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Welcome to our 2024 gaming PC tutorial
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Welcome to our 2024 gaming PC tutorial
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Welcome to our 2024 gaming PC tutorial
in this video I'm going to walk you
00:00:05,070 --> 00:00:05,080
in this video I'm going to walk you
00:00:05,080 --> 00:00:06,550
in this video I'm going to walk you
through everything you need to know to
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through everything you need to know to
00:00:06,560 --> 00:00:08,870
through everything you need to know to
build yourself a gaming PC so whether
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build yourself a gaming PC so whether
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build yourself a gaming PC so whether
this is your first build or you just
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this is your first build or you just
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this is your first build or you just
want to refresh on the 2024 latest and
00:00:12,709 --> 00:00:12,719
want to refresh on the 2024 latest and
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want to refresh on the 2024 latest and
greatest on Tech this is the video for
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greatest on Tech this is the video for
00:00:14,639 --> 00:00:16,189
greatest on Tech this is the video for
you so I'm going to show you how to pick
00:00:16,189 --> 00:00:16,199
you so I'm going to show you how to pick
00:00:16,199 --> 00:00:18,349
you so I'm going to show you how to pick
your components how to put the entire PC
00:00:18,349 --> 00:00:18,359
your components how to put the entire PC
00:00:18,359 --> 00:00:19,990
your components how to put the entire PC
together and all the other stuff you
00:00:19,990 --> 00:00:20,000
together and all the other stuff you
00:00:20,000 --> 00:00:22,109
together and all the other stuff you
need to do to go from a pile of parts in
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need to do to go from a pile of parts in
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need to do to go from a pile of parts in
your cart to a completed gaming PC and
00:00:25,109 --> 00:00:25,119
your cart to a completed gaming PC and
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your cart to a completed gaming PC and
of course it is all thanks to our
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of course it is all thanks to our
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of course it is all thanks to our
sponsors here at Microcenter so let's
00:00:28,509 --> 00:00:28,519
sponsors here at Microcenter so let's
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sponsors here at Microcenter so let's
get started first first things first
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get started first first things first
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get started first first things first
before you build a PC you need all of
00:00:32,670 --> 00:00:32,680
before you build a PC you need all of
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before you build a PC you need all of
the right building blocks now it can be
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the right building blocks now it can be
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the right building blocks now it can be
really tempting to just pick any old
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really tempting to just pick any old
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really tempting to just pick any old
Parts based on the budget or aesthetic
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Parts based on the budget or aesthetic
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Parts based on the budget or aesthetic
but you have to make sure that all
00:00:40,470 --> 00:00:40,480
but you have to make sure that all
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but you have to make sure that all
components are compatible or they may
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components are compatible or they may
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components are compatible or they may
not fit together or even turn on
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not fit together or even turn on
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not fit together or even turn on
properly now there are several online
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properly now there are several online
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properly now there are several online
compatibility Checkers including of
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compatibility Checkers including of
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compatibility Checkers including of
course the Micro Center PC Builder which
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course the Micro Center PC Builder which
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course the Micro Center PC Builder which
really are incredibly useful when
00:00:52,189 --> 00:00:52,199
really are incredibly useful when
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really are incredibly useful when
finding components since they can
00:00:53,709 --> 00:00:53,719
finding components since they can
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finding components since they can
automatically let you know if there is a
00:00:55,709 --> 00:00:55,719
automatically let you know if there is a
00:00:55,719 --> 00:00:57,910
automatically let you know if there is a
compatibility issue with your Hardware
00:00:57,910 --> 00:00:57,920
compatibility issue with your Hardware
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compatibility issue with your Hardware
the CPU AKA processor is often referred
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the CPU AKA processor is often referred
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the CPU AKA processor is often referred
to as the brain of the computer now as
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to as the brain of the computer now as
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to as the brain of the computer now as
far as your choices between AMD and
00:01:04,829 --> 00:01:04,839
far as your choices between AMD and
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far as your choices between AMD and
Intel thankfully here in 2024 there is
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Intel thankfully here in 2024 there is
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Intel thankfully here in 2024 there is
not a bad option and both on the ryzen
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not a bad option and both on the ryzen
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not a bad option and both on the ryzen
side as well as on the Intel Core side
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side as well as on the Intel Core side
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side as well as on the Intel Core side
you have a ton of selections so
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you have a ton of selections so
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you have a ton of selections so
specifically looking at ryzen on the top
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specifically looking at ryzen on the top
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specifically looking at ryzen on the top
of the Shelf here you can see the
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of the Shelf here you can see the
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of the Shelf here you can see the
high-end ryzen 9 processors you can also
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high-end ryzen 9 processors you can also
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high-end ryzen 9 processors you can also
come down to the ryzen 7 ryzen 5 and
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come down to the ryzen 7 ryzen 5 and
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come down to the ryzen 7 ryzen 5 and
sometimes even ryzen 3 so for today I
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sometimes even ryzen 3 so for today I
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sometimes even ryzen 3 so for today I
going to be using the AMD ryzen
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going to be using the AMD ryzen
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going to be using the AMD ryzen
77700 X this is an 8 core processor that
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77700 X this is an 8 core processor that
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77700 X this is an 8 core processor that
is not going to give us a lot of gaming
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is not going to give us a lot of gaming
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is not going to give us a lot of gaming
performance but importantly also
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performance but importantly also
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performance but importantly also
productivity performance now the choice
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productivity performance now the choice
00:01:36,240 --> 00:01:38,710
productivity performance now the choice
between AMD and Intel and ryzen 9 versus
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between AMD and Intel and ryzen 9 versus
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between AMD and Intel and ryzen 9 versus
ryzen 7 or whatever is largely down to
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ryzen 7 or whatever is largely down to
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ryzen 7 or whatever is largely down to
price as always when I'm at micr Center
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price as always when I'm at micr Center
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price as always when I'm at micr Center
I like to take advantage of their bundle
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I like to take advantage of their bundle
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I like to take advantage of their bundle
deals so this is normally a $320
00:01:47,030 --> 00:01:47,040
deals so this is normally a $320
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deals so this is normally a $320
processor but when you bundle it with a
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processor but when you bundle it with a
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processor but when you bundle it with a
motherboard and RAM you can get the
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motherboard and RAM you can get the
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motherboard and RAM you can get the
entire setup for $400 saving you a ton
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entire setup for $400 saving you a ton
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entire setup for $400 saving you a ton
of money often times I let this dictate
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of money often times I let this dictate
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of money often times I let this dictate
some of the parts that I choose because
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some of the parts that I choose because
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some of the parts that I choose because
you can save an absolute Fortune by
00:01:57,469 --> 00:01:57,479
you can save an absolute Fortune by
00:01:57,479 --> 00:01:59,109
you can save an absolute Fortune by
getting a nice little bundle and you
00:01:59,109 --> 00:01:59,119
getting a nice little bundle and you
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getting a nice little bundle and you
know that it's all going to work
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know that it's all going to work
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know that it's all going to work
together the last big thing to pay
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together the last big thing to pay
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together the last big thing to pay
attention to is the socket and
00:02:03,270 --> 00:02:03,280
attention to is the socket and
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attention to is the socket and
generation this will determine what kind
00:02:05,270 --> 00:02:05,280
generation this will determine what kind
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generation this will determine what kind
of motherboard you compare the CPU with
00:02:07,670 --> 00:02:07,680
of motherboard you compare the CPU with
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of motherboard you compare the CPU with
this also determines what kind of
00:02:09,150 --> 00:02:09,160
this also determines what kind of
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this also determines what kind of
upgrade options you have in the future
00:02:11,190 --> 00:02:11,200
upgrade options you have in the future
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upgrade options you have in the future
next we're going to choose our
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next we're going to choose our
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next we're going to choose our
motherboard so this is an important
00:02:14,270 --> 00:02:14,280
motherboard so this is an important
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motherboard so this is an important
component to pair with your CPU because
00:02:16,390 --> 00:02:16,400
component to pair with your CPU because
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component to pair with your CPU because
while many components in a PC build are
00:02:18,630 --> 00:02:18,640
while many components in a PC build are
00:02:18,640 --> 00:02:20,229
while many components in a PC build are
fairly Universal you know you could take
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fairly Universal you know you could take
00:02:20,239 --> 00:02:21,790
fairly Universal you know you could take
a graphics card and install it on almost
00:02:21,790 --> 00:02:21,800
a graphics card and install it on almost
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a graphics card and install it on almost
any PC an SSD will go into almost any PC
00:02:24,790 --> 00:02:24,800
any PC an SSD will go into almost any PC
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any PC an SSD will go into almost any PC
but the CPU and motherboard need to be
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but the CPU and motherboard need to be
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but the CPU and motherboard need to be
paired fairly close together so if I
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paired fairly close together so if I
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paired fairly close together so if I
grab this which is a gigabyte b650
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grab this which is a gigabyte b650
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grab this which is a gigabyte b650
gaming X ax V2 you're going to see that
00:02:33,750 --> 00:02:33,760
gaming X ax V2 you're going to see that
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gaming X ax V2 you're going to see that
is an AMD ryzen socket am5 board now
00:02:37,470 --> 00:02:37,480
is an AMD ryzen socket am5 board now
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is an AMD ryzen socket am5 board now
remember brand and socket are important
00:02:39,790 --> 00:02:39,800
remember brand and socket are important
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remember brand and socket are important
here you cannot take an AMD processor
00:02:41,589 --> 00:02:41,599
here you cannot take an AMD processor
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here you cannot take an AMD processor
and put it into an Intel motherboard or
00:02:43,149 --> 00:02:43,159
and put it into an Intel motherboard or
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and put it into an Intel motherboard or
vice versa so make sure to pick out a
00:02:45,070 --> 00:02:45,080
vice versa so make sure to pick out a
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vice versa so make sure to pick out a
motherboard with the socket that matches
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motherboard with the socket that matches
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motherboard with the socket that matches
your CPU AMD sockets right now are
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your CPU AMD sockets right now are
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your CPU AMD sockets right now are
either the older but incredibly well
00:02:50,670 --> 00:02:50,680
either the older but incredibly well
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either the older but incredibly well
supported am4 and the newest socket
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supported am4 and the newest socket
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supported am4 and the newest socket
being am5 Intel on the other hand call
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being am5 Intel on the other hand call
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being am5 Intel on the other hand call
their sockets LGA numbers go here with
00:02:58,390 --> 00:02:58,400
their sockets LGA numbers go here with
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their sockets LGA numbers go here with
the latest socket being LG GA 1700 size
00:03:01,869 --> 00:03:01,879
the latest socket being LG GA 1700 size
00:03:01,879 --> 00:03:03,509
the latest socket being LG GA 1700 size
also matters here if you're looking to
00:03:03,509 --> 00:03:03,519
also matters here if you're looking to
00:03:03,519 --> 00:03:05,229
also matters here if you're looking to
build in a small form factor case
00:03:05,229 --> 00:03:05,239
build in a small form factor case
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build in a small form factor case
typically you'll need a smaller
00:03:06,309 --> 00:03:06,319
typically you'll need a smaller
00:03:06,319 --> 00:03:08,309
typically you'll need a smaller
motherboard that will fit so motherboard
00:03:08,309 --> 00:03:08,319
motherboard that will fit so motherboard
00:03:08,319 --> 00:03:10,149
motherboard that will fit so motherboard
sizes typically range from a full
00:03:10,149 --> 00:03:10,159
sizes typically range from a full
00:03:10,159 --> 00:03:12,550
sizes typically range from a full
standard ATX going to a smaller Micro
00:03:12,550 --> 00:03:12,560
standard ATX going to a smaller Micro
00:03:12,560 --> 00:03:14,430
standard ATX going to a smaller Micro
ATX and an even smaller miniitx
00:03:14,430 --> 00:03:14,440
ATX and an even smaller miniitx
00:03:14,440 --> 00:03:17,110
ATX and an even smaller miniitx
generally standard HX motherboards will
00:03:17,110 --> 00:03:17,120
generally standard HX motherboards will
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generally standard HX motherboards will
only fit in ATX size cases but smaller
00:03:19,750 --> 00:03:19,760
only fit in ATX size cases but smaller
00:03:19,760 --> 00:03:21,789
only fit in ATX size cases but smaller
motherboards can fit into larger cases
00:03:21,789 --> 00:03:21,799
motherboards can fit into larger cases
00:03:21,799 --> 00:03:23,830
motherboards can fit into larger cases
if you've got a small Peg it'll go in a
00:03:23,830 --> 00:03:23,840
if you've got a small Peg it'll go in a
00:03:23,840 --> 00:03:26,229
if you've got a small Peg it'll go in a
big hole but if you got a big Peg it
00:03:26,229 --> 00:03:26,239
big hole but if you got a big Peg it
00:03:26,239 --> 00:03:27,789
big hole but if you got a big Peg it
only fits in the big
00:03:27,789 --> 00:03:27,799
only fits in the big
00:03:27,799 --> 00:03:30,509
only fits in the big
hole that really makes sense yeah yeah
00:03:30,509 --> 00:03:30,519
hole that really makes sense yeah yeah
00:03:30,519 --> 00:03:32,470
hole that really makes sense yeah yeah
yeah yeah yeah yeah that's my analogy it
00:03:32,470 --> 00:03:32,480
yeah yeah yeah yeah that's my analogy it
00:03:32,480 --> 00:03:34,910
yeah yeah yeah yeah that's my analogy it
makes sense personally I don't usually
00:03:34,910 --> 00:03:34,920
makes sense personally I don't usually
00:03:34,920 --> 00:03:37,190
makes sense personally I don't usually
recommend making a small form factor PC
00:03:37,190 --> 00:03:37,200
recommend making a small form factor PC
00:03:37,200 --> 00:03:39,190
recommend making a small form factor PC
as a first time build just because it
00:03:39,190 --> 00:03:39,200
as a first time build just because it
00:03:39,200 --> 00:03:41,149
as a first time build just because it
could be really difficult to maneuver in
00:03:41,149 --> 00:03:41,159
could be really difficult to maneuver in
00:03:41,159 --> 00:03:42,990
could be really difficult to maneuver in
you can get a little claustrophobic and
00:03:42,990 --> 00:03:43,000
you can get a little claustrophobic and
00:03:43,000 --> 00:03:44,350
you can get a little claustrophobic and
plus you do have to worry a lot more
00:03:44,350 --> 00:03:44,360
plus you do have to worry a lot more
00:03:44,360 --> 00:03:46,670
plus you do have to worry a lot more
about air flow in a smaller chassis and
00:03:46,670 --> 00:03:46,680
about air flow in a smaller chassis and
00:03:46,680 --> 00:03:47,789
about air flow in a smaller chassis and
troubleshooting could be a bit of a
00:03:47,789 --> 00:03:47,799
troubleshooting could be a bit of a
00:03:47,799 --> 00:03:49,509
troubleshooting could be a bit of a
nightmare when cables and stuff is just
00:03:49,509 --> 00:03:49,519
nightmare when cables and stuff is just
00:03:49,519 --> 00:03:51,229
nightmare when cables and stuff is just
really really tiny in there but don't
00:03:51,229 --> 00:03:51,239
really really tiny in there but don't
00:03:51,239 --> 00:03:52,910
really really tiny in there but don't
let me dissuade you if you're up with a
00:03:52,910 --> 00:03:52,920
let me dissuade you if you're up with a
00:03:52,920 --> 00:03:55,229
let me dissuade you if you're up with a
challenge buy all means go for it I'll
00:03:55,229 --> 00:03:55,239
challenge buy all means go for it I'll
00:03:55,239 --> 00:03:56,509
challenge buy all means go for it I'll
just say a lot of first time Builders
00:03:56,509 --> 00:03:56,519
just say a lot of first time Builders
00:03:56,519 --> 00:03:58,229
just say a lot of first time Builders
have a much easier time building in a
00:03:58,229 --> 00:03:58,239
have a much easier time building in a
00:03:58,239 --> 00:04:00,550
have a much easier time building in a
larger chassis for first time build you
00:04:00,550 --> 00:04:00,560
larger chassis for first time build you
00:04:00,560 --> 00:04:02,830
larger chassis for first time build you
probably want to optt for a standard ATX
00:04:02,830 --> 00:04:02,840
probably want to optt for a standard ATX
00:04:02,840 --> 00:04:04,949
probably want to optt for a standard ATX
or a Micro ATX for the most amount of
00:04:04,949 --> 00:04:04,959
or a Micro ATX for the most amount of
00:04:04,959 --> 00:04:06,990
or a Micro ATX for the most amount of
options possible next up we're choosing
00:04:06,990 --> 00:04:07,000
options possible next up we're choosing
00:04:07,000 --> 00:04:09,869
options possible next up we're choosing
our memory or Ram now this is a very
00:04:09,869 --> 00:04:09,879
our memory or Ram now this is a very
00:04:09,879 --> 00:04:11,710
our memory or Ram now this is a very
important component in your system so
00:04:11,710 --> 00:04:11,720
important component in your system so
00:04:11,720 --> 00:04:13,030
important component in your system so
for this video I'm going to be going
00:04:13,030 --> 00:04:13,040
for this video I'm going to be going
00:04:13,040 --> 00:04:15,390
for this video I'm going to be going
with the gskill flare X5 so this is
00:04:15,390 --> 00:04:15,400
with the gskill flare X5 so this is
00:04:15,400 --> 00:04:18,310
with the gskill flare X5 so this is
specifically 32 GB running at 6,000
00:04:18,310 --> 00:04:18,320
specifically 32 GB running at 6,000
00:04:18,320 --> 00:04:20,150
specifically 32 GB running at 6,000
megat transfers per second memory
00:04:20,150 --> 00:04:20,160
megat transfers per second memory
00:04:20,160 --> 00:04:22,189
megat transfers per second memory
commonly known as RAM is kind of what it
00:04:22,189 --> 00:04:22,199
commonly known as RAM is kind of what it
00:04:22,199 --> 00:04:24,110
commonly known as RAM is kind of what it
sounds like it determines how much data
00:04:24,110 --> 00:04:24,120
sounds like it determines how much data
00:04:24,120 --> 00:04:26,830
sounds like it determines how much data
your PC can hold in short-term memory
00:04:26,830 --> 00:04:26,840
your PC can hold in short-term memory
00:04:26,840 --> 00:04:28,590
your PC can hold in short-term memory
this is very important for multitasking
00:04:28,590 --> 00:04:28,600
this is very important for multitasking
00:04:28,600 --> 00:04:30,870
this is very important for multitasking
and active programs such as web browsers
00:04:30,870 --> 00:04:30,880
and active programs such as web browsers
00:04:30,880 --> 00:04:32,830
and active programs such as web browsers
video editing graphic design and even
00:04:32,830 --> 00:04:32,840
video editing graphic design and even
00:04:32,840 --> 00:04:34,870
video editing graphic design and even
gaming one thing to keep in mind is that
00:04:34,870 --> 00:04:34,880
gaming one thing to keep in mind is that
00:04:34,880 --> 00:04:37,790
gaming one thing to keep in mind is that
ddr5 is the latest generation of ram but
00:04:37,790 --> 00:04:37,800
ddr5 is the latest generation of ram but
00:04:37,800 --> 00:04:41,350
ddr5 is the latest generation of ram but
ddr4 is still widely available ddr5 is
00:04:41,350 --> 00:04:41,360
ddr4 is still widely available ddr5 is
00:04:41,360 --> 00:04:43,189
ddr4 is still widely available ddr5 is
faster but currently more expensive than
00:04:43,189 --> 00:04:43,199
faster but currently more expensive than
00:04:43,199 --> 00:04:45,430
faster but currently more expensive than
the older ddr4 generation so the
00:04:45,430 --> 00:04:45,440
the older ddr4 generation so the
00:04:45,440 --> 00:04:47,189
the older ddr4 generation so the
decision here is always going to be what
00:04:47,189 --> 00:04:47,199
decision here is always going to be what
00:04:47,199 --> 00:04:48,710
decision here is always going to be what
kind of memory does your motherboard
00:04:48,710 --> 00:04:48,720
kind of memory does your motherboard
00:04:48,720 --> 00:04:50,790
kind of memory does your motherboard
support So if you're using an Intel
00:04:50,790 --> 00:04:50,800
support So if you're using an Intel
00:04:50,800 --> 00:04:52,189
support So if you're using an Intel
processor you could actually have either
00:04:52,189 --> 00:04:52,199
processor you could actually have either
00:04:52,199 --> 00:04:54,790
processor you could actually have either
a ddr4 or a ddr5 motherboard really kind
00:04:54,790 --> 00:04:54,800
a ddr4 or a ddr5 motherboard really kind
00:04:54,800 --> 00:04:56,189
a ddr4 or a ddr5 motherboard really kind
of depends typically the cheaper
00:04:56,189 --> 00:04:56,199
of depends typically the cheaper
00:04:56,199 --> 00:04:58,070
of depends typically the cheaper
motherboards use dd4 the higher
00:04:58,070 --> 00:04:58,080
motherboards use dd4 the higher
00:04:58,080 --> 00:05:00,590
motherboards use dd4 the higher
motherboards use ddr5 there's not a
00:05:00,590 --> 00:05:00,600
motherboards use ddr5 there's not a
00:05:00,600 --> 00:05:02,029
motherboards use ddr5 there's not a
massive difference in performance
00:05:02,029 --> 00:05:02,039
massive difference in performance
00:05:02,039 --> 00:05:04,070
massive difference in performance
between the two but you'll definitely
00:05:04,070 --> 00:05:04,080
between the two but you'll definitely
00:05:04,080 --> 00:05:05,110
between the two but you'll definitely
want to make sure that you pick the
00:05:05,110 --> 00:05:05,120
want to make sure that you pick the
00:05:05,120 --> 00:05:07,270
want to make sure that you pick the
correct RAM for your board now because
00:05:07,270 --> 00:05:07,280
correct RAM for your board now because
00:05:07,280 --> 00:05:09,790
correct RAM for your board now because
we're going with AMD ryzen 7000 our
00:05:09,790 --> 00:05:09,800
we're going with AMD ryzen 7000 our
00:05:09,800 --> 00:05:11,510
we're going with AMD ryzen 7000 our
decision's already been made for us we
00:05:11,510 --> 00:05:11,520
decision's already been made for us we
00:05:11,520 --> 00:05:14,150
decision's already been made for us we
have to use ddr5 and the good thing is
00:05:14,150 --> 00:05:14,160
have to use ddr5 and the good thing is
00:05:14,160 --> 00:05:15,310
have to use ddr5 and the good thing is
this is actually part of the bundle that
00:05:15,310 --> 00:05:15,320
this is actually part of the bundle that
00:05:15,320 --> 00:05:16,590
this is actually part of the bundle that
I'm picking up here at Micro Center
00:05:16,590 --> 00:05:16,600
I'm picking up here at Micro Center
00:05:16,600 --> 00:05:18,790
I'm picking up here at Micro Center
soting this the motherboard and the CPU
00:05:18,790 --> 00:05:18,800
soting this the motherboard and the CPU
00:05:18,800 --> 00:05:20,430
soting this the motherboard and the CPU
all together which means that not only I
00:05:20,430 --> 00:05:20,440
all together which means that not only I
00:05:20,440 --> 00:05:22,510
all together which means that not only I
saving money but importantly I also know
00:05:22,510 --> 00:05:22,520
saving money but importantly I also know
00:05:22,520 --> 00:05:24,510
saving money but importantly I also know
they are fully compatible when it comes
00:05:24,510 --> 00:05:24,520
they are fully compatible when it comes
00:05:24,520 --> 00:05:26,270
they are fully compatible when it comes
to choosing the specific kit of ram you
00:05:26,270 --> 00:05:26,280
to choosing the specific kit of ram you
00:05:26,280 --> 00:05:28,070
to choosing the specific kit of ram you
want to look for there's two things that
00:05:28,070 --> 00:05:28,080
want to look for there's two things that
00:05:28,080 --> 00:05:30,309
want to look for there's two things that
I would say first and foremost get
00:05:30,309 --> 00:05:30,319
I would say first and foremost get
00:05:30,319 --> 00:05:33,270
I would say first and foremost get
enough capacity so you could technically
00:05:33,270 --> 00:05:33,280
enough capacity so you could technically
00:05:33,280 --> 00:05:35,070
enough capacity so you could technically
get away with 8 GB of RAM if you're
00:05:35,070 --> 00:05:35,080
get away with 8 GB of RAM if you're
00:05:35,080 --> 00:05:37,670
get away with 8 GB of RAM if you're
doing a super budget PC but really get
00:05:37,670 --> 00:05:37,680
doing a super budget PC but really get
00:05:37,680 --> 00:05:40,390
doing a super budget PC but really get
at least 16 gbt and ideally 32 it is
00:05:40,390 --> 00:05:40,400
at least 16 gbt and ideally 32 it is
00:05:40,400 --> 00:05:41,790
at least 16 gbt and ideally 32 it is
going to give you a lot of flexibility
00:05:41,790 --> 00:05:41,800
going to give you a lot of flexibility
00:05:41,800 --> 00:05:43,550
going to give you a lot of flexibility
in the future for multitasking gaming
00:05:43,550 --> 00:05:43,560
in the future for multitasking gaming
00:05:43,560 --> 00:05:45,309
in the future for multitasking gaming
all that kind of stuff and it's not that
00:05:45,309 --> 00:05:45,319
all that kind of stuff and it's not that
00:05:45,319 --> 00:05:47,070
all that kind of stuff and it's not that
much more expensive on top of that make
00:05:47,070 --> 00:05:47,080
much more expensive on top of that make
00:05:47,080 --> 00:05:50,350
much more expensive on top of that make
sure to get a dual Channel kit so
00:05:50,350 --> 00:05:50,360
sure to get a dual Channel kit so
00:05:50,360 --> 00:05:51,909
sure to get a dual Channel kit so
sometimes if you wanted to you could get
00:05:51,909 --> 00:05:51,919
sometimes if you wanted to you could get
00:05:51,919 --> 00:05:54,590
sometimes if you wanted to you could get
a single stick of memory that will fully
00:05:54,590 --> 00:05:54,600
a single stick of memory that will fully
00:05:54,600 --> 00:05:55,950
a single stick of memory that will fully
function you're not going to break
00:05:55,950 --> 00:05:55,960
function you're not going to break
00:05:55,960 --> 00:05:57,629
function you're not going to break
anything but you're going to be leaving
00:05:57,629 --> 00:05:57,639
anything but you're going to be leaving
00:05:57,639 --> 00:05:59,430
anything but you're going to be leaving
significant performance on the table
00:05:59,430 --> 00:05:59,440
significant performance on the table
00:05:59,440 --> 00:06:00,950
significant performance on the table
your your CPU and your motherboard are
00:06:00,950 --> 00:06:00,960
your your CPU and your motherboard are
00:06:00,960 --> 00:06:02,870
your your CPU and your motherboard are
both designed with dual Channel memory
00:06:02,870 --> 00:06:02,880
both designed with dual Channel memory
00:06:02,880 --> 00:06:05,350
both designed with dual Channel memory
and mind and honestly the vast majority
00:06:05,350 --> 00:06:05,360
and mind and honestly the vast majority
00:06:05,360 --> 00:06:06,749
and mind and honestly the vast majority
of the kits here mic Center are going to
00:06:06,749 --> 00:06:06,759
of the kits here mic Center are going to
00:06:06,759 --> 00:06:08,550
of the kits here mic Center are going to
be in dual Channel configuration so just
00:06:08,550 --> 00:06:08,560
be in dual Channel configuration so just
00:06:08,560 --> 00:06:10,350
be in dual Channel configuration so just
keep that in mind get at least two
00:06:10,350 --> 00:06:10,360
keep that in mind get at least two
00:06:10,360 --> 00:06:13,469
keep that in mind get at least two
sticks of ram at a minimum of 16 GB for
00:06:13,469 --> 00:06:13,479
sticks of ram at a minimum of 16 GB for
00:06:13,479 --> 00:06:15,390
sticks of ram at a minimum of 16 GB for
a gaming PC in 2024 I think that's a
00:06:15,390 --> 00:06:15,400
a gaming PC in 2024 I think that's a
00:06:15,400 --> 00:06:17,950
a gaming PC in 2024 I think that's a
very safe thing 32 gigs if you can swing
00:06:17,950 --> 00:06:17,960
very safe thing 32 gigs if you can swing
00:06:17,960 --> 00:06:20,189
very safe thing 32 gigs if you can swing
it February is build your own month at
00:06:20,189 --> 00:06:20,199
it February is build your own month at
00:06:20,199 --> 00:06:21,430
it February is build your own month at
Microcenter which is the perfect
00:06:21,430 --> 00:06:21,440
Microcenter which is the perfect
00:06:21,440 --> 00:06:23,270
Microcenter which is the perfect
opportunity to build upgrade and
00:06:23,270 --> 00:06:23,280
opportunity to build upgrade and
00:06:23,280 --> 00:06:25,150
opportunity to build upgrade and
importantly save with a bunch of great
00:06:25,150 --> 00:06:25,160
importantly save with a bunch of great
00:06:25,160 --> 00:06:26,749
importantly save with a bunch of great
deals a Microcenter have now of course
00:06:26,749 --> 00:06:26,759
deals a Microcenter have now of course
00:06:26,759 --> 00:06:28,029
deals a Microcenter have now of course
they have great deals year round but
00:06:28,029 --> 00:06:28,039
they have great deals year round but
00:06:28,039 --> 00:06:29,710
they have great deals year round but
this is the perfect time to upgrade your
00:06:29,710 --> 00:06:29,720
this is the perfect time to upgrade your
00:06:29,720 --> 00:06:31,629
this is the perfect time to upgrade your
existing system or use this tutorial and
00:06:31,629 --> 00:06:31,639
existing system or use this tutorial and
00:06:31,639 --> 00:06:33,270
existing system or use this tutorial and
build an all new one on top of that
00:06:33,270 --> 00:06:33,280
build an all new one on top of that
00:06:33,280 --> 00:06:34,749
build an all new one on top of that
there is a brand new Microcenter opening
00:06:34,749 --> 00:06:34,759
there is a brand new Microcenter opening
00:06:34,759 --> 00:06:36,550
there is a brand new Microcenter opening
in Charlotte in early
00:06:36,550 --> 00:06:36,560
in Charlotte in early
00:06:36,560 --> 00:06:38,589
in Charlotte in early
2024 not only will they have a huge
00:06:38,589 --> 00:06:38,599
2024 not only will they have a huge
00:06:38,599 --> 00:06:40,469
2024 not only will they have a huge
selection of PC components but once the
00:06:40,469 --> 00:06:40,479
selection of PC components but once the
00:06:40,479 --> 00:06:42,790
selection of PC components but once the
store opens you can receive a free 128
00:06:42,790 --> 00:06:42,800
store opens you can receive a free 128
00:06:42,800 --> 00:06:44,230
store opens you can receive a free 128
gig flash drive by signing up at the
00:06:44,230 --> 00:06:44,240
gig flash drive by signing up at the
00:06:44,240 --> 00:06:46,189
gig flash drive by signing up at the
link in the description now it's time to
00:06:46,189 --> 00:06:46,199
link in the description now it's time to
00:06:46,199 --> 00:06:48,589
link in the description now it's time to
get to the good part the GPU is probably
00:06:48,589 --> 00:06:48,599
get to the good part the GPU is probably
00:06:48,599 --> 00:06:50,749
get to the good part the GPU is probably
the single most important component for
00:06:50,749 --> 00:06:50,759
the single most important component for
00:06:50,759 --> 00:06:53,550
the single most important component for
a PC when it comes to gaming like how I
00:06:53,550 --> 00:06:53,560
a PC when it comes to gaming like how I
00:06:53,560 --> 00:06:56,230
a PC when it comes to gaming like how I
CPU processes data the GPU processes
00:06:56,230 --> 00:06:56,240
CPU processes data the GPU processes
00:06:56,240 --> 00:06:58,670
CPU processes data the GPU processes
data but more specifically Graphics data
00:06:58,670 --> 00:06:58,680
data but more specifically Graphics data
00:06:58,680 --> 00:07:00,469
data but more specifically Graphics data
you can think of the CPU is your sort of
00:07:00,469 --> 00:07:00,479
you can think of the CPU is your sort of
00:07:00,479 --> 00:07:02,830
you can think of the CPU is your sort of
Jack of all trades but a GPU is highly
00:07:02,830 --> 00:07:02,840
Jack of all trades but a GPU is highly
00:07:02,840 --> 00:07:05,070
Jack of all trades but a GPU is highly
specialized in processing tasks such as
00:07:05,070 --> 00:07:05,080
specialized in processing tasks such as
00:07:05,080 --> 00:07:08,390
specialized in processing tasks such as
AI related work game or video data
00:07:08,390 --> 00:07:08,400
AI related work game or video data
00:07:08,400 --> 00:07:10,629
AI related work game or video data
usually everything else being equal the
00:07:10,629 --> 00:07:10,639
usually everything else being equal the
00:07:10,639 --> 00:07:13,469
usually everything else being equal the
more powerful a GPU is the more FPS and
00:07:13,469 --> 00:07:13,479
more powerful a GPU is the more FPS and
00:07:13,479 --> 00:07:15,869
more powerful a GPU is the more FPS and
resolution you can push in games so
00:07:15,869 --> 00:07:15,879
resolution you can push in games so
00:07:15,879 --> 00:07:18,189
resolution you can push in games so
there are three options which is going
00:07:18,189 --> 00:07:18,199
there are three options which is going
00:07:18,199 --> 00:07:21,909
there are three options which is going
to be AMD Intel and Nvidia now much like
00:07:21,909 --> 00:07:21,919
to be AMD Intel and Nvidia now much like
00:07:21,919 --> 00:07:24,350
to be AMD Intel and Nvidia now much like
with CPUs you can't really go too wrong
00:07:24,350 --> 00:07:24,360
with CPUs you can't really go too wrong
00:07:24,360 --> 00:07:26,869
with CPUs you can't really go too wrong
all these items are very heavily priced
00:07:26,869 --> 00:07:26,879
all these items are very heavily priced
00:07:26,879 --> 00:07:28,749
all these items are very heavily priced
according to their performance level
00:07:28,749 --> 00:07:28,759
according to their performance level
00:07:28,759 --> 00:07:30,029
according to their performance level
which really makes sure your decision a
00:07:30,029 --> 00:07:30,039
which really makes sure your decision a
00:07:30,039 --> 00:07:32,230
which really makes sure your decision a
little bit easier the more of your
00:07:32,230 --> 00:07:32,240
little bit easier the more of your
00:07:32,240 --> 00:07:33,390
little bit easier the more of your
budget that you can put into the
00:07:33,390 --> 00:07:33,400
budget that you can put into the
00:07:33,400 --> 00:07:35,430
budget that you can put into the
graphics card will directly correlate to
00:07:35,430 --> 00:07:35,440
graphics card will directly correlate to
00:07:35,440 --> 00:07:37,589
graphics card will directly correlate to
additional gaming performance now you
00:07:37,589 --> 00:07:37,599
additional gaming performance now you
00:07:37,599 --> 00:07:38,749
additional gaming performance now you
want to be a little bit reasonable you
00:07:38,749 --> 00:07:38,759
want to be a little bit reasonable you
00:07:38,759 --> 00:07:40,350
want to be a little bit reasonable you
don't to be like SpongeBob with one huge
00:07:40,350 --> 00:07:40,360
don't to be like SpongeBob with one huge
00:07:40,360 --> 00:07:41,869
don't to be like SpongeBob with one huge
beefy arm or one little noodle arm you
00:07:41,869 --> 00:07:41,879
beefy arm or one little noodle arm you
00:07:41,879 --> 00:07:43,390
beefy arm or one little noodle arm you
want to make sure that you're getting a
00:07:43,390 --> 00:07:43,400
want to make sure that you're getting a
00:07:43,400 --> 00:07:45,270
want to make sure that you're getting a
decent power supply and CPU motherboard
00:07:45,270 --> 00:07:45,280
decent power supply and CPU motherboard
00:07:45,280 --> 00:07:46,950
decent power supply and CPU motherboard
and all the stuff to support it but
00:07:46,950 --> 00:07:46,960
and all the stuff to support it but
00:07:46,960 --> 00:07:48,350
and all the stuff to support it but
really when it comes to gaming
00:07:48,350 --> 00:07:48,360
really when it comes to gaming
00:07:48,360 --> 00:07:50,189
really when it comes to gaming
performance the graphics card is what is
00:07:50,189 --> 00:07:50,199
performance the graphics card is what is
00:07:50,199 --> 00:07:52,110
performance the graphics card is what is
going to dictate your resolution your
00:07:52,110 --> 00:07:52,120
going to dictate your resolution your
00:07:52,120 --> 00:07:54,350
going to dictate your resolution your
frame rate all of that kind of stuff so
00:07:54,350 --> 00:07:54,360
frame rate all of that kind of stuff so
00:07:54,360 --> 00:07:56,390
frame rate all of that kind of stuff so
for this video I am going to be taking
00:07:56,390 --> 00:07:56,400
for this video I am going to be taking
00:07:56,400 --> 00:08:00,670
for this video I am going to be taking
advantage of the fairly new RTX 47 super
00:08:00,670 --> 00:08:00,680
advantage of the fairly new RTX 47 super
00:08:00,680 --> 00:08:03,070
advantage of the fairly new RTX 47 super
this currently is running about $600
00:08:03,070 --> 00:08:03,080
this currently is running about $600
00:08:03,080 --> 00:08:04,469
this currently is running about $600
obviously prices will vary by the time
00:08:04,469 --> 00:08:04,479
obviously prices will vary by the time
00:08:04,479 --> 00:08:06,350
obviously prices will vary by the time
you watch this video but it's a pretty
00:08:06,350 --> 00:08:06,360
you watch this video but it's a pretty
00:08:06,360 --> 00:08:08,430
you watch this video but it's a pretty
high-end card okay so this is going to
00:08:08,430 --> 00:08:08,440
high-end card okay so this is going to
00:08:08,440 --> 00:08:10,950
high-end card okay so this is going to
deliver plenty of performance for some
00:08:10,950 --> 00:08:10,960
deliver plenty of performance for some
00:08:10,960 --> 00:08:13,149
deliver plenty of performance for some
4K gaming some higher frame rate like
00:08:13,149 --> 00:08:13,159
4K gaming some higher frame rate like
00:08:13,159 --> 00:08:16,390
4K gaming some higher frame rate like
1440p gaming and whatnot 12 gigs of RAM
00:08:16,390 --> 00:08:16,400
1440p gaming and whatnot 12 gigs of RAM
00:08:16,400 --> 00:08:19,110
1440p gaming and whatnot 12 gigs of RAM
it is a good card generally speaking you
00:08:19,110 --> 00:08:19,120
it is a good card generally speaking you
00:08:19,120 --> 00:08:21,029
it is a good card generally speaking you
can go really in depth with graphics
00:08:21,029 --> 00:08:21,039
can go really in depth with graphics
00:08:21,039 --> 00:08:22,869
can go really in depth with graphics
cards but the two most important specs
00:08:22,869 --> 00:08:22,879
cards but the two most important specs
00:08:22,879 --> 00:08:24,869
cards but the two most important specs
to look for are processing power and
00:08:24,869 --> 00:08:24,879
to look for are processing power and
00:08:24,879 --> 00:08:26,990
to look for are processing power and
memory now there's no General
00:08:26,990 --> 00:08:27,000
memory now there's no General
00:08:27,000 --> 00:08:28,790
memory now there's no General
recommendation for processing power of a
00:08:28,790 --> 00:08:28,800
recommendation for processing power of a
00:08:28,800 --> 00:08:30,469
recommendation for processing power of a
GPU I mean that's going to come down to
00:08:30,469 --> 00:08:30,479
GPU I mean that's going to come down to
00:08:30,479 --> 00:08:32,190
GPU I mean that's going to come down to
the games you want to play what
00:08:32,190 --> 00:08:32,200
the games you want to play what
00:08:32,200 --> 00:08:33,909
the games you want to play what
resolution and refresh rate your monitor
00:08:33,909 --> 00:08:33,919
resolution and refresh rate your monitor
00:08:33,919 --> 00:08:35,630
resolution and refresh rate your monitor
can handle and of course the big
00:08:35,630 --> 00:08:35,640
can handle and of course the big
00:08:35,640 --> 00:08:37,670
can handle and of course the big
elephant in the room what kind of budget
00:08:37,670 --> 00:08:37,680
elephant in the room what kind of budget
00:08:37,680 --> 00:08:40,029
elephant in the room what kind of budget
you have to work with GPU memory is a
00:08:40,029 --> 00:08:40,039
you have to work with GPU memory is a
00:08:40,039 --> 00:08:41,709
you have to work with GPU memory is a
little different from Ram so it's called
00:08:41,709 --> 00:08:41,719
little different from Ram so it's called
00:08:41,719 --> 00:08:43,949
little different from Ram so it's called
vram here and that too is a very
00:08:43,949 --> 00:08:43,959
vram here and that too is a very
00:08:43,959 --> 00:08:46,430
vram here and that too is a very
specialized thing for graphics another
00:08:46,430 --> 00:08:46,440
specialized thing for graphics another
00:08:46,440 --> 00:08:48,110
specialized thing for graphics another
oversimplification but generally
00:08:48,110 --> 00:08:48,120
oversimplification but generally
00:08:48,120 --> 00:08:50,269
oversimplification but generally
speaking more vram and more bandwidth is
00:08:50,269 --> 00:08:50,279
speaking more vram and more bandwidth is
00:08:50,279 --> 00:08:52,670
speaking more vram and more bandwidth is
better it's a little easier to make a
00:08:52,670 --> 00:08:52,680
better it's a little easier to make a
00:08:52,680 --> 00:08:54,310
better it's a little easier to make a
recommendation here when it comes to
00:08:54,310 --> 00:08:54,320
recommendation here when it comes to
00:08:54,320 --> 00:08:55,790
recommendation here when it comes to
actual how much RAM you need for your
00:08:55,790 --> 00:08:55,800
actual how much RAM you need for your
00:08:55,800 --> 00:08:58,389
actual how much RAM you need for your
card so I would say you want at least 8
00:08:58,389 --> 00:08:58,399
card so I would say you want at least 8
00:08:58,399 --> 00:09:00,550
card so I would say you want at least 8
GB of vram to play today's demanding
00:09:00,550 --> 00:09:00,560
GB of vram to play today's demanding
00:09:00,560 --> 00:09:02,389
GB of vram to play today's demanding
games but honestly if you've got the
00:09:02,389 --> 00:09:02,399
games but honestly if you've got the
00:09:02,399 --> 00:09:04,910
games but honestly if you've got the
budget for it 10 or 12 GB of vram can
00:09:04,910 --> 00:09:04,920
budget for it 10 or 12 GB of vram can
00:09:04,920 --> 00:09:06,230
budget for it 10 or 12 GB of vram can
definitely make a difference and give
00:09:06,230 --> 00:09:06,240
definitely make a difference and give
00:09:06,240 --> 00:09:08,190
definitely make a difference and give
you a little bit more Comfort level in
00:09:08,190 --> 00:09:08,200
you a little bit more Comfort level in
00:09:08,200 --> 00:09:10,110
you a little bit more Comfort level in
the future next up we're going to be
00:09:10,110 --> 00:09:10,120
the future next up we're going to be
00:09:10,120 --> 00:09:12,630
the future next up we're going to be
choosing the case now the case is
00:09:12,630 --> 00:09:12,640
choosing the case now the case is
00:09:12,640 --> 00:09:15,230
choosing the case now the case is
definitely the most personal aspect of
00:09:15,230 --> 00:09:15,240
definitely the most personal aspect of
00:09:15,240 --> 00:09:17,190
definitely the most personal aspect of
your PC build this is where the
00:09:17,190 --> 00:09:17,200
your PC build this is where the
00:09:17,200 --> 00:09:18,790
your PC build this is where the
Aesthetics come in but also there's a
00:09:18,790 --> 00:09:18,800
Aesthetics come in but also there's a
00:09:18,800 --> 00:09:20,470
Aesthetics come in but also there's a
lot of functionality so I'm going to be
00:09:20,470 --> 00:09:20,480
lot of functionality so I'm going to be
00:09:20,480 --> 00:09:22,949
lot of functionality so I'm going to be
going with this Leon Lee lancool 216
00:09:22,949 --> 00:09:22,959
going with this Leon Lee lancool 216
00:09:22,959 --> 00:09:24,750
going with this Leon Lee lancool 216
this is an incredibly popular case it's
00:09:24,750 --> 00:09:24,760
this is an incredibly popular case it's
00:09:24,760 --> 00:09:27,710
this is an incredibly popular case it's
a very safe bet it's very representative
00:09:27,710 --> 00:09:27,720
a very safe bet it's very representative
00:09:27,720 --> 00:09:30,110
a very safe bet it's very representative
of the sort of average PC build because
00:09:30,110 --> 00:09:30,120
of the sort of average PC build because
00:09:30,120 --> 00:09:31,389
of the sort of average PC build because
you've got a lot of flexibility on the
00:09:31,389 --> 00:09:31,399
you've got a lot of flexibility on the
00:09:31,399 --> 00:09:33,470
you've got a lot of flexibility on the
inside it's very easy to work in you've
00:09:33,470 --> 00:09:33,480
inside it's very easy to work in you've
00:09:33,480 --> 00:09:35,269
inside it's very easy to work in you've
got yourself three fans including two
00:09:35,269 --> 00:09:35,279
got yourself three fans including two
00:09:35,279 --> 00:09:36,990
got yourself three fans including two
RGB fans in the front so you don't have
00:09:36,990 --> 00:09:37,000
RGB fans in the front so you don't have
00:09:37,000 --> 00:09:38,590
RGB fans in the front so you don't have
to do a lot of extra work to actually
00:09:38,590 --> 00:09:38,600
to do a lot of extra work to actually
00:09:38,600 --> 00:09:40,590
to do a lot of extra work to actually
make this thing look cool it comes in
00:09:40,590 --> 00:09:40,600
make this thing look cool it comes in
00:09:40,600 --> 00:09:41,790
make this thing look cool it comes in
different colors I'm going to go with
00:09:41,790 --> 00:09:41,800
different colors I'm going to go with
00:09:41,800 --> 00:09:43,069
different colors I'm going to go with
the white one cuz I personally think it
00:09:43,069 --> 00:09:43,079
the white one cuz I personally think it
00:09:43,079 --> 00:09:45,150
the white one cuz I personally think it
pops we also have plenty of space for
00:09:45,150 --> 00:09:45,160
pops we also have plenty of space for
00:09:45,160 --> 00:09:47,350
pops we also have plenty of space for
our ATX motherboard and our graphics
00:09:47,350 --> 00:09:47,360
our ATX motherboard and our graphics
00:09:47,360 --> 00:09:49,150
our ATX motherboard and our graphics
card some things to consider when you're
00:09:49,150 --> 00:09:49,160
card some things to consider when you're
00:09:49,160 --> 00:09:50,790
card some things to consider when you're
choosing your case outside of the
00:09:50,790 --> 00:09:50,800
choosing your case outside of the
00:09:50,800 --> 00:09:52,949
choosing your case outside of the
Aesthetics is that you do want to make
00:09:52,949 --> 00:09:52,959
Aesthetics is that you do want to make
00:09:52,959 --> 00:09:54,550
Aesthetics is that you do want to make
sure you have a reasonable amount of
00:09:54,550 --> 00:09:54,560
sure you have a reasonable amount of
00:09:54,560 --> 00:09:55,870
sure you have a reasonable amount of
space especially if you want to go for a
00:09:55,870 --> 00:09:55,880
space especially if you want to go for a
00:09:55,880 --> 00:09:57,710
space especially if you want to go for a
little bit more of a higher end system
00:09:57,710 --> 00:09:57,720
little bit more of a higher end system
00:09:57,720 --> 00:09:59,030
little bit more of a higher end system
so take for example your graphics card
00:09:59,030 --> 00:09:59,040
so take for example your graphics card
00:09:59,040 --> 00:10:00,190
so take for example your graphics card
support so your graphics card is going
00:10:00,190 --> 00:10:00,200
support so your graphics card is going
00:10:00,200 --> 00:10:01,949
support so your graphics card is going
to live right in here but you can see
00:10:01,949 --> 00:10:01,959
to live right in here but you can see
00:10:01,959 --> 00:10:03,590
to live right in here but you can see
that there's all this extra space on the
00:10:03,590 --> 00:10:03,600
that there's all this extra space on the
00:10:03,600 --> 00:10:05,430
that there's all this extra space on the
side that's because especially these
00:10:05,430 --> 00:10:05,440
side that's because especially these
00:10:05,440 --> 00:10:06,790
side that's because especially these
days higher in graphics cards can
00:10:06,790 --> 00:10:06,800
days higher in graphics cards can
00:10:06,800 --> 00:10:09,110
days higher in graphics cards can
actually be quite tall so you actually
00:10:09,110 --> 00:10:09,120
actually be quite tall so you actually
00:10:09,120 --> 00:10:10,630
actually be quite tall so you actually
need a little bit of this extra space to
00:10:10,630 --> 00:10:10,640
need a little bit of this extra space to
00:10:10,640 --> 00:10:12,389
need a little bit of this extra space to
make sure that they will clear and you
00:10:12,389 --> 00:10:12,399
make sure that they will clear and you
00:10:12,399 --> 00:10:13,710
make sure that they will clear and you
have room to plug in like your power
00:10:13,710 --> 00:10:13,720
have room to plug in like your power
00:10:13,720 --> 00:10:15,829
have room to plug in like your power
cables and stuff so going to something
00:10:15,829 --> 00:10:15,839
cables and stuff so going to something
00:10:15,839 --> 00:10:18,110
cables and stuff so going to something
like this 216 is going to be a nice safe
00:10:18,110 --> 00:10:18,120
like this 216 is going to be a nice safe
00:10:18,120 --> 00:10:20,150
like this 216 is going to be a nice safe
bet that should last for years and years
00:10:20,150 --> 00:10:20,160
bet that should last for years and years
00:10:20,160 --> 00:10:22,230
bet that should last for years and years
in the future plenty of space and
00:10:22,230 --> 00:10:22,240
in the future plenty of space and
00:10:22,240 --> 00:10:24,110
in the future plenty of space and
install like radiators on top again
00:10:24,110 --> 00:10:24,120
install like radiators on top again
00:10:24,120 --> 00:10:25,350
install like radiators on top again
you've got the fans you've got the
00:10:25,350 --> 00:10:25,360
you've got the fans you've got the
00:10:25,360 --> 00:10:26,470
you've got the fans you've got the
basement where you can hide your power
00:10:26,470 --> 00:10:26,480
basement where you can hide your power
00:10:26,480 --> 00:10:28,110
basement where you can hide your power
supply and some cables and stuff like I
00:10:28,110 --> 00:10:28,120
supply and some cables and stuff like I
00:10:28,120 --> 00:10:29,430
supply and some cables and stuff like I
mentioned with motherboards there are
00:10:29,430 --> 00:10:29,440
mentioned with motherboards there are
00:10:29,440 --> 00:10:31,710
mentioned with motherboards there are
different sizes of cases the standard
00:10:31,710 --> 00:10:31,720
different sizes of cases the standard
00:10:31,720 --> 00:10:34,430
different sizes of cases the standard
size ATX cases are the traditional PC
00:10:34,430 --> 00:10:34,440
size ATX cases are the traditional PC
00:10:34,440 --> 00:10:37,030
size ATX cases are the traditional PC
Tower size but there are smaller Micro
00:10:37,030 --> 00:10:37,040
Tower size but there are smaller Micro
00:10:37,040 --> 00:10:39,670
Tower size but there are smaller Micro
ATX and many ITX cases if you do want to
00:10:39,670 --> 00:10:39,680
ATX and many ITX cases if you do want to
00:10:39,680 --> 00:10:42,030
ATX and many ITX cases if you do want to
go for a smaller footprint just remember
00:10:42,030 --> 00:10:42,040
go for a smaller footprint just remember
00:10:42,040 --> 00:10:43,629
go for a smaller footprint just remember
it may make building in them a little
00:10:43,629 --> 00:10:43,639
it may make building in them a little
00:10:43,639 --> 00:10:45,590
it may make building in them a little
bit tricky and you do need to be mindful
00:10:45,590 --> 00:10:45,600
bit tricky and you do need to be mindful
00:10:45,600 --> 00:10:47,509
bit tricky and you do need to be mindful
of air flow on the other end of the
00:10:47,509 --> 00:10:47,519
of air flow on the other end of the
00:10:47,519 --> 00:10:50,110
of air flow on the other end of the
extreme you have e8x size cases which
00:10:50,110 --> 00:10:50,120
extreme you have e8x size cases which
00:10:50,120 --> 00:10:53,190
extreme you have e8x size cases which
are massive chungi chungus
00:10:53,190 --> 00:10:53,200
are massive chungi chungus
00:10:53,200 --> 00:10:55,470
are massive chungi chungus
chalinos that are specifically designed
00:10:55,470 --> 00:10:55,480
chalinos that are specifically designed
00:10:55,480 --> 00:10:57,110
chalinos that are specifically designed
to house and show off your big bulky
00:10:57,110 --> 00:10:57,120
to house and show off your big bulky
00:10:57,120 --> 00:10:59,430
to house and show off your big bulky
components like graphics cards or big
00:10:59,430 --> 00:10:59,440
components like graphics cards or big
00:10:59,440 --> 00:11:01,790
components like graphics cards or big
than my head or intricate Hardline water
00:11:01,790 --> 00:11:01,800
than my head or intricate Hardline water
00:11:01,800 --> 00:11:03,870
than my head or intricate Hardline water
cooling for first- time Builders I
00:11:03,870 --> 00:11:03,880
cooling for first- time Builders I
00:11:03,880 --> 00:11:06,509
cooling for first- time Builders I
recommend just a standard ATX case as it
00:11:06,509 --> 00:11:06,519
recommend just a standard ATX case as it
00:11:06,519 --> 00:11:08,269
recommend just a standard ATX case as it
will probably provide enough air flow
00:11:08,269 --> 00:11:08,279
will probably provide enough air flow
00:11:08,279 --> 00:11:10,269
will probably provide enough air flow
and enough space to comfortably build in
00:11:10,269 --> 00:11:10,279
and enough space to comfortably build in
00:11:10,279 --> 00:11:11,870
and enough space to comfortably build in
and it's a little bit of an easier
00:11:11,870 --> 00:11:11,880
and it's a little bit of an easier
00:11:11,880 --> 00:11:14,269
and it's a little bit of an easier
process but again choose the case that
00:11:14,269 --> 00:11:14,279
process but again choose the case that
00:11:14,279 --> 00:11:16,310
process but again choose the case that
you want best it's going to not only set
00:11:16,310 --> 00:11:16,320
you want best it's going to not only set
00:11:16,320 --> 00:11:17,829
you want best it's going to not only set
up the aesthetic it's going to decide if
00:11:17,829 --> 00:11:17,839
up the aesthetic it's going to decide if
00:11:17,839 --> 00:11:19,870
up the aesthetic it's going to decide if
it goes on your desk below your desk and
00:11:19,870 --> 00:11:19,880
it goes on your desk below your desk and
00:11:19,880 --> 00:11:21,790
it goes on your desk below your desk and
it's the part that looks cool when it
00:11:21,790 --> 00:11:21,800
it's the part that looks cool when it
00:11:21,800 --> 00:11:24,550
it's the part that looks cool when it
comes to cooling your CPU there are tons
00:11:24,550 --> 00:11:24,560
comes to cooling your CPU there are tons
00:11:24,560 --> 00:11:26,670
comes to cooling your CPU there are tons
of options so on the high end you can do
00:11:26,670 --> 00:11:26,680
of options so on the high end you can do
00:11:26,680 --> 00:11:28,269
of options so on the high end you can do
something like this which is a Hardline
00:11:28,269 --> 00:11:28,279
something like this which is a Hardline
00:11:28,279 --> 00:11:31,389
something like this which is a Hardline
Loop now this as cool as it is is way
00:11:31,389 --> 00:11:31,399
Loop now this as cool as it is is way
00:11:31,399 --> 00:11:34,190
Loop now this as cool as it is is way
outside the scope of a PC tutorial so
00:11:34,190 --> 00:11:34,200
outside the scope of a PC tutorial so
00:11:34,200 --> 00:11:35,430
outside the scope of a PC tutorial so
traditionally you're going to choose one
00:11:35,430 --> 00:11:35,440
traditionally you're going to choose one
00:11:35,440 --> 00:11:38,030
traditionally you're going to choose one
of two options air or liquid cooling so
00:11:38,030 --> 00:11:38,040
of two options air or liquid cooling so
00:11:38,040 --> 00:11:39,470
of two options air or liquid cooling so
if you want to do air cooling there are
00:11:39,470 --> 00:11:39,480
if you want to do air cooling there are
00:11:39,480 --> 00:11:41,910
if you want to do air cooling there are
options such as this which is an ak400
00:11:41,910 --> 00:11:41,920
options such as this which is an ak400
00:11:41,920 --> 00:11:43,949
options such as this which is an ak400
it's a fairly straightforward air cooler
00:11:43,949 --> 00:11:43,959
it's a fairly straightforward air cooler
00:11:43,959 --> 00:11:44,990
it's a fairly straightforward air cooler
honestly if this is your first time
00:11:44,990 --> 00:11:45,000
honestly if this is your first time
00:11:45,000 --> 00:11:47,590
honestly if this is your first time
building a PC this is usually the right
00:11:47,590 --> 00:11:47,600
building a PC this is usually the right
00:11:47,600 --> 00:11:49,389
building a PC this is usually the right
move unless you have a very very highend
00:11:49,389 --> 00:11:49,399
move unless you have a very very highend
00:11:49,399 --> 00:11:50,949
move unless you have a very very highend
CPU we'll talk a little bit about this
00:11:50,949 --> 00:11:50,959
CPU we'll talk a little bit about this
00:11:50,959 --> 00:11:52,350
CPU we'll talk a little bit about this
later but the main thing I'm going to
00:11:52,350 --> 00:11:52,360
later but the main thing I'm going to
00:11:52,360 --> 00:11:54,389
later but the main thing I'm going to
show you is how to install an all-in-one
00:11:54,389 --> 00:11:54,399
show you is how to install an all-in-one
00:11:54,399 --> 00:11:56,870
show you is how to install an all-in-one
liquid cooler as you can see there are
00:11:56,870 --> 00:11:56,880
liquid cooler as you can see there are
00:11:56,880 --> 00:11:59,590
liquid cooler as you can see there are
tons and tons of options so the the main
00:11:59,590 --> 00:11:59,600
tons and tons of options so the the main
00:11:59,600 --> 00:12:02,150
tons and tons of options so the the main
things to consider would be the size and
00:12:02,150 --> 00:12:02,160
things to consider would be the size and
00:12:02,160 --> 00:12:04,150
things to consider would be the size and
what kind of CPU you're cooling so for
00:12:04,150 --> 00:12:04,160
what kind of CPU you're cooling so for
00:12:04,160 --> 00:12:07,190
what kind of CPU you're cooling so for
us with a ryzen 77700 x it's actually a
00:12:07,190 --> 00:12:07,200
us with a ryzen 77700 x it's actually a
00:12:07,200 --> 00:12:08,990
us with a ryzen 77700 x it's actually a
fairly efficient chip we do not need a
00:12:08,990 --> 00:12:09,000
fairly efficient chip we do not need a
00:12:09,000 --> 00:12:10,870
fairly efficient chip we do not need a
crazy cooler but for the purposes of
00:12:10,870 --> 00:12:10,880
crazy cooler but for the purposes of
00:12:10,880 --> 00:12:13,069
crazy cooler but for the purposes of
this tutorial I'm going to go with a
00:12:13,069 --> 00:12:13,079
this tutorial I'm going to go with a
00:12:13,079 --> 00:12:16,189
this tutorial I'm going to go with a
very high-end lean Lee specifically 360
00:12:16,189 --> 00:12:16,199
very high-end lean Lee specifically 360
00:12:16,199 --> 00:12:18,550
very high-end lean Lee specifically 360
mm radiator so the way the sizes work is
00:12:18,550 --> 00:12:18,560
mm radiator so the way the sizes work is
00:12:18,560 --> 00:12:20,590
mm radiator so the way the sizes work is
that this is a 360 mm radiator which is
00:12:20,590 --> 00:12:20,600
that this is a 360 mm radiator which is
00:12:20,600 --> 00:12:23,910
that this is a 360 mm radiator which is
essentially 310 mm fans so if I find a
00:12:23,910 --> 00:12:23,920
essentially 310 mm fans so if I find a
00:12:23,920 --> 00:12:26,870
essentially 310 mm fans so if I find a
240 for example this is two 120 mil fans
00:12:26,870 --> 00:12:26,880
240 for example this is two 120 mil fans
00:12:26,880 --> 00:12:29,629
240 for example this is two 120 mil fans
or by the same token I could do two 140
00:12:29,629 --> 00:12:29,639
or by the same token I could do two 140
00:12:29,639 --> 00:12:32,990
or by the same token I could do two 140
mm fans which would equal 280 the way
00:12:32,990 --> 00:12:33,000
mm fans which would equal 280 the way
00:12:33,000 --> 00:12:34,990
mm fans which would equal 280 the way
you choose this is very much down to
00:12:34,990 --> 00:12:35,000
you choose this is very much down to
00:12:35,000 --> 00:12:38,269
you choose this is very much down to
your case so all cases will list what
00:12:38,269 --> 00:12:38,279
your case so all cases will list what
00:12:38,279 --> 00:12:39,910
your case so all cases will list what
kind of radiator and fan support that
00:12:39,910 --> 00:12:39,920
kind of radiator and fan support that
00:12:39,920 --> 00:12:42,310
kind of radiator and fan support that
they have so for our case we have up to
00:12:42,310 --> 00:12:42,320
they have so for our case we have up to
00:12:42,320 --> 00:12:44,829
they have so for our case we have up to
a 360 mm Radiator on the top but some
00:12:44,829 --> 00:12:44,839
a 360 mm Radiator on the top but some
00:12:44,839 --> 00:12:46,030
a 360 mm Radiator on the top but some
cases you could also mount it on the
00:12:46,030 --> 00:12:46,040
cases you could also mount it on the
00:12:46,040 --> 00:12:47,550
cases you could also mount it on the
front or even sometimes on the bottom
00:12:47,550 --> 00:12:47,560
front or even sometimes on the bottom
00:12:47,560 --> 00:12:49,910
front or even sometimes on the bottom
but traditionally your radiator your AIO
00:12:49,910 --> 00:12:49,920
but traditionally your radiator your AIO
00:12:49,920 --> 00:12:51,189
but traditionally your radiator your AIO
will be installed either in the front or
00:12:51,189 --> 00:12:51,199
will be installed either in the front or
00:12:51,199 --> 00:12:52,949
will be installed either in the front or
on the top so we're going to be using
00:12:52,949 --> 00:12:52,959
on the top so we're going to be using
00:12:52,959 --> 00:12:56,509
on the top so we're going to be using
this one this is a very high-end AO it's
00:12:56,509 --> 00:12:56,519
this one this is a very high-end AO it's
00:12:56,519 --> 00:12:58,069
this one this is a very high-end AO it's
more than we need but I'm going to show
00:12:58,069 --> 00:12:58,079
more than we need but I'm going to show
00:12:58,079 --> 00:12:59,949
more than we need but I'm going to show
you for the purposes of this tutorial it
00:12:59,949 --> 00:12:59,959
you for the purposes of this tutorial it
00:12:59,959 --> 00:13:01,750
you for the purposes of this tutorial it
also has a neat little screen on it too
00:13:01,750 --> 00:13:01,760
also has a neat little screen on it too
00:13:01,760 --> 00:13:04,069
also has a neat little screen on it too
so I'll show you how to install this and
00:13:04,069 --> 00:13:04,079
so I'll show you how to install this and
00:13:04,079 --> 00:13:07,470
so I'll show you how to install this and
while air cooling is the safer bet for
00:13:07,470 --> 00:13:07,480
while air cooling is the safer bet for
00:13:07,480 --> 00:13:09,829
while air cooling is the safer bet for
most firsttime Builders if you want that
00:13:09,829 --> 00:13:09,839
most firsttime Builders if you want that
00:13:09,839 --> 00:13:12,550
most firsttime Builders if you want that
sort of flashy RGB fans the liquid
00:13:12,550 --> 00:13:12,560
sort of flashy RGB fans the liquid
00:13:12,560 --> 00:13:13,910
sort of flashy RGB fans the liquid
cooler the whole thing and you want to
00:13:13,910 --> 00:13:13,920
cooler the whole thing and you want to
00:13:13,920 --> 00:13:15,829
cooler the whole thing and you want to
get the maximum performance this is a
00:13:15,829 --> 00:13:15,839
get the maximum performance this is a
00:13:15,839 --> 00:13:17,790
get the maximum performance this is a
great move luckily a lot of low and
00:13:17,790 --> 00:13:17,800
great move luckily a lot of low and
00:13:17,800 --> 00:13:19,949
great move luckily a lot of low and
mid-range gpus you buy will come with a
00:13:19,949 --> 00:13:19,959
mid-range gpus you buy will come with a
00:13:19,959 --> 00:13:22,350
mid-range gpus you buy will come with a
stock cooler in the Box for most people
00:13:22,350 --> 00:13:22,360
stock cooler in the Box for most people
00:13:22,360 --> 00:13:25,150
stock cooler in the Box for most people
this is completely fine it's not flashy
00:13:25,150 --> 00:13:25,160
this is completely fine it's not flashy
00:13:25,160 --> 00:13:26,629
this is completely fine it's not flashy
and you won't want to push limits with
00:13:26,629 --> 00:13:26,639
and you won't want to push limits with
00:13:26,639 --> 00:13:28,590
and you won't want to push limits with
overclocking but it is a perfectly
00:13:28,590 --> 00:13:28,600
overclocking but it is a perfectly
00:13:28,600 --> 00:13:30,069
overclocking but it is a perfectly
reasonable opt option that you can
00:13:30,069 --> 00:13:30,079
reasonable opt option that you can
00:13:30,079 --> 00:13:32,230
reasonable opt option that you can
always upgrade down the line now when it
00:13:32,230 --> 00:13:32,240
always upgrade down the line now when it
00:13:32,240 --> 00:13:33,870
always upgrade down the line now when it
comes to high-end processors they
00:13:33,870 --> 00:13:33,880
comes to high-end processors they
00:13:33,880 --> 00:13:35,389
comes to high-end processors they
typically don't ship with stock coolers
00:13:35,389 --> 00:13:35,399
typically don't ship with stock coolers
00:13:35,399 --> 00:13:37,230
typically don't ship with stock coolers
at all as manufacturers expect you to
00:13:37,230 --> 00:13:37,240
at all as manufacturers expect you to
00:13:37,240 --> 00:13:38,829
at all as manufacturers expect you to
get a better cooler anyway and the
00:13:38,829 --> 00:13:38,839
get a better cooler anyway and the
00:13:38,839 --> 00:13:40,910
get a better cooler anyway and the
demands of those chips are a lot more
00:13:40,910 --> 00:13:40,920
demands of those chips are a lot more
00:13:40,920 --> 00:13:43,030
demands of those chips are a lot more
than a little stock cooler can handle a
00:13:43,030 --> 00:13:43,040
than a little stock cooler can handle a
00:13:43,040 --> 00:13:44,870
than a little stock cooler can handle a
high performance air cooler will do just
00:13:44,870 --> 00:13:44,880
high performance air cooler will do just
00:13:44,880 --> 00:13:47,150
high performance air cooler will do just
as good of a job if not better than all
00:13:47,150 --> 00:13:47,160
as good of a job if not better than all
00:13:47,160 --> 00:13:49,550
as good of a job if not better than all
but the beefiest AO liquid cooling
00:13:49,550 --> 00:13:49,560
but the beefiest AO liquid cooling
00:13:49,560 --> 00:13:52,030
but the beefiest AO liquid cooling
solutions but there are other pros and
00:13:52,030 --> 00:13:52,040
solutions but there are other pros and
00:13:52,040 --> 00:13:54,030
solutions but there are other pros and
cons to each liquid cooling draws the
00:13:54,030 --> 00:13:54,040
cons to each liquid cooling draws the
00:13:54,040 --> 00:13:56,269
cons to each liquid cooling draws the
heat away from the CPU via heat sink and
00:13:56,269 --> 00:13:56,279
heat away from the CPU via heat sink and
00:13:56,279 --> 00:13:57,990
heat away from the CPU via heat sink and
then the liquid carries that heat all
00:13:57,990 --> 00:13:58,000
then the liquid carries that heat all
00:13:58,000 --> 00:14:00,590
then the liquid carries that heat all
the way through a rator to be dissipated
00:14:00,590 --> 00:14:00,600
the way through a rator to be dissipated
00:14:00,600 --> 00:14:02,350
the way through a rator to be dissipated
now this method is typically quieter
00:14:02,350 --> 00:14:02,360
now this method is typically quieter
00:14:02,360 --> 00:14:04,269
now this method is typically quieter
than air Cooling and the higher-end
00:14:04,269 --> 00:14:04,279
than air Cooling and the higher-end
00:14:04,279 --> 00:14:05,910
than air Cooling and the higher-end
coolers have neat little screens that
00:14:05,910 --> 00:14:05,920
coolers have neat little screens that
00:14:05,920 --> 00:14:07,670
coolers have neat little screens that
could show you like some specs or a gift
00:14:07,670 --> 00:14:07,680
could show you like some specs or a gift
00:14:07,680 --> 00:14:10,389
could show you like some specs or a gift
Loop like they're very flashy but they
00:14:10,389 --> 00:14:10,399
Loop like they're very flashy but they
00:14:10,399 --> 00:14:12,189
Loop like they're very flashy but they
typically require multiple fan slots in
00:14:12,189 --> 00:14:12,199
typically require multiple fan slots in
00:14:12,199 --> 00:14:13,550
typically require multiple fan slots in
your case which can be difficult to
00:14:13,550 --> 00:14:13,560
your case which can be difficult to
00:14:13,560 --> 00:14:15,749
your case which can be difficult to
install based on the configuration a lot
00:14:15,749 --> 00:14:15,759
install based on the configuration a lot
00:14:15,759 --> 00:14:17,670
install based on the configuration a lot
more work to install to begin with not
00:14:17,670 --> 00:14:17,680
more work to install to begin with not
00:14:17,680 --> 00:14:19,790
more work to install to begin with not
to mention that there's a small but
00:14:19,790 --> 00:14:19,800
to mention that there's a small but
00:14:19,800 --> 00:14:21,910
to mention that there's a small but
still there's a risk of liquid leaking
00:14:21,910 --> 00:14:21,920
still there's a risk of liquid leaking
00:14:21,920 --> 00:14:23,829
still there's a risk of liquid leaking
from that cooler and damaging other
00:14:23,829 --> 00:14:23,839
from that cooler and damaging other
00:14:23,839 --> 00:14:26,069
from that cooler and damaging other
components air cooling is the tried
00:14:26,069 --> 00:14:26,079
components air cooling is the tried
00:14:26,079 --> 00:14:28,030
components air cooling is the tried
andrue cooling method it's just a fan
00:14:28,030 --> 00:14:28,040
andrue cooling method it's just a fan
00:14:28,040 --> 00:14:29,590
andrue cooling method it's just a fan
blowing air through a heat sink that is
00:14:29,590 --> 00:14:29,600
blowing air through a heat sink that is
00:14:29,600 --> 00:14:32,069
blowing air through a heat sink that is
drawing that heat away from the CPU it's
00:14:32,069 --> 00:14:32,079
drawing that heat away from the CPU it's
00:14:32,079 --> 00:14:33,590
drawing that heat away from the CPU it's
simple which means it's less likely to
00:14:33,590 --> 00:14:33,600
simple which means it's less likely to
00:14:33,600 --> 00:14:35,910
simple which means it's less likely to
break but high performance air coolers
00:14:35,910 --> 00:14:35,920
break but high performance air coolers
00:14:35,920 --> 00:14:37,749
break but high performance air coolers
do have some cons such as they typically
00:14:37,749 --> 00:14:37,759
do have some cons such as they typically
00:14:37,759 --> 00:14:40,030
do have some cons such as they typically
take up a lot of space if your PC case
00:14:40,030 --> 00:14:40,040
take up a lot of space if your PC case
00:14:40,040 --> 00:14:41,470
take up a lot of space if your PC case
doesn't have a lot of clearance or you
00:14:41,470 --> 00:14:41,480
doesn't have a lot of clearance or you
00:14:41,480 --> 00:14:42,990
doesn't have a lot of clearance or you
have a smaller motherboard sometimes
00:14:42,990 --> 00:14:43,000
have a smaller motherboard sometimes
00:14:43,000 --> 00:14:44,430
have a smaller motherboard sometimes
that can actually be very restrictive as
00:14:44,430 --> 00:14:44,440
that can actually be very restrictive as
00:14:44,440 --> 00:14:47,230
that can actually be very restrictive as
far as how easily you can access the PC
00:14:47,230 --> 00:14:47,240
far as how easily you can access the PC
00:14:47,240 --> 00:14:49,189
far as how easily you can access the PC
and on top of that if you're going to be
00:14:49,189 --> 00:14:49,199
and on top of that if you're going to be
00:14:49,199 --> 00:14:51,189
and on top of that if you're going to be
moving your PC around a lot it's not
00:14:51,189 --> 00:14:51,199
moving your PC around a lot it's not
00:14:51,199 --> 00:14:52,790
moving your PC around a lot it's not
necessarily a great idea to have a heavy
00:14:52,790 --> 00:14:52,800
necessarily a great idea to have a heavy
00:14:52,800 --> 00:14:55,030
necessarily a great idea to have a heavy
air cooler just because the good ons
00:14:55,030 --> 00:14:55,040
air cooler just because the good ons
00:14:55,040 --> 00:14:56,430
air cooler just because the good ons
while they're very good at cooling are
00:14:56,430 --> 00:14:56,440
while they're very good at cooling are
00:14:56,440 --> 00:14:57,990
while they're very good at cooling are
very heavy they can put a lot of strain
00:14:57,990 --> 00:14:58,000
very heavy they can put a lot of strain
00:14:58,000 --> 00:14:59,710
very heavy they can put a lot of strain
on the board and the mounting points
00:14:59,710 --> 00:14:59,720
on the board and the mounting points
00:14:59,720 --> 00:15:00,910
on the board and the mounting points
while it definitely depends on the
00:15:00,910 --> 00:15:00,920
while it definitely depends on the
00:15:00,920 --> 00:15:03,030
while it definitely depends on the
cooler that you choose air coolers can
00:15:03,030 --> 00:15:03,040
cooler that you choose air coolers can
00:15:03,040 --> 00:15:05,069
cooler that you choose air coolers can
get a little bit on the loud side
00:15:05,069 --> 00:15:05,079
get a little bit on the loud side
00:15:05,079 --> 00:15:06,509
get a little bit on the loud side
especially when the PC is working on a
00:15:06,509 --> 00:15:06,519
especially when the PC is working on a
00:15:06,519 --> 00:15:08,670
especially when the PC is working on a
heavy load like gaming but look
00:15:08,670 --> 00:15:08,680
heavy load like gaming but look
00:15:08,680 --> 00:15:11,110
heavy load like gaming but look
ultimately the choice is up to you I
00:15:11,110 --> 00:15:11,120
ultimately the choice is up to you I
00:15:11,120 --> 00:15:12,470
ultimately the choice is up to you I
personally tend to lean more towards
00:15:12,470 --> 00:15:12,480
personally tend to lean more towards
00:15:12,480 --> 00:15:15,350
personally tend to lean more towards
solid air coolers such as KN to options
00:15:15,350 --> 00:15:15,360
solid air coolers such as KN to options
00:15:15,360 --> 00:15:17,350
solid air coolers such as KN to options
but I'd say most Gamers especially on
00:15:17,350 --> 00:15:17,360
but I'd say most Gamers especially on
00:15:17,360 --> 00:15:19,230
but I'd say most Gamers especially on
the high end tend to take advantage of
00:15:19,230 --> 00:15:19,240
the high end tend to take advantage of
00:15:19,240 --> 00:15:21,069
the high end tend to take advantage of
liquid cooling next up we're choosing
00:15:21,069 --> 00:15:21,079
liquid cooling next up we're choosing
00:15:21,079 --> 00:15:23,269
liquid cooling next up we're choosing
our power supply this is a critical
00:15:23,269 --> 00:15:23,279
our power supply this is a critical
00:15:23,279 --> 00:15:25,590
our power supply this is a critical
component of every PC build is quite
00:15:25,590 --> 00:15:25,600
component of every PC build is quite
00:15:25,600 --> 00:15:27,310
component of every PC build is quite
literally the Beating Heart supplying
00:15:27,310 --> 00:15:27,320
literally the Beating Heart supplying
00:15:27,320 --> 00:15:29,309
literally the Beating Heart supplying
power to every component in the system
00:15:29,309 --> 00:15:29,319
power to every component in the system
00:15:29,319 --> 00:15:30,749
power to every component in the system
you want something high quality and you
00:15:30,749 --> 00:15:30,759
you want something high quality and you
00:15:30,759 --> 00:15:32,110
you want something high quality and you
want to make sure that you have plenty
00:15:32,110 --> 00:15:32,120
want to make sure that you have plenty
00:15:32,120 --> 00:15:34,309
want to make sure that you have plenty
of capacity it is a component that takes
00:15:34,309 --> 00:15:34,319
of capacity it is a component that takes
00:15:34,319 --> 00:15:36,389
of capacity it is a component that takes
AC power from the wall and converts it
00:15:36,389 --> 00:15:36,399
AC power from the wall and converts it
00:15:36,399 --> 00:15:38,350
AC power from the wall and converts it
into stable DC power that the PC can
00:15:38,350 --> 00:15:38,360
into stable DC power that the PC can
00:15:38,360 --> 00:15:40,509
into stable DC power that the PC can
actually use it then distributes power
00:15:40,509 --> 00:15:40,519
actually use it then distributes power
00:15:40,519 --> 00:15:42,509
actually use it then distributes power
through cables all like veins throughout
00:15:42,509 --> 00:15:42,519
through cables all like veins throughout
00:15:42,519 --> 00:15:45,430
through cables all like veins throughout
the PC Now power supplies measure output
00:15:45,430 --> 00:15:45,440
the PC Now power supplies measure output
00:15:45,440 --> 00:15:48,189
the PC Now power supplies measure output
via Watts it's fairly straightforward I
00:15:48,189 --> 00:15:48,199
via Watts it's fairly straightforward I
00:15:48,199 --> 00:15:49,590
via Watts it's fairly straightforward I
mean you just need to add up the power
00:15:49,590 --> 00:15:49,600
mean you just need to add up the power
00:15:49,600 --> 00:15:51,509
mean you just need to add up the power
requirements of your PC components and
00:15:51,509 --> 00:15:51,519
requirements of your PC components and
00:15:51,519 --> 00:15:53,189
requirements of your PC components and
then choose a power supply that exceeds
00:15:53,189 --> 00:15:53,199
then choose a power supply that exceeds
00:15:53,199 --> 00:15:55,470
then choose a power supply that exceeds
that number usually your CPU and
00:15:55,470 --> 00:15:55,480
that number usually your CPU and
00:15:55,480 --> 00:15:57,389
that number usually your CPU and
especially your GPU will have minimum
00:15:57,389 --> 00:15:57,399
especially your GPU will have minimum
00:15:57,399 --> 00:15:59,350
especially your GPU will have minimum
recommended wattages which is great
00:15:59,350 --> 00:15:59,360
recommended wattages which is great
00:15:59,360 --> 00:16:01,949
recommended wattages which is great
place to start again micr Center has an
00:16:01,949 --> 00:16:01,959
place to start again micr Center has an
00:16:01,959 --> 00:16:03,710
place to start again micr Center has an
online pc Builder that will help you
00:16:03,710 --> 00:16:03,720
online pc Builder that will help you
00:16:03,720 --> 00:16:05,189
online pc Builder that will help you
calculate how much power your power
00:16:05,189 --> 00:16:05,199
calculate how much power your power
00:16:05,199 --> 00:16:07,990
calculate how much power your power
supply needs but just as a baseline a
00:16:07,990 --> 00:16:08,000
supply needs but just as a baseline a
00:16:08,000 --> 00:16:10,030
supply needs but just as a baseline a
lower to mid-tier PC may need something
00:16:10,030 --> 00:16:10,040
lower to mid-tier PC may need something
00:16:10,040 --> 00:16:12,990
lower to mid-tier PC may need something
like 500 or 600 watts an upper tier
00:16:12,990 --> 00:16:13,000
like 500 or 600 watts an upper tier
00:16:13,000 --> 00:16:14,949
like 500 or 600 watts an upper tier
system may need something closer to 750
00:16:14,949 --> 00:16:14,959
system may need something closer to 750
00:16:14,959 --> 00:16:16,829
system may need something closer to 750
watts and a high-end system will likely
00:16:16,829 --> 00:16:16,839
watts and a high-end system will likely
00:16:16,839 --> 00:16:19,150
watts and a high-end system will likely
need 850 Watts plus definitely do the
00:16:19,150 --> 00:16:19,160
need 850 Watts plus definitely do the
00:16:19,160 --> 00:16:20,790
need 850 Watts plus definitely do the
math on your own system you don't want
00:16:20,790 --> 00:16:20,800
math on your own system you don't want
00:16:20,800 --> 00:16:22,269
math on your own system you don't want
your computer to draw more power than
00:16:22,269 --> 00:16:22,279
your computer to draw more power than
00:16:22,279 --> 00:16:24,189
your computer to draw more power than
the power supply can provide or else it
00:16:24,189 --> 00:16:24,199
the power supply can provide or else it
00:16:24,199 --> 00:16:26,269
the power supply can provide or else it
will just crash or shut down immediately
00:16:26,269 --> 00:16:26,279
will just crash or shut down immediately
00:16:26,279 --> 00:16:27,870
will just crash or shut down immediately
or you could even do long-term damage to
00:16:27,870 --> 00:16:27,880
or you could even do long-term damage to
00:16:27,880 --> 00:16:29,470
or you could even do long-term damage to
your system for the for this build I'm
00:16:29,470 --> 00:16:29,480
your system for the for this build I'm
00:16:29,480 --> 00:16:32,910
your system for the for this build I'm
going to go with this the MSI mag aa50 G
00:16:32,910 --> 00:16:32,920
going to go with this the MSI mag aa50 G
00:16:32,920 --> 00:16:35,430
going to go with this the MSI mag aa50 G
PCI 5 there's a few reasons why I like
00:16:35,430 --> 00:16:35,440
PCI 5 there's a few reasons why I like
00:16:35,440 --> 00:16:37,829
PCI 5 there's a few reasons why I like
this power supply first of all 850 wats
00:16:37,829 --> 00:16:37,839
this power supply first of all 850 wats
00:16:37,839 --> 00:16:39,870
this power supply first of all 850 wats
is going to be plenty for this system
00:16:39,870 --> 00:16:39,880
is going to be plenty for this system
00:16:39,880 --> 00:16:41,590
is going to be plenty for this system
but I don't mind that typically for a
00:16:41,590 --> 00:16:41,600
but I don't mind that typically for a
00:16:41,600 --> 00:16:43,389
but I don't mind that typically for a
system because power supplies usually
00:16:43,389 --> 00:16:43,399
system because power supplies usually
00:16:43,399 --> 00:16:45,189
system because power supplies usually
have quite long warranties and can last
00:16:45,189 --> 00:16:45,199
have quite long warranties and can last
00:16:45,199 --> 00:16:47,829
have quite long warranties and can last
for several iterations of your system so
00:16:47,829 --> 00:16:47,839
for several iterations of your system so
00:16:47,839 --> 00:16:49,389
for several iterations of your system so
having a little bit of that extra margin
00:16:49,389 --> 00:16:49,399
having a little bit of that extra margin
00:16:49,399 --> 00:16:51,269
having a little bit of that extra margin
is nice to have something else to
00:16:51,269 --> 00:16:51,279
is nice to have something else to
00:16:51,279 --> 00:16:53,629
is nice to have something else to
consider is some of the specs on this so
00:16:53,629 --> 00:16:53,639
consider is some of the specs on this so
00:16:53,639 --> 00:16:56,629
consider is some of the specs on this so
because we are using an RTX 470 super a
00:16:56,629 --> 00:16:56,639
because we are using an RTX 470 super a
00:16:56,639 --> 00:16:58,629
because we are using an RTX 470 super a
40 series GPU we actually going to want
00:16:58,629 --> 00:16:58,639
40 series GPU we actually going to want
00:16:58,639 --> 00:17:01,110
40 series GPU we actually going to want
to take advantage of the PCI 5 specs
00:17:01,110 --> 00:17:01,120
to take advantage of the PCI 5 specs
00:17:01,120 --> 00:17:03,030
to take advantage of the PCI 5 specs
you'll see here it says ATX 3.0
00:17:03,030 --> 00:17:03,040
you'll see here it says ATX 3.0
00:17:03,040 --> 00:17:06,230
you'll see here it says ATX 3.0
compatible PCI 5.0 ready what that means
00:17:06,230 --> 00:17:06,240
compatible PCI 5.0 ready what that means
00:17:06,240 --> 00:17:08,230
compatible PCI 5.0 ready what that means
is that it has with the actual cables in
00:17:08,230 --> 00:17:08,240
is that it has with the actual cables in
00:17:08,240 --> 00:17:10,189
is that it has with the actual cables in
the Box a specific cable which is
00:17:10,189 --> 00:17:10,199
the Box a specific cable which is
00:17:10,199 --> 00:17:12,669
the Box a specific cable which is
designed to be used for RTX 40 series
00:17:12,669 --> 00:17:12,679
designed to be used for RTX 40 series
00:17:12,679 --> 00:17:15,309
designed to be used for RTX 40 series
cards this is nice because for our GPU
00:17:15,309 --> 00:17:15,319
cards this is nice because for our GPU
00:17:15,319 --> 00:17:16,750
cards this is nice because for our GPU
if we don't have this built into the
00:17:16,750 --> 00:17:16,760
if we don't have this built into the
00:17:16,760 --> 00:17:17,909
if we don't have this built into the
power supply we actually have to use an
00:17:17,909 --> 00:17:17,919
power supply we actually have to use an
00:17:17,919 --> 00:17:19,909
power supply we actually have to use an
adapter which technically will work but
00:17:19,909 --> 00:17:19,919
adapter which technically will work but
00:17:19,919 --> 00:17:21,829
adapter which technically will work but
I don't really recommend it so if you
00:17:21,829 --> 00:17:21,839
I don't really recommend it so if you
00:17:21,839 --> 00:17:23,429
I don't really recommend it so if you
have the luxury of buying a brand new
00:17:23,429 --> 00:17:23,439
have the luxury of buying a brand new
00:17:23,439 --> 00:17:25,110
have the luxury of buying a brand new
power supply for your system getting
00:17:25,110 --> 00:17:25,120
power supply for your system getting
00:17:25,120 --> 00:17:27,990
power supply for your system getting
something with ATX 3.0 is very nice to
00:17:27,990 --> 00:17:28,000
something with ATX 3.0 is very nice to
00:17:28,000 --> 00:17:30,190
something with ATX 3.0 is very nice to
have that futureproof built in other
00:17:30,190 --> 00:17:30,200
have that futureproof built in other
00:17:30,200 --> 00:17:31,390
have that futureproof built in other
things to consider here is that this is
00:17:31,390 --> 00:17:31,400
things to consider here is that this is
00:17:31,400 --> 00:17:33,190
things to consider here is that this is
a fully modular power supply which means
00:17:33,190 --> 00:17:33,200
a fully modular power supply which means
00:17:33,200 --> 00:17:35,190
a fully modular power supply which means
that we can easily plug in only the
00:17:35,190 --> 00:17:35,200
that we can easily plug in only the
00:17:35,200 --> 00:17:37,070
that we can easily plug in only the
actual cables we need so our cable runs
00:17:37,070 --> 00:17:37,080
actual cables we need so our cable runs
00:17:37,080 --> 00:17:38,789
actual cables we need so our cable runs
can be a little bit cleaner and this is
00:17:38,789 --> 00:17:38,799
can be a little bit cleaner and this is
00:17:38,799 --> 00:17:41,710
can be a little bit cleaner and this is
also an 80 plus gold rated power supply
00:17:41,710 --> 00:17:41,720
also an 80 plus gold rated power supply
00:17:41,720 --> 00:17:44,590
also an 80 plus gold rated power supply
80 plus ratings while sometimes you can
00:17:44,590 --> 00:17:44,600
80 plus ratings while sometimes you can
00:17:44,600 --> 00:17:45,710
80 plus ratings while sometimes you can
kind of use them as a little bit of a
00:17:45,710 --> 00:17:45,720
kind of use them as a little bit of a
00:17:45,720 --> 00:17:47,710
kind of use them as a little bit of a
bar for Quality typically they're much
00:17:47,710 --> 00:17:47,720
bar for Quality typically they're much
00:17:47,720 --> 00:17:49,789
bar for Quality typically they're much
more meant for the actual efficiency of
00:17:49,789 --> 00:17:49,799
more meant for the actual efficiency of
00:17:49,799 --> 00:17:52,310
more meant for the actual efficiency of
your power supply so you can do 80 plus
00:17:52,310 --> 00:17:52,320
your power supply so you can do 80 plus
00:17:52,320 --> 00:17:55,110
your power supply so you can do 80 plus
white silver gold Platinum like they go
00:17:55,110 --> 00:17:55,120
white silver gold Platinum like they go
00:17:55,120 --> 00:17:57,710
white silver gold Platinum like they go
up quite a bit for me gold is usually
00:17:57,710 --> 00:17:57,720
up quite a bit for me gold is usually
00:17:57,720 --> 00:17:59,190
up quite a bit for me gold is usually
the right sweet spot between between
00:17:59,190 --> 00:17:59,200
the right sweet spot between between
00:17:59,200 --> 00:18:02,350
the right sweet spot between between
price efficiency and typically quality
00:18:02,350 --> 00:18:02,360
price efficiency and typically quality
00:18:02,360 --> 00:18:03,870
price efficiency and typically quality
so this will be what will power our
00:18:03,870 --> 00:18:03,880
so this will be what will power our
00:18:03,880 --> 00:18:06,470
so this will be what will power our
gaming PC now when it comes to storage
00:18:06,470 --> 00:18:06,480
gaming PC now when it comes to storage
00:18:06,480 --> 00:18:08,110
gaming PC now when it comes to storage
for your system you have a couple of
00:18:08,110 --> 00:18:08,120
for your system you have a couple of
00:18:08,120 --> 00:18:10,310
for your system you have a couple of
options so old school PCS traditionally
00:18:10,310 --> 00:18:10,320
options so old school PCS traditionally
00:18:10,320 --> 00:18:11,830
options so old school PCS traditionally
use hard drives we are going to use a
00:18:11,830 --> 00:18:11,840
use hard drives we are going to use a
00:18:11,840 --> 00:18:13,669
use hard drives we are going to use a
hard drive for the system but for
00:18:13,669 --> 00:18:13,679
hard drive for the system but for
00:18:13,679 --> 00:18:15,909
hard drive for the system but for
Windows for gaming for all of your
00:18:15,909 --> 00:18:15,919
Windows for gaming for all of your
00:18:15,919 --> 00:18:18,750
Windows for gaming for all of your
normal use I would highly highly
00:18:18,750 --> 00:18:18,760
normal use I would highly highly
00:18:18,760 --> 00:18:21,710
normal use I would highly highly
recommend an SSD if Rand is short-term
00:18:21,710 --> 00:18:21,720
recommend an SSD if Rand is short-term
00:18:21,720 --> 00:18:24,070
recommend an SSD if Rand is short-term
memory storage like ssds and hard drives
00:18:24,070 --> 00:18:24,080
memory storage like ssds and hard drives
00:18:24,080 --> 00:18:26,510
memory storage like ssds and hard drives
are more like long-term memory they hold
00:18:26,510 --> 00:18:26,520
are more like long-term memory they hold
00:18:26,520 --> 00:18:28,029
are more like long-term memory they hold
all of your data like your computer
00:18:28,029 --> 00:18:28,039
all of your data like your computer
00:18:28,039 --> 00:18:31,430
all of your data like your computer
programs photos videos Games Etc ready
00:18:31,430 --> 00:18:31,440
programs photos videos Games Etc ready
00:18:31,440 --> 00:18:33,270
programs photos videos Games Etc ready
to be accessed whenever you need them
00:18:33,270 --> 00:18:33,280
to be accessed whenever you need them
00:18:33,280 --> 00:18:35,110
to be accessed whenever you need them
there are two main types of ssds to
00:18:35,110 --> 00:18:35,120
there are two main types of ssds to
00:18:35,120 --> 00:18:37,270
there are two main types of ssds to
choose from SATA which are older school
00:18:37,270 --> 00:18:37,280
choose from SATA which are older school
00:18:37,280 --> 00:18:38,950
choose from SATA which are older school
and use these same connectors as a hard
00:18:38,950 --> 00:18:38,960
and use these same connectors as a hard
00:18:38,960 --> 00:18:40,789
and use these same connectors as a hard
drive and can easily be swapped into
00:18:40,789 --> 00:18:40,799
drive and can easily be swapped into
00:18:40,799 --> 00:18:43,510
drive and can easily be swapped into
like say an older system for example but
00:18:43,510 --> 00:18:43,520
like say an older system for example but
00:18:43,520 --> 00:18:45,230
like say an older system for example but
if you're building a modern system I
00:18:45,230 --> 00:18:45,240
if you're building a modern system I
00:18:45,240 --> 00:18:48,510
if you're building a modern system I
recommend an M2 nvme SSD they use the
00:18:48,510 --> 00:18:48,520
recommend an M2 nvme SSD they use the
00:18:48,520 --> 00:18:50,149
recommend an M2 nvme SSD they use the
same type of flash memory as regular
00:18:50,149 --> 00:18:50,159
same type of flash memory as regular
00:18:50,159 --> 00:18:52,110
same type of flash memory as regular
ssds do but they get rid of that old
00:18:52,110 --> 00:18:52,120
ssds do but they get rid of that old
00:18:52,120 --> 00:18:53,630
ssds do but they get rid of that old
SATA connection that limited their
00:18:53,630 --> 00:18:53,640
SATA connection that limited their
00:18:53,640 --> 00:18:56,870
SATA connection that limited their
speeds top-of-the-line inum ssds are
00:18:56,870 --> 00:18:56,880
speeds top-of-the-line inum ssds are
00:18:56,880 --> 00:18:59,669
speeds top-of-the-line inum ssds are
about 60 times faster than hard drives
00:18:59,669 --> 00:18:59,679
about 60 times faster than hard drives
00:18:59,679 --> 00:19:02,750
about 60 times faster than hard drives
that's right 60 60 times faster like
00:19:02,750 --> 00:19:02,760
that's right 60 60 times faster like
00:19:02,760 --> 00:19:04,590
that's right 60 60 times faster like
Rand you want to pay attention to speed
00:19:04,590 --> 00:19:04,600
Rand you want to pay attention to speed
00:19:04,600 --> 00:19:06,750
Rand you want to pay attention to speed
and capacity here one reason to go with
00:19:06,750 --> 00:19:06,760
and capacity here one reason to go with
00:19:06,760 --> 00:19:09,310
and capacity here one reason to go with
an MVM SSD is that they are pretty much
00:19:09,310 --> 00:19:09,320
an MVM SSD is that they are pretty much
00:19:09,320 --> 00:19:11,310
an MVM SSD is that they are pretty much
universally fast enough for basically
00:19:11,310 --> 00:19:11,320
universally fast enough for basically
00:19:11,320 --> 00:19:13,149
universally fast enough for basically
any task you could throw at them I mean
00:19:13,149 --> 00:19:13,159
any task you could throw at them I mean
00:19:13,159 --> 00:19:15,549
any task you could throw at them I mean
even a slow MVM Drive will be faster
00:19:15,549 --> 00:19:15,559
even a slow MVM Drive will be faster
00:19:15,559 --> 00:19:17,590
even a slow MVM Drive will be faster
than any other hard driver regular SSD
00:19:17,590 --> 00:19:17,600
than any other hard driver regular SSD
00:19:17,600 --> 00:19:20,110
than any other hard driver regular SSD
out there as for capacity I recommend at
00:19:20,110 --> 00:19:20,120
out there as for capacity I recommend at
00:19:20,120 --> 00:19:22,110
out there as for capacity I recommend at
least 500 GB if you pair it with
00:19:22,110 --> 00:19:22,120
least 500 GB if you pair it with
00:19:22,120 --> 00:19:24,230
least 500 GB if you pair it with
something like a hard drive but honestly
00:19:24,230 --> 00:19:24,240
something like a hard drive but honestly
00:19:24,240 --> 00:19:26,630
something like a hard drive but honestly
one or even 2 terby mvme drives are
00:19:26,630 --> 00:19:26,640
one or even 2 terby mvme drives are
00:19:26,640 --> 00:19:28,270
one or even 2 terby mvme drives are
relatively cheap these days and will
00:19:28,270 --> 00:19:28,280
relatively cheap these days and will
00:19:28,280 --> 00:19:30,110
relatively cheap these days and will
give you plenty of Headroom to store all
00:19:30,110 --> 00:19:30,120
give you plenty of Headroom to store all
00:19:30,120 --> 00:19:31,870
give you plenty of Headroom to store all
of your games so for this system we're
00:19:31,870 --> 00:19:31,880
of your games so for this system we're
00:19:31,880 --> 00:19:33,510
of your games so for this system we're
going to go high-end with the Samsung
00:19:33,510 --> 00:19:33,520
going to go high-end with the Samsung
00:19:33,520 --> 00:19:36,710
going to go high-end with the Samsung
990 Pro you can also install a hard
00:19:36,710 --> 00:19:36,720
990 Pro you can also install a hard
00:19:36,720 --> 00:19:37,950
990 Pro you can also install a hard
drive now technically you could use a
00:19:37,950 --> 00:19:37,960
drive now technically you could use a
00:19:37,960 --> 00:19:39,789
drive now technically you could use a
hard drive instead of an SSD but I would
00:19:39,789 --> 00:19:39,799
hard drive instead of an SSD but I would
00:19:39,799 --> 00:19:41,590
hard drive instead of an SSD but I would
highly recommend against it but what a
00:19:41,590 --> 00:19:41,600
highly recommend against it but what a
00:19:41,600 --> 00:19:43,669
highly recommend against it but what a
hard drive does have over an SSD is a
00:19:43,669 --> 00:19:43,679
hard drive does have over an SSD is a
00:19:43,679 --> 00:19:45,669
hard drive does have over an SSD is a
lot of capacity for not a lot of money
00:19:45,669 --> 00:19:45,679
lot of capacity for not a lot of money
00:19:45,679 --> 00:19:47,909
lot of capacity for not a lot of money
so take for example this which is a wd
00:19:47,909 --> 00:19:47,919
so take for example this which is a wd
00:19:47,919 --> 00:19:51,029
so take for example this which is a wd
blue 4 TB drive for only 50 bucks you're
00:19:51,029 --> 00:19:51,039
blue 4 TB drive for only 50 bucks you're
00:19:51,039 --> 00:19:52,470
blue 4 TB drive for only 50 bucks you're
also going to almost certainly want a
00:19:52,470 --> 00:19:52,480
also going to almost certainly want a
00:19:52,480 --> 00:19:55,270
also going to almost certainly want a
copy of Windows 11 for your gaming PC
00:19:55,270 --> 00:19:55,280
copy of Windows 11 for your gaming PC
00:19:55,280 --> 00:19:56,950
copy of Windows 11 for your gaming PC
now technically you could do Windows 10
00:19:56,950 --> 00:19:56,960
now technically you could do Windows 10
00:19:56,960 --> 00:19:58,830
now technically you could do Windows 10
although at this point Windows 11 is
00:19:58,830 --> 00:19:58,840
although at this point Windows 11 is
00:19:58,840 --> 00:20:00,470
although at this point Windows 11 is
pretty much the no-brainer there's
00:20:00,470 --> 00:20:00,480
pretty much the no-brainer there's
00:20:00,480 --> 00:20:02,909
pretty much the no-brainer there's
Windows 11 home as well as Pro honestly
00:20:02,909 --> 00:20:02,919
Windows 11 home as well as Pro honestly
00:20:02,919 --> 00:20:04,669
Windows 11 home as well as Pro honestly
you can just get Windows 11 home but
00:20:04,669 --> 00:20:04,679
you can just get Windows 11 home but
00:20:04,679 --> 00:20:05,830
you can just get Windows 11 home but
this I'll show you how to install it
00:20:05,830 --> 00:20:05,840
this I'll show you how to install it
00:20:05,840 --> 00:20:07,230
this I'll show you how to install it
later but it is very important to have a
00:20:07,230 --> 00:20:07,240
later but it is very important to have a
00:20:07,240 --> 00:20:11,190
later but it is very important to have a
copy of Windows otherwise your PC will
00:20:11,190 --> 00:20:11,200
copy of Windows otherwise your PC will
00:20:11,200 --> 00:20:13,510
copy of Windows otherwise your PC will
have a great view of the bio screen or
00:20:13,510 --> 00:20:13,520
have a great view of the bio screen or
00:20:13,520 --> 00:20:15,310
have a great view of the bio screen or
you can install Linux but that's a
00:20:15,310 --> 00:20:15,320
you can install Linux but that's a
00:20:15,320 --> 00:20:17,310
you can install Linux but that's a
little bit outside the scope for a PC
00:20:17,310 --> 00:20:17,320
little bit outside the scope for a PC
00:20:17,320 --> 00:20:19,950
little bit outside the scope for a PC
tutorial all right my friends it is time
00:20:19,950 --> 00:20:19,960
tutorial all right my friends it is time
00:20:19,960 --> 00:20:23,070
tutorial all right my friends it is time
to build ourselves a gaming computer so
00:20:23,070 --> 00:20:23,080
to build ourselves a gaming computer so
00:20:23,080 --> 00:20:24,390
to build ourselves a gaming computer so
if this is your first time building I'm
00:20:24,390 --> 00:20:24,400
if this is your first time building I'm
00:20:24,400 --> 00:20:26,190
if this is your first time building I'm
going to walk you through step by step
00:20:26,190 --> 00:20:26,200
going to walk you through step by step
00:20:26,200 --> 00:20:27,789
going to walk you through step by step
all the components how we put them
00:20:27,789 --> 00:20:27,799
all the components how we put them
00:20:27,799 --> 00:20:29,230
all the components how we put them
together some combination issues the
00:20:29,230 --> 00:20:29,240
together some combination issues the
00:20:29,240 --> 00:20:31,430
together some combination issues the
whole thing but sit back relax this is
00:20:31,430 --> 00:20:31,440
whole thing but sit back relax this is
00:20:31,440 --> 00:20:33,669
whole thing but sit back relax this is
going to be easy and fun and we're not
00:20:33,669 --> 00:20:33,679
going to be easy and fun and we're not
00:20:33,679 --> 00:20:35,950
going to be easy and fun and we're not
going to have any problems at
00:20:35,950 --> 00:20:35,960
going to have any problems at
00:20:35,960 --> 00:20:39,029
going to have any problems at
all positivity it's an important element
00:20:39,029 --> 00:20:39,039
all positivity it's an important element
00:20:39,039 --> 00:20:41,590
all positivity it's an important element
of PC Building so right here I've got
00:20:41,590 --> 00:20:41,600
of PC Building so right here I've got
00:20:41,600 --> 00:20:43,270
of PC Building so right here I've got
all the components that we need for the
00:20:43,270 --> 00:20:43,280
all the components that we need for the
00:20:43,280 --> 00:20:45,750
all the components that we need for the
build laid out here so what you'll
00:20:45,750 --> 00:20:45,760
build laid out here so what you'll
00:20:45,760 --> 00:20:47,190
build laid out here so what you'll
actually need to build your computer
00:20:47,190 --> 00:20:47,200
actually need to build your computer
00:20:47,200 --> 00:20:49,350
actually need to build your computer
outside of the the parts to do it with
00:20:49,350 --> 00:20:49,360
outside of the the parts to do it with
00:20:49,360 --> 00:20:51,750
outside of the the parts to do it with
is going to be a decent sized workspace
00:20:51,750 --> 00:20:51,760
is going to be a decent sized workspace
00:20:51,760 --> 00:20:53,710
is going to be a decent sized workspace
so a desk a table make sure you have at
00:20:53,710 --> 00:20:53,720
so a desk a table make sure you have at
00:20:53,720 --> 00:20:54,789
so a desk a table make sure you have at
least a little bit of space because
00:20:54,789 --> 00:20:54,799
least a little bit of space because
00:20:54,799 --> 00:20:56,110
least a little bit of space because
trust me once you start opening all
00:20:56,110 --> 00:20:56,120
trust me once you start opening all
00:20:56,120 --> 00:20:57,789
trust me once you start opening all
these boxes it gets cluttered very
00:20:57,789 --> 00:20:57,799
these boxes it gets cluttered very
00:20:57,799 --> 00:20:59,750
these boxes it gets cluttered very
quickly and need to a couple tools by a
00:20:59,750 --> 00:20:59,760
quickly and need to a couple tools by a
00:20:59,760 --> 00:21:02,470
quickly and need to a couple tools by a
couple I mean a knife to open boxes and
00:21:02,470 --> 00:21:02,480
couple I mean a knife to open boxes and
00:21:02,480 --> 00:21:04,669
couple I mean a knife to open boxes and
A Philip screwdriver that's literally it
00:21:04,669 --> 00:21:04,679
A Philip screwdriver that's literally it
00:21:04,679 --> 00:21:07,070
A Philip screwdriver that's literally it
it is very simple all the other bits and
00:21:07,070 --> 00:21:07,080
it is very simple all the other bits and
00:21:07,080 --> 00:21:08,909
it is very simple all the other bits and
Bobs cables screws all that kind of
00:21:08,909 --> 00:21:08,919
Bobs cables screws all that kind of
00:21:08,919 --> 00:21:10,669
Bobs cables screws all that kind of
stuff should be included in the various
00:21:10,669 --> 00:21:10,679
stuff should be included in the various
00:21:10,679 --> 00:21:12,230
stuff should be included in the various
component boxes that we're going to be
00:21:12,230 --> 00:21:12,240
component boxes that we're going to be
00:21:12,240 --> 00:21:15,190
component boxes that we're going to be
using now beyond that it's really pretty
00:21:15,190 --> 00:21:15,200
using now beyond that it's really pretty
00:21:15,200 --> 00:21:16,789
using now beyond that it's really pretty
straightforward let's clear up some
00:21:16,789 --> 00:21:16,799
straightforward let's clear up some
00:21:16,799 --> 00:21:18,990
straightforward let's clear up some
space grab our case box and we will
00:21:18,990 --> 00:21:19,000
space grab our case box and we will
00:21:19,000 --> 00:21:21,390
space grab our case box and we will
begin unboxing and building our gaming
00:21:21,390 --> 00:21:21,400
begin unboxing and building our gaming
00:21:21,400 --> 00:21:23,110
begin unboxing and building our gaming
computer I always like to start with a
00:21:23,110 --> 00:21:23,120
computer I always like to start with a
00:21:23,120 --> 00:21:25,390
computer I always like to start with a
case for a PC build not only so that you
00:21:25,390 --> 00:21:25,400
case for a PC build not only so that you
00:21:25,400 --> 00:21:26,909
case for a PC build not only so that you
can sort of wrap your head around the
00:21:26,909 --> 00:21:26,919
can sort of wrap your head around the
00:21:26,919 --> 00:21:28,269
can sort of wrap your head around the
physical dimensions maybe take a look
00:21:28,269 --> 00:21:28,279
physical dimensions maybe take a look
00:21:28,279 --> 00:21:29,870
physical dimensions maybe take a look
and kind of get a sense for how you're
00:21:29,870 --> 00:21:29,880
and kind of get a sense for how you're
00:21:29,880 --> 00:21:31,390
and kind of get a sense for how you're
actually going to build it but also I
00:21:31,390 --> 00:21:31,400
actually going to build it but also I
00:21:31,400 --> 00:21:32,830
actually going to build it but also I
like to install the power supply too to
00:21:32,830 --> 00:21:32,840
like to install the power supply too to
00:21:32,840 --> 00:21:33,950
like to install the power supply too to
get a couple of the components out of
00:21:33,950 --> 00:21:33,960
get a couple of the components out of
00:21:33,960 --> 00:21:35,830
get a couple of the components out of
the way before we move on to some of the
00:21:35,830 --> 00:21:35,840
the way before we move on to some of the
00:21:35,840 --> 00:21:38,510
the way before we move on to some of the
uh more complicated bits so with this
00:21:38,510 --> 00:21:38,520
uh more complicated bits so with this
00:21:38,520 --> 00:21:39,909
uh more complicated bits so with this
particular case we actually have a box
00:21:39,909 --> 00:21:39,919
particular case we actually have a box
00:21:39,919 --> 00:21:41,190
particular case we actually have a box
of accessories which you will want to
00:21:41,190 --> 00:21:41,200
of accessories which you will want to
00:21:41,200 --> 00:21:42,909
of accessories which you will want to
hold on to but other than that I'm
00:21:42,909 --> 00:21:42,919
hold on to but other than that I'm
00:21:42,919 --> 00:21:44,310
hold on to but other than that I'm
actually going to flip this upside down
00:21:44,310 --> 00:21:44,320
actually going to flip this upside down
00:21:44,320 --> 00:21:47,029
actually going to flip this upside down
and pull the box over the actual case
00:21:47,029 --> 00:21:47,039
and pull the box over the actual case
00:21:47,039 --> 00:21:48,070
and pull the box over the actual case
kind of like how if you're unboxing like
00:21:48,070 --> 00:21:48,080
kind of like how if you're unboxing like
00:21:48,080 --> 00:21:49,510
kind of like how if you're unboxing like
a TV or something you want to sort of
00:21:49,510 --> 00:21:49,520
a TV or something you want to sort of
00:21:49,520 --> 00:21:53,230
a TV or something you want to sort of
pull the Box up and over otherwise it's
00:21:53,230 --> 00:21:53,240
pull the Box up and over otherwise it's
00:21:53,240 --> 00:21:54,990
pull the Box up and over otherwise it's
a
00:21:54,990 --> 00:21:55,000
a
00:21:55,000 --> 00:21:58,950
a
pan there we go so I actually ially like
00:21:58,950 --> 00:21:58,960
pan there we go so I actually ially like
00:21:58,960 --> 00:22:00,909
pan there we go so I actually ially like
to keep the case box handy this is a
00:22:00,909 --> 00:22:00,919
to keep the case box handy this is a
00:22:00,919 --> 00:22:02,310
to keep the case box handy this is a
great spot to put all of your random
00:22:02,310 --> 00:22:02,320
great spot to put all of your random
00:22:02,320 --> 00:22:04,710
great spot to put all of your random
trash from the actual build so packaging
00:22:04,710 --> 00:22:04,720
trash from the actual build so packaging
00:22:04,720 --> 00:22:06,870
trash from the actual build so packaging
materials and that kind of stuff and
00:22:06,870 --> 00:22:06,880
materials and that kind of stuff and
00:22:06,880 --> 00:22:07,750
materials and that kind of stuff and
sometimes you need to go back through
00:22:07,750 --> 00:22:07,760
sometimes you need to go back through
00:22:07,760 --> 00:22:08,950
sometimes you need to go back through
there and realize you forgot to screw or
00:22:08,950 --> 00:22:08,960
there and realize you forgot to screw or
00:22:08,960 --> 00:22:10,190
there and realize you forgot to screw or
something so I just like to use that as
00:22:10,190 --> 00:22:10,200
something so I just like to use that as
00:22:10,200 --> 00:22:12,669
something so I just like to use that as
like sort of my temporary storage all
00:22:12,669 --> 00:22:12,679
like sort of my temporary storage all
00:22:12,679 --> 00:22:14,310
like sort of my temporary storage all
right with our plastic removed we got
00:22:14,310 --> 00:22:14,320
right with our plastic removed we got
00:22:14,320 --> 00:22:16,590
right with our plastic removed we got
our first good look at the case that we
00:22:16,590 --> 00:22:16,600
our first good look at the case that we
00:22:16,600 --> 00:22:18,549
our first good look at the case that we
will be spending the next several hours
00:22:18,549 --> 00:22:18,559
will be spending the next several hours
00:22:18,559 --> 00:22:21,710
will be spending the next several hours
building in so before we do anything
00:22:21,710 --> 00:22:21,720
building in so before we do anything
00:22:21,720 --> 00:22:23,310
building in so before we do anything
let's go ahead and take off the side
00:22:23,310 --> 00:22:23,320
let's go ahead and take off the side
00:22:23,320 --> 00:22:25,269
let's go ahead and take off the side
panels and wrap our heads around what
00:22:25,269 --> 00:22:25,279
panels and wrap our heads around what
00:22:25,279 --> 00:22:27,590
panels and wrap our heads around what
the actual physical case looks like so
00:22:27,590 --> 00:22:27,600
the actual physical case looks like so
00:22:27,600 --> 00:22:28,750
the actual physical case looks like so
with this one in particular it's
00:22:28,750 --> 00:22:28,760
with this one in particular it's
00:22:28,760 --> 00:22:29,950
with this one in particular it's
actually really nice we have some thumb
00:22:29,950 --> 00:22:29,960
actually really nice we have some thumb
00:22:29,960 --> 00:22:32,149
actually really nice we have some thumb
screws on the back so it's very easy to
00:22:32,149 --> 00:22:32,159
screws on the back so it's very easy to
00:22:32,159 --> 00:22:34,669
screws on the back so it's very easy to
access sometimes like actually right now
00:22:34,669 --> 00:22:34,679
access sometimes like actually right now
00:22:34,679 --> 00:22:36,029
access sometimes like actually right now
you will need to use a screwdriver to
00:22:36,029 --> 00:22:36,039
you will need to use a screwdriver to
00:22:36,039 --> 00:22:37,990
you will need to use a screwdriver to
get these screws started mostly because
00:22:37,990 --> 00:22:38,000
get these screws started mostly because
00:22:38,000 --> 00:22:39,070
get these screws started mostly because
they tend to come a little like
00:22:39,070 --> 00:22:39,080
they tend to come a little like
00:22:39,080 --> 00:22:40,990
they tend to come a little like
overtightened from the factory so if any
00:22:40,990 --> 00:22:41,000
overtightened from the factory so if any
00:22:41,000 --> 00:22:42,870
overtightened from the factory so if any
of these screws are annoying just give
00:22:42,870 --> 00:22:42,880
of these screws are annoying just give
00:22:42,880 --> 00:22:44,110
of these screws are annoying just give
them a little loosen with your
00:22:44,110 --> 00:22:44,120
them a little loosen with your
00:22:44,120 --> 00:22:46,029
them a little loosen with your
screwdriver so every case is going to be
00:22:46,029 --> 00:22:46,039
screwdriver so every case is going to be
00:22:46,039 --> 00:22:48,310
screwdriver so every case is going to be
a little different and honestly every PC
00:22:48,310 --> 00:22:48,320
a little different and honestly every PC
00:22:48,320 --> 00:22:49,510
a little different and honestly every PC
build is going to be a little different
00:22:49,510 --> 00:22:49,520
build is going to be a little different
00:22:49,520 --> 00:22:51,630
build is going to be a little different
so I'm going to speak sort of generally
00:22:51,630 --> 00:22:51,640
so I'm going to speak sort of generally
00:22:51,640 --> 00:22:53,669
so I'm going to speak sort of generally
but I will kind of give you the the
00:22:53,669 --> 00:22:53,679
but I will kind of give you the the
00:22:53,679 --> 00:22:55,269
but I will kind of give you the the
Topline stuff to pay attention to as you
00:22:55,269 --> 00:22:55,279
Topline stuff to pay attention to as you
00:22:55,279 --> 00:22:57,830
Topline stuff to pay attention to as you
build something so for this case I'm
00:22:57,830 --> 00:22:57,840
build something so for this case I'm
00:22:57,840 --> 00:23:00,430
build something so for this case I'm
going to remove all the core panels so
00:23:00,430 --> 00:23:00,440
going to remove all the core panels so
00:23:00,440 --> 00:23:01,789
going to remove all the core panels so
this is the top panel we will have to
00:23:01,789 --> 00:23:01,799
this is the top panel we will have to
00:23:01,799 --> 00:23:03,470
this is the top panel we will have to
remove this later to install the aiio
00:23:03,470 --> 00:23:03,480
remove this later to install the aiio
00:23:03,480 --> 00:23:05,390
remove this later to install the aiio
anyway so I'm just put this off to the
00:23:05,390 --> 00:23:05,400
anyway so I'm just put this off to the
00:23:05,400 --> 00:23:06,990
anyway so I'm just put this off to the
side when it comes to taking the back
00:23:06,990 --> 00:23:07,000
side when it comes to taking the back
00:23:07,000 --> 00:23:08,750
side when it comes to taking the back
panel off this actually has no screws so
00:23:08,750 --> 00:23:08,760
panel off this actually has no screws so
00:23:08,760 --> 00:23:10,750
panel off this actually has no screws so
you just pop it right off toss it off to
00:23:10,750 --> 00:23:10,760
you just pop it right off toss it off to
00:23:10,760 --> 00:23:13,470
you just pop it right off toss it off to
the side here and then we've got our
00:23:13,470 --> 00:23:13,480
the side here and then we've got our
00:23:13,480 --> 00:23:16,110
the side here and then we've got our
glass side panel so I believe it just
00:23:16,110 --> 00:23:16,120
glass side panel so I believe it just
00:23:16,120 --> 00:23:18,669
glass side panel so I believe it just
need that one screw right and there we
00:23:18,669 --> 00:23:18,679
need that one screw right and there we
00:23:18,679 --> 00:23:21,070
need that one screw right and there we
go we can take off our glass side panel
00:23:21,070 --> 00:23:21,080
go we can take off our glass side panel
00:23:21,080 --> 00:23:22,230
go we can take off our glass side panel
and then because this case has a
00:23:22,230 --> 00:23:22,240
and then because this case has a
00:23:22,240 --> 00:23:24,710
and then because this case has a
basement we also have one additional
00:23:24,710 --> 00:23:24,720
basement we also have one additional
00:23:24,720 --> 00:23:26,470
basement we also have one additional
screw on the bottom and we're going to
00:23:26,470 --> 00:23:26,480
screw on the bottom and we're going to
00:23:26,480 --> 00:23:28,789
screw on the bottom and we're going to
want to remove that um so again all
00:23:28,789 --> 00:23:28,799
want to remove that um so again all
00:23:28,799 --> 00:23:30,190
want to remove that um so again all
cases are going to be a little different
00:23:30,190 --> 00:23:30,200
cases are going to be a little different
00:23:30,200 --> 00:23:32,310
cases are going to be a little different
um this because it has the mesh bottom
00:23:32,310 --> 00:23:32,320
um this because it has the mesh bottom
00:23:32,320 --> 00:23:34,190
um this because it has the mesh bottom
makes a little bit easier for us to run
00:23:34,190 --> 00:23:34,200
makes a little bit easier for us to run
00:23:34,200 --> 00:23:35,950
makes a little bit easier for us to run
some cabling install our power supply
00:23:35,950 --> 00:23:35,960
some cabling install our power supply
00:23:35,960 --> 00:23:37,990
some cabling install our power supply
that kind of thing I'm going to put my
00:23:37,990 --> 00:23:38,000
that kind of thing I'm going to put my
00:23:38,000 --> 00:23:39,909
that kind of thing I'm going to put my
screw off to the side just a little note
00:23:39,909 --> 00:23:39,919
screw off to the side just a little note
00:23:39,919 --> 00:23:41,669
screw off to the side just a little note
you're going to have a lot of screws
00:23:41,669 --> 00:23:41,679
you're going to have a lot of screws
00:23:41,679 --> 00:23:43,590
you're going to have a lot of screws
through this process make sure to have a
00:23:43,590 --> 00:23:43,600
through this process make sure to have a
00:23:43,600 --> 00:23:44,950
through this process make sure to have a
little handy spot I usually just
00:23:44,950 --> 00:23:44,960
little handy spot I usually just
00:23:44,960 --> 00:23:46,390
little handy spot I usually just
dedicate a small corner for it but you
00:23:46,390 --> 00:23:46,400
dedicate a small corner for it but you
00:23:46,400 --> 00:23:48,190
dedicate a small corner for it but you
can use like a little magnetic Mount or
00:23:48,190 --> 00:23:48,200
can use like a little magnetic Mount or
00:23:48,200 --> 00:23:49,870
can use like a little magnetic Mount or
a little bowl or whatever just don't
00:23:49,870 --> 00:23:49,880
a little bowl or whatever just don't
00:23:49,880 --> 00:23:51,549
a little bowl or whatever just don't
lose them there's only actually like a
00:23:51,549 --> 00:23:51,559
lose them there's only actually like a
00:23:51,559 --> 00:23:53,390
lose them there's only actually like a
handful of types of screws so some of
00:23:53,390 --> 00:23:53,400
handful of types of screws so some of
00:23:53,400 --> 00:23:54,590
handful of types of screws so some of
them are a little interchangeable but
00:23:54,590 --> 00:23:54,600
them are a little interchangeable but
00:23:54,600 --> 00:23:56,909
them are a little interchangeable but
just try to keep them organized so that
00:23:56,909 --> 00:23:56,919
just try to keep them organized so that
00:23:56,919 --> 00:23:57,909
just try to keep them organized so that
when you're looking to put something
00:23:57,909 --> 00:23:57,919
when you're looking to put something
00:23:57,919 --> 00:24:00,750
when you're looking to put something
back together you won't be like uhoh it
00:24:00,750 --> 00:24:00,760
back together you won't be like uhoh it
00:24:00,760 --> 00:24:02,830
back together you won't be like uhoh it
got put in the trash cuz I've never done
00:24:02,830 --> 00:24:02,840
got put in the trash cuz I've never done
00:24:02,840 --> 00:24:05,710
got put in the trash cuz I've never done
that before Behold a magnetic mat so I
00:24:05,710 --> 00:24:05,720
that before Behold a magnetic mat so I
00:24:05,720 --> 00:24:07,070
that before Behold a magnetic mat so I
can put my screws right there and I
00:24:07,070 --> 00:24:07,080
can put my screws right there and I
00:24:07,080 --> 00:24:09,070
can put my screws right there and I
don't lose it with the basement cover
00:24:09,070 --> 00:24:09,080
don't lose it with the basement cover
00:24:09,080 --> 00:24:11,470
don't lose it with the basement cover
taken off we now have pretty much full
00:24:11,470 --> 00:24:11,480
taken off we now have pretty much full
00:24:11,480 --> 00:24:14,230
taken off we now have pretty much full
access to the case so before we actually
00:24:14,230 --> 00:24:14,240
access to the case so before we actually
00:24:14,240 --> 00:24:15,549
access to the case so before we actually
start building anything let me just give
00:24:15,549 --> 00:24:15,559
start building anything let me just give
00:24:15,559 --> 00:24:17,070
start building anything let me just give
you a quick little run through about
00:24:17,070 --> 00:24:17,080
you a quick little run through about
00:24:17,080 --> 00:24:19,549
you a quick little run through about
what we're looking at so this part right
00:24:19,549 --> 00:24:19,559
what we're looking at so this part right
00:24:19,559 --> 00:24:20,630
what we're looking at so this part right
here in the middle is where our
00:24:20,630 --> 00:24:20,640
here in the middle is where our
00:24:20,640 --> 00:24:22,310
here in the middle is where our
motherboard will Mount so we'll explain
00:24:22,310 --> 00:24:22,320
motherboard will Mount so we'll explain
00:24:22,320 --> 00:24:23,630
motherboard will Mount so we'll explain
that in a little bit but generally
00:24:23,630 --> 00:24:23,640
that in a little bit but generally
00:24:23,640 --> 00:24:24,990
that in a little bit but generally
speaking just so you have the lay of the
00:24:24,990 --> 00:24:25,000
speaking just so you have the lay of the
00:24:25,000 --> 00:24:26,669
speaking just so you have the lay of the
land the motherboard goes here our
00:24:26,669 --> 00:24:26,679
land the motherboard goes here our
00:24:26,679 --> 00:24:28,029
land the motherboard goes here our
graphics card is going to go roughly
00:24:28,029 --> 00:24:28,039
graphics card is going to go roughly
00:24:28,039 --> 00:24:29,909
graphics card is going to go roughly
right here here we're going to have our
00:24:29,909 --> 00:24:29,919
right here here we're going to have our
00:24:29,919 --> 00:24:31,669
right here here we're going to have our
all-in-one liquid cooler mounted on the
00:24:31,669 --> 00:24:31,679
all-in-one liquid cooler mounted on the
00:24:31,679 --> 00:24:33,669
all-in-one liquid cooler mounted on the
top of the chassis now this actually
00:24:33,669 --> 00:24:33,679
top of the chassis now this actually
00:24:33,679 --> 00:24:35,190
top of the chassis now this actually
technically we could mount it up front
00:24:35,190 --> 00:24:35,200
technically we could mount it up front
00:24:35,200 --> 00:24:36,630
technically we could mount it up front
too but because it already has a couple
00:24:36,630 --> 00:24:36,640
too but because it already has a couple
00:24:36,640 --> 00:24:38,590
too but because it already has a couple
of fans pre-installed it'll be a pretty
00:24:38,590 --> 00:24:38,600
of fans pre-installed it'll be a pretty
00:24:38,600 --> 00:24:40,909
of fans pre-installed it'll be a pretty
easy bet just to put it on the top the
00:24:40,909 --> 00:24:40,919
easy bet just to put it on the top the
00:24:40,919 --> 00:24:42,590
easy bet just to put it on the top the
power supply is going to go down here
00:24:42,590 --> 00:24:42,600
power supply is going to go down here
00:24:42,600 --> 00:24:44,470
power supply is going to go down here
our hard drive is going to go right here
00:24:44,470 --> 00:24:44,480
our hard drive is going to go right here
00:24:44,480 --> 00:24:47,750
our hard drive is going to go right here
and that's largely it um so some things
00:24:47,750 --> 00:24:47,760
and that's largely it um so some things
00:24:47,760 --> 00:24:49,510
and that's largely it um so some things
to consider we've got ourselves some
00:24:49,510 --> 00:24:49,520
to consider we've got ourselves some
00:24:49,520 --> 00:24:50,950
to consider we've got ourselves some
little grommets so we can run cables
00:24:50,950 --> 00:24:50,960
little grommets so we can run cables
00:24:50,960 --> 00:24:52,269
little grommets so we can run cables
through here so it'll help to kind of do
00:24:52,269 --> 00:24:52,279
through here so it'll help to kind of do
00:24:52,279 --> 00:24:54,389
through here so it'll help to kind of do
a little bit of management we also do
00:24:54,389 --> 00:24:54,399
a little bit of management we also do
00:24:54,399 --> 00:24:57,029
a little bit of management we also do
have if I flip it over this side a lot
00:24:57,029 --> 00:24:57,039
have if I flip it over this side a lot
00:24:57,039 --> 00:24:58,549
have if I flip it over this side a lot
more cable management that is already
00:24:58,549 --> 00:24:58,559
more cable management that is already
00:24:58,559 --> 00:25:01,149
more cable management that is already
built into the back now you're going to
00:25:01,149 --> 00:25:01,159
built into the back now you're going to
00:25:01,159 --> 00:25:03,029
built into the back now you're going to
hear the words Cable Management a lot
00:25:03,029 --> 00:25:03,039
hear the words Cable Management a lot
00:25:03,039 --> 00:25:05,750
hear the words Cable Management a lot
throughout this video all that means is
00:25:05,750 --> 00:25:05,760
throughout this video all that means is
00:25:05,760 --> 00:25:07,549
throughout this video all that means is
there's two ways of building a PC you
00:25:07,549 --> 00:25:07,559
there's two ways of building a PC you
00:25:07,559 --> 00:25:09,190
there's two ways of building a PC you
could throw the components in there turn
00:25:09,190 --> 00:25:09,200
could throw the components in there turn
00:25:09,200 --> 00:25:11,230
could throw the components in there turn
it on it works and then smash the side
00:25:11,230 --> 00:25:11,240
it on it works and then smash the side
00:25:11,240 --> 00:25:13,909
it on it works and then smash the side
panels on and hope for the best you
00:25:13,909 --> 00:25:13,919
panels on and hope for the best you
00:25:13,919 --> 00:25:15,549
panels on and hope for the best you
should take a little time especially
00:25:15,549 --> 00:25:15,559
should take a little time especially
00:25:15,559 --> 00:25:16,950
should take a little time especially
when we're done with the system but even
00:25:16,950 --> 00:25:16,960
when we're done with the system but even
00:25:16,960 --> 00:25:18,630
when we're done with the system but even
while we're actually building to try to
00:25:18,630 --> 00:25:18,640
while we're actually building to try to
00:25:18,640 --> 00:25:20,950
while we're actually building to try to
run cables neatly not only is going to
00:25:20,950 --> 00:25:20,960
run cables neatly not only is going to
00:25:20,960 --> 00:25:22,389
run cables neatly not only is going to
make your life a lot easier when you try
00:25:22,389 --> 00:25:22,399
make your life a lot easier when you try
00:25:22,399 --> 00:25:24,190
make your life a lot easier when you try
to put the side panel on and you have a
00:25:24,190 --> 00:25:24,200
to put the side panel on and you have a
00:25:24,200 --> 00:25:26,110
to put the side panel on and you have a
pile of cables that thick but also as
00:25:26,110 --> 00:25:26,120
pile of cables that thick but also as
00:25:26,120 --> 00:25:27,430
pile of cables that thick but also as
you can see with a case like this
00:25:27,430 --> 00:25:27,440
you can see with a case like this
00:25:27,440 --> 00:25:28,990
you can see with a case like this
there's a nice little bit bit of space
00:25:28,990 --> 00:25:29,000
there's a nice little bit bit of space
00:25:29,000 --> 00:25:30,909
there's a nice little bit bit of space
back here so there's plenty of room and
00:25:30,909 --> 00:25:30,919
back here so there's plenty of room and
00:25:30,919 --> 00:25:32,350
back here so there's plenty of room and
there's actually sort of not like guides
00:25:32,350 --> 00:25:32,360
there's actually sort of not like guides
00:25:32,360 --> 00:25:34,269
there's actually sort of not like guides
but these sort of like velcro sort of uh
00:25:34,269 --> 00:25:34,279
but these sort of like velcro sort of uh
00:25:34,279 --> 00:25:36,510
but these sort of like velcro sort of uh
cable runs that are already built in so
00:25:36,510 --> 00:25:36,520
cable runs that are already built in so
00:25:36,520 --> 00:25:38,149
cable runs that are already built in so
as we install components I'm going to
00:25:38,149 --> 00:25:38,159
as we install components I'm going to
00:25:38,159 --> 00:25:41,029
as we install components I'm going to
try my best to run cables in a clean
00:25:41,029 --> 00:25:41,039
try my best to run cables in a clean
00:25:41,039 --> 00:25:42,510
try my best to run cables in a clean
natural way don't worry about getting it
00:25:42,510 --> 00:25:42,520
natural way don't worry about getting it
00:25:42,520 --> 00:25:43,990
natural way don't worry about getting it
perfect once we've actually made sure
00:25:43,990 --> 00:25:44,000
perfect once we've actually made sure
00:25:44,000 --> 00:25:45,510
perfect once we've actually made sure
the system is fully functional we will
00:25:45,510 --> 00:25:45,520
the system is fully functional we will
00:25:45,520 --> 00:25:46,870
the system is fully functional we will
go back through there and double check
00:25:46,870 --> 00:25:46,880
go back through there and double check
00:25:46,880 --> 00:25:49,549
go back through there and double check
things but as you run stuff take 30
00:25:49,549 --> 00:25:49,559
things but as you run stuff take 30
00:25:49,559 --> 00:25:51,389
things but as you run stuff take 30
extra seconds and run it through a cable
00:25:51,389 --> 00:25:51,399
extra seconds and run it through a cable
00:25:51,399 --> 00:25:53,630
extra seconds and run it through a cable
panel or a cable sleeve or a cable guide
00:25:53,630 --> 00:25:53,640
panel or a cable sleeve or a cable guide
00:25:53,640 --> 00:25:55,029
panel or a cable sleeve or a cable guide
versus just letting it dangle everywhere
00:25:55,029 --> 00:25:55,039
versus just letting it dangle everywhere
00:25:55,039 --> 00:25:56,430
versus just letting it dangle everywhere
it will definitely make your life a lot
00:25:56,430 --> 00:25:56,440
it will definitely make your life a lot
00:25:56,440 --> 00:25:58,470
it will definitely make your life a lot
easier when it comes time to clean it up
00:25:58,470 --> 00:25:58,480
easier when it comes time to clean it up
00:25:58,480 --> 00:25:59,950
easier when it comes time to clean it up
that's largely it the only other thing
00:25:59,950 --> 00:25:59,960
that's largely it the only other thing
00:25:59,960 --> 00:26:01,470
that's largely it the only other thing
I'll show you and we'll deal with this a
00:26:01,470 --> 00:26:01,480
I'll show you and we'll deal with this a
00:26:01,480 --> 00:26:03,070
I'll show you and we'll deal with this a
minute we have our hard drive sort of
00:26:03,070 --> 00:26:03,080
minute we have our hard drive sort of
00:26:03,080 --> 00:26:04,830
minute we have our hard drive sort of
trays down here but we do not need to
00:26:04,830 --> 00:26:04,840
trays down here but we do not need to
00:26:04,840 --> 00:26:06,870
trays down here but we do not need to
use these just yet so you just leave
00:26:06,870 --> 00:26:06,880
use these just yet so you just leave
00:26:06,880 --> 00:26:10,389
use these just yet so you just leave
those in place so let us Begin by
00:26:10,389 --> 00:26:10,399
those in place so let us Begin by
00:26:10,399 --> 00:26:13,230
those in place so let us Begin by
installing our first component into our
00:26:13,230 --> 00:26:13,240
installing our first component into our
00:26:13,240 --> 00:26:16,630
installing our first component into our
strip down case which is going to be
00:26:16,630 --> 00:26:16,640
strip down case which is going to be
00:26:16,640 --> 00:26:20,310
strip down case which is going to be
the power supply now I like to start
00:26:20,310 --> 00:26:20,320
the power supply now I like to start
00:26:20,320 --> 00:26:21,909
the power supply now I like to start
with the power supply there's a few ways
00:26:21,909 --> 00:26:21,919
with the power supply there's a few ways
00:26:21,919 --> 00:26:24,430
with the power supply there's a few ways
that you could approach this but I like
00:26:24,430 --> 00:26:24,440
that you could approach this but I like
00:26:24,440 --> 00:26:25,789
that you could approach this but I like
to install the power supply first to
00:26:25,789 --> 00:26:25,799
to install the power supply first to
00:26:25,799 --> 00:26:27,389
to install the power supply first to
make sure that I can start running some
00:26:27,389 --> 00:26:27,399
make sure that I can start running some
00:26:27,399 --> 00:26:29,230
make sure that I can start running some
cables and getting them out of the way
00:26:29,230 --> 00:26:29,240
cables and getting them out of the way
00:26:29,240 --> 00:26:31,110
cables and getting them out of the way
now I will say there's one thing you
00:26:31,110 --> 00:26:31,120
now I will say there's one thing you
00:26:31,120 --> 00:26:33,990
now I will say there's one thing you
could do which would be a different
00:26:33,990 --> 00:26:34,000
could do which would be a different
00:26:34,000 --> 00:26:36,269
could do which would be a different
order of operation for this tutorial I
00:26:36,269 --> 00:26:36,279
order of operation for this tutorial I
00:26:36,279 --> 00:26:38,789
order of operation for this tutorial I
would generally recommend for you to
00:26:38,789 --> 00:26:38,799
would generally recommend for you to
00:26:38,799 --> 00:26:40,909
would generally recommend for you to
open up all of your components and do a
00:26:40,909 --> 00:26:40,919
open up all of your components and do a
00:26:40,919 --> 00:26:42,870
open up all of your components and do a
test before you put everything in your
00:26:42,870 --> 00:26:42,880
test before you put everything in your
00:26:42,880 --> 00:26:44,750
test before you put everything in your
actual case you do not have to do that
00:26:44,750 --> 00:26:44,760
actual case you do not have to do that
00:26:44,760 --> 00:26:47,269
actual case you do not have to do that
I'm not going to do that today but even
00:26:47,269 --> 00:26:47,279
I'm not going to do that today but even
00:26:47,279 --> 00:26:49,190
I'm not going to do that today but even
though it's rare it does happen that
00:26:49,190 --> 00:26:49,200
though it's rare it does happen that
00:26:49,200 --> 00:26:51,430
though it's rare it does happen that
maybe there's some incompatibility issue
00:26:51,430 --> 00:26:51,440
maybe there's some incompatibility issue
00:26:51,440 --> 00:26:53,590
maybe there's some incompatibility issue
with your parts maybe a part just came
00:26:53,590 --> 00:26:53,600
with your parts maybe a part just came
00:26:53,600 --> 00:26:55,830
with your parts maybe a part just came
damaged or broken out of the box and
00:26:55,830 --> 00:26:55,840
damaged or broken out of the box and
00:26:55,840 --> 00:26:57,990
damaged or broken out of the box and
it's not fun when you spend several
00:26:57,990 --> 00:26:58,000
it's not fun when you spend several
00:26:58,000 --> 00:26:59,909
it's not fun when you spend several
hours was building the PC hit that big
00:26:59,909 --> 00:26:59,919
hours was building the PC hit that big
00:26:59,919 --> 00:27:01,269
hours was building the PC hit that big
power button and nothing happens and you
00:27:01,269 --> 00:27:01,279
power button and nothing happens and you
00:27:01,279 --> 00:27:02,149
power button and nothing happens and you
have to tear it all apart to
00:27:02,149 --> 00:27:02,159
have to tear it all apart to
00:27:02,159 --> 00:27:03,669
have to tear it all apart to
troubleshoot right that is a thing you
00:27:03,669 --> 00:27:03,679
troubleshoot right that is a thing you
00:27:03,679 --> 00:27:06,590
troubleshoot right that is a thing you
may have to deal with so it is usually a
00:27:06,590 --> 00:27:06,600
may have to deal with so it is usually a
00:27:06,600 --> 00:27:08,389
may have to deal with so it is usually a
good idea to actually take all of your
00:27:08,389 --> 00:27:08,399
good idea to actually take all of your
00:27:08,399 --> 00:27:10,389
good idea to actually take all of your
components set them out on like a basic
00:27:10,389 --> 00:27:10,399
components set them out on like a basic
00:27:10,399 --> 00:27:12,510
components set them out on like a basic
table like this so motherboard graphics
00:27:12,510 --> 00:27:12,520
table like this so motherboard graphics
00:27:12,520 --> 00:27:14,789
table like this so motherboard graphics
card y y y plug it all into a power
00:27:14,789 --> 00:27:14,799
card y y y plug it all into a power
00:27:14,799 --> 00:27:16,870
card y y y plug it all into a power
supply out of the case and ensure that
00:27:16,870 --> 00:27:16,880
supply out of the case and ensure that
00:27:16,880 --> 00:27:18,789
supply out of the case and ensure that
it actually fires up and it works right
00:27:18,789 --> 00:27:18,799
it actually fires up and it works right
00:27:18,799 --> 00:27:19,630
it actually fires up and it works right
all you need to do is just make sure
00:27:19,630 --> 00:27:19,640
all you need to do is just make sure
00:27:19,640 --> 00:27:21,110
all you need to do is just make sure
that everything functions and you can
00:27:21,110 --> 00:27:21,120
that everything functions and you can
00:27:21,120 --> 00:27:22,750
that everything functions and you can
tear it all apart and put it in the case
00:27:22,750 --> 00:27:22,760
tear it all apart and put it in the case
00:27:22,760 --> 00:27:23,990
tear it all apart and put it in the case
but for now I'm going to be building
00:27:23,990 --> 00:27:24,000
but for now I'm going to be building
00:27:24,000 --> 00:27:26,269
but for now I'm going to be building
everything inside the case and assuming
00:27:26,269 --> 00:27:26,279
everything inside the case and assuming
00:27:26,279 --> 00:27:28,149
everything inside the case and assuming
that all of our components are full
00:27:28,149 --> 00:27:28,159
that all of our components are full
00:27:28,159 --> 00:27:29,990
that all of our components are full
fully functional and fully compatible
00:27:29,990 --> 00:27:30,000
fully functional and fully compatible
00:27:30,000 --> 00:27:32,110
fully functional and fully compatible
what can go wrong okay so inside our
00:27:32,110 --> 00:27:32,120
what can go wrong okay so inside our
00:27:32,120 --> 00:27:33,470
what can go wrong okay so inside our
power supply box there's going to be a
00:27:33,470 --> 00:27:33,480
power supply box there's going to be a
00:27:33,480 --> 00:27:35,110
power supply box there's going to be a
few things it's fairly straightforward
00:27:35,110 --> 00:27:35,120
few things it's fairly straightforward
00:27:35,120 --> 00:27:36,950
few things it's fairly straightforward
so there's a little thing saying hey
00:27:36,950 --> 00:27:36,960
so there's a little thing saying hey
00:27:36,960 --> 00:27:39,470
so there's a little thing saying hey
plug your cable all the way in we'll go
00:27:39,470 --> 00:27:39,480
plug your cable all the way in we'll go
00:27:39,480 --> 00:27:40,909
plug your cable all the way in we'll go
over this in a little
00:27:40,909 --> 00:27:40,919
over this in a little
00:27:40,919 --> 00:27:45,230
over this in a little
bit then we have the power supply itself
00:27:45,230 --> 00:27:45,240
bit then we have the power supply itself
00:27:45,240 --> 00:27:47,110
bit then we have the power supply itself
now there are like I was saying earlier
00:27:47,110 --> 00:27:47,120
now there are like I was saying earlier
00:27:47,120 --> 00:27:48,789
now there are like I was saying earlier
Micro Center a couple of different sizes
00:27:48,789 --> 00:27:48,799
Micro Center a couple of different sizes
00:27:48,799 --> 00:27:51,110
Micro Center a couple of different sizes
of power supply this is a normal HX
00:27:51,110 --> 00:27:51,120
of power supply this is a normal HX
00:27:51,120 --> 00:27:53,990
of power supply this is a normal HX
Supply so it's a very standard Square
00:27:53,990 --> 00:27:54,000
Supply so it's a very standard Square
00:27:54,000 --> 00:27:56,029
Supply so it's a very standard Square
little box and this one as you can see
00:27:56,029 --> 00:27:56,039
little box and this one as you can see
00:27:56,039 --> 00:27:58,149
little box and this one as you can see
is fully modular so none of the actual
00:27:58,149 --> 00:27:58,159
is fully modular so none of the actual
00:27:58,159 --> 00:27:59,509
is fully modular so none of the actual
connectors that go to our motherboard
00:27:59,509 --> 00:27:59,519
connectors that go to our motherboard
00:27:59,519 --> 00:28:01,630
connectors that go to our motherboard
and our system are installed right now
00:28:01,630 --> 00:28:01,640
and our system are installed right now
00:28:01,640 --> 00:28:04,230
and our system are installed right now
because they're all in this little pouch
00:28:04,230 --> 00:28:04,240
because they're all in this little pouch
00:28:04,240 --> 00:28:06,789
because they're all in this little pouch
now these pouches are meant to be kept
00:28:06,789 --> 00:28:06,799
now these pouches are meant to be kept
00:28:06,799 --> 00:28:08,269
now these pouches are meant to be kept
so a lot of the stuff that we're working
00:28:08,269 --> 00:28:08,279
so a lot of the stuff that we're working
00:28:08,279 --> 00:28:09,950
so a lot of the stuff that we're working
through here these boxes you can just
00:28:09,950 --> 00:28:09,960
through here these boxes you can just
00:28:09,960 --> 00:28:11,029
through here these boxes you can just
Chuck it right like you don't really
00:28:11,029 --> 00:28:11,039
Chuck it right like you don't really
00:28:11,039 --> 00:28:12,950
Chuck it right like you don't really
need them but this pouch full of power
00:28:12,950 --> 00:28:12,960
need them but this pouch full of power
00:28:12,960 --> 00:28:14,830
need them but this pouch full of power
supply cables is very helpful because
00:28:14,830 --> 00:28:14,840
supply cables is very helpful because
00:28:14,840 --> 00:28:16,029
supply cables is very helpful because
we're only going to plug in the things
00:28:16,029 --> 00:28:16,039
we're only going to plug in the things
00:28:16,039 --> 00:28:17,950
we're only going to plug in the things
that we need for this system but say in
00:28:17,950 --> 00:28:17,960
that we need for this system but say in
00:28:17,960 --> 00:28:19,990
that we need for this system but say in
the future we wanted to add more hard
00:28:19,990 --> 00:28:20,000
the future we wanted to add more hard
00:28:20,000 --> 00:28:22,350
the future we wanted to add more hard
drives or uh beef your graphics card or
00:28:22,350 --> 00:28:22,360
drives or uh beef your graphics card or
00:28:22,360 --> 00:28:24,230
drives or uh beef your graphics card or
whatever the case is these cables are
00:28:24,230 --> 00:28:24,240
whatever the case is these cables are
00:28:24,240 --> 00:28:25,710
whatever the case is these cables are
what you will need to expand the power
00:28:25,710 --> 00:28:25,720
what you will need to expand the power
00:28:25,720 --> 00:28:27,350
what you will need to expand the power
supply and keep in mind that power
00:28:27,350 --> 00:28:27,360
supply and keep in mind that power
00:28:27,360 --> 00:28:29,630
supply and keep in mind that power
supply cables are not Universal you want
00:28:29,630 --> 00:28:29,640
supply cables are not Universal you want
00:28:29,640 --> 00:28:31,750
supply cables are not Universal you want
to use cables that are designed for your
00:28:31,750 --> 00:28:31,760
to use cables that are designed for your
00:28:31,760 --> 00:28:33,630
to use cables that are designed for your
power supply they may look very similar
00:28:33,630 --> 00:28:33,640
power supply they may look very similar
00:28:33,640 --> 00:28:35,230
power supply they may look very similar
but often times they are not compatible
00:28:35,230 --> 00:28:35,240
but often times they are not compatible
00:28:35,240 --> 00:28:36,950
but often times they are not compatible
and you may cause damage so keep this
00:28:36,950 --> 00:28:36,960
and you may cause damage so keep this
00:28:36,960 --> 00:28:38,669
and you may cause damage so keep this
little bag full of cables handy if
00:28:38,669 --> 00:28:38,679
little bag full of cables handy if
00:28:38,679 --> 00:28:40,230
little bag full of cables handy if
you're using a lower-end power supply
00:28:40,230 --> 00:28:40,240
you're using a lower-end power supply
00:28:40,240 --> 00:28:42,269
you're using a lower-end power supply
that's not modular well these will all
00:28:42,269 --> 00:28:42,279
that's not modular well these will all
00:28:42,279 --> 00:28:43,590
that's not modular well these will all
just be dangling after the power supply
00:28:43,590 --> 00:28:43,600
just be dangling after the power supply
00:28:43,600 --> 00:28:45,070
just be dangling after the power supply
and you just pluck them out of the way
00:28:45,070 --> 00:28:45,080
and you just pluck them out of the way
00:28:45,080 --> 00:28:46,509
and you just pluck them out of the way
but if you've got a modular or semi-
00:28:46,509 --> 00:28:46,519
but if you've got a modular or semi-
00:28:46,519 --> 00:28:48,750
but if you've got a modular or semi-
modular Supply makes it a lot easier to
00:28:48,750 --> 00:28:48,760
modular Supply makes it a lot easier to
00:28:48,760 --> 00:28:50,509
modular Supply makes it a lot easier to
sort of clean up the aesthetic so you
00:28:50,509 --> 00:28:50,519
sort of clean up the aesthetic so you
00:28:50,519 --> 00:28:52,509
sort of clean up the aesthetic so you
don't have a mess of cables all hanging
00:28:52,509 --> 00:28:52,519
don't have a mess of cables all hanging
00:28:52,519 --> 00:28:54,710
don't have a mess of cables all hanging
around in the middle so we can check
00:28:54,710 --> 00:28:54,720
around in the middle so we can check
00:28:54,720 --> 00:28:56,509
around in the middle so we can check
this box I will say the only thing we
00:28:56,509 --> 00:28:56,519
this box I will say the only thing we
00:28:56,519 --> 00:28:57,830
this box I will say the only thing we
want to make sure we find in addition to
00:28:57,830 --> 00:28:57,840
want to make sure we find in addition to
00:28:57,840 --> 00:28:59,830
want to make sure we find in addition to
our cables are some screws so there
00:28:59,830 --> 00:28:59,840
our cables are some screws so there
00:28:59,840 --> 00:29:01,350
our cables are some screws so there
should be four little screws in a baggie
00:29:01,350 --> 00:29:01,360
should be four little screws in a baggie
00:29:01,360 --> 00:29:02,830
should be four little screws in a baggie
so in this one it is going to be I think
00:29:02,830 --> 00:29:02,840
so in this one it is going to be I think
00:29:02,840 --> 00:29:05,669
so in this one it is going to be I think
in here um but if you unbox your power
00:29:05,669 --> 00:29:05,679
in here um but if you unbox your power
00:29:05,679 --> 00:29:08,110
in here um but if you unbox your power
supply and don't find four little screws
00:29:08,110 --> 00:29:08,120
supply and don't find four little screws
00:29:08,120 --> 00:29:09,549
supply and don't find four little screws
stop and look closer cuz we going to
00:29:09,549 --> 00:29:09,559
stop and look closer cuz we going to
00:29:09,559 --> 00:29:12,470
stop and look closer cuz we going to
need those screws in about 47 seconds so
00:29:12,470 --> 00:29:12,480
need those screws in about 47 seconds so
00:29:12,480 --> 00:29:14,669
need those screws in about 47 seconds so
I have my standard IEC power cable so
00:29:14,669 --> 00:29:14,679
I have my standard IEC power cable so
00:29:14,679 --> 00:29:15,710
I have my standard IEC power cable so
this just goes from the back of the
00:29:15,710 --> 00:29:15,720
this just goes from the back of the
00:29:15,720 --> 00:29:17,590
this just goes from the back of the
power supply into your outlet so make
00:29:17,590 --> 00:29:17,600
power supply into your outlet so make
00:29:17,600 --> 00:29:19,789
power supply into your outlet so make
sure to hold on to this and in this bag
00:29:19,789 --> 00:29:19,799
sure to hold on to this and in this bag
00:29:19,799 --> 00:29:22,190
sure to hold on to this and in this bag
we have all of the other cables that we
00:29:22,190 --> 00:29:22,200
we have all of the other cables that we
00:29:22,200 --> 00:29:24,470
we have all of the other cables that we
will need so I will go ahead and walk
00:29:24,470 --> 00:29:24,480
will need so I will go ahead and walk
00:29:24,480 --> 00:29:26,350
will need so I will go ahead and walk
you through them right now um like I
00:29:26,350 --> 00:29:26,360
you through them right now um like I
00:29:26,360 --> 00:29:28,549
you through them right now um like I
said earlier we're actually not going to
00:29:28,549 --> 00:29:28,559
said earlier we're actually not going to
00:29:28,559 --> 00:29:30,750
said earlier we're actually not going to
use all of these for this belt and I'll
00:29:30,750 --> 00:29:30,760
use all of these for this belt and I'll
00:29:30,760 --> 00:29:33,509
use all of these for this belt and I'll
be honest almost no one needs all of
00:29:33,509 --> 00:29:33,519
be honest almost no one needs all of
00:29:33,519 --> 00:29:35,710
be honest almost no one needs all of
these connected at the same time um but
00:29:35,710 --> 00:29:35,720
these connected at the same time um but
00:29:35,720 --> 00:29:37,750
these connected at the same time um but
they give you extras so that just in
00:29:37,750 --> 00:29:37,760
they give you extras so that just in
00:29:37,760 --> 00:29:39,870
they give you extras so that just in
case you're building a system with 10
00:29:39,870 --> 00:29:39,880
case you're building a system with 10
00:29:39,880 --> 00:29:43,110
case you're building a system with 10
hard drives or some crazy stuff or
00:29:43,110 --> 00:29:43,120
hard drives or some crazy stuff or
00:29:43,120 --> 00:29:44,669
hard drives or some crazy stuff or
whatever you should have all the cables
00:29:44,669 --> 00:29:44,679
whatever you should have all the cables
00:29:44,679 --> 00:29:45,870
whatever you should have all the cables
you need but let me actually walk you
00:29:45,870 --> 00:29:45,880
you need but let me actually walk you
00:29:45,880 --> 00:29:47,350
you need but let me actually walk you
through what is what here because
00:29:47,350 --> 00:29:47,360
through what is what here because
00:29:47,360 --> 00:29:50,870
through what is what here because
there's a lot and Adit this is a little
00:29:50,870 --> 00:29:50,880
there's a lot and Adit this is a little
00:29:50,880 --> 00:29:53,070
there's a lot and Adit this is a little
intimidating I think when it's a
00:29:53,070 --> 00:29:53,080
intimidating I think when it's a
00:29:53,080 --> 00:29:55,630
intimidating I think when it's a
firsttime builder especially you look at
00:29:55,630 --> 00:29:55,640
firsttime builder especially you look at
00:29:55,640 --> 00:29:57,310
firsttime builder especially you look at
all these cables and you're like yikes
00:29:57,310 --> 00:29:57,320
all these cables and you're like yikes
00:29:57,320 --> 00:29:59,269
all these cables and you're like yikes
but it's totally totally fine like the
00:29:59,269 --> 00:29:59,279
but it's totally totally fine like the
00:29:59,279 --> 00:30:00,789
but it's totally totally fine like the
good thing about literally all these
00:30:00,789 --> 00:30:00,799
good thing about literally all these
00:30:00,799 --> 00:30:02,509
good thing about literally all these
power cables is that you really can't do
00:30:02,509 --> 00:30:02,519
power cables is that you really can't do
00:30:02,519 --> 00:30:04,509
power cables is that you really can't do
it wrong as long as you fully seat it it
00:30:04,509 --> 00:30:04,519
it wrong as long as you fully seat it it
00:30:04,519 --> 00:30:05,509
it wrong as long as you fully seat it it
will be fine you're not going to be able
00:30:05,509 --> 00:30:05,519
will be fine you're not going to be able
00:30:05,519 --> 00:30:07,430
will be fine you're not going to be able
to accidentally like put it upside down
00:30:07,430 --> 00:30:07,440
to accidentally like put it upside down
00:30:07,440 --> 00:30:08,990
to accidentally like put it upside down
without using an insane amount of force
00:30:08,990 --> 00:30:09,000
without using an insane amount of force
00:30:09,000 --> 00:30:09,950
without using an insane amount of force
you're not going to be able to plug it
00:30:09,950 --> 00:30:09,960
you're not going to be able to plug it
00:30:09,960 --> 00:30:11,549
you're not going to be able to plug it
into the wrong thing like everything is
00:30:11,549 --> 00:30:11,559
into the wrong thing like everything is
00:30:11,559 --> 00:30:13,549
into the wrong thing like everything is
key everything is going to be unique so
00:30:13,549 --> 00:30:13,559
key everything is going to be unique so
00:30:13,559 --> 00:30:15,310
key everything is going to be unique so
it's not anywhere near as scary as it
00:30:15,310 --> 00:30:15,320
it's not anywhere near as scary as it
00:30:15,320 --> 00:30:17,149
it's not anywhere near as scary as it
seems so let me walk you through it
00:30:17,149 --> 00:30:17,159
seems so let me walk you through it
00:30:17,159 --> 00:30:18,549
seems so let me walk you through it
really quick the first cable we're going
00:30:18,549 --> 00:30:18,559
really quick the first cable we're going
00:30:18,559 --> 00:30:21,990
really quick the first cable we're going
to start out with is our 20 plus 4 pen
00:30:21,990 --> 00:30:22,000
to start out with is our 20 plus 4 pen
00:30:22,000 --> 00:30:24,470
to start out with is our 20 plus 4 pen
so this is the main power to the
00:30:24,470 --> 00:30:24,480
so this is the main power to the
00:30:24,480 --> 00:30:25,789
so this is the main power to the
motherboard so you see it's going to be
00:30:25,789 --> 00:30:25,799
motherboard so you see it's going to be
00:30:25,799 --> 00:30:27,990
motherboard so you see it's going to be
20 plus 4 the four is always attached
00:30:27,990 --> 00:30:28,000
20 plus 4 the four is always attached
00:30:28,000 --> 00:30:29,950
20 plus 4 the four is always attached
it's really like a 24 pen and then on
00:30:29,950 --> 00:30:29,960
it's really like a 24 pen and then on
00:30:29,960 --> 00:30:31,389
it's really like a 24 pen and then on
the other side this is the end that
00:30:31,389 --> 00:30:31,399
the other side this is the end that
00:30:31,399 --> 00:30:33,269
the other side this is the end that
we're going to plug into the power
00:30:33,269 --> 00:30:33,279
we're going to plug into the power
00:30:33,279 --> 00:30:35,029
we're going to plug into the power
supply so I'm going to actually do that
00:30:35,029 --> 00:30:35,039
supply so I'm going to actually do that
00:30:35,039 --> 00:30:36,870
supply so I'm going to actually do that
right now this is a cable that you will
00:30:36,870 --> 00:30:36,880
right now this is a cable that you will
00:30:36,880 --> 00:30:39,310
right now this is a cable that you will
need 100% of the time so it's modular
00:30:39,310 --> 00:30:39,320
need 100% of the time so it's modular
00:30:39,320 --> 00:30:41,830
need 100% of the time so it's modular
just because reasons but um yeah you're
00:30:41,830 --> 00:30:41,840
just because reasons but um yeah you're
00:30:41,840 --> 00:30:44,029
just because reasons but um yeah you're
always always going to need this cable
00:30:44,029 --> 00:30:44,039
always always going to need this cable
00:30:44,039 --> 00:30:45,350
always always going to need this cable
so for this it's very straightforward
00:30:45,350 --> 00:30:45,360
so for this it's very straightforward
00:30:45,360 --> 00:30:47,350
so for this it's very straightforward
we're going to plug in the left and the
00:30:47,350 --> 00:30:47,360
we're going to plug in the left and the
00:30:47,360 --> 00:30:49,389
we're going to plug in the left and the
right side of our cables and make sure
00:30:49,389 --> 00:30:49,399
right side of our cables and make sure
00:30:49,399 --> 00:30:52,350
right side of our cables and make sure
that we get the little click it's one
00:30:52,350 --> 00:30:52,360
that we get the little click it's one
00:30:52,360 --> 00:30:56,430
that we get the little click it's one
two perfect so again 100% of gaming PCs
00:30:56,430 --> 00:30:56,440
two perfect so again 100% of gaming PCs
00:30:56,440 --> 00:30:57,590
two perfect so again 100% of gaming PCs
are going to need this cable so we
00:30:57,590 --> 00:30:57,600
are going to need this cable so we
00:30:57,600 --> 00:31:00,149
are going to need this cable so we
always going to plug that in next up
00:31:00,149 --> 00:31:00,159
always going to plug that in next up
00:31:00,159 --> 00:31:01,750
always going to plug that in next up
we're going to grab one that's a little
00:31:01,750 --> 00:31:01,760
we're going to grab one that's a little
00:31:01,760 --> 00:31:03,430
we're going to grab one that's a little
bit more unusual especially if you not
00:31:03,430 --> 00:31:03,440
bit more unusual especially if you not
00:31:03,440 --> 00:31:05,950
bit more unusual especially if you not
built a PC in the last couple of years
00:31:05,950 --> 00:31:05,960
built a PC in the last couple of years
00:31:05,960 --> 00:31:08,430
built a PC in the last couple of years
so this is known as the
00:31:08,430 --> 00:31:08,440
so this is known as the
00:31:08,440 --> 00:31:14,110
so this is known as the
12vt 600 wat PCI 5.0 ATX 3.0 there's a
00:31:14,110 --> 00:31:14,120
12vt 600 wat PCI 5.0 ATX 3.0 there's a
00:31:14,120 --> 00:31:15,870
12vt 600 wat PCI 5.0 ATX 3.0 there's a
lot of names for this cable but
00:31:15,870 --> 00:31:15,880
lot of names for this cable but
00:31:15,880 --> 00:31:19,629
lot of names for this cable but
essentially what this is is a new high
00:31:19,629 --> 00:31:19,639
essentially what this is is a new high
00:31:19,639 --> 00:31:21,389
essentially what this is is a new high
power cable specifically for graphics
00:31:21,389 --> 00:31:21,399
power cable specifically for graphics
00:31:21,399 --> 00:31:22,789
power cable specifically for graphics
cards as a recording this video is
00:31:22,789 --> 00:31:22,799
cards as a recording this video is
00:31:22,799 --> 00:31:24,830
cards as a recording this video is
almost exclusively used on Nvidia
00:31:24,830 --> 00:31:24,840
almost exclusively used on Nvidia
00:31:24,840 --> 00:31:27,110
almost exclusively used on Nvidia
graphics cards now you may have heard of
00:31:27,110 --> 00:31:27,120
graphics cards now you may have heard of
00:31:27,120 --> 00:31:28,669
graphics cards now you may have heard of
this cable because that has a little bit
00:31:28,669 --> 00:31:28,679
this cable because that has a little bit
00:31:28,679 --> 00:31:32,230
this cable because that has a little bit
of a problematic start to life um some
00:31:32,230 --> 00:31:32,240
of a problematic start to life um some
00:31:32,240 --> 00:31:33,750
of a problematic start to life um some
people have had issues with these things
00:31:33,750 --> 00:31:33,760
people have had issues with these things
00:31:33,760 --> 00:31:35,870
people have had issues with these things
melting or not working well because it's
00:31:35,870 --> 00:31:35,880
melting or not working well because it's
00:31:35,880 --> 00:31:39,990
melting or not working well because it's
a 600 W cable that is very very thin now
00:31:39,990 --> 00:31:40,000
a 600 W cable that is very very thin now
00:31:40,000 --> 00:31:41,470
a 600 W cable that is very very thin now
because we have a power supply that is
00:31:41,470 --> 00:31:41,480
because we have a power supply that is
00:31:41,480 --> 00:31:42,830
because we have a power supply that is
designed to be used with this because
00:31:42,830 --> 00:31:42,840
designed to be used with this because
00:31:42,840 --> 00:31:44,750
designed to be used with this because
you can use like an adapter to get this
00:31:44,750 --> 00:31:44,760
you can use like an adapter to get this
00:31:44,760 --> 00:31:46,950
you can use like an adapter to get this
out of a couple of these guys the main
00:31:46,950 --> 00:31:46,960
out of a couple of these guys the main
00:31:46,960 --> 00:31:48,710
out of a couple of these guys the main
thing is and it's really straightforward
00:31:48,710 --> 00:31:48,720
thing is and it's really straightforward
00:31:48,720 --> 00:31:50,870
thing is and it's really straightforward
make sure you are fully seeding this
00:31:50,870 --> 00:31:50,880
make sure you are fully seeding this
00:31:50,880 --> 00:31:52,990
make sure you are fully seeding this
cable not only into your power supply
00:31:52,990 --> 00:31:53,000
cable not only into your power supply
00:31:53,000 --> 00:31:54,870
cable not only into your power supply
but also into your graphics card part
00:31:54,870 --> 00:31:54,880
but also into your graphics card part
00:31:54,880 --> 00:31:55,990
but also into your graphics card part
Reon I to put this little pamplet in
00:31:55,990 --> 00:31:56,000
Reon I to put this little pamplet in
00:31:56,000 --> 00:31:58,509
Reon I to put this little pamplet in
here saying hey plug it all the way in
00:31:58,509 --> 00:31:58,519
here saying hey plug it all the way in
00:31:58,519 --> 00:32:01,029
here saying hey plug it all the way in
so it don't melt um which sounds scarier
00:32:01,029 --> 00:32:01,039
so it don't melt um which sounds scarier
00:32:01,039 --> 00:32:02,909
so it don't melt um which sounds scarier
than it is should be totally fine so
00:32:02,909 --> 00:32:02,919
than it is should be totally fine so
00:32:02,919 --> 00:32:04,350
than it is should be totally fine so
this cable like almost everything we're
00:32:04,350 --> 00:32:04,360
this cable like almost everything we're
00:32:04,360 --> 00:32:06,149
this cable like almost everything we're
doing here is only going to go in one
00:32:06,149 --> 00:32:06,159
doing here is only going to go in one
00:32:06,159 --> 00:32:07,509
doing here is only going to go in one
way so you see this little clip is going
00:32:07,509 --> 00:32:07,519
way so you see this little clip is going
00:32:07,519 --> 00:32:08,710
way so you see this little clip is going
to go into this hole and You' got these
00:32:08,710 --> 00:32:08,720
to go into this hole and You' got these
00:32:08,720 --> 00:32:10,590
to go into this hole and You' got these
little pins that go onto the bottom so
00:32:10,590 --> 00:32:10,600
little pins that go onto the bottom so
00:32:10,600 --> 00:32:12,310
little pins that go onto the bottom so
we're just going to line it up make sure
00:32:12,310 --> 00:32:12,320
we're just going to line it up make sure
00:32:12,320 --> 00:32:14,950
we're just going to line it up make sure
it's seated give it a nice little bit of
00:32:14,950 --> 00:32:14,960
it's seated give it a nice little bit of
00:32:14,960 --> 00:32:17,750
it's seated give it a nice little bit of
force get a weak little click but it is
00:32:17,750 --> 00:32:17,760
force get a weak little click but it is
00:32:17,760 --> 00:32:19,430
force get a weak little click but it is
in there we'll give it a little tug just
00:32:19,430 --> 00:32:19,440
in there we'll give it a little tug just
00:32:19,440 --> 00:32:21,310
in there we'll give it a little tug just
to make sure and there you go you've got
00:32:21,310 --> 00:32:21,320
to make sure and there you go you've got
00:32:21,320 --> 00:32:24,190
to make sure and there you go you've got
yourself the power supply to graphics
00:32:24,190 --> 00:32:24,200
yourself the power supply to graphics
00:32:24,200 --> 00:32:26,909
yourself the power supply to graphics
card connector now I am using this and
00:32:26,909 --> 00:32:26,919
card connector now I am using this and
00:32:26,919 --> 00:32:29,110
card connector now I am using this and
only this for our graphics card because
00:32:29,110 --> 00:32:29,120
only this for our graphics card because
00:32:29,120 --> 00:32:31,830
only this for our graphics card because
I am using an ARX 40 series card now if
00:32:31,830 --> 00:32:31,840
I am using an ARX 40 series card now if
00:32:31,840 --> 00:32:35,909
I am using an ARX 40 series card now if
I was using an Intel GPU an AMD GPU an
00:32:35,909 --> 00:32:35,919
I was using an Intel GPU an AMD GPU an
00:32:35,919 --> 00:32:38,029
I was using an Intel GPU an AMD GPU an
ultra Nvidia GPU I would not be using
00:32:38,029 --> 00:32:38,039
ultra Nvidia GPU I would not be using
00:32:38,039 --> 00:32:40,629
ultra Nvidia GPU I would not be using
this cable instead i' would be using
00:32:40,629 --> 00:32:40,639
this cable instead i' would be using
00:32:40,639 --> 00:32:44,269
this cable instead i' would be using
this PCI power so this is known as a 6
00:32:44,269 --> 00:32:44,279
this PCI power so this is known as a 6
00:32:44,279 --> 00:32:47,389
this PCI power so this is known as a 6
plus2 connector and uh this is a tried
00:32:47,389 --> 00:32:47,399
plus2 connector and uh this is a tried
00:32:47,399 --> 00:32:48,870
plus2 connector and uh this is a tried
andrue method that graphics cards have
00:32:48,870 --> 00:32:48,880
andrue method that graphics cards have
00:32:48,880 --> 00:32:51,430
andrue method that graphics cards have
used for many many years um it's not
00:32:51,430 --> 00:32:51,440
used for many many years um it's not
00:32:51,440 --> 00:32:53,710
used for many many years um it's not
quite as clean because so what this
00:32:53,710 --> 00:32:53,720
quite as clean because so what this
00:32:53,720 --> 00:32:55,830
quite as clean because so what this
single cable will do is like 600 watts
00:32:55,830 --> 00:32:55,840
single cable will do is like 600 watts
00:32:55,840 --> 00:32:58,310
single cable will do is like 600 watts
to do this with PCI cables you need to
00:32:58,310 --> 00:32:58,320
to do this with PCI cables you need to
00:32:58,320 --> 00:33:00,190
to do this with PCI cables you need to
use several of these as you can see they
00:33:00,190 --> 00:33:00,200
use several of these as you can see they
00:33:00,200 --> 00:33:01,509
use several of these as you can see they
have these like little like pigtail
00:33:01,509 --> 00:33:01,519
have these like little like pigtail
00:33:01,519 --> 00:33:03,310
have these like little like pigtail
things because graphics cards have
00:33:03,310 --> 00:33:03,320
things because graphics cards have
00:33:03,320 --> 00:33:05,350
things because graphics cards have
different levels of power needed so some
00:33:05,350 --> 00:33:05,360
different levels of power needed so some
00:33:05,360 --> 00:33:06,509
different levels of power needed so some
graphics cards may only need a single
00:33:06,509 --> 00:33:06,519
graphics cards may only need a single
00:33:06,519 --> 00:33:08,669
graphics cards may only need a single
six pen or you may need to connect the
00:33:08,669 --> 00:33:08,679
six pen or you may need to connect the
00:33:08,679 --> 00:33:10,789
six pen or you may need to connect the
six plus two making it an eight pen or
00:33:10,789 --> 00:33:10,799
six plus two making it an eight pen or
00:33:10,799 --> 00:33:13,110
six plus two making it an eight pen or
you may need two of these or sometimes
00:33:13,110 --> 00:33:13,120
you may need two of these or sometimes
00:33:13,120 --> 00:33:15,110
you may need two of these or sometimes
three it depends on the card is going to
00:33:15,110 --> 00:33:15,120
three it depends on the card is going to
00:33:15,120 --> 00:33:16,789
three it depends on the card is going to
completely vary but it will tell you
00:33:16,789 --> 00:33:16,799
completely vary but it will tell you
00:33:16,799 --> 00:33:18,549
completely vary but it will tell you
what kind of actual power you need on
00:33:18,549 --> 00:33:18,559
what kind of actual power you need on
00:33:18,559 --> 00:33:20,629
what kind of actual power you need on
your graphics card box if your graphics
00:33:20,629 --> 00:33:20,639
your graphics card box if your graphics
00:33:20,639 --> 00:33:22,350
your graphics card box if your graphics
card needs these it's super simple so
00:33:22,350 --> 00:33:22,360
card needs these it's super simple so
00:33:22,360 --> 00:33:23,950
card needs these it's super simple so
just the same way we did it before this
00:33:23,950 --> 00:33:23,960
just the same way we did it before this
00:33:23,960 --> 00:33:25,149
just the same way we did it before this
is the end that would go into your power
00:33:25,149 --> 00:33:25,159
is the end that would go into your power
00:33:25,159 --> 00:33:27,830
is the end that would go into your power
supply so again it's the 6 plus two but
00:33:27,830 --> 00:33:27,840
supply so again it's the 6 plus two but
00:33:27,840 --> 00:33:29,710
supply so again it's the 6 plus two but
the other end is going to be specific so
00:33:29,710 --> 00:33:29,720
the other end is going to be specific so
00:33:29,720 --> 00:33:31,430
the other end is going to be specific so
you can see right here it says CPU and
00:33:31,430 --> 00:33:31,440
you can see right here it says CPU and
00:33:31,440 --> 00:33:33,830
you can see right here it says CPU and
pcie so these four or sorry these two
00:33:33,830 --> 00:33:33,840
pcie so these four or sorry these two
00:33:33,840 --> 00:33:35,750
pcie so these four or sorry these two
and these two are all the same just like
00:33:35,750 --> 00:33:35,760
and these two are all the same just like
00:33:35,760 --> 00:33:37,230
and these two are all the same just like
all the rest of the connectors as far as
00:33:37,230 --> 00:33:37,240
all the rest of the connectors as far as
00:33:37,240 --> 00:33:38,549
all the rest of the connectors as far as
installing us the power supply it is
00:33:38,549 --> 00:33:38,559
installing us the power supply it is
00:33:38,559 --> 00:33:40,029
installing us the power supply it is
dead simple so we're going to install
00:33:40,029 --> 00:33:40,039
dead simple so we're going to install
00:33:40,039 --> 00:33:41,190
dead simple so we're going to install
one of these just to show you what it
00:33:41,190 --> 00:33:41,200
one of these just to show you what it
00:33:41,200 --> 00:33:42,190
one of these just to show you what it
would be like so we're going to click it
00:33:42,190 --> 00:33:42,200
would be like so we're going to click it
00:33:42,200 --> 00:33:44,509
would be like so we're going to click it
in place and if we were not using this
00:33:44,509 --> 00:33:44,519
in place and if we were not using this
00:33:44,519 --> 00:33:47,230
in place and if we were not using this
Nvidia 40 series GPU I would be using
00:33:47,230 --> 00:33:47,240
Nvidia 40 series GPU I would be using
00:33:47,240 --> 00:33:49,710
Nvidia 40 series GPU I would be using
these 8 pen connectors as opposed to the
00:33:49,710 --> 00:33:49,720
these 8 pen connectors as opposed to the
00:33:49,720 --> 00:33:52,230
these 8 pen connectors as opposed to the
fancy new one but because we are using a
00:33:52,230 --> 00:33:52,240
fancy new one but because we are using a
00:33:52,240 --> 00:33:54,549
fancy new one but because we are using a
RTX 470 super I'm actually going to
00:33:54,549 --> 00:33:54,559
RTX 470 super I'm actually going to
00:33:54,559 --> 00:33:56,590
RTX 470 super I'm actually going to
unplug that and put this off to the side
00:33:56,590 --> 00:33:56,600
unplug that and put this off to the side
00:33:56,600 --> 00:33:58,549
unplug that and put this off to the side
specifically and our power for future
00:33:58,549 --> 00:33:58,559
specifically and our power for future
00:33:58,559 --> 00:34:01,470
specifically and our power for future
use oh huh found the screws they're
00:34:01,470 --> 00:34:01,480
use oh huh found the screws they're
00:34:01,480 --> 00:34:03,389
use oh huh found the screws they're
hiding in the bag with the pouch
00:34:03,389 --> 00:34:03,399
hiding in the bag with the pouch
00:34:03,399 --> 00:34:05,029
hiding in the bag with the pouch
remember those screws I told you to look
00:34:05,029 --> 00:34:05,039
remember those screws I told you to look
00:34:05,039 --> 00:34:09,109
remember those screws I told you to look
for found them next up is our CPU power
00:34:09,109 --> 00:34:09,119
for found them next up is our CPU power
00:34:09,119 --> 00:34:12,030
for found them next up is our CPU power
cable so while that big 20 plus 4 pen
00:34:12,030 --> 00:34:12,040
cable so while that big 20 plus 4 pen
00:34:12,040 --> 00:34:14,069
cable so while that big 20 plus 4 pen
connector is what supplies power to the
00:34:14,069 --> 00:34:14,079
connector is what supplies power to the
00:34:14,079 --> 00:34:15,790
connector is what supplies power to the
motherboard this connector is
00:34:15,790 --> 00:34:15,800
motherboard this connector is
00:34:15,800 --> 00:34:19,109
motherboard this connector is
specifically for your CPU this is an 8
00:34:19,109 --> 00:34:19,119
specifically for your CPU this is an 8
00:34:19,119 --> 00:34:21,869
specifically for your CPU this is an 8
pen CPU power connector so depending on
00:34:21,869 --> 00:34:21,879
pen CPU power connector so depending on
00:34:21,879 --> 00:34:23,990
pen CPU power connector so depending on
your motherboard you may need any number
00:34:23,990 --> 00:34:24,000
your motherboard you may need any number
00:34:24,000 --> 00:34:25,990
your motherboard you may need any number
of these so for a lower-end system
00:34:25,990 --> 00:34:26,000
of these so for a lower-end system
00:34:26,000 --> 00:34:27,030
of these so for a lower-end system
sometimes you actually only need the
00:34:27,030 --> 00:34:27,040
sometimes you actually only need the
00:34:27,040 --> 00:34:28,550
sometimes you actually only need the
four P you you actually would split this
00:34:28,550 --> 00:34:28,560
four P you you actually would split this
00:34:28,560 --> 00:34:30,270
four P you you actually would split this
connector into half you can also click
00:34:30,270 --> 00:34:30,280
connector into half you can also click
00:34:30,280 --> 00:34:32,030
connector into half you can also click
it together and it is an eight pin which
00:34:32,030 --> 00:34:32,040
it together and it is an eight pin which
00:34:32,040 --> 00:34:33,790
it together and it is an eight pin which
is the most standard some highering
00:34:33,790 --> 00:34:33,800
is the most standard some highering
00:34:33,800 --> 00:34:35,829
is the most standard some highering
motherboards actually have support for
00:34:35,829 --> 00:34:35,839
motherboards actually have support for
00:34:35,839 --> 00:34:37,909
motherboards actually have support for
two of these you actually don't
00:34:37,909 --> 00:34:37,919
two of these you actually don't
00:34:37,919 --> 00:34:39,470
two of these you actually don't
typically need to install two of them
00:34:39,470 --> 00:34:39,480
typically need to install two of them
00:34:39,480 --> 00:34:41,109
typically need to install two of them
they're more for so for like extreme
00:34:41,109 --> 00:34:41,119
they're more for so for like extreme
00:34:41,119 --> 00:34:43,389
they're more for so for like extreme
overclocking but uh general rule of
00:34:43,389 --> 00:34:43,399
overclocking but uh general rule of
00:34:43,399 --> 00:34:46,069
overclocking but uh general rule of
thumb if you have the power from your
00:34:46,069 --> 00:34:46,079
thumb if you have the power from your
00:34:46,079 --> 00:34:47,629
thumb if you have the power from your
power supply so if you have two of these
00:34:47,629 --> 00:34:47,639
power supply so if you have two of these
00:34:47,639 --> 00:34:48,829
power supply so if you have two of these
in the box and your motherboard wants
00:34:48,829 --> 00:34:48,839
in the box and your motherboard wants
00:34:48,839 --> 00:34:51,190
in the box and your motherboard wants
two of them plug them in but typically
00:34:51,190 --> 00:34:51,200
two of them plug them in but typically
00:34:51,200 --> 00:34:54,109
two of them plug them in but typically
an 8 Pin is all you need to power
00:34:54,109 --> 00:34:54,119
an 8 Pin is all you need to power
00:34:54,119 --> 00:34:55,869
an 8 Pin is all you need to power
everything but the most power hungry
00:34:55,869 --> 00:34:55,879
everything but the most power hungry
00:34:55,879 --> 00:34:58,030
everything but the most power hungry
CPUs on the planet and this is going to
00:34:58,030 --> 00:34:58,040
CPUs on the planet and this is going to
00:34:58,040 --> 00:35:00,390
CPUs on the planet and this is going to
install the exact same way as the PCI so
00:35:00,390 --> 00:35:00,400
install the exact same way as the PCI so
00:35:00,400 --> 00:35:01,510
install the exact same way as the PCI so
you'll see that the other end that goes
00:35:01,510 --> 00:35:01,520
you'll see that the other end that goes
00:35:01,520 --> 00:35:02,950
you'll see that the other end that goes
in the power supply is the same so it's
00:35:02,950 --> 00:35:02,960
in the power supply is the same so it's
00:35:02,960 --> 00:35:04,870
in the power supply is the same so it's
the eight pen so you line it up with the
00:35:04,870 --> 00:35:04,880
the eight pen so you line it up with the
00:35:04,880 --> 00:35:06,950
the eight pen so you line it up with the
CPU and pcie these are all the same so
00:35:06,950 --> 00:35:06,960
CPU and pcie these are all the same so
00:35:06,960 --> 00:35:09,870
CPU and pcie these are all the same so
it doesn't matter so we line it up click
00:35:09,870 --> 00:35:09,880
it doesn't matter so we line it up click
00:35:09,880 --> 00:35:12,589
it doesn't matter so we line it up click
it and this is ready to go into our
00:35:12,589 --> 00:35:12,599
it and this is ready to go into our
00:35:12,599 --> 00:35:14,069
it and this is ready to go into our
motherboard connector specifically the
00:35:14,069 --> 00:35:14,079
motherboard connector specifically the
00:35:14,079 --> 00:35:16,589
motherboard connector specifically the
CPU slot so for our build that's
00:35:16,589 --> 00:35:16,599
CPU slot so for our build that's
00:35:16,599 --> 00:35:18,430
CPU slot so for our build that's
actually almost everything we need as
00:35:18,430 --> 00:35:18,440
actually almost everything we need as
00:35:18,440 --> 00:35:20,030
actually almost everything we need as
far as power goes so there are a couple
00:35:20,030 --> 00:35:20,040
far as power goes so there are a couple
00:35:20,040 --> 00:35:21,109
far as power goes so there are a couple
of other connectors that I will show you
00:35:21,109 --> 00:35:21,119
of other connectors that I will show you
00:35:21,119 --> 00:35:23,230
of other connectors that I will show you
really quick here so if I grab this one
00:35:23,230 --> 00:35:23,240
really quick here so if I grab this one
00:35:23,240 --> 00:35:26,870
really quick here so if I grab this one
right here this is known as SATA so SATA
00:35:26,870 --> 00:35:26,880
right here this is known as SATA so SATA
00:35:26,880 --> 00:35:29,150
right here this is known as SATA so SATA
is a little bit an older School standard
00:35:29,150 --> 00:35:29,160
is a little bit an older School standard
00:35:29,160 --> 00:35:30,470
is a little bit an older School standard
it's meant more so for like lower
00:35:30,470 --> 00:35:30,480
it's meant more so for like lower
00:35:30,480 --> 00:35:31,910
it's meant more so for like lower
powered accessories so originally it was
00:35:31,910 --> 00:35:31,920
powered accessories so originally it was
00:35:31,920 --> 00:35:34,310
powered accessories so originally it was
meant for hard drives Optical drives
00:35:34,310 --> 00:35:34,320
meant for hard drives Optical drives
00:35:34,320 --> 00:35:36,910
meant for hard drives Optical drives
older School ssds often times these days
00:35:36,910 --> 00:35:36,920
older School ssds often times these days
00:35:36,920 --> 00:35:37,910
older School ssds often times these days
you're actually going to use this more
00:35:37,910 --> 00:35:37,920
you're actually going to use this more
00:35:37,920 --> 00:35:40,310
you're actually going to use this more
so for auxiliary things so for example
00:35:40,310 --> 00:35:40,320
so for auxiliary things so for example
00:35:40,320 --> 00:35:42,470
so for auxiliary things so for example
you may need it for your fans you may
00:35:42,470 --> 00:35:42,480
you may need it for your fans you may
00:35:42,480 --> 00:35:45,109
you may need it for your fans you may
need it for the pump you may need it for
00:35:45,109 --> 00:35:45,119
need it for the pump you may need it for
00:35:45,119 --> 00:35:46,470
need it for the pump you may need it for
your all-in-one liquid cooler like
00:35:46,470 --> 00:35:46,480
your all-in-one liquid cooler like
00:35:46,480 --> 00:35:47,550
your all-in-one liquid cooler like
there's a bunch of different things that
00:35:47,550 --> 00:35:47,560
there's a bunch of different things that
00:35:47,560 --> 00:35:49,790
there's a bunch of different things that
you could use this for um so
00:35:49,790 --> 00:35:49,800
you could use this for um so
00:35:49,800 --> 00:35:51,150
you could use this for um so
traditionally you're going to need to at
00:35:51,150 --> 00:35:51,160
traditionally you're going to need to at
00:35:51,160 --> 00:35:53,030
traditionally you're going to need to at
least install one of these I think for
00:35:53,030 --> 00:35:53,040
least install one of these I think for
00:35:53,040 --> 00:35:55,510
least install one of these I think for
this system this has what one two three
00:35:55,510 --> 00:35:55,520
this system this has what one two three
00:35:55,520 --> 00:35:57,349
this system this has what one two three
it has three individual leads on it that
00:35:57,349 --> 00:35:57,359
it has three individual leads on it that
00:35:57,359 --> 00:35:59,349
it has three individual leads on it that
should be be plenty for the system so
00:35:59,349 --> 00:35:59,359
should be be plenty for the system so
00:35:59,359 --> 00:36:01,069
should be be plenty for the system so
this is probably the most unique looking
00:36:01,069 --> 00:36:01,079
this is probably the most unique looking
00:36:01,079 --> 00:36:03,030
this is probably the most unique looking
actual connector so you'll see it's very
00:36:03,030 --> 00:36:03,040
actual connector so you'll see it's very
00:36:03,040 --> 00:36:05,470
actual connector so you'll see it's very
long and skinny and has a little Notch
00:36:05,470 --> 00:36:05,480
long and skinny and has a little Notch
00:36:05,480 --> 00:36:06,910
long and skinny and has a little Notch
that Notch is very helpful because it
00:36:06,910 --> 00:36:06,920
that Notch is very helpful because it
00:36:06,920 --> 00:36:08,589
that Notch is very helpful because it
means that you're only going to install
00:36:08,589 --> 00:36:08,599
means that you're only going to install
00:36:08,599 --> 00:36:11,150
means that you're only going to install
this one way so I'm going to just put
00:36:11,150 --> 00:36:11,160
this one way so I'm going to just put
00:36:11,160 --> 00:36:13,030
this one way so I'm going to just put
one of these into our power supply for
00:36:13,030 --> 00:36:13,040
one of these into our power supply for
00:36:13,040 --> 00:36:14,710
one of these into our power supply for
now I explain how to connect it once we
00:36:14,710 --> 00:36:14,720
now I explain how to connect it once we
00:36:14,720 --> 00:36:17,230
now I explain how to connect it once we
actually need it uh but almost every
00:36:17,230 --> 00:36:17,240
actually need it uh but almost every
00:36:17,240 --> 00:36:18,790
actually need it uh but almost every
build is going to want at least one of
00:36:18,790 --> 00:36:18,800
build is going to want at least one of
00:36:18,800 --> 00:36:21,390
build is going to want at least one of
these SATA connectors installed on our
00:36:21,390 --> 00:36:21,400
these SATA connectors installed on our
00:36:21,400 --> 00:36:23,630
these SATA connectors installed on our
power supply another cable that you may
00:36:23,630 --> 00:36:23,640
power supply another cable that you may
00:36:23,640 --> 00:36:25,950
power supply another cable that you may
see although is thankfully becoming a
00:36:25,950 --> 00:36:25,960
see although is thankfully becoming a
00:36:25,960 --> 00:36:28,750
see although is thankfully becoming a
little bit less common is Molex so
00:36:28,750 --> 00:36:28,760
little bit less common is Molex so
00:36:28,760 --> 00:36:31,870
little bit less common is Molex so
you'll see this janky looking connector
00:36:31,870 --> 00:36:31,880
you'll see this janky looking connector
00:36:31,880 --> 00:36:33,990
you'll see this janky looking connector
is old school like this is probably the
00:36:33,990 --> 00:36:34,000
is old school like this is probably the
00:36:34,000 --> 00:36:35,630
is old school like this is probably the
oldest school Power standard that's
00:36:35,630 --> 00:36:35,640
oldest school Power standard that's
00:36:35,640 --> 00:36:36,910
oldest school Power standard that's
still around I mean this has been around
00:36:36,910 --> 00:36:36,920
still around I mean this has been around
00:36:36,920 --> 00:36:39,510
still around I mean this has been around
since freaking forever um this is
00:36:39,510 --> 00:36:39,520
since freaking forever um this is
00:36:39,520 --> 00:36:41,349
since freaking forever um this is
similar to SATA in that it is meant for
00:36:41,349 --> 00:36:41,359
similar to SATA in that it is meant for
00:36:41,359 --> 00:36:43,109
similar to SATA in that it is meant for
lower power accessories so this used to
00:36:43,109 --> 00:36:43,119
lower power accessories so this used to
00:36:43,119 --> 00:36:45,510
lower power accessories so this used to
be used for like floppy disc drives
00:36:45,510 --> 00:36:45,520
be used for like floppy disc drives
00:36:45,520 --> 00:36:46,829
be used for like floppy disc drives
thankfully most systems you actually
00:36:46,829 --> 00:36:46,839
thankfully most systems you actually
00:36:46,839 --> 00:36:49,910
thankfully most systems you actually
won't need this uh some usually it's
00:36:49,910 --> 00:36:49,920
won't need this uh some usually it's
00:36:49,920 --> 00:36:51,710
won't need this uh some usually it's
like fan headers and stuff will still
00:36:51,710 --> 00:36:51,720
like fan headers and stuff will still
00:36:51,720 --> 00:36:54,030
like fan headers and stuff will still
use Molex um it's kind of annoying
00:36:54,030 --> 00:36:54,040
use Molex um it's kind of annoying
00:36:54,040 --> 00:36:55,630
use Molex um it's kind of annoying
because it's got this like sort of like
00:36:55,630 --> 00:36:55,640
because it's got this like sort of like
00:36:55,640 --> 00:36:56,870
because it's got this like sort of like
I don't know how you would call it a
00:36:56,870 --> 00:36:56,880
I don't know how you would call it a
00:36:56,880 --> 00:36:58,870
I don't know how you would call it a
little like clip like clampy guy so you
00:36:58,870 --> 00:36:58,880
little like clip like clampy guy so you
00:36:58,880 --> 00:36:59,950
little like clip like clampy guy so you
can see you kind of like sort of pinch
00:36:59,950 --> 00:36:59,960
can see you kind of like sort of pinch
00:36:59,960 --> 00:37:02,750
can see you kind of like sort of pinch
it to install it it look I don't like
00:37:02,750 --> 00:37:02,760
it to install it it look I don't like
00:37:02,760 --> 00:37:04,309
it to install it it look I don't like
these things they're really fiddly
00:37:04,309 --> 00:37:04,319
these things they're really fiddly
00:37:04,319 --> 00:37:05,670
these things they're really fiddly
because sometimes you think You' got all
00:37:05,670 --> 00:37:05,680
because sometimes you think You' got all
00:37:05,680 --> 00:37:07,270
because sometimes you think You' got all
the way installed it's not you have to
00:37:07,270 --> 00:37:07,280
the way installed it's not you have to
00:37:07,280 --> 00:37:09,230
the way installed it's not you have to
really kind of tug it out if your system
00:37:09,230 --> 00:37:09,240
really kind of tug it out if your system
00:37:09,240 --> 00:37:10,870
really kind of tug it out if your system
doesn't need one of these feel free to
00:37:10,870 --> 00:37:10,880
doesn't need one of these feel free to
00:37:10,880 --> 00:37:14,030
doesn't need one of these feel free to
not plug this Cable in at all but if you
00:37:14,030 --> 00:37:14,040
not plug this Cable in at all but if you
00:37:14,040 --> 00:37:15,670
not plug this Cable in at all but if you
think you may want to do it you don't
00:37:15,670 --> 00:37:15,680
think you may want to do it you don't
00:37:15,680 --> 00:37:17,430
think you may want to do it you don't
want to double check all your components
00:37:17,430 --> 00:37:17,440
want to double check all your components
00:37:17,440 --> 00:37:19,630
want to double check all your components
it's not a terrible idea to plug this in
00:37:19,630 --> 00:37:19,640
it's not a terrible idea to plug this in
00:37:19,640 --> 00:37:20,910
it's not a terrible idea to plug this in
as you can see right here on the actual
00:37:20,910 --> 00:37:20,920
as you can see right here on the actual
00:37:20,920 --> 00:37:23,390
as you can see right here on the actual
power supply these are all for SATA or
00:37:23,390 --> 00:37:23,400
power supply these are all for SATA or
00:37:23,400 --> 00:37:25,150
power supply these are all for SATA or
molik so it doesn't matter so we could
00:37:25,150 --> 00:37:25,160
molik so it doesn't matter so we could
00:37:25,160 --> 00:37:27,109
molik so it doesn't matter so we could
install this plug it in and just sort of
00:37:27,109 --> 00:37:27,119
install this plug it in and just sort of
00:37:27,119 --> 00:37:28,750
install this plug it in and just sort of
Tuck this cable off to the side if we
00:37:28,750 --> 00:37:28,760
Tuck this cable off to the side if we
00:37:28,760 --> 00:37:30,470
Tuck this cable off to the side if we
want to use it later but for these
00:37:30,470 --> 00:37:30,480
want to use it later but for these
00:37:30,480 --> 00:37:31,829
want to use it later but for these
purposes and because I don't think I
00:37:31,829 --> 00:37:31,839
purposes and because I don't think I
00:37:31,839 --> 00:37:33,870
purposes and because I don't think I
need Molex for anything in this system
00:37:33,870 --> 00:37:33,880
need Molex for anything in this system
00:37:33,880 --> 00:37:35,790
need Molex for anything in this system
I'm going to disconnect this and put on
00:37:35,790 --> 00:37:35,800
I'm going to disconnect this and put on
00:37:35,800 --> 00:37:37,109
I'm going to disconnect this and put on
a little cable pouch and if we find that
00:37:37,109 --> 00:37:37,119
a little cable pouch and if we find that
00:37:37,119 --> 00:37:39,390
a little cable pouch and if we find that
we need it later all we got to do is pop
00:37:39,390 --> 00:37:39,400
we need it later all we got to do is pop
00:37:39,400 --> 00:37:41,550
we need it later all we got to do is pop
open this little basement and plug one
00:37:41,550 --> 00:37:41,560
open this little basement and plug one
00:37:41,560 --> 00:37:42,790
open this little basement and plug one
of these into the power supply we'll be
00:37:42,790 --> 00:37:42,800
of these into the power supply we'll be
00:37:42,800 --> 00:37:45,150
of these into the power supply we'll be
good to go but I think we can safely not
00:37:45,150 --> 00:37:45,160
good to go but I think we can safely not
00:37:45,160 --> 00:37:47,829
good to go but I think we can safely not
use this today other than that that's
00:37:47,829 --> 00:37:47,839
use this today other than that that's
00:37:47,839 --> 00:37:49,990
use this today other than that that's
pretty much it so we have a few extra
00:37:49,990 --> 00:37:50,000
pretty much it so we have a few extra
00:37:50,000 --> 00:37:51,790
pretty much it so we have a few extra
versions of the cables so again I've got
00:37:51,790 --> 00:37:51,800
versions of the cables so again I've got
00:37:51,800 --> 00:37:54,390
versions of the cables so again I've got
more PCI Leads Here know I was about to
00:37:54,390 --> 00:37:54,400
more PCI Leads Here know I was about to
00:37:54,400 --> 00:37:56,670
more PCI Leads Here know I was about to
put up this second CPU power connector
00:37:56,670 --> 00:37:56,680
put up this second CPU power connector
00:37:56,680 --> 00:37:58,349
put up this second CPU power connector
but I just checked my mother board it
00:37:58,349 --> 00:37:58,359
but I just checked my mother board it
00:37:58,359 --> 00:38:01,069
but I just checked my mother board it
actually does support8 plus 4 pens you
00:38:01,069 --> 00:38:01,079
actually does support8 plus 4 pens you
00:38:01,079 --> 00:38:03,309
actually does support8 plus 4 pens you
don't have to do this I've run plenty of
00:38:03,309 --> 00:38:03,319
don't have to do this I've run plenty of
00:38:03,319 --> 00:38:05,230
don't have to do this I've run plenty of
systems that have that auxiliary port
00:38:05,230 --> 00:38:05,240
systems that have that auxiliary port
00:38:05,240 --> 00:38:06,630
systems that have that auxiliary port
and I don't pull anywhere near enough
00:38:06,630 --> 00:38:06,640
and I don't pull anywhere near enough
00:38:06,640 --> 00:38:08,430
and I don't pull anywhere near enough
power for it so it doesn't it's like not
00:38:08,430 --> 00:38:08,440
power for it so it doesn't it's like not
00:38:08,440 --> 00:38:12,510
power for it so it doesn't it's like not
necessary um but we have the cable it's
00:38:12,510 --> 00:38:12,520
necessary um but we have the cable it's
00:38:12,520 --> 00:38:14,710
necessary um but we have the cable it's
just a little extra run and technically
00:38:14,710 --> 00:38:14,720
just a little extra run and technically
00:38:14,720 --> 00:38:16,230
just a little extra run and technically
if we ever lose our mind and overclock
00:38:16,230 --> 00:38:16,240
if we ever lose our mind and overclock
00:38:16,240 --> 00:38:18,270
if we ever lose our mind and overclock
this thing to a gajillion gigahertz it
00:38:18,270 --> 00:38:18,280
this thing to a gajillion gigahertz it
00:38:18,280 --> 00:38:20,069
this thing to a gajillion gigahertz it
may need this cable so it's on the board
00:38:20,069 --> 00:38:20,079
may need this cable so it's on the board
00:38:20,079 --> 00:38:21,870
may need this cable so it's on the board
I'm going to go ahead and install it now
00:38:21,870 --> 00:38:21,880
I'm going to go ahead and install it now
00:38:21,880 --> 00:38:23,950
I'm going to go ahead and install it now
is time to install the power supply in
00:38:23,950 --> 00:38:23,960
is time to install the power supply in
00:38:23,960 --> 00:38:26,790
is time to install the power supply in
our case so power supplies are very
00:38:26,790 --> 00:38:26,800
our case so power supplies are very
00:38:26,800 --> 00:38:28,470
our case so power supplies are very
straightforward now sometimes they have
00:38:28,470 --> 00:38:28,480
straightforward now sometimes they have
00:38:28,480 --> 00:38:29,750
straightforward now sometimes they have
like interesting designs you can see
00:38:29,750 --> 00:38:29,760
like interesting designs you can see
00:38:29,760 --> 00:38:32,030
like interesting designs you can see
this one has uh the MSI logo and the mag
00:38:32,030 --> 00:38:32,040
this one has uh the MSI logo and the mag
00:38:32,040 --> 00:38:33,950
this one has uh the MSI logo and the mag
logo on this side so it's meant so it
00:38:33,950 --> 00:38:33,960
logo on this side so it's meant so it
00:38:33,960 --> 00:38:35,870
logo on this side so it's meant so it
will look good on either way but the
00:38:35,870 --> 00:38:35,880
will look good on either way but the
00:38:35,880 --> 00:38:37,750
will look good on either way but the
important thing to keep in mind is that
00:38:37,750 --> 00:38:37,760
important thing to keep in mind is that
00:38:37,760 --> 00:38:39,470
important thing to keep in mind is that
while all of your internal connectors
00:38:39,470 --> 00:38:39,480
while all of your internal connectors
00:38:39,480 --> 00:38:41,470
while all of your internal connectors
are on one side this is obviously the
00:38:41,470 --> 00:38:41,480
are on one side this is obviously the
00:38:41,480 --> 00:38:42,670
are on one side this is obviously the
back of the power supply where you have
00:38:42,670 --> 00:38:42,680
back of the power supply where you have
00:38:42,680 --> 00:38:44,790
back of the power supply where you have
your onoff switch your I and your little
00:38:44,790 --> 00:38:44,800
your onoff switch your I and your little
00:38:44,800 --> 00:38:48,790
your onoff switch your I and your little
fan button but you will also find a fan
00:38:48,790 --> 00:38:48,800
fan button but you will also find a fan
00:38:48,800 --> 00:38:50,990
fan button but you will also find a fan
it is important to give access to Fresh
00:38:50,990 --> 00:38:51,000
it is important to give access to Fresh
00:38:51,000 --> 00:38:53,950
it is important to give access to Fresh
Air for this fan so when it comes to
00:38:53,950 --> 00:38:53,960
Air for this fan so when it comes to
00:38:53,960 --> 00:38:56,950
Air for this fan so when it comes to
installing it in the case the vast vast
00:38:56,950 --> 00:38:56,960
installing it in the case the vast vast
00:38:56,960 --> 00:38:58,589
installing it in the case the vast vast
majority of cases these days we'll
00:38:58,589 --> 00:38:58,599
majority of cases these days we'll
00:38:58,599 --> 00:39:00,230
majority of cases these days we'll
install the power supply on the bottom
00:39:00,230 --> 00:39:00,240
install the power supply on the bottom
00:39:00,240 --> 00:39:01,670
install the power supply on the bottom
whether you have a basement or not it
00:39:01,670 --> 00:39:01,680
whether you have a basement or not it
00:39:01,680 --> 00:39:03,510
whether you have a basement or not it
almost always goes on the bottom if I
00:39:03,510 --> 00:39:03,520
almost always goes on the bottom if I
00:39:03,520 --> 00:39:05,470
almost always goes on the bottom if I
was installing this on the top of the
00:39:05,470 --> 00:39:05,480
was installing this on the top of the
00:39:05,480 --> 00:39:07,270
was installing this on the top of the
case then typically You' want to have
00:39:07,270 --> 00:39:07,280
case then typically You' want to have
00:39:07,280 --> 00:39:09,470
case then typically You' want to have
the fan up so the fan can pull in air
00:39:09,470 --> 00:39:09,480
the fan up so the fan can pull in air
00:39:09,480 --> 00:39:11,589
the fan up so the fan can pull in air
from the top but because I'm installing
00:39:11,589 --> 00:39:11,599
from the top but because I'm installing
00:39:11,599 --> 00:39:12,910
from the top but because I'm installing
on the bottom of the case I'm going to
00:39:12,910 --> 00:39:12,920
on the bottom of the case I'm going to
00:39:12,920 --> 00:39:16,510
on the bottom of the case I'm going to
go fan down so you can see here that I
00:39:16,510 --> 00:39:16,520
go fan down so you can see here that I
00:39:16,520 --> 00:39:17,870
go fan down so you can see here that I
actually have a little fan filter
00:39:17,870 --> 00:39:17,880
actually have a little fan filter
00:39:17,880 --> 00:39:19,870
actually have a little fan filter
specifically for the power supply so
00:39:19,870 --> 00:39:19,880
specifically for the power supply so
00:39:19,880 --> 00:39:21,270
specifically for the power supply so
this actually pops out from the bottom
00:39:21,270 --> 00:39:21,280
this actually pops out from the bottom
00:39:21,280 --> 00:39:22,990
this actually pops out from the bottom
this is fairly standard on most cases
00:39:22,990 --> 00:39:23,000
this is fairly standard on most cases
00:39:23,000 --> 00:39:24,790
this is fairly standard on most cases
it's just a little dust filter but it
00:39:24,790 --> 00:39:24,800
it's just a little dust filter but it
00:39:24,800 --> 00:39:27,510
it's just a little dust filter but it
gives you a very good sense for where
00:39:27,510 --> 00:39:27,520
gives you a very good sense for where
00:39:27,520 --> 00:39:29,150
gives you a very good sense for where
the air flow is going to be coming from
00:39:29,150 --> 00:39:29,160
the air flow is going to be coming from
00:39:29,160 --> 00:39:31,550
the air flow is going to be coming from
your power supply so what we're going to
00:39:31,550 --> 00:39:31,560
your power supply so what we're going to
00:39:31,560 --> 00:39:32,790
your power supply so what we're going to
do is we're going to take our power
00:39:32,790 --> 00:39:32,800
do is we're going to take our power
00:39:32,800 --> 00:39:34,150
do is we're going to take our power
supply actually I think with this system
00:39:34,150 --> 00:39:34,160
supply actually I think with this system
00:39:34,160 --> 00:39:35,270
supply actually I think with this system
it doesn't matter we can go left or
00:39:35,270 --> 00:39:35,280
it doesn't matter we can go left or
00:39:35,280 --> 00:39:36,870
it doesn't matter we can go left or
right we're going to line it up with
00:39:36,870 --> 00:39:36,880
right we're going to line it up with
00:39:36,880 --> 00:39:38,470
right we're going to line it up with
that fan facing down so it's going to be
00:39:38,470 --> 00:39:38,480
that fan facing down so it's going to be
00:39:38,480 --> 00:39:40,190
that fan facing down so it's going to be
able to pull in air from here so we're
00:39:40,190 --> 00:39:40,200
able to pull in air from here so we're
00:39:40,200 --> 00:39:42,710
able to pull in air from here so we're
going to slide this into place it
00:39:42,710 --> 00:39:42,720
going to slide this into place it
00:39:42,720 --> 00:39:43,670
going to slide this into place it
actually has these nice little rubber
00:39:43,670 --> 00:39:43,680
actually has these nice little rubber
00:39:43,680 --> 00:39:45,109
actually has these nice little rubber
feet which help us to sort of Center
00:39:45,109 --> 00:39:45,119
feet which help us to sort of Center
00:39:45,119 --> 00:39:46,950
feet which help us to sort of Center
things up and don't worry about your
00:39:46,950 --> 00:39:46,960
things up and don't worry about your
00:39:46,960 --> 00:39:47,990
things up and don't worry about your
cables right now they're all kind of
00:39:47,990 --> 00:39:48,000
cables right now they're all kind of
00:39:48,000 --> 00:39:49,870
cables right now they're all kind of
dangling out the back it's totally fine
00:39:49,870 --> 00:39:49,880
dangling out the back it's totally fine
00:39:49,880 --> 00:39:51,470
dangling out the back it's totally fine
this part is very simple we just need to
00:39:51,470 --> 00:39:51,480
this part is very simple we just need to
00:39:51,480 --> 00:39:53,030
this part is very simple we just need to
install the four screws to hold our
00:39:53,030 --> 00:39:53,040
install the four screws to hold our
00:39:53,040 --> 00:39:55,109
install the four screws to hold our
power supply into place so I'm going to
00:39:55,109 --> 00:39:55,119
power supply into place so I'm going to
00:39:55,119 --> 00:39:57,790
power supply into place so I'm going to
go ahead and grab a screw um so the only
00:39:57,790 --> 00:39:57,800
go ahead and grab a screw um so the only
00:39:57,800 --> 00:39:59,750
go ahead and grab a screw um so the only
thing you may have to do is power
00:39:59,750 --> 00:39:59,760
thing you may have to do is power
00:39:59,760 --> 00:40:02,309
thing you may have to do is power
supplies they always sit roughly right
00:40:02,309 --> 00:40:02,319
supplies they always sit roughly right
00:40:02,319 --> 00:40:04,069
supplies they always sit roughly right
but often times they're like slightly
00:40:04,069 --> 00:40:04,079
but often times they're like slightly
00:40:04,079 --> 00:40:05,510
but often times they're like slightly
off so maybe be leaning one way or
00:40:05,510 --> 00:40:05,520
off so maybe be leaning one way or
00:40:05,520 --> 00:40:07,190
off so maybe be leaning one way or
another so just visually make sure that
00:40:07,190 --> 00:40:07,200
another so just visually make sure that
00:40:07,200 --> 00:40:09,349
another so just visually make sure that
you can see all of the screw holes so
00:40:09,349 --> 00:40:09,359
you can see all of the screw holes so
00:40:09,359 --> 00:40:10,829
you can see all of the screw holes so
with this I'm actually a little bit low
00:40:10,829 --> 00:40:10,839
with this I'm actually a little bit low
00:40:10,839 --> 00:40:13,589
with this I'm actually a little bit low
so I make sure that sit completely flat
00:40:13,589 --> 00:40:13,599
so I make sure that sit completely flat
00:40:13,599 --> 00:40:15,430
so I make sure that sit completely flat
which it looks like it is so you may
00:40:15,430 --> 00:40:15,440
which it looks like it is so you may
00:40:15,440 --> 00:40:16,630
which it looks like it is so you may
just need to do a little bit of wiggling
00:40:16,630 --> 00:40:16,640
just need to do a little bit of wiggling
00:40:16,640 --> 00:40:18,710
just need to do a little bit of wiggling
to make sure so just pick any of the
00:40:18,710 --> 00:40:18,720
to make sure so just pick any of the
00:40:18,720 --> 00:40:19,950
to make sure so just pick any of the
sides doesn't matter where you start so
00:40:19,950 --> 00:40:19,960
sides doesn't matter where you start so
00:40:19,960 --> 00:40:21,710
sides doesn't matter where you start so
just going do it right
00:40:21,710 --> 00:40:21,720
just going do it right
00:40:21,720 --> 00:40:23,750
just going do it right
here and then we're going to get this
00:40:23,750 --> 00:40:23,760
here and then we're going to get this
00:40:23,760 --> 00:40:26,150
here and then we're going to get this
installed so when it comes to installing
00:40:26,150 --> 00:40:26,160
installed so when it comes to installing
00:40:26,160 --> 00:40:27,349
installed so when it comes to installing
actually really all components so
00:40:27,349 --> 00:40:27,359
actually really all components so
00:40:27,359 --> 00:40:28,870
actually really all components so
there's a couple things to keep in mind
00:40:28,870 --> 00:40:28,880
there's a couple things to keep in mind
00:40:28,880 --> 00:40:30,870
there's a couple things to keep in mind
first and foremost don't tighten it down
00:40:30,870 --> 00:40:30,880
first and foremost don't tighten it down
00:40:30,880 --> 00:40:32,349
first and foremost don't tighten it down
until you've got it into place you know
00:40:32,349 --> 00:40:32,359
until you've got it into place you know
00:40:32,359 --> 00:40:33,589
until you've got it into place you know
it's just like almost anything in life
00:40:33,589 --> 00:40:33,599
it's just like almost anything in life
00:40:33,599 --> 00:40:34,550
it's just like almost anything in life
you want to make sure that you got all
00:40:34,550 --> 00:40:34,560
you want to make sure that you got all
00:40:34,560 --> 00:40:36,190
you want to make sure that you got all
your screws into place before you do the
00:40:36,190 --> 00:40:36,200
your screws into place before you do the
00:40:36,200 --> 00:40:38,309
your screws into place before you do the
final tighten on top of that you should
00:40:38,309 --> 00:40:38,319
final tighten on top of that you should
00:40:38,319 --> 00:40:40,870
final tighten on top of that you should
do it in a cross pattern so I started
00:40:40,870 --> 00:40:40,880
do it in a cross pattern so I started
00:40:40,880 --> 00:40:42,750
do it in a cross pattern so I started
with this bottom left screw to make sure
00:40:42,750 --> 00:40:42,760
with this bottom left screw to make sure
00:40:42,760 --> 00:40:44,390
with this bottom left screw to make sure
that I'm applying even pressure I'm now
00:40:44,390 --> 00:40:44,400
that I'm applying even pressure I'm now
00:40:44,400 --> 00:40:45,950
that I'm applying even pressure I'm now
going to go to the top right screw to
00:40:45,950 --> 00:40:45,960
going to go to the top right screw to
00:40:45,960 --> 00:40:48,550
going to go to the top right screw to
install that now it's not super
00:40:48,550 --> 00:40:48,560
install that now it's not super
00:40:48,560 --> 00:40:50,270
install that now it's not super
important when it comes to a power
00:40:50,270 --> 00:40:50,280
important when it comes to a power
00:40:50,280 --> 00:40:51,510
important when it comes to a power
supply because there's not like any
00:40:51,510 --> 00:40:51,520
supply because there's not like any
00:40:51,520 --> 00:40:52,589
supply because there's not like any
crazy tension or anything you have to
00:40:52,589 --> 00:40:52,599
crazy tension or anything you have to
00:40:52,599 --> 00:40:54,190
crazy tension or anything you have to
worry about but some other components
00:40:54,190 --> 00:40:54,200
worry about but some other components
00:40:54,200 --> 00:40:55,390
worry about but some other components
specifically it comes to something like
00:40:55,390 --> 00:40:55,400
specifically it comes to something like
00:40:55,400 --> 00:40:57,349
specifically it comes to something like
a CPU Cooler this is actually very
00:40:57,349 --> 00:40:57,359
a CPU Cooler this is actually very
00:40:57,359 --> 00:40:59,069
a CPU Cooler this is actually very
important but honestly again this is
00:40:59,069 --> 00:40:59,079
important but honestly again this is
00:40:59,079 --> 00:41:01,190
important but honestly again this is
just good General Life advice cross
00:41:01,190 --> 00:41:01,200
just good General Life advice cross
00:41:01,200 --> 00:41:02,950
just good General Life advice cross
patterns whether it's your wheel whether
00:41:02,950 --> 00:41:02,960
patterns whether it's your wheel whether
00:41:02,960 --> 00:41:04,270
patterns whether it's your wheel whether
it's your power supply whether it's your
00:41:04,270 --> 00:41:04,280
it's your power supply whether it's your
00:41:04,280 --> 00:41:08,069
it's your power supply whether it's your
CPU whether it's your door handle that
00:41:08,069 --> 00:41:08,079
CPU whether it's your door handle that
00:41:08,079 --> 00:41:09,470
CPU whether it's your door handle that
has four screws for some reason whatever
00:41:09,470 --> 00:41:09,480
has four screws for some reason whatever
00:41:09,480 --> 00:41:11,190
has four screws for some reason whatever
the case is it's always good to go on
00:41:11,190 --> 00:41:11,200
the case is it's always good to go on
00:41:11,200 --> 00:41:12,910
the case is it's always good to go on
opposite Corners so you're evenly
00:41:12,910 --> 00:41:12,920
opposite Corners so you're evenly
00:41:12,920 --> 00:41:14,309
opposite Corners so you're evenly
applying pressure to whatever it is that
00:41:14,309 --> 00:41:14,319
applying pressure to whatever it is that
00:41:14,319 --> 00:41:15,990
applying pressure to whatever it is that
you're installing once you got the first
00:41:15,990 --> 00:41:16,000
you're installing once you got the first
00:41:16,000 --> 00:41:17,349
you're installing once you got the first
two screws in you can kind of let go of
00:41:17,349 --> 00:41:17,359
two screws in you can kind of let go of
00:41:17,359 --> 00:41:19,309
two screws in you can kind of let go of
the power supply and then these should
00:41:19,309 --> 00:41:19,319
the power supply and then these should
00:41:19,319 --> 00:41:20,550
the power supply and then these should
go in a little bit
00:41:20,550 --> 00:41:20,560
go in a little bit
00:41:20,560 --> 00:41:22,309
go in a little bit
easier again we're just going to do it
00:41:22,309 --> 00:41:22,319
easier again we're just going to do it
00:41:22,319 --> 00:41:23,550
easier again we're just going to do it
kind of light to make sure that we've
00:41:23,550 --> 00:41:23,560
kind of light to make sure that we've
00:41:23,560 --> 00:41:25,430
kind of light to make sure that we've
got everything lined up correctly and
00:41:25,430 --> 00:41:25,440
got everything lined up correctly and
00:41:25,440 --> 00:41:26,910
got everything lined up correctly and
for this final screw we actually can
00:41:26,910 --> 00:41:26,920
for this final screw we actually can
00:41:26,920 --> 00:41:28,630
for this final screw we actually can
assume that everything looks fine which
00:41:28,630 --> 00:41:28,640
assume that everything looks fine which
00:41:28,640 --> 00:41:30,790
assume that everything looks fine which
it is we've got access to everything we
00:41:30,790 --> 00:41:30,800
it is we've got access to everything we
00:41:30,800 --> 00:41:32,150
it is we've got access to everything we
actually can now start tightening things
00:41:32,150 --> 00:41:32,160
actually can now start tightening things
00:41:32,160 --> 00:41:34,470
actually can now start tightening things
now that we know that it is all lined up
00:41:34,470 --> 00:41:34,480
now that we know that it is all lined up
00:41:34,480 --> 00:41:35,710
now that we know that it is all lined up
once you've got these screws tightened
00:41:35,710 --> 00:41:35,720
once you've got these screws tightened
00:41:35,720 --> 00:41:37,150
once you've got these screws tightened
up you have successfully installed
00:41:37,150 --> 00:41:37,160
up you have successfully installed
00:41:37,160 --> 00:41:38,750
up you have successfully installed
yourself a power supply in your gaming
00:41:38,750 --> 00:41:38,760
yourself a power supply in your gaming
00:41:38,760 --> 00:41:44,150
yourself a power supply in your gaming
PC that's step one of just a couple more
00:41:44,150 --> 00:41:44,160
PC that's step one of just a couple more
00:41:44,160 --> 00:41:45,150
PC that's step one of just a couple more
there a
00:41:45,150 --> 00:41:45,160
there a
00:41:45,160 --> 00:41:47,309
there a
few we'll be here for a couple more
00:41:47,309 --> 00:41:47,319
few we'll be here for a couple more
00:41:47,319 --> 00:41:49,710
few we'll be here for a couple more
hours all right so for now we're clear
00:41:49,710 --> 00:41:49,720
hours all right so for now we're clear
00:41:49,720 --> 00:41:51,510
hours all right so for now we're clear
to take our case and just set it off to
00:41:51,510 --> 00:41:51,520
to take our case and just set it off to
00:41:51,520 --> 00:41:53,390
to take our case and just set it off to
the side because we are going to begin
00:41:53,390 --> 00:41:53,400
the side because we are going to begin
00:41:53,400 --> 00:41:55,510
the side because we are going to begin
building up our motherboard so we're
00:41:55,510 --> 00:41:55,520
building up our motherboard so we're
00:41:55,520 --> 00:41:56,950
building up our motherboard so we're
going to be looking for a few components
00:41:56,950 --> 00:41:56,960
going to be looking for a few components
00:41:56,960 --> 00:41:59,349
going to be looking for a few components
here so we're going to have not only of
00:41:59,349 --> 00:41:59,359
here so we're going to have not only of
00:41:59,359 --> 00:42:00,550
here so we're going to have not only of
course the motherboard which is
00:42:00,550 --> 00:42:00,560
course the motherboard which is
00:42:00,560 --> 00:42:02,150
course the motherboard which is
important but we're also going to grab
00:42:02,150 --> 00:42:02,160
important but we're also going to grab
00:42:02,160 --> 00:42:05,710
important but we're also going to grab
our CPU we're going to grab our memory
00:42:05,710 --> 00:42:05,720
our CPU we're going to grab our memory
00:42:05,720 --> 00:42:07,670
our CPU we're going to grab our memory
and assuming you're using an M2 SSD
00:42:07,670 --> 00:42:07,680
and assuming you're using an M2 SSD
00:42:07,680 --> 00:42:09,190
and assuming you're using an M2 SSD
we're also going to be grabbing this if
00:42:09,190 --> 00:42:09,200
we're also going to be grabbing this if
00:42:09,200 --> 00:42:11,150
we're also going to be grabbing this if
you're using a hard drive which
00:42:11,150 --> 00:42:11,160
you're using a hard drive which
00:42:11,160 --> 00:42:13,630
you're using a hard drive which
hopefully not or a St SSD we'll do that
00:42:13,630 --> 00:42:13,640
hopefully not or a St SSD we'll do that
00:42:13,640 --> 00:42:15,550
hopefully not or a St SSD we'll do that
later but for this we need all four of
00:42:15,550 --> 00:42:15,560
later but for this we need all four of
00:42:15,560 --> 00:42:16,589
later but for this we need all four of
these things because they're all going
00:42:16,589 --> 00:42:16,599
these things because they're all going
00:42:16,599 --> 00:42:19,109
these things because they're all going
to be installed onto our motherboard so
00:42:19,109 --> 00:42:19,119
to be installed onto our motherboard so
00:42:19,119 --> 00:42:20,470
to be installed onto our motherboard so
before we open all these up let me give
00:42:20,470 --> 00:42:20,480
before we open all these up let me give
00:42:20,480 --> 00:42:22,349
before we open all these up let me give
you a quick little tour around the board
00:42:22,349 --> 00:42:22,359
you a quick little tour around the board
00:42:22,359 --> 00:42:25,349
you a quick little tour around the board
itself so motherboards uh there's a few
00:42:25,349 --> 00:42:25,359
itself so motherboards uh there's a few
00:42:25,359 --> 00:42:26,750
itself so motherboards uh there's a few
things to know about this again a
00:42:26,750 --> 00:42:26,760
things to know about this again a
00:42:26,760 --> 00:42:28,470
things to know about this again a
motherboard is where all of your
00:42:28,470 --> 00:42:28,480
motherboard is where all of your
00:42:28,480 --> 00:42:30,069
motherboard is where all of your
components are going to connect so this
00:42:30,069 --> 00:42:30,079
components are going to connect so this
00:42:30,079 --> 00:42:32,190
components are going to connect so this
is an important component there's a few
00:42:32,190 --> 00:42:32,200
is an important component there's a few
00:42:32,200 --> 00:42:33,630
is an important component there's a few
things to keep in mind as we're actually
00:42:33,630 --> 00:42:33,640
things to keep in mind as we're actually
00:42:33,640 --> 00:42:34,990
things to keep in mind as we're actually
doing this so again I'm going to flip it
00:42:34,990 --> 00:42:35,000
doing this so again I'm going to flip it
00:42:35,000 --> 00:42:36,430
doing this so again I'm going to flip it
over to the back there is some
00:42:36,430 --> 00:42:36,440
over to the back there is some
00:42:36,440 --> 00:42:37,790
over to the back there is some
information here there's also should be
00:42:37,790 --> 00:42:37,800
information here there's also should be
00:42:37,800 --> 00:42:39,470
information here there's also should be
a manual on the inside but it'll give
00:42:39,470 --> 00:42:39,480
a manual on the inside but it'll give
00:42:39,480 --> 00:42:40,910
a manual on the inside but it'll give
you a little bit of basic stuff it'll
00:42:40,910 --> 00:42:40,920
you a little bit of basic stuff it'll
00:42:40,920 --> 00:42:42,910
you a little bit of basic stuff it'll
tell you about the compatibility yada y
00:42:42,910 --> 00:42:42,920
tell you about the compatibility yada y
00:42:42,920 --> 00:42:44,910
tell you about the compatibility yada y
yada none of this is important but I
00:42:44,910 --> 00:42:44,920
yada none of this is important but I
00:42:44,920 --> 00:42:46,710
yada none of this is important but I
will tell you what while you build this
00:42:46,710 --> 00:42:46,720
will tell you what while you build this
00:42:46,720 --> 00:42:48,710
will tell you what while you build this
up keep the Box handy I actually like
00:42:48,710 --> 00:42:48,720
up keep the Box handy I actually like
00:42:48,720 --> 00:42:50,670
up keep the Box handy I actually like
building my motherboard up on the box
00:42:50,670 --> 00:42:50,680
building my motherboard up on the box
00:42:50,680 --> 00:42:53,390
building my motherboard up on the box
because it is fairly safe against stuff
00:42:53,390 --> 00:42:53,400
because it is fairly safe against stuff
00:42:53,400 --> 00:42:55,950
because it is fairly safe against stuff
like static electricity now okay so Ken
00:42:55,950 --> 00:42:55,960
like static electricity now okay so Ken
00:42:55,960 --> 00:42:57,230
like static electricity now okay so Ken
is going to now demonstrate what your
00:42:57,230 --> 00:42:57,240
is going to now demonstrate what your
00:42:57,240 --> 00:42:59,030
is going to now demonstrate what your
not supposed to do which is to rub your
00:42:59,030 --> 00:42:59,040
not supposed to do which is to rub your
00:42:59,040 --> 00:43:01,630
not supposed to do which is to rub your
socks on carpet and try to zap things
00:43:01,630 --> 00:43:01,640
socks on carpet and try to zap things
00:43:01,640 --> 00:43:03,630
socks on carpet and try to zap things
but I'll be honest most of these things
00:43:03,630 --> 00:43:03,640
but I'll be honest most of these things
00:43:03,640 --> 00:43:05,870
but I'll be honest most of these things
are relatively durable to the point
00:43:05,870 --> 00:43:05,880
are relatively durable to the point
00:43:05,880 --> 00:43:07,510
are relatively durable to the point
where you would have to try real real
00:43:07,510 --> 00:43:07,520
where you would have to try real real
00:43:07,520 --> 00:43:09,589
where you would have to try real real
hard to cause it the yeah there you go
00:43:09,589 --> 00:43:09,599
hard to cause it the yeah there you go
00:43:09,599 --> 00:43:10,990
hard to cause it the yeah there you go
thank you for the illustration yeah so
00:43:10,990 --> 00:43:11,000
thank you for the illustration yeah so
00:43:11,000 --> 00:43:12,270
thank you for the illustration yeah so
there you go didn't kill it you see that
00:43:12,270 --> 00:43:12,280
there you go didn't kill it you see that
00:43:12,280 --> 00:43:14,190
there you go didn't kill it you see that
what happened but what I do like to do
00:43:14,190 --> 00:43:14,200
what happened but what I do like to do
00:43:14,200 --> 00:43:16,150
what happened but what I do like to do
is pull the motherboard out and once I
00:43:16,150 --> 00:43:16,160
is pull the motherboard out and once I
00:43:16,160 --> 00:43:17,230
is pull the motherboard out and once I
get my accessories out I'm going to put
00:43:17,230 --> 00:43:17,240
get my accessories out I'm going to put
00:43:17,240 --> 00:43:19,069
get my accessories out I'm going to put
this on the box and use that as my
00:43:19,069 --> 00:43:19,079
this on the box and use that as my
00:43:19,079 --> 00:43:22,510
this on the box and use that as my
little build area so motherboard take a
00:43:22,510 --> 00:43:22,520
little build area so motherboard take a
00:43:22,520 --> 00:43:24,750
little build area so motherboard take a
look at in a second below that we have a
00:43:24,750 --> 00:43:24,760
look at in a second below that we have a
00:43:24,760 --> 00:43:26,870
look at in a second below that we have a
few things that we will want to pull out
00:43:26,870 --> 00:43:26,880
few things that we will want to pull out
00:43:26,880 --> 00:43:28,589
few things that we will want to pull out
so so because this motherboard has Wi-Fi
00:43:28,589 --> 00:43:28,599
so so because this motherboard has Wi-Fi
00:43:28,599 --> 00:43:30,549
so so because this motherboard has Wi-Fi
it's going to have our Wi-Fi antennas we
00:43:30,549 --> 00:43:30,559
it's going to have our Wi-Fi antennas we
00:43:30,559 --> 00:43:34,710
it's going to have our Wi-Fi antennas we
toss that off to the side we have a
00:43:34,710 --> 00:43:34,720
toss that off to the side we have a
00:43:34,720 --> 00:43:36,870
toss that off to the side we have a
slightly smaller instruction manual
00:43:36,870 --> 00:43:36,880
slightly smaller instruction manual
00:43:36,880 --> 00:43:38,349
slightly smaller instruction manual
compared to what you used to get back in
00:43:38,349 --> 00:43:38,359
compared to what you used to get back in
00:43:38,359 --> 00:43:40,150
compared to what you used to get back in
the day so it's going to give me a
00:43:40,150 --> 00:43:40,160
the day so it's going to give me a
00:43:40,160 --> 00:43:42,349
the day so it's going to give me a
little bit of info here you may want to
00:43:42,349 --> 00:43:42,359
little bit of info here you may want to
00:43:42,359 --> 00:43:44,950
little bit of info here you may want to
pull up the pdf online if you don't have
00:43:44,950 --> 00:43:44,960
pull up the pdf online if you don't have
00:43:44,960 --> 00:43:46,630
pull up the pdf online if you don't have
the full manual this is going to give us
00:43:46,630 --> 00:43:46,640
the full manual this is going to give us
00:43:46,640 --> 00:43:48,430
the full manual this is going to give us
some very basic stuff but there are a
00:43:48,430 --> 00:43:48,440
some very basic stuff but there are a
00:43:48,440 --> 00:43:50,390
some very basic stuff but there are a
few things in this manual which are nice
00:43:50,390 --> 00:43:50,400
few things in this manual which are nice
00:43:50,400 --> 00:43:52,790
few things in this manual which are nice
to have such as your pen outs for your
00:43:52,790 --> 00:43:52,800
to have such as your pen outs for your
00:43:52,800 --> 00:43:54,910
to have such as your pen outs for your
front panel connectors and a little bit
00:43:54,910 --> 00:43:54,920
front panel connectors and a little bit
00:43:54,920 --> 00:43:56,750
front panel connectors and a little bit
more of a thorough overview of all the
00:43:56,750 --> 00:43:56,760
more of a thorough overview of all the
00:43:56,760 --> 00:43:59,589
more of a thorough overview of all the
compon on the board so like a lot of
00:43:59,589 --> 00:43:59,599
compon on the board so like a lot of
00:43:59,599 --> 00:44:01,309
compon on the board so like a lot of
components when it comes to building a
00:44:01,309 --> 00:44:01,319
components when it comes to building a
00:44:01,319 --> 00:44:03,109
components when it comes to building a
PC every motherboard is going to be a
00:44:03,109 --> 00:44:03,119
PC every motherboard is going to be a
00:44:03,119 --> 00:44:04,549
PC every motherboard is going to be a
little different so I'm going to walk
00:44:04,549 --> 00:44:04,559
little different so I'm going to walk
00:44:04,559 --> 00:44:06,670
little different so I'm going to walk
you through this specific gigabyte b650
00:44:06,670 --> 00:44:06,680
you through this specific gigabyte b650
00:44:06,680 --> 00:44:08,630
you through this specific gigabyte b650
board there's some similarities between
00:44:08,630 --> 00:44:08,640
board there's some similarities between
00:44:08,640 --> 00:44:09,950
board there's some similarities between
all boards there's some similarities
00:44:09,950 --> 00:44:09,960
all boards there's some similarities
00:44:09,960 --> 00:44:12,990
all boards there's some similarities
between AMD boards but always safe bet
00:44:12,990 --> 00:44:13,000
between AMD boards but always safe bet
00:44:13,000 --> 00:44:14,589
between AMD boards but always safe bet
is to actually find that manual that
00:44:14,589 --> 00:44:14,599
is to actually find that manual that
00:44:14,599 --> 00:44:16,470
is to actually find that manual that
comes with your motherboard and take a
00:44:16,470 --> 00:44:16,480
comes with your motherboard and take a
00:44:16,480 --> 00:44:17,589
comes with your motherboard and take a
look through and it'll just kind of
00:44:17,589 --> 00:44:17,599
look through and it'll just kind of
00:44:17,599 --> 00:44:20,270
look through and it'll just kind of
explain to you where each item is now
00:44:20,270 --> 00:44:20,280
explain to you where each item is now
00:44:20,280 --> 00:44:22,670
explain to you where each item is now
beyond the Wi-Fi module on the board
00:44:22,670 --> 00:44:22,680
beyond the Wi-Fi module on the board
00:44:22,680 --> 00:44:25,230
beyond the Wi-Fi module on the board
there are a few accessories here so we
00:44:25,230 --> 00:44:25,240
there are a few accessories here so we
00:44:25,240 --> 00:44:27,950
there are a few accessories here so we
have a couple of screws
00:44:27,950 --> 00:44:27,960
have a couple of screws
00:44:27,960 --> 00:44:29,670
have a couple of screws
uh actually have a bunch of screws so
00:44:29,670 --> 00:44:29,680
uh actually have a bunch of screws so
00:44:29,680 --> 00:44:31,670
uh actually have a bunch of screws so
these will be to install ssds so we're
00:44:31,670 --> 00:44:31,680
these will be to install ssds so we're
00:44:31,680 --> 00:44:33,390
these will be to install ssds so we're
just going to put these off to the side
00:44:33,390 --> 00:44:33,400
just going to put these off to the side
00:44:33,400 --> 00:44:35,230
just going to put these off to the side
we also have a couple and by a couple
00:44:35,230 --> 00:44:35,240
we also have a couple and by a couple
00:44:35,240 --> 00:44:37,950
we also have a couple and by a couple
mean two stated cables now we're going
00:44:37,950 --> 00:44:37,960
mean two stated cables now we're going
00:44:37,960 --> 00:44:39,549
mean two stated cables now we're going
to be using this for our hard drive but
00:44:39,549 --> 00:44:39,559
to be using this for our hard drive but
00:44:39,559 --> 00:44:41,030
to be using this for our hard drive but
again we would use these sated cables
00:44:41,030 --> 00:44:41,040
again we would use these sated cables
00:44:41,040 --> 00:44:44,510
again we would use these sated cables
for a traditional hard drive a SATA SSD
00:44:44,510 --> 00:44:44,520
for a traditional hard drive a SATA SSD
00:44:44,520 --> 00:44:45,910
for a traditional hard drive a SATA SSD
an optical drive if you're using one of
00:44:45,910 --> 00:44:45,920
an optical drive if you're using one of
00:44:45,920 --> 00:44:47,990
an optical drive if you're using one of
those um SATA cables are nice and they
00:44:47,990 --> 00:44:48,000
those um SATA cables are nice and they
00:44:48,000 --> 00:44:49,910
those um SATA cables are nice and they
typically not always but typically come
00:44:49,910 --> 00:44:49,920
typically not always but typically come
00:44:49,920 --> 00:44:51,549
typically not always but typically come
with your motherboard the board itself
00:44:51,549 --> 00:44:51,559
with your motherboard the board itself
00:44:51,559 --> 00:44:54,190
with your motherboard the board itself
this is an ATX motherboard so the most
00:44:54,190 --> 00:44:54,200
this is an ATX motherboard so the most
00:44:54,200 --> 00:44:55,829
this is an ATX motherboard so the most
standard size for I would say the
00:44:55,829 --> 00:44:55,839
standard size for I would say the
00:44:55,839 --> 00:44:57,030
standard size for I would say the
majority of first- time builders
00:44:57,030 --> 00:44:57,040
majority of first- time builders
00:44:57,040 --> 00:44:59,549
majority of first- time builders
especially so what you'll see is a whole
00:44:59,549 --> 00:44:59,559
especially so what you'll see is a whole
00:44:59,559 --> 00:45:01,950
especially so what you'll see is a whole
lot of stuff inside this plastic bag so
00:45:01,950 --> 00:45:01,960
lot of stuff inside this plastic bag so
00:45:01,960 --> 00:45:05,230
lot of stuff inside this plastic bag so
I'm going to set this down here um now
00:45:05,230 --> 00:45:05,240
I'm going to set this down here um now
00:45:05,240 --> 00:45:07,030
I'm going to set this down here um now
I'm not going to try to scare you like
00:45:07,030 --> 00:45:07,040
I'm not going to try to scare you like
00:45:07,040 --> 00:45:08,790
I'm not going to try to scare you like
oh it's super dangerous cuz it's not
00:45:08,790 --> 00:45:08,800
oh it's super dangerous cuz it's not
00:45:08,800 --> 00:45:11,589
oh it's super dangerous cuz it's not
right like try not to get your greasy
00:45:11,589 --> 00:45:11,599
right like try not to get your greasy
00:45:11,599 --> 00:45:13,309
right like try not to get your greasy
hands all over it maybe wash your hands
00:45:13,309 --> 00:45:13,319
hands all over it maybe wash your hands
00:45:13,319 --> 00:45:14,589
hands all over it maybe wash your hands
before you do the build but like
00:45:14,589 --> 00:45:14,599
before you do the build but like
00:45:14,599 --> 00:45:16,750
before you do the build but like
components are pretty durable these days
00:45:16,750 --> 00:45:16,760
components are pretty durable these days
00:45:16,760 --> 00:45:18,349
components are pretty durable these days
not saying you couldn't break something
00:45:18,349 --> 00:45:18,359
not saying you couldn't break something
00:45:18,359 --> 00:45:20,589
not saying you couldn't break something
if you try or if you drop it or whatever
00:45:20,589 --> 00:45:20,599
if you try or if you drop it or whatever
00:45:20,599 --> 00:45:22,750
if you try or if you drop it or whatever
but again if you've never built a PC
00:45:22,750 --> 00:45:22,760
but again if you've never built a PC
00:45:22,760 --> 00:45:24,309
but again if you've never built a PC
before this is going to probably look a
00:45:24,309 --> 00:45:24,319
before this is going to probably look a
00:45:24,319 --> 00:45:25,950
before this is going to probably look a
little intimidating but it's really not
00:45:25,950 --> 00:45:25,960
little intimidating but it's really not
00:45:25,960 --> 00:45:29,470
little intimidating but it's really not
that bad so a few ground rules first and
00:45:29,470 --> 00:45:29,480
that bad so a few ground rules first and
00:45:29,480 --> 00:45:30,710
that bad so a few ground rules first and
foremost before you do anything with
00:45:30,710 --> 00:45:30,720
foremost before you do anything with
00:45:30,720 --> 00:45:33,549
foremost before you do anything with
this PC take a look around when this
00:45:33,549 --> 00:45:33,559
this PC take a look around when this
00:45:33,559 --> 00:45:35,750
this PC take a look around when this
goes into the case it's a lot harder to
00:45:35,750 --> 00:45:35,760
goes into the case it's a lot harder to
00:45:35,760 --> 00:45:37,069
goes into the case it's a lot harder to
find some of these little connectors
00:45:37,069 --> 00:45:37,079
find some of these little connectors
00:45:37,079 --> 00:45:38,790
find some of these little connectors
it'll really pay off if you take this
00:45:38,790 --> 00:45:38,800
it'll really pay off if you take this
00:45:38,800 --> 00:45:40,829
it'll really pay off if you take this
opportunity to learn where all the
00:45:40,829 --> 00:45:40,839
opportunity to learn where all the
00:45:40,839 --> 00:45:42,150
opportunity to learn where all the
different bits and Bobs are on the
00:45:42,150 --> 00:45:42,160
different bits and Bobs are on the
00:45:42,160 --> 00:45:43,910
different bits and Bobs are on the
system so when this is in your case
00:45:43,910 --> 00:45:43,920
system so when this is in your case
00:45:43,920 --> 00:45:45,390
system so when this is in your case
you're trying to run a cable and it's
00:45:45,390 --> 00:45:45,400
you're trying to run a cable and it's
00:45:45,400 --> 00:45:47,069
you're trying to run a cable and it's
dark and you can't see and blah blah
00:45:47,069 --> 00:45:47,079
dark and you can't see and blah blah
00:45:47,079 --> 00:45:49,069
dark and you can't see and blah blah
blah it is so much better when you know
00:45:49,069 --> 00:45:49,079
blah it is so much better when you know
00:45:49,079 --> 00:45:50,790
blah it is so much better when you know
oh I know that's on the bottom right and
00:45:50,790 --> 00:45:50,800
oh I know that's on the bottom right and
00:45:50,800 --> 00:45:52,109
oh I know that's on the bottom right and
you can find it so let me walk you
00:45:52,109 --> 00:45:52,119
you can find it so let me walk you
00:45:52,119 --> 00:45:53,829
you can find it so let me walk you
through it really quick here first of
00:45:53,829 --> 00:45:53,839
through it really quick here first of
00:45:53,839 --> 00:45:56,309
through it really quick here first of
all we're going to see our CPU socket so
00:45:56,309 --> 00:45:56,319
all we're going to see our CPU socket so
00:45:56,319 --> 00:45:57,829
all we're going to see our CPU socket so
regardless of whether this is AMD or
00:45:57,829 --> 00:45:57,839
regardless of whether this is AMD or
00:45:57,839 --> 00:45:59,470
regardless of whether this is AMD or
Intel it's pretty much always in the top
00:45:59,470 --> 00:45:59,480
Intel it's pretty much always in the top
00:45:59,480 --> 00:46:01,390
Intel it's pretty much always in the top
middle so this is where surprise
00:46:01,390 --> 00:46:01,400
middle so this is where surprise
00:46:01,400 --> 00:46:03,230
middle so this is where surprise
surprise your CPU goes we'll explain
00:46:03,230 --> 00:46:03,240
surprise your CPU goes we'll explain
00:46:03,240 --> 00:46:04,829
surprise your CPU goes we'll explain
that in just a second to the right here
00:46:04,829 --> 00:46:04,839
that in just a second to the right here
00:46:04,839 --> 00:46:06,829
that in just a second to the right here
we have our Ram slots so you'll see that
00:46:06,829 --> 00:46:06,839
we have our Ram slots so you'll see that
00:46:06,839 --> 00:46:09,109
we have our Ram slots so you'll see that
this board has four um sometimes you'll
00:46:09,109 --> 00:46:09,119
this board has four um sometimes you'll
00:46:09,119 --> 00:46:11,150
this board has four um sometimes you'll
only have two slots if it's a smaller or
00:46:11,150 --> 00:46:11,160
only have two slots if it's a smaller or
00:46:11,160 --> 00:46:12,630
only have two slots if it's a smaller or
cheaper motherboard but four is pretty
00:46:12,630 --> 00:46:12,640
cheaper motherboard but four is pretty
00:46:12,640 --> 00:46:14,950
cheaper motherboard but four is pretty
standard for this kind of thing um below
00:46:14,950 --> 00:46:14,960
standard for this kind of thing um below
00:46:14,960 --> 00:46:17,630
standard for this kind of thing um below
our CPU we're going to see our first of
00:46:17,630 --> 00:46:17,640
our CPU we're going to see our first of
00:46:17,640 --> 00:46:20,470
our CPU we're going to see our first of
several into SSD slots so I'll do is
00:46:20,470 --> 00:46:20,480
several into SSD slots so I'll do is
00:46:20,480 --> 00:46:22,230
several into SSD slots so I'll do is
actually I'll go ahead and open this up
00:46:22,230 --> 00:46:22,240
actually I'll go ahead and open this up
00:46:22,240 --> 00:46:23,390
actually I'll go ahead and open this up
um usually you're going to have like a
00:46:23,390 --> 00:46:23,400
um usually you're going to have like a
00:46:23,400 --> 00:46:24,390
um usually you're going to have like a
little heat sink so it's going to look
00:46:24,390 --> 00:46:24,400
little heat sink so it's going to look
00:46:24,400 --> 00:46:26,270
little heat sink so it's going to look
different on every board so if we remove
00:46:26,270 --> 00:46:26,280
different on every board so if we remove
00:46:26,280 --> 00:46:28,030
different on every board so if we remove
the heat sink what you'll see is a
00:46:28,030 --> 00:46:28,040
the heat sink what you'll see is a
00:46:28,040 --> 00:46:30,510
the heat sink what you'll see is a
little slot to install our M2 SSD we'll
00:46:30,510 --> 00:46:30,520
little slot to install our M2 SSD we'll
00:46:30,520 --> 00:46:31,910
little slot to install our M2 SSD we'll
get to that in a minute but just keep in
00:46:31,910 --> 00:46:31,920
get to that in a minute but just keep in
00:46:31,920 --> 00:46:33,710
get to that in a minute but just keep in
mind that uh often times it's a little
00:46:33,710 --> 00:46:33,720
mind that uh often times it's a little
00:46:33,720 --> 00:46:35,829
mind that uh often times it's a little
hidden so this one actually says M2 SSD
00:46:35,829 --> 00:46:35,839
hidden so this one actually says M2 SSD
00:46:35,839 --> 00:46:37,990
hidden so this one actually says M2 SSD
on it but you might not know unless
00:46:37,990 --> 00:46:38,000
on it but you might not know unless
00:46:38,000 --> 00:46:39,349
on it but you might not know unless
you're looking closely we can also
00:46:39,349 --> 00:46:39,359
you're looking closely we can also
00:46:39,359 --> 00:46:41,390
you're looking closely we can also
install ssds down here so if I take this
00:46:41,390 --> 00:46:41,400
install ssds down here so if I take this
00:46:41,400 --> 00:46:43,630
install ssds down here so if I take this
cover off I can show you so underneath
00:46:43,630 --> 00:46:43,640
cover off I can show you so underneath
00:46:43,640 --> 00:46:45,750
cover off I can show you so underneath
this cover you'll see that this board
00:46:45,750 --> 00:46:45,760
this cover you'll see that this board
00:46:45,760 --> 00:46:48,430
this cover you'll see that this board
has two more empty slots for total of
00:46:48,430 --> 00:46:48,440
has two more empty slots for total of
00:46:48,440 --> 00:46:50,270
has two more empty slots for total of
three uh this is a point where it might
00:46:50,270 --> 00:46:50,280
three uh this is a point where it might
00:46:50,280 --> 00:46:51,870
three uh this is a point where it might
be helpful to consult your manual
00:46:51,870 --> 00:46:51,880
be helpful to consult your manual
00:46:51,880 --> 00:46:53,670
be helpful to consult your manual
because sometimes these are actually
00:46:53,670 --> 00:46:53,680
because sometimes these are actually
00:46:53,680 --> 00:46:55,390
because sometimes these are actually
kind of hidden so I've seen these that
00:46:55,390 --> 00:46:55,400
kind of hidden so I've seen these that
00:46:55,400 --> 00:46:56,870
kind of hidden so I've seen these that
go on the back of a motherboard
00:46:56,870 --> 00:46:56,880
go on the back of a motherboard
00:46:56,880 --> 00:46:58,670
go on the back of a motherboard
especially for like smaller ITX boards
00:46:58,670 --> 00:46:58,680
especially for like smaller ITX boards
00:46:58,680 --> 00:47:00,109
especially for like smaller ITX boards
and again you wouldn't necessarily think
00:47:00,109 --> 00:47:00,119
and again you wouldn't necessarily think
00:47:00,119 --> 00:47:01,270
and again you wouldn't necessarily think
that this is even something you could
00:47:01,270 --> 00:47:01,280
that this is even something you could
00:47:01,280 --> 00:47:03,030
that this is even something you could
remove much less that you have hidden
00:47:03,030 --> 00:47:03,040
remove much less that you have hidden
00:47:03,040 --> 00:47:05,270
remove much less that you have hidden
slots underneath so again for this board
00:47:05,270 --> 00:47:05,280
slots underneath so again for this board
00:47:05,280 --> 00:47:07,190
slots underneath so again for this board
we have a total of three slots again you
00:47:07,190 --> 00:47:07,200
we have a total of three slots again you
00:47:07,200 --> 00:47:08,990
we have a total of three slots again you
can check your manual general rule of
00:47:08,990 --> 00:47:09,000
can check your manual general rule of
00:47:09,000 --> 00:47:10,549
can check your manual general rule of
thumb is that top slot is going to be
00:47:10,549 --> 00:47:10,559
thumb is that top slot is going to be
00:47:10,559 --> 00:47:12,069
thumb is that top slot is going to be
the one you want to populate first it's
00:47:12,069 --> 00:47:12,079
the one you want to populate first it's
00:47:12,079 --> 00:47:13,710
the one you want to populate first it's
typically the fastest it's the one
00:47:13,710 --> 00:47:13,720
typically the fastest it's the one
00:47:13,720 --> 00:47:15,230
typically the fastest it's the one
that's closest it's the one that's going
00:47:15,230 --> 00:47:15,240
that's closest it's the one that's going
00:47:15,240 --> 00:47:16,910
that's closest it's the one that's going
to have the best traces but
00:47:16,910 --> 00:47:16,920
to have the best traces but
00:47:16,920 --> 00:47:18,710
to have the best traces but
theoretically any of these are going to
00:47:18,710 --> 00:47:18,720
theoretically any of these are going to
00:47:18,720 --> 00:47:21,390
theoretically any of these are going to
function so right below our top M2 slot
00:47:21,390 --> 00:47:21,400
function so right below our top M2 slot
00:47:21,400 --> 00:47:24,150
function so right below our top M2 slot
we have this which is our PCI Express
00:47:24,150 --> 00:47:24,160
we have this which is our PCI Express
00:47:24,160 --> 00:47:26,230
we have this which is our PCI Express
slot this is where you will install your
00:47:26,230 --> 00:47:26,240
slot this is where you will install your
00:47:26,240 --> 00:47:27,870
slot this is where you will install your
graphics card now you can see we
00:47:27,870 --> 00:47:27,880
graphics card now you can see we
00:47:27,880 --> 00:47:29,030
graphics card now you can see we
actually have a total of three so we
00:47:29,030 --> 00:47:29,040
actually have a total of three so we
00:47:29,040 --> 00:47:30,910
actually have a total of three so we
have one on top and then two more a
00:47:30,910 --> 00:47:30,920
have one on top and then two more a
00:47:30,920 --> 00:47:32,870
have one on top and then two more a
little bit lower down again every
00:47:32,870 --> 00:47:32,880
little bit lower down again every
00:47:32,880 --> 00:47:33,910
little bit lower down again every
motherboard is going to be a little
00:47:33,910 --> 00:47:33,920
motherboard is going to be a little
00:47:33,920 --> 00:47:35,390
motherboard is going to be a little
different smaller motherboards just have
00:47:35,390 --> 00:47:35,400
different smaller motherboards just have
00:47:35,400 --> 00:47:36,829
different smaller motherboards just have
fewer slots because they're typically
00:47:36,829 --> 00:47:36,839
fewer slots because they're typically
00:47:36,839 --> 00:47:38,670
fewer slots because they're typically
about this size on top but they just
00:47:38,670 --> 00:47:38,680
about this size on top but they just
00:47:38,680 --> 00:47:40,470
about this size on top but they just
sort of lose some of that sort of height
00:47:40,470 --> 00:47:40,480
sort of lose some of that sort of height
00:47:40,480 --> 00:47:42,390
sort of lose some of that sort of height
so if you only have one slot that's
00:47:42,390 --> 00:47:42,400
so if you only have one slot that's
00:47:42,400 --> 00:47:44,670
so if you only have one slot that's
actually kind of fine because the vast
00:47:44,670 --> 00:47:44,680
actually kind of fine because the vast
00:47:44,680 --> 00:47:46,510
actually kind of fine because the vast
majority of systems are only going to
00:47:46,510 --> 00:47:46,520
majority of systems are only going to
00:47:46,520 --> 00:47:48,430
majority of systems are only going to
install a single graphics card you can
00:47:48,430 --> 00:47:48,440
install a single graphics card you can
00:47:48,440 --> 00:47:50,589
install a single graphics card you can
use these for graphics cards as well but
00:47:50,589 --> 00:47:50,599
use these for graphics cards as well but
00:47:50,599 --> 00:47:52,950
use these for graphics cards as well but
you shouldn't because this is a full
00:47:52,950 --> 00:47:52,960
you shouldn't because this is a full
00:47:52,960 --> 00:47:56,349
you shouldn't because this is a full
speed 16x slot these are typically 8X or
00:47:56,349 --> 00:47:56,359
speed 16x slot these are typically 8X or
00:47:56,359 --> 00:47:59,430
speed 16x slot these are typically 8X or
4X or an older generation usually what
00:47:59,430 --> 00:47:59,440
4X or an older generation usually what
00:47:59,440 --> 00:48:01,190
4X or an older generation usually what
you'll use for these additional slots
00:48:01,190 --> 00:48:01,200
you'll use for these additional slots
00:48:01,200 --> 00:48:04,510
you'll use for these additional slots
are things like video capture cards or
00:48:04,510 --> 00:48:04,520
are things like video capture cards or
00:48:04,520 --> 00:48:07,430
are things like video capture cards or
Raid controllers or things that are
00:48:07,430 --> 00:48:07,440
Raid controllers or things that are
00:48:07,440 --> 00:48:08,910
Raid controllers or things that are
possible to do on your system but a
00:48:08,910 --> 00:48:08,920
possible to do on your system but a
00:48:08,920 --> 00:48:11,349
possible to do on your system but a
little less common so for our system
00:48:11,349 --> 00:48:11,359
little less common so for our system
00:48:11,359 --> 00:48:13,030
little less common so for our system
we're not going to be using these at all
00:48:13,030 --> 00:48:13,040
we're not going to be using these at all
00:48:13,040 --> 00:48:14,510
we're not going to be using these at all
but like I said with the SSD which
00:48:14,510 --> 00:48:14,520
but like I said with the SSD which
00:48:14,520 --> 00:48:15,950
but like I said with the SSD which
should go on the top slot your graphics
00:48:15,950 --> 00:48:15,960
should go on the top slot your graphics
00:48:15,960 --> 00:48:18,030
should go on the top slot your graphics
card definitely should go in the top one
00:48:18,030 --> 00:48:18,040
card definitely should go in the top one
00:48:18,040 --> 00:48:19,270
card definitely should go in the top one
you can also see that this one is a
00:48:19,270 --> 00:48:19,280
you can also see that this one is a
00:48:19,280 --> 00:48:20,670
you can also see that this one is a
little bit more robust so unlike these
00:48:20,670 --> 00:48:20,680
little bit more robust so unlike these
00:48:20,680 --> 00:48:22,589
little bit more robust so unlike these
that are plastic this is made of metal
00:48:22,589 --> 00:48:22,599
that are plastic this is made of metal
00:48:22,599 --> 00:48:23,670
that are plastic this is made of metal
so it's going to be a little bit more
00:48:23,670 --> 00:48:23,680
so it's going to be a little bit more
00:48:23,680 --> 00:48:24,790
so it's going to be a little bit more
durable especially when you get like a
00:48:24,790 --> 00:48:24,800
durable especially when you get like a
00:48:24,800 --> 00:48:26,349
durable especially when you get like a
really big heavy graphics card in there
00:48:26,349 --> 00:48:26,359
really big heavy graphics card in there
00:48:26,359 --> 00:48:27,670
really big heavy graphics card in there
it's going to you a little bit of extra
00:48:27,670 --> 00:48:27,680
it's going to you a little bit of extra
00:48:27,680 --> 00:48:29,190
it's going to you a little bit of extra
support so this is where our graphics
00:48:29,190 --> 00:48:29,200
support so this is where our graphics
00:48:29,200 --> 00:48:31,670
support so this is where our graphics
card is going to install now this top
00:48:31,670 --> 00:48:31,680
card is going to install now this top
00:48:31,680 --> 00:48:35,190
card is going to install now this top
left area is full of heat sinks so
00:48:35,190 --> 00:48:35,200
left area is full of heat sinks so
00:48:35,200 --> 00:48:36,150
left area is full of heat sinks so
there's not a whole lot you need to
00:48:36,150 --> 00:48:36,160
there's not a whole lot you need to
00:48:36,160 --> 00:48:38,030
there's not a whole lot you need to
worry about here except for these little
00:48:38,030 --> 00:48:38,040
worry about here except for these little
00:48:38,040 --> 00:48:39,670
worry about here except for these little
connectors right here so you'll see that
00:48:39,670 --> 00:48:39,680
connectors right here so you'll see that
00:48:39,680 --> 00:48:42,470
connectors right here so you'll see that
I have a eight pen as well as a four pen
00:48:42,470 --> 00:48:42,480
I have a eight pen as well as a four pen
00:48:42,480 --> 00:48:44,510
I have a eight pen as well as a four pen
this is our CPU power that I was talking
00:48:44,510 --> 00:48:44,520
this is our CPU power that I was talking
00:48:44,520 --> 00:48:47,710
this is our CPU power that I was talking
about earlier so for a system like this
00:48:47,710 --> 00:48:47,720
about earlier so for a system like this
00:48:47,720 --> 00:48:50,829
about earlier so for a system like this
plug in the eight pen for sure that what
00:48:50,829 --> 00:48:50,839
plug in the eight pen for sure that what
00:48:50,839 --> 00:48:52,910
plug in the eight pen for sure that what
is going to provide power to the actual
00:48:52,910 --> 00:48:52,920
is going to provide power to the actual
00:48:52,920 --> 00:48:56,069
is going to provide power to the actual
CPU the four pin is auxiliary you don't
00:48:56,069 --> 00:48:56,079
CPU the four pin is auxiliary you don't
00:48:56,079 --> 00:48:57,789
CPU the four pin is auxiliary you don't
need it I'm going to do it just for the
00:48:57,789 --> 00:48:57,799
need it I'm going to do it just for the
00:48:57,799 --> 00:48:59,470
need it I'm going to do it just for the
sake of being complete but unless you're
00:48:59,470 --> 00:48:59,480
sake of being complete but unless you're
00:48:59,480 --> 00:49:00,630
sake of being complete but unless you're
doing some crazy overclocking or
00:49:00,630 --> 00:49:00,640
doing some crazy overclocking or
00:49:00,640 --> 00:49:02,109
doing some crazy overclocking or
something typically you don't need that
00:49:02,109 --> 00:49:02,119
something typically you don't need that
00:49:02,119 --> 00:49:04,430
something typically you don't need that
but if you've got the connectors on your
00:49:04,430 --> 00:49:04,440
but if you've got the connectors on your
00:49:04,440 --> 00:49:06,230
but if you've got the connectors on your
board and the power from your power
00:49:06,230 --> 00:49:06,240
board and the power from your power
00:49:06,240 --> 00:49:08,990
board and the power from your power
supply there's no reason not to do it so
00:49:08,990 --> 00:49:09,000
supply there's no reason not to do it so
00:49:09,000 --> 00:49:10,990
supply there's no reason not to do it so
again you may have only a four pin here
00:49:10,990 --> 00:49:11,000
again you may have only a four pin here
00:49:11,000 --> 00:49:12,510
again you may have only a four pin here
you may have an eight you have an eight
00:49:12,510 --> 00:49:12,520
you may have an eight you have an eight
00:49:12,520 --> 00:49:14,190
you may have an eight you have an eight
plus four you may have an 8 plus 8 if
00:49:14,190 --> 00:49:14,200
plus four you may have an 8 plus 8 if
00:49:14,200 --> 00:49:16,030
plus four you may have an 8 plus 8 if
you have a super high-end board um as
00:49:16,030 --> 00:49:16,040
you have a super high-end board um as
00:49:16,040 --> 00:49:17,390
you have a super high-end board um as
long as you have one eight pin in there
00:49:17,390 --> 00:49:17,400
long as you have one eight pin in there
00:49:17,400 --> 00:49:19,069
long as you have one eight pin in there
that's usually enough but you can fully
00:49:19,069 --> 00:49:19,079
that's usually enough but you can fully
00:49:19,079 --> 00:49:20,910
that's usually enough but you can fully
fill it out if you would like to the
00:49:20,910 --> 00:49:20,920
fill it out if you would like to the
00:49:20,920 --> 00:49:21,910
fill it out if you would like to the
right hand side we're going to have a
00:49:21,910 --> 00:49:21,920
right hand side we're going to have a
00:49:21,920 --> 00:49:23,230
right hand side we're going to have a
bunch of smaller connectors so you're
00:49:23,230 --> 00:49:23,240
bunch of smaller connectors so you're
00:49:23,240 --> 00:49:24,230
bunch of smaller connectors so you're
going to see that we have three
00:49:24,230 --> 00:49:24,240
going to see that we have three
00:49:24,240 --> 00:49:26,030
going to see that we have three
different headers so these are that's
00:49:26,030 --> 00:49:26,040
different headers so these are that's
00:49:26,040 --> 00:49:27,309
different headers so these are that's
very sticky
00:49:27,309 --> 00:49:27,319
very sticky
00:49:27,319 --> 00:49:29,589
very sticky
these are fan headers so you'll see
00:49:29,589 --> 00:49:29,599
these are fan headers so you'll see
00:49:29,599 --> 00:49:31,789
these are fan headers so you'll see
they're actually labeled so we have CPU
00:49:31,789 --> 00:49:31,799
they're actually labeled so we have CPU
00:49:31,799 --> 00:49:34,710
they're actually labeled so we have CPU
fan CPU optional and system fan one so
00:49:34,710 --> 00:49:34,720
fan CPU optional and system fan one so
00:49:34,720 --> 00:49:36,470
fan CPU optional and system fan one so
four pin connectors I'll go over it when
00:49:36,470 --> 00:49:36,480
four pin connectors I'll go over it when
00:49:36,480 --> 00:49:37,710
four pin connectors I'll go over it when
we're actually installing them but this
00:49:37,710 --> 00:49:37,720
we're actually installing them but this
00:49:37,720 --> 00:49:40,430
we're actually installing them but this
is how fans are connected so for us we
00:49:40,430 --> 00:49:40,440
is how fans are connected so for us we
00:49:40,440 --> 00:49:42,910
is how fans are connected so for us we
will plug in our CPU fan the optional is
00:49:42,910 --> 00:49:42,920
will plug in our CPU fan the optional is
00:49:42,920 --> 00:49:44,309
will plug in our CPU fan the optional is
if you have something like an allinone
00:49:44,309 --> 00:49:44,319
if you have something like an allinone
00:49:44,319 --> 00:49:45,829
if you have something like an allinone
which is going to provide continuous
00:49:45,829 --> 00:49:45,839
which is going to provide continuous
00:49:45,839 --> 00:49:47,910
which is going to provide continuous
power to the pump they all use the same
00:49:47,910 --> 00:49:47,920
power to the pump they all use the same
00:49:47,920 --> 00:49:49,950
power to the pump they all use the same
connector now there are two different
00:49:49,950 --> 00:49:49,960
connector now there are two different
00:49:49,960 --> 00:49:51,670
connector now there are two different
types of fans there's four pen and three
00:49:51,670 --> 00:49:51,680
types of fans there's four pen and three
00:49:51,680 --> 00:49:53,549
types of fans there's four pen and three
pen but they can all go into four pen so
00:49:53,549 --> 00:49:53,559
pen but they can all go into four pen so
00:49:53,559 --> 00:49:55,150
pen but they can all go into four pen so
you'll see there's this little Notch
00:49:55,150 --> 00:49:55,160
you'll see there's this little Notch
00:49:55,160 --> 00:49:56,789
you'll see there's this little Notch
right here so if you do the three pen
00:49:56,789 --> 00:49:56,799
right here so if you do the three pen
00:49:56,799 --> 00:49:57,870
right here so if you do the three pen
it'll just go around the notch if you
00:49:57,870 --> 00:49:57,880
it'll just go around the notch if you
00:49:57,880 --> 00:49:59,390
it'll just go around the notch if you
have a four pin it just expands over
00:49:59,390 --> 00:49:59,400
have a four pin it just expands over
00:49:59,400 --> 00:50:02,230
have a four pin it just expands over
that side so much like pretty much
00:50:02,230 --> 00:50:02,240
that side so much like pretty much
00:50:02,240 --> 00:50:04,950
that side so much like pretty much
everything in a PC fan headers are only
00:50:04,950 --> 00:50:04,960
everything in a PC fan headers are only
00:50:04,960 --> 00:50:06,430
everything in a PC fan headers are only
going to go in one way so if you try to
00:50:06,430 --> 00:50:06,440
going to go in one way so if you try to
00:50:06,440 --> 00:50:07,309
going to go in one way so if you try to
put it in there and it doesn't look
00:50:07,309 --> 00:50:07,319
put it in there and it doesn't look
00:50:07,319 --> 00:50:08,789
put it in there and it doesn't look
right there's a couple of notches to
00:50:08,789 --> 00:50:08,799
right there's a couple of notches to
00:50:08,799 --> 00:50:11,390
right there's a couple of notches to
guide you into place um there's a bunch
00:50:11,390 --> 00:50:11,400
guide you into place um there's a bunch
00:50:11,400 --> 00:50:12,950
guide you into place um there's a bunch
of other stuff that's not super relevant
00:50:12,950 --> 00:50:12,960
of other stuff that's not super relevant
00:50:12,960 --> 00:50:14,109
of other stuff that's not super relevant
so you're going to see some things like
00:50:14,109 --> 00:50:14,119
so you're going to see some things like
00:50:14,119 --> 00:50:17,510
so you're going to see some things like
LEDs and RGB controllers I will tell you
00:50:17,510 --> 00:50:17,520
LEDs and RGB controllers I will tell you
00:50:17,520 --> 00:50:20,030
LEDs and RGB controllers I will tell you
that while RGB is great and makes your
00:50:20,030 --> 00:50:20,040
that while RGB is great and makes your
00:50:20,040 --> 00:50:22,390
that while RGB is great and makes your
system look awesome it is outside the
00:50:22,390 --> 00:50:22,400
system look awesome it is outside the
00:50:22,400 --> 00:50:24,510
system look awesome it is outside the
scope of this tutorial for one reason
00:50:24,510 --> 00:50:24,520
scope of this tutorial for one reason
00:50:24,520 --> 00:50:27,510
scope of this tutorial for one reason
it's real Annoying
00:50:27,510 --> 00:50:27,520
it's real Annoying
00:50:27,520 --> 00:50:32,990
it's real Annoying
so look look RGB as an ecosystem is a
00:50:32,990 --> 00:50:33,000
so look look RGB as an ecosystem is a
00:50:33,000 --> 00:50:35,910
so look look RGB as an ecosystem is a
mess there are tons of Standards tons of
00:50:35,910 --> 00:50:35,920
mess there are tons of Standards tons of
00:50:35,920 --> 00:50:38,789
mess there are tons of Standards tons of
Brands tons of varieties of things that
00:50:38,789 --> 00:50:38,799
Brands tons of varieties of things that
00:50:38,799 --> 00:50:41,150
Brands tons of varieties of things that
work together they could be daisy chain
00:50:41,150 --> 00:50:41,160
work together they could be daisy chain
00:50:41,160 --> 00:50:43,470
work together they could be daisy chain
it's a honestly a mess if you would like
00:50:43,470 --> 00:50:43,480
it's a honestly a mess if you would like
00:50:43,480 --> 00:50:46,190
it's a honestly a mess if you would like
to install RGB fans RGB strips whatever
00:50:46,190 --> 00:50:46,200
to install RGB fans RGB strips whatever
00:50:46,200 --> 00:50:48,230
to install RGB fans RGB strips whatever
the case is in your system I would
00:50:48,230 --> 00:50:48,240
the case is in your system I would
00:50:48,240 --> 00:50:49,870
the case is in your system I would
implore you to look up tutorials for
00:50:49,870 --> 00:50:49,880
implore you to look up tutorials for
00:50:49,880 --> 00:50:51,630
implore you to look up tutorials for
that specific thing because none of them
00:50:51,630 --> 00:50:51,640
that specific thing because none of them
00:50:51,640 --> 00:50:54,829
that specific thing because none of them
are the same some use chroma some use
00:50:54,829 --> 00:50:54,839
are the same some use chroma some use
00:50:54,839 --> 00:50:57,670
are the same some use chroma some use
RGB some use Mystic light
00:50:57,670 --> 00:50:57,680
RGB some use Mystic light
00:50:57,680 --> 00:51:00,910
RGB some use Mystic light
it's just it's a whole thing honestly I
00:51:00,910 --> 00:51:00,920
it's just it's a whole thing honestly I
00:51:00,920 --> 00:51:03,589
it's just it's a whole thing honestly I
don't typically install a lot of RGB
00:51:03,589 --> 00:51:03,599
don't typically install a lot of RGB
00:51:03,599 --> 00:51:05,309
don't typically install a lot of RGB
entirely because it's pain if you want
00:51:05,309 --> 00:51:05,319
entirely because it's pain if you want
00:51:05,319 --> 00:51:07,430
entirely because it's pain if you want
to make your system look awesome by all
00:51:07,430 --> 00:51:07,440
to make your system look awesome by all
00:51:07,440 --> 00:51:09,710
to make your system look awesome by all
means go for it you can plug it directly
00:51:09,710 --> 00:51:09,720
means go for it you can plug it directly
00:51:09,720 --> 00:51:11,190
means go for it you can plug it directly
into the board there are also like
00:51:11,190 --> 00:51:11,200
into the board there are also like
00:51:11,200 --> 00:51:12,990
into the board there are also like
little add-on things that you can do
00:51:12,990 --> 00:51:13,000
little add-on things that you can do
00:51:13,000 --> 00:51:14,150
little add-on things that you can do
depending on like if you're going to use
00:51:14,150 --> 00:51:14,160
depending on like if you're going to use
00:51:14,160 --> 00:51:15,309
depending on like if you're going to use
like a little third party controller or
00:51:15,309 --> 00:51:15,319
like a little third party controller or
00:51:15,319 --> 00:51:17,349
like a little third party controller or
whatever but like it's just it's
00:51:17,349 --> 00:51:17,359
whatever but like it's just it's
00:51:17,359 --> 00:51:18,710
whatever but like it's just it's
annoying and I don't like to deal with
00:51:18,710 --> 00:51:18,720
annoying and I don't like to deal with
00:51:18,720 --> 00:51:21,190
annoying and I don't like to deal with
it cuz I just want my PC to work and I
00:51:21,190 --> 00:51:21,200
it cuz I just want my PC to work and I
00:51:21,200 --> 00:51:23,270
it cuz I just want my PC to work and I
don't need it to be in full rainbow
00:51:23,270 --> 00:51:23,280
don't need it to be in full rainbow
00:51:23,280 --> 00:51:25,230
don't need it to be in full rainbow
parade all the time also I think the
00:51:25,230 --> 00:51:25,240
parade all the time also I think the
00:51:25,240 --> 00:51:26,430
parade all the time also I think the
fans in the system are going to do that
00:51:26,430 --> 00:51:26,440
fans in the system are going to do that
00:51:26,440 --> 00:51:28,870
fans in the system are going to do that
by default without me doing anything so
00:51:28,870 --> 00:51:28,880
by default without me doing anything so
00:51:28,880 --> 00:51:30,750
by default without me doing anything so
directly on the right of your board you
00:51:30,750 --> 00:51:30,760
directly on the right of your board you
00:51:30,760 --> 00:51:33,630
directly on the right of your board you
should see the 20 plus 4 pen connector
00:51:33,630 --> 00:51:33,640
should see the 20 plus 4 pen connector
00:51:33,640 --> 00:51:35,109
should see the 20 plus 4 pen connector
so this is that cable that is going to
00:51:35,109 --> 00:51:35,119
so this is that cable that is going to
00:51:35,119 --> 00:51:36,470
so this is that cable that is going to
come from the power supply that's the
00:51:36,470 --> 00:51:36,480
come from the power supply that's the
00:51:36,480 --> 00:51:38,710
come from the power supply that's the
big chunky guy this provides power to
00:51:38,710 --> 00:51:38,720
big chunky guy this provides power to
00:51:38,720 --> 00:51:41,069
big chunky guy this provides power to
the entire motherboard very important no
00:51:41,069 --> 00:51:41,079
the entire motherboard very important no
00:51:41,079 --> 00:51:42,710
the entire motherboard very important no
matter what other stuff you have on your
00:51:42,710 --> 00:51:42,720
matter what other stuff you have on your
00:51:42,720 --> 00:51:44,950
matter what other stuff you have on your
system you're always going to populate
00:51:44,950 --> 00:51:44,960
system you're always going to populate
00:51:44,960 --> 00:51:47,190
system you're always going to populate
this 20 plus 4 very important it'll
00:51:47,190 --> 00:51:47,200
this 20 plus 4 very important it'll
00:51:47,200 --> 00:51:48,190
this 20 plus 4 very important it'll
click all the way in I'll show you in a
00:51:48,190 --> 00:51:48,200
click all the way in I'll show you in a
00:51:48,200 --> 00:51:49,230
click all the way in I'll show you in a
little bit but it is very
00:51:49,230 --> 00:51:49,240
little bit but it is very
00:51:49,240 --> 00:51:50,870
little bit but it is very
straightforward um coming down a little
00:51:50,870 --> 00:51:50,880
straightforward um coming down a little
00:51:50,880 --> 00:51:51,870
straightforward um coming down a little
bit farther you're going to see some
00:51:51,870 --> 00:51:51,880
bit farther you're going to see some
00:51:51,880 --> 00:51:53,309
bit farther you're going to see some
other random things so we have another
00:51:53,309 --> 00:51:53,319
other random things so we have another
00:51:53,319 --> 00:51:55,430
other random things so we have another
fan header here um it is actually a good
00:51:55,430 --> 00:51:55,440
fan header here um it is actually a good
00:51:55,440 --> 00:51:56,789
fan header here um it is actually a good
idea while you're looking at the board
00:51:56,789 --> 00:51:56,799
idea while you're looking at the board
00:51:56,799 --> 00:51:58,309
idea while you're looking at the board
outside the case to just take quick
00:51:58,309 --> 00:51:58,319
outside the case to just take quick
00:51:58,319 --> 00:52:00,630
outside the case to just take quick
stock of where fan headers are so
00:52:00,630 --> 00:52:00,640
stock of where fan headers are so
00:52:00,640 --> 00:52:01,670
stock of where fan headers are so
typically you'll have them in a few
00:52:01,670 --> 00:52:01,680
typically you'll have them in a few
00:52:01,680 --> 00:52:02,789
typically you'll have them in a few
different areas so usually there'll be
00:52:02,789 --> 00:52:02,799
different areas so usually there'll be
00:52:02,799 --> 00:52:04,710
different areas so usually there'll be
some up toward the top usually one or
00:52:04,710 --> 00:52:04,720
some up toward the top usually one or
00:52:04,720 --> 00:52:06,430
some up toward the top usually one or
two on the right side one or two on the
00:52:06,430 --> 00:52:06,440
two on the right side one or two on the
00:52:06,440 --> 00:52:09,069
two on the right side one or two on the
bottom it depends where they are higher
00:52:09,069 --> 00:52:09,079
bottom it depends where they are higher
00:52:09,079 --> 00:52:11,470
bottom it depends where they are higher
end boards typically have more headers
00:52:11,470 --> 00:52:11,480
end boards typically have more headers
00:52:11,480 --> 00:52:13,109
end boards typically have more headers
but just kind of have a general idea of
00:52:13,109 --> 00:52:13,119
but just kind of have a general idea of
00:52:13,119 --> 00:52:14,470
but just kind of have a general idea of
where these are because once you have
00:52:14,470 --> 00:52:14,480
where these are because once you have
00:52:14,480 --> 00:52:16,270
where these are because once you have
this in the actual case you're going to
00:52:16,270 --> 00:52:16,280
this in the actual case you're going to
00:52:16,280 --> 00:52:18,390
this in the actual case you're going to
want to run fans to whatever Port that
00:52:18,390 --> 00:52:18,400
want to run fans to whatever Port that
00:52:18,400 --> 00:52:19,910
want to run fans to whatever Port that
is closest so you don't have like ugly
00:52:19,910 --> 00:52:19,920
is closest so you don't have like ugly
00:52:19,920 --> 00:52:21,470
is closest so you don't have like ugly
cables like running across just
00:52:21,470 --> 00:52:21,480
cables like running across just
00:52:21,480 --> 00:52:23,829
cables like running across just
something to pay attention to now down
00:52:23,829 --> 00:52:23,839
something to pay attention to now down
00:52:23,839 --> 00:52:25,630
something to pay attention to now down
here on the right now this is could be
00:52:25,630 --> 00:52:25,640
here on the right now this is could be
00:52:25,640 --> 00:52:27,470
here on the right now this is could be
anywhere they tend to be on the right
00:52:27,470 --> 00:52:27,480
anywhere they tend to be on the right
00:52:27,480 --> 00:52:30,950
anywhere they tend to be on the right
side but this is a USBC connector so if
00:52:30,950 --> 00:52:30,960
side but this is a USBC connector so if
00:52:30,960 --> 00:52:32,910
side but this is a USBC connector so if
you have an older motherboard or a case
00:52:32,910 --> 00:52:32,920
you have an older motherboard or a case
00:52:32,920 --> 00:52:34,549
you have an older motherboard or a case
that doesn't support USBC don't worry
00:52:34,549 --> 00:52:34,559
that doesn't support USBC don't worry
00:52:34,559 --> 00:52:36,309
that doesn't support USBC don't worry
about this but this case does have a
00:52:36,309 --> 00:52:36,319
about this but this case does have a
00:52:36,319 --> 00:52:37,990
about this but this case does have a
USBC port and that is something we're
00:52:37,990 --> 00:52:38,000
USBC port and that is something we're
00:52:38,000 --> 00:52:39,910
USBC port and that is something we're
going to plug in right here it looks
00:52:39,910 --> 00:52:39,920
going to plug in right here it looks
00:52:39,920 --> 00:52:41,549
going to plug in right here it looks
like well ironically it looks a little
00:52:41,549 --> 00:52:41,559
like well ironically it looks a little
00:52:41,559 --> 00:52:43,630
like well ironically it looks a little
bit like a usba port um so I'll show you
00:52:43,630 --> 00:52:43,640
bit like a usba port um so I'll show you
00:52:43,640 --> 00:52:44,870
bit like a usba port um so I'll show you
how to install in a minute but again
00:52:44,870 --> 00:52:44,880
how to install in a minute but again
00:52:44,880 --> 00:52:46,870
how to install in a minute but again
just while we're going to the board take
00:52:46,870 --> 00:52:46,880
just while we're going to the board take
00:52:46,880 --> 00:52:48,430
just while we're going to the board take
a mental note of where these various
00:52:48,430 --> 00:52:48,440
a mental note of where these various
00:52:48,440 --> 00:52:51,069
a mental note of where these various
things are now along the right side
00:52:51,069 --> 00:52:51,079
things are now along the right side
00:52:51,079 --> 00:52:53,470
things are now along the right side
you're going to see we have four SATA
00:52:53,470 --> 00:52:53,480
you're going to see we have four SATA
00:52:53,480 --> 00:52:56,549
you're going to see we have four SATA
data connectors now if you're not using
00:52:56,549 --> 00:52:56,559
data connectors now if you're not using
00:52:56,559 --> 00:53:00,190
data connectors now if you're not using
a hard drive an optical drive or a SATA
00:53:00,190 --> 00:53:00,200
a hard drive an optical drive or a SATA
00:53:00,200 --> 00:53:02,150
a hard drive an optical drive or a SATA
SSD you do not actually need to use
00:53:02,150 --> 00:53:02,160
SSD you do not actually need to use
00:53:02,160 --> 00:53:03,829
SSD you do not actually need to use
these this is a little bit of an older
00:53:03,829 --> 00:53:03,839
these this is a little bit of an older
00:53:03,839 --> 00:53:05,670
these this is a little bit of an older
connector uh you used to have a ton of
00:53:05,670 --> 00:53:05,680
connector uh you used to have a ton of
00:53:05,680 --> 00:53:07,109
connector uh you used to have a ton of
these on motherboards now a lot of
00:53:07,109 --> 00:53:07,119
these on motherboards now a lot of
00:53:07,119 --> 00:53:09,150
these on motherboards now a lot of
boards only have two or four if you're
00:53:09,150 --> 00:53:09,160
boards only have two or four if you're
00:53:09,160 --> 00:53:10,109
boards only have two or four if you're
going to install a bunch of like hard
00:53:10,109 --> 00:53:10,119
going to install a bunch of like hard
00:53:10,119 --> 00:53:11,069
going to install a bunch of like hard
drives and stuff you'll want to take
00:53:11,069 --> 00:53:11,079
drives and stuff you'll want to take
00:53:11,079 --> 00:53:12,829
drives and stuff you'll want to take
advantage of these we are going to plug
00:53:12,829 --> 00:53:12,839
advantage of these we are going to plug
00:53:12,839 --> 00:53:15,470
advantage of these we are going to plug
one hard drive in here but again it is
00:53:15,470 --> 00:53:15,480
one hard drive in here but again it is
00:53:15,480 --> 00:53:17,750
one hard drive in here but again it is
going to be an additional bit of data
00:53:17,750 --> 00:53:17,760
going to be an additional bit of data
00:53:17,760 --> 00:53:19,230
going to be an additional bit of data
for your storage is going to be right
00:53:19,230 --> 00:53:19,240
for your storage is going to be right
00:53:19,240 --> 00:53:20,710
for your storage is going to be right
here on the right side of the board but
00:53:20,710 --> 00:53:20,720
here on the right side of the board but
00:53:20,720 --> 00:53:22,430
here on the right side of the board but
sometimes it could be on the bottom off
00:53:22,430 --> 00:53:22,440
sometimes it could be on the bottom off
00:53:22,440 --> 00:53:24,270
sometimes it could be on the bottom off
the side whatever but it's right here
00:53:24,270 --> 00:53:24,280
the side whatever but it's right here
00:53:24,280 --> 00:53:25,990
the side whatever but it's right here
also along the right side we have our
00:53:25,990 --> 00:53:26,000
also along the right side we have our
00:53:26,000 --> 00:53:30,470
also along the right side we have our
USB 3.0 header now uh this is not my
00:53:30,470 --> 00:53:30,480
USB 3.0 header now uh this is not my
00:53:30,480 --> 00:53:32,190
USB 3.0 header now uh this is not my
favorite connector U I'll show you when
00:53:32,190 --> 00:53:32,200
favorite connector U I'll show you when
00:53:32,200 --> 00:53:34,950
favorite connector U I'll show you when
we actually install it it's fine it
00:53:34,950 --> 00:53:34,960
we actually install it it's fine it
00:53:34,960 --> 00:53:37,510
we actually install it it's fine it
Powers the front USB ports on our case
00:53:37,510 --> 00:53:37,520
Powers the front USB ports on our case
00:53:37,520 --> 00:53:39,470
Powers the front USB ports on our case
almost all boards and cases are going to
00:53:39,470 --> 00:53:39,480
almost all boards and cases are going to
00:53:39,480 --> 00:53:41,430
almost all boards and cases are going to
have this it's a really annoying
00:53:41,430 --> 00:53:41,440
have this it's a really annoying
00:53:41,440 --> 00:53:43,390
have this it's a really annoying
connector purely because you can install
00:53:43,390 --> 00:53:43,400
connector purely because you can install
00:53:43,400 --> 00:53:47,270
connector purely because you can install
it fine but when you ever need to take
00:53:47,270 --> 00:53:47,280
it fine but when you ever need to take
00:53:47,280 --> 00:53:50,150
it fine but when you ever need to take
it out of the system I've broken a lot
00:53:50,150 --> 00:53:50,160
it out of the system I've broken a lot
00:53:50,160 --> 00:53:51,990
it out of the system I've broken a lot
of these over the years it's just real
00:53:51,990 --> 00:53:52,000
of these over the years it's just real
00:53:52,000 --> 00:53:54,150
of these over the years it's just real
fiddly the plastic tends to crack and
00:53:54,150 --> 00:53:54,160
fiddly the plastic tends to crack and
00:53:54,160 --> 00:53:55,829
fiddly the plastic tends to crack and
snap because it's just in there so
00:53:55,829 --> 00:53:55,839
snap because it's just in there so
00:53:55,839 --> 00:53:58,510
snap because it's just in there so
firmly ideally plug that one in toward
00:53:58,510 --> 00:53:58,520
firmly ideally plug that one in toward
00:53:58,520 --> 00:54:00,030
firmly ideally plug that one in toward
the end once you know everything works
00:54:00,030 --> 00:54:00,040
the end once you know everything works
00:54:00,040 --> 00:54:02,910
the end once you know everything works
real real good cuz uh it's just annoying
00:54:02,910 --> 00:54:02,920
real real good cuz uh it's just annoying
00:54:02,920 --> 00:54:05,190
real real good cuz uh it's just annoying
but yeah bottom right we have our front
00:54:05,190 --> 00:54:05,200
but yeah bottom right we have our front
00:54:05,200 --> 00:54:07,549
but yeah bottom right we have our front
panel connectors I will give a special
00:54:07,549 --> 00:54:07,559
panel connectors I will give a special
00:54:07,559 --> 00:54:10,150
panel connectors I will give a special
thank you to gigabyte for color coding
00:54:10,150 --> 00:54:10,160
thank you to gigabyte for color coding
00:54:10,160 --> 00:54:12,630
thank you to gigabyte for color coding
these a lot of motherboards over the
00:54:12,630 --> 00:54:12,640
these a lot of motherboards over the
00:54:12,640 --> 00:54:15,829
these a lot of motherboards over the
years have had no easy way to see what's
00:54:15,829 --> 00:54:15,839
years have had no easy way to see what's
00:54:15,839 --> 00:54:17,789
years have had no easy way to see what's
up so these are a bunch of individual
00:54:17,789 --> 00:54:17,799
up so these are a bunch of individual
00:54:17,799 --> 00:54:19,190
up so these are a bunch of individual
connectors again I'll show you when we
00:54:19,190 --> 00:54:19,200
connectors again I'll show you when we
00:54:19,200 --> 00:54:20,870
connectors again I'll show you when we
actually install it later but just to to
00:54:20,870 --> 00:54:20,880
actually install it later but just to to
00:54:20,880 --> 00:54:22,549
actually install it later but just to to
know where they are these are individual
00:54:22,549 --> 00:54:22,559
know where they are these are individual
00:54:22,559 --> 00:54:23,990
know where they are these are individual
connectors for lots of random bits and
00:54:23,990 --> 00:54:24,000
connectors for lots of random bits and
00:54:24,000 --> 00:54:25,549
connectors for lots of random bits and
Bobs on your case these are things like
00:54:25,549 --> 00:54:25,559
Bobs on your case these are things like
00:54:25,559 --> 00:54:27,710
Bobs on your case these are things like
your power button the reset button your
00:54:27,710 --> 00:54:27,720
your power button the reset button your
00:54:27,720 --> 00:54:30,230
your power button the reset button your
hard drive LED just lots of little bits
00:54:30,230 --> 00:54:30,240
hard drive LED just lots of little bits
00:54:30,240 --> 00:54:31,870
hard drive LED just lots of little bits
and Bobs that you are going to want to
00:54:31,870 --> 00:54:31,880
and Bobs that you are going to want to
00:54:31,880 --> 00:54:33,710
and Bobs that you are going to want to
use if you look closely this one is
00:54:33,710 --> 00:54:33,720
use if you look closely this one is
00:54:33,720 --> 00:54:35,589
use if you look closely this one is
nicely labeled so you see our power LED
00:54:35,589 --> 00:54:35,599
nicely labeled so you see our power LED
00:54:35,599 --> 00:54:38,150
nicely labeled so you see our power LED
hard drive reset yada yada yada it's
00:54:38,150 --> 00:54:38,160
hard drive reset yada yada yada it's
00:54:38,160 --> 00:54:41,030
hard drive reset yada yada yada it's
very nice to have this right here um if
00:54:41,030 --> 00:54:41,040
very nice to have this right here um if
00:54:41,040 --> 00:54:42,829
very nice to have this right here um if
you don't have a nice little Legend to
00:54:42,829 --> 00:54:42,839
you don't have a nice little Legend to
00:54:42,839 --> 00:54:44,589
you don't have a nice little Legend to
show you what everything is you can
00:54:44,589 --> 00:54:44,599
show you what everything is you can
00:54:44,599 --> 00:54:46,349
show you what everything is you can
always look at your motherboard manual
00:54:46,349 --> 00:54:46,359
always look at your motherboard manual
00:54:46,359 --> 00:54:47,829
always look at your motherboard manual
and it will give you the pen outs again
00:54:47,829 --> 00:54:47,839
and it will give you the pen outs again
00:54:47,839 --> 00:54:49,309
and it will give you the pen outs again
I'll explain this later just pointing
00:54:49,309 --> 00:54:49,319
I'll explain this later just pointing
00:54:49,319 --> 00:54:51,190
I'll explain this later just pointing
out where it is right now we also have
00:54:51,190 --> 00:54:51,200
out where it is right now we also have
00:54:51,200 --> 00:54:53,150
out where it is right now we also have
another fan header here and a couple of
00:54:53,150 --> 00:54:53,160
another fan header here and a couple of
00:54:53,160 --> 00:54:57,069
another fan header here and a couple of
USB 2.0 so if you have a case it has USB
00:54:57,069 --> 00:54:57,079
USB 2.0 so if you have a case it has USB
00:54:57,079 --> 00:54:59,190
USB 2.0 so if you have a case it has USB
2.0 ports instead of or in addition to
00:54:59,190 --> 00:54:59,200
2.0 ports instead of or in addition to
00:54:59,200 --> 00:55:02,030
2.0 ports instead of or in addition to
USB 3 ports you plug these in here these
00:55:02,030 --> 00:55:02,040
USB 3 ports you plug these in here these
00:55:02,040 --> 00:55:02,829
USB 3 ports you plug these in here these
days though they're actually a little
00:55:02,829 --> 00:55:02,839
days though they're actually a little
00:55:02,839 --> 00:55:04,589
days though they're actually a little
bit more common for use in sort of
00:55:04,589 --> 00:55:04,599
bit more common for use in sort of
00:55:04,599 --> 00:55:06,710
bit more common for use in sort of
internal things so for example sometimes
00:55:06,710 --> 00:55:06,720
internal things so for example sometimes
00:55:06,720 --> 00:55:08,470
internal things so for example sometimes
like a all-in-one pump will actually
00:55:08,470 --> 00:55:08,480
like a all-in-one pump will actually
00:55:08,480 --> 00:55:10,309
like a all-in-one pump will actually
have a USB 2.0 header that you'll plug
00:55:10,309 --> 00:55:10,319
have a USB 2.0 header that you'll plug
00:55:10,319 --> 00:55:12,870
have a USB 2.0 header that you'll plug
into uh it just depends but this board
00:55:12,870 --> 00:55:12,880
into uh it just depends but this board
00:55:12,880 --> 00:55:14,470
into uh it just depends but this board
has two of them you may not need them
00:55:14,470 --> 00:55:14,480
has two of them you may not need them
00:55:14,480 --> 00:55:16,510
has two of them you may not need them
based on the build sometimes you use one
00:55:16,510 --> 00:55:16,520
based on the build sometimes you use one
00:55:16,520 --> 00:55:18,109
based on the build sometimes you use one
sometimes you use both and then there's
00:55:18,109 --> 00:55:18,119
sometimes you use both and then there's
00:55:18,119 --> 00:55:19,270
sometimes you use both and then there's
a couple of other things that are not
00:55:19,270 --> 00:55:19,280
a couple of other things that are not
00:55:19,280 --> 00:55:20,990
a couple of other things that are not
super important we have like our audio
00:55:20,990 --> 00:55:21,000
super important we have like our audio
00:55:21,000 --> 00:55:22,549
super important we have like our audio
which I will explain in a minute but
00:55:22,549 --> 00:55:22,559
which I will explain in a minute but
00:55:22,559 --> 00:55:25,309
which I will explain in a minute but
honestly that's the most important
00:55:25,309 --> 00:55:25,319
honestly that's the most important
00:55:25,319 --> 00:55:27,230
honestly that's the most important
things on this board the only other
00:55:27,230 --> 00:55:27,240
things on this board the only other
00:55:27,240 --> 00:55:28,470
things on this board the only other
thing I'm going to mention now before we
00:55:28,470 --> 00:55:28,480
thing I'm going to mention now before we
00:55:28,480 --> 00:55:30,230
thing I'm going to mention now before we
actually start building here is over
00:55:30,230 --> 00:55:30,240
actually start building here is over
00:55:30,240 --> 00:55:32,750
actually start building here is over
here on the backside this is our IO
00:55:32,750 --> 00:55:32,760
here on the backside this is our IO
00:55:32,760 --> 00:55:34,510
here on the backside this is our IO
Shield so this is basically all of the
00:55:34,510 --> 00:55:34,520
Shield so this is basically all of the
00:55:34,520 --> 00:55:35,870
Shield so this is basically all of the
ports that are going to be poking out
00:55:35,870 --> 00:55:35,880
ports that are going to be poking out
00:55:35,880 --> 00:55:37,309
ports that are going to be poking out
the back of the case so you look at the
00:55:37,309 --> 00:55:37,319
the back of the case so you look at the
00:55:37,319 --> 00:55:38,470
the back of the case so you look at the
back of the case you see this little
00:55:38,470 --> 00:55:38,480
back of the case you see this little
00:55:38,480 --> 00:55:40,710
back of the case you see this little
slot here this is where the io Shield
00:55:40,710 --> 00:55:40,720
slot here this is where the io Shield
00:55:40,720 --> 00:55:42,150
slot here this is where the io Shield
goes so all of these ports are
00:55:42,150 --> 00:55:42,160
goes so all of these ports are
00:55:42,160 --> 00:55:43,750
goes so all of these ports are
accessible to you on the outside of the
00:55:43,750 --> 00:55:43,760
accessible to you on the outside of the
00:55:43,760 --> 00:55:45,910
accessible to you on the outside of the
system and uh again every board is going
00:55:45,910 --> 00:55:45,920
system and uh again every board is going
00:55:45,920 --> 00:55:48,029
system and uh again every board is going
to be a little different um the nice
00:55:48,029 --> 00:55:48,039
to be a little different um the nice
00:55:48,039 --> 00:55:49,750
to be a little different um the nice
thing about this board and most
00:55:49,750 --> 00:55:49,760
thing about this board and most
00:55:49,760 --> 00:55:51,430
thing about this board and most
relatively high-end boards is that this
00:55:51,430 --> 00:55:51,440
relatively high-end boards is that this
00:55:51,440 --> 00:55:52,990
relatively high-end boards is that this
is actually already one piece if you're
00:55:52,990 --> 00:55:53,000
is actually already one piece if you're
00:55:53,000 --> 00:55:53,870
is actually already one piece if you're
getting a little bit more of an
00:55:53,870 --> 00:55:53,880
getting a little bit more of an
00:55:53,880 --> 00:55:55,750
getting a little bit more of an
affordable board this little metal piece
00:55:55,750 --> 00:55:55,760
affordable board this little metal piece
00:55:55,760 --> 00:55:57,510
affordable board this little metal piece
will actually come separately usually in
00:55:57,510 --> 00:55:57,520
will actually come separately usually in
00:55:57,520 --> 00:55:59,510
will actually come separately usually in
the actual box itself so you'll need to
00:55:59,510 --> 00:55:59,520
the actual box itself so you'll need to
00:55:59,520 --> 00:56:01,950
the actual box itself so you'll need to
click that into the actual case I'll
00:56:01,950 --> 00:56:01,960
click that into the actual case I'll
00:56:01,960 --> 00:56:03,109
click that into the actual case I'll
tell you it's really nice when it's
00:56:03,109 --> 00:56:03,119
tell you it's really nice when it's
00:56:03,119 --> 00:56:04,349
tell you it's really nice when it's
already installed here on your
00:56:04,349 --> 00:56:04,359
already installed here on your
00:56:04,359 --> 00:56:05,349
already installed here on your
motherboard because you just need to
00:56:05,349 --> 00:56:05,359
motherboard because you just need to
00:56:05,359 --> 00:56:07,270
motherboard because you just need to
slide it right in um but you can see
00:56:07,270 --> 00:56:07,280
slide it right in um but you can see
00:56:07,280 --> 00:56:08,829
slide it right in um but you can see
here we've got a bunch of ports so we
00:56:08,829 --> 00:56:08,839
here we've got a bunch of ports so we
00:56:08,839 --> 00:56:12,630
here we've got a bunch of ports so we
have our Wi-Fi USB PS2 ethernet you name
00:56:12,630 --> 00:56:12,640
have our Wi-Fi USB PS2 ethernet you name
00:56:12,640 --> 00:56:15,190
have our Wi-Fi USB PS2 ethernet you name
it it's all on here it's really easy
00:56:15,190 --> 00:56:15,200
it it's all on here it's really easy
00:56:15,200 --> 00:56:17,069
it it's all on here it's really easy
that my friends I'm forgetting something
00:56:17,069 --> 00:56:17,079
that my friends I'm forgetting something
00:56:17,079 --> 00:56:18,670
that my friends I'm forgetting something
is pretty much everything we have on the
00:56:18,670 --> 00:56:18,680
is pretty much everything we have on the
00:56:18,680 --> 00:56:19,870
is pretty much everything we have on the
board you can see on this one there's
00:56:19,870 --> 00:56:19,880
board you can see on this one there's
00:56:19,880 --> 00:56:21,190
board you can see on this one there's
really nothing on the back so it's going
00:56:21,190 --> 00:56:21,200
really nothing on the back so it's going
00:56:21,200 --> 00:56:23,069
really nothing on the back so it's going
to be mounted directly onto the actual
00:56:23,069 --> 00:56:23,079
to be mounted directly onto the actual
00:56:23,079 --> 00:56:24,710
to be mounted directly onto the actual
case the only other thing I'll mention
00:56:24,710 --> 00:56:24,720
case the only other thing I'll mention
00:56:24,720 --> 00:56:26,510
case the only other thing I'll mention
while I'm here is just the differ
00:56:26,510 --> 00:56:26,520
while I'm here is just the differ
00:56:26,520 --> 00:56:28,630
while I'm here is just the differ
between AMD and Intel sockets for the
00:56:28,630 --> 00:56:28,640
between AMD and Intel sockets for the
00:56:28,640 --> 00:56:31,150
between AMD and Intel sockets for the
CPU since we're using an AMD ryzen 7000
00:56:31,150 --> 00:56:31,160
CPU since we're using an AMD ryzen 7000
00:56:31,160 --> 00:56:33,549
CPU since we're using an AMD ryzen 7000
system it's very straightforward um so
00:56:33,549 --> 00:56:33,559
system it's very straightforward um so
00:56:33,559 --> 00:56:35,589
system it's very straightforward um so
we're going to push this little arm back
00:56:35,589 --> 00:56:35,599
we're going to push this little arm back
00:56:35,599 --> 00:56:36,950
we're going to push this little arm back
just going to unlock it and I'm just
00:56:36,950 --> 00:56:36,960
just going to unlock it and I'm just
00:56:36,960 --> 00:56:38,870
just going to unlock it and I'm just
going to pick this up gently so you'll
00:56:38,870 --> 00:56:38,880
going to pick this up gently so you'll
00:56:38,880 --> 00:56:41,430
going to pick this up gently so you'll
see that there are a ton of little pins
00:56:41,430 --> 00:56:41,440
see that there are a ton of little pins
00:56:41,440 --> 00:56:43,829
see that there are a ton of little pins
on the actual motherboard now I'm going
00:56:43,829 --> 00:56:43,839
on the actual motherboard now I'm going
00:56:43,839 --> 00:56:45,430
on the actual motherboard now I'm going
to give you a word of warning for
00:56:45,430 --> 00:56:45,440
to give you a word of warning for
00:56:45,440 --> 00:56:47,029
to give you a word of warning for
anything when it comes to building your
00:56:47,029 --> 00:56:47,039
anything when it comes to building your
00:56:47,039 --> 00:56:50,510
anything when it comes to building your
computer it would be this don't touch
00:56:50,510 --> 00:56:50,520
computer it would be this don't touch
00:56:50,520 --> 00:56:53,510
computer it would be this don't touch
these pens there's a lot of them they're
00:56:53,510 --> 00:56:53,520
these pens there's a lot of them they're
00:56:53,520 --> 00:56:55,789
these pens there's a lot of them they're
really small and if you're using your
00:56:55,789 --> 00:56:55,799
really small and if you're using your
00:56:55,799 --> 00:56:57,510
really small and if you're using your
screwdriver in this area you're moving
00:56:57,510 --> 00:56:57,520
screwdriver in this area you're moving
00:56:57,520 --> 00:56:58,910
screwdriver in this area you're moving
your finger around you start bending
00:56:58,910 --> 00:56:58,920
your finger around you start bending
00:56:58,920 --> 00:57:00,470
your finger around you start bending
these you're going to be in for a real
00:57:00,470 --> 00:57:00,480
these you're going to be in for a real
00:57:00,480 --> 00:57:04,069
these you're going to be in for a real
bad time very quickly now it's fine if
00:57:04,069 --> 00:57:04,079
bad time very quickly now it's fine if
00:57:04,079 --> 00:57:06,430
bad time very quickly now it's fine if
you're careful but most things in the
00:57:06,430 --> 00:57:06,440
you're careful but most things in the
00:57:06,440 --> 00:57:08,150
you're careful but most things in the
system you can make a little mistake you
00:57:08,150 --> 00:57:08,160
system you can make a little mistake you
00:57:08,160 --> 00:57:09,829
system you can make a little mistake you
can drop something whatever it's fine
00:57:09,829 --> 00:57:09,839
can drop something whatever it's fine
00:57:09,839 --> 00:57:12,430
can drop something whatever it's fine
right you bend some of these pens you
00:57:12,430 --> 00:57:12,440
right you bend some of these pens you
00:57:12,440 --> 00:57:14,910
right you bend some of these pens you
can technically get them back I've done
00:57:14,910 --> 00:57:14,920
can technically get them back I've done
00:57:14,920 --> 00:57:20,190
can technically get them back I've done
it in the past uh but it really really
00:57:20,190 --> 00:57:20,200
it in the past uh but it really really
00:57:20,200 --> 00:57:21,710
it in the past uh but it really really
sucks so I would just give you a for
00:57:21,710 --> 00:57:21,720
sucks so I would just give you a for
00:57:21,720 --> 00:57:24,430
sucks so I would just give you a for
warning be careful with these pens now
00:57:24,430 --> 00:57:24,440
warning be careful with these pens now
00:57:24,440 --> 00:57:26,270
warning be careful with these pens now
this is an am5 socket which looks very
00:57:26,270 --> 00:57:26,280
this is an am5 socket which looks very
00:57:26,280 --> 00:57:27,510
this is an am5 socket which looks very
different because you can see it
00:57:27,510 --> 00:57:27,520
different because you can see it
00:57:27,520 --> 00:57:28,829
different because you can see it
actually has that sort of little slash
00:57:28,829 --> 00:57:28,839
actually has that sort of little slash
00:57:28,839 --> 00:57:30,069
actually has that sort of little slash
in the middle so you can see there's
00:57:30,069 --> 00:57:30,079
in the middle so you can see there's
00:57:30,079 --> 00:57:32,190
in the middle so you can see there's
pens on the top and pens on the bottom
00:57:32,190 --> 00:57:32,200
pens on the top and pens on the bottom
00:57:32,200 --> 00:57:34,789
pens on the top and pens on the bottom
now if you're using an older AMD system
00:57:34,789 --> 00:57:34,799
now if you're using an older AMD system
00:57:34,799 --> 00:57:36,510
now if you're using an older AMD system
so something with an am4 socket for
00:57:36,510 --> 00:57:36,520
so something with an am4 socket for
00:57:36,520 --> 00:57:38,309
so something with an am4 socket for
example there's actually no pens here
00:57:38,309 --> 00:57:38,319
example there's actually no pens here
00:57:38,319 --> 00:57:40,109
example there's actually no pens here
the pins are on the CPU itself so
00:57:40,109 --> 00:57:40,119
the pins are on the CPU itself so
00:57:40,119 --> 00:57:41,670
the pins are on the CPU itself so
instead it's sort of flipped right so
00:57:41,670 --> 00:57:41,680
instead it's sort of flipped right so
00:57:41,680 --> 00:57:43,670
instead it's sort of flipped right so
I'll show you my CPU really quick so on
00:57:43,670 --> 00:57:43,680
I'll show you my CPU really quick so on
00:57:43,680 --> 00:57:45,230
I'll show you my CPU really quick so on
the back side of the CPU there's just a
00:57:45,230 --> 00:57:45,240
the back side of the CPU there's just a
00:57:45,240 --> 00:57:47,190
the back side of the CPU there's just a
bunch of pads that connect to these pens
00:57:47,190 --> 00:57:47,200
bunch of pads that connect to these pens
00:57:47,200 --> 00:57:49,069
bunch of pads that connect to these pens
but on older AMD systems it's reversed
00:57:49,069 --> 00:57:49,079
but on older AMD systems it's reversed
00:57:49,079 --> 00:57:51,230
but on older AMD systems it's reversed
so you would have pens on the CPU pads
00:57:51,230 --> 00:57:51,240
so you would have pens on the CPU pads
00:57:51,240 --> 00:57:53,750
so you would have pens on the CPU pads
on the actual motherboard same concept
00:57:53,750 --> 00:57:53,760
on the actual motherboard same concept
00:57:53,760 --> 00:57:55,549
on the actual motherboard same concept
there are little pens there don't touch
00:57:55,549 --> 00:57:55,559
there are little pens there don't touch
00:57:55,559 --> 00:57:57,150
there are little pens there don't touch
them don't mess them up or you're going
00:57:57,150 --> 00:57:57,160
them don't mess them up or you're going
00:57:57,160 --> 00:57:58,910
them don't mess them up or you're going
to be in a world of hurt so that's just
00:57:58,910 --> 00:57:58,920
to be in a world of hurt so that's just
00:57:58,920 --> 00:58:01,270
to be in a world of hurt so that's just
a little heads up um Intel motherboards
00:58:01,270 --> 00:58:01,280
a little heads up um Intel motherboards
00:58:01,280 --> 00:58:02,430
a little heads up um Intel motherboards
are very similar it looks a little
00:58:02,430 --> 00:58:02,440
are very similar it looks a little
00:58:02,440 --> 00:58:03,750
are very similar it looks a little
different than this but the pens are on
00:58:03,750 --> 00:58:03,760
different than this but the pens are on
00:58:03,760 --> 00:58:05,870
different than this but the pens are on
the board itself so just please be
00:58:05,870 --> 00:58:05,880
the board itself so just please be
00:58:05,880 --> 00:58:07,309
the board itself so just please be
careful I'll show you how to install the
00:58:07,309 --> 00:58:07,319
careful I'll show you how to install the
00:58:07,319 --> 00:58:09,630
careful I'll show you how to install the
CPU in a second but just if you mess
00:58:09,630 --> 00:58:09,640
CPU in a second but just if you mess
00:58:09,640 --> 00:58:13,230
CPU in a second but just if you mess
these pens up you're going to not you
00:58:13,230 --> 00:58:13,240
these pens up you're going to not you
00:58:13,240 --> 00:58:14,630
these pens up you're going to not you
can try to fix them but it's really hard
00:58:14,630 --> 00:58:14,640
can try to fix them but it's really hard
00:58:14,640 --> 00:58:16,589
can try to fix them but it's really hard
you may need to actually swap out your
00:58:16,589 --> 00:58:16,599
you may need to actually swap out your
00:58:16,599 --> 00:58:19,029
you may need to actually swap out your
board so that's a word of warning my
00:58:19,029 --> 00:58:19,039
board so that's a word of warning my
00:58:19,039 --> 00:58:21,589
board so that's a word of warning my
friends be careful with pens they're
00:58:21,589 --> 00:58:21,599
friends be careful with pens they're
00:58:21,599 --> 00:58:24,190
friends be careful with pens they're
sharp and importantly a huge pain to put
00:58:24,190 --> 00:58:24,200
sharp and importantly a huge pain to put
00:58:24,200 --> 00:58:26,829
sharp and importantly a huge pain to put
back in place it is time to to install
00:58:26,829 --> 00:58:26,839
back in place it is time to to install
00:58:26,839 --> 00:58:30,829
back in place it is time to to install
our CPU now again I'm using a ryzen 7000
00:58:30,829 --> 00:58:30,839
our CPU now again I'm using a ryzen 7000
00:58:30,839 --> 00:58:33,109
our CPU now again I'm using a ryzen 7000
series processor installing pretty much
00:58:33,109 --> 00:58:33,119
series processor installing pretty much
00:58:33,119 --> 00:58:35,230
series processor installing pretty much
every CPU is the exact same so there's
00:58:35,230 --> 00:58:35,240
every CPU is the exact same so there's
00:58:35,240 --> 00:58:36,990
every CPU is the exact same so there's
slight variations as far as when you
00:58:36,990 --> 00:58:37,000
slight variations as far as when you
00:58:37,000 --> 00:58:38,470
slight variations as far as when you
actually go to install them like how
00:58:38,470 --> 00:58:38,480
actually go to install them like how
00:58:38,480 --> 00:58:40,750
actually go to install them like how
they're like melted and stuff but it's a
00:58:40,750 --> 00:58:40,760
they're like melted and stuff but it's a
00:58:40,760 --> 00:58:43,549
they're like melted and stuff but it's a
very very similar process so I'm going
00:58:43,549 --> 00:58:43,559
very very similar process so I'm going
00:58:43,559 --> 00:58:45,990
very very similar process so I'm going
to take this out of the box now because
00:58:45,990 --> 00:58:46,000
to take this out of the box now because
00:58:46,000 --> 00:58:47,910
to take this out of the box now because
this is a ryzen 7 a little bit more of a
00:58:47,910 --> 00:58:47,920
this is a ryzen 7 a little bit more of a
00:58:47,920 --> 00:58:49,470
this is a ryzen 7 a little bit more of a
higher end chip that's all I've got in
00:58:49,470 --> 00:58:49,480
higher end chip that's all I've got in
00:58:49,480 --> 00:58:51,990
higher end chip that's all I've got in
the box so if I had a lower-end chip it
00:58:51,990 --> 00:58:52,000
the box so if I had a lower-end chip it
00:58:52,000 --> 00:58:53,230
the box so if I had a lower-end chip it
would typically come with the stock
00:58:53,230 --> 00:58:53,240
would typically come with the stock
00:58:53,240 --> 00:58:54,910
would typically come with the stock
cooler and like I mentioned earlier
00:58:54,910 --> 00:58:54,920
cooler and like I mentioned earlier
00:58:54,920 --> 00:58:57,549
cooler and like I mentioned earlier
those stock coolers are to totally fine
00:58:57,549 --> 00:58:57,559
those stock coolers are to totally fine
00:58:57,559 --> 00:58:58,990
those stock coolers are to totally fine
but when you get the higher end chip it
00:58:58,990 --> 00:58:59,000
but when you get the higher end chip it
00:58:59,000 --> 00:59:01,150
but when you get the higher end chip it
comes in a smaller box and only the CPU
00:59:01,150 --> 00:59:01,160
comes in a smaller box and only the CPU
00:59:01,160 --> 00:59:02,430
comes in a smaller box and only the CPU
it's like when you buy a phone and it
00:59:02,430 --> 00:59:02,440
it's like when you buy a phone and it
00:59:02,440 --> 00:59:04,069
it's like when you buy a phone and it
doesn't come with power cable anymore
00:59:04,069 --> 00:59:04,079
doesn't come with power cable anymore
00:59:04,079 --> 00:59:06,950
doesn't come with power cable anymore
even though youve paid $1,000 for
00:59:06,950 --> 00:59:06,960
even though youve paid $1,000 for
00:59:06,960 --> 00:59:09,390
even though youve paid $1,000 for
it you know who you are so we're going
00:59:09,390 --> 00:59:09,400
it you know who you are so we're going
00:59:09,400 --> 00:59:11,870
it you know who you are so we're going
to open up this little plastic clamshell
00:59:11,870 --> 00:59:11,880
to open up this little plastic clamshell
00:59:11,880 --> 00:59:15,230
to open up this little plastic clamshell
now when it comes to uh CPU this is a
00:59:15,230 --> 00:59:15,240
now when it comes to uh CPU this is a
00:59:15,240 --> 00:59:17,150
now when it comes to uh CPU this is a
little bit sensitive it's not too bad um
00:59:17,150 --> 00:59:17,160
little bit sensitive it's not too bad um
00:59:17,160 --> 00:59:18,589
little bit sensitive it's not too bad um
you do need to be a bit careful if this
00:59:18,589 --> 00:59:18,599
you do need to be a bit careful if this
00:59:18,599 --> 00:59:21,069
you do need to be a bit careful if this
is an older AMD chip so again like a
00:59:21,069 --> 00:59:21,079
is an older AMD chip so again like a
00:59:21,079 --> 00:59:23,789
is an older AMD chip so again like a
ryzen 5000 and am4 Chip be careful
00:59:23,789 --> 00:59:23,799
ryzen 5000 and am4 Chip be careful
00:59:23,799 --> 00:59:25,349
ryzen 5000 and am4 Chip be careful
because that has pens on the bottom this
00:59:25,349 --> 00:59:25,359
because that has pens on the bottom this
00:59:25,359 --> 00:59:26,950
because that has pens on the bottom this
does not so if I flip it over here
00:59:26,950 --> 00:59:26,960
does not so if I flip it over here
00:59:26,960 --> 00:59:29,309
does not so if I flip it over here
you'll see that on the bottom of the
00:59:29,309 --> 00:59:29,319
you'll see that on the bottom of the
00:59:29,319 --> 00:59:31,549
you'll see that on the bottom of the
chip they're all of our little pads so
00:59:31,549 --> 00:59:31,559
chip they're all of our little pads so
00:59:31,559 --> 00:59:33,270
chip they're all of our little pads so
this is what makes contact with all the
00:59:33,270 --> 00:59:33,280
this is what makes contact with all the
00:59:33,280 --> 00:59:34,829
this is what makes contact with all the
pins on the motherboard you don't want
00:59:34,829 --> 00:59:34,839
pins on the motherboard you don't want
00:59:34,839 --> 00:59:37,069
pins on the motherboard you don't want
to touch these but it's not super super
00:59:37,069 --> 00:59:37,079
to touch these but it's not super super
00:59:37,079 --> 00:59:38,950
to touch these but it's not super super
critical like you're not going to I mean
00:59:38,950 --> 00:59:38,960
critical like you're not going to I mean
00:59:38,960 --> 00:59:40,109
critical like you're not going to I mean
it's fine just don't get it dirty and
00:59:40,109 --> 00:59:40,119
it's fine just don't get it dirty and
00:59:40,119 --> 00:59:41,710
it's fine just don't get it dirty and
it's all right um now you'll see that
00:59:41,710 --> 00:59:41,720
it's all right um now you'll see that
00:59:41,720 --> 00:59:44,069
it's all right um now you'll see that
with ryen 7000 it has this sort of
00:59:44,069 --> 00:59:44,079
with ryen 7000 it has this sort of
00:59:44,079 --> 00:59:45,510
with ryen 7000 it has this sort of
interesting design where it almost looks
00:59:45,510 --> 00:59:45,520
interesting design where it almost looks
00:59:45,520 --> 00:59:48,990
interesting design where it almost looks
like a crown um most chips will look
00:59:48,990 --> 00:59:49,000
like a crown um most chips will look
00:59:49,000 --> 00:59:51,109
like a crown um most chips will look
vaguely similar so if this was an Intel
00:59:51,109 --> 00:59:51,119
vaguely similar so if this was an Intel
00:59:51,119 --> 00:59:52,390
vaguely similar so if this was an Intel
CPU it would actually be a little bit
00:59:52,390 --> 00:59:52,400
CPU it would actually be a little bit
00:59:52,400 --> 00:59:54,190
CPU it would actually be a little bit
taller and if you're with a like an
00:59:54,190 --> 00:59:54,200
taller and if you're with a like an
00:59:54,200 --> 00:59:55,589
taller and if you're with a like an
older am4 it would be a little bit
00:59:55,589 --> 00:59:55,599
older am4 it would be a little bit
00:59:55,599 --> 00:59:57,309
older am4 it would be a little bit
flatter a little bit more boring but
00:59:57,309 --> 00:59:57,319
flatter a little bit more boring but
00:59:57,319 --> 00:59:59,390
flatter a little bit more boring but
again pretty much every CPU is going to
00:59:59,390 --> 00:59:59,400
again pretty much every CPU is going to
00:59:59,400 --> 01:00:01,630
again pretty much every CPU is going to
look quite similar and installing them
01:00:01,630 --> 01:00:01,640
look quite similar and installing them
01:00:01,640 --> 01:00:03,510
look quite similar and installing them
is also basically the same sort of thing
01:00:03,510 --> 01:00:03,520
is also basically the same sort of thing
01:00:03,520 --> 01:00:04,670
is also basically the same sort of thing
so I've already done it here but you can
01:00:04,670 --> 01:00:04,680
so I've already done it here but you can
01:00:04,680 --> 01:00:06,390
so I've already done it here but you can
see that when you get the motherboard
01:00:06,390 --> 01:00:06,400
see that when you get the motherboard
01:00:06,400 --> 01:00:08,630
see that when you get the motherboard
you will want to push down the arm so
01:00:08,630 --> 01:00:08,640
you will want to push down the arm so
01:00:08,640 --> 01:00:09,910
you will want to push down the arm so
it's either on this side or this side
01:00:09,910 --> 01:00:09,920
it's either on this side or this side
01:00:09,920 --> 01:00:11,470
it's either on this side or this side
depending on which socket you've got you
01:00:11,470 --> 01:00:11,480
depending on which socket you've got you
01:00:11,480 --> 01:00:13,670
depending on which socket you've got you
want to pull it back and then gently
01:00:13,670 --> 01:00:13,680
want to pull it back and then gently
01:00:13,680 --> 01:00:16,069
want to pull it back and then gently
we're going to lift up the little lid so
01:00:16,069 --> 01:00:16,079
we're going to lift up the little lid so
01:00:16,079 --> 01:00:17,430
we're going to lift up the little lid so
I've already taken off this little
01:00:17,430 --> 01:00:17,440
I've already taken off this little
01:00:17,440 --> 01:00:18,990
I've already taken off this little
plastic protector you can actually leave
01:00:18,990 --> 01:00:19,000
plastic protector you can actually leave
01:00:19,000 --> 01:00:20,950
plastic protector you can actually leave
it on because it's designed to pop Loose
01:00:20,950 --> 01:00:20,960
it on because it's designed to pop Loose
01:00:20,960 --> 01:00:22,390
it on because it's designed to pop Loose
as you close it down but I just pull
01:00:22,390 --> 01:00:22,400
as you close it down but I just pull
01:00:22,400 --> 01:00:23,309
as you close it down but I just pull
this off so we get a little bit of a
01:00:23,309 --> 01:00:23,319
this off so we get a little bit of a
01:00:23,319 --> 01:00:25,470
this off so we get a little bit of a
clearer shot now when it comes to
01:00:25,470 --> 01:00:25,480
clearer shot now when it comes to
01:00:25,480 --> 01:00:28,589
clearer shot now when it comes to
installing the CPU on am5 it is very
01:00:28,589 --> 01:00:28,599
installing the CPU on am5 it is very
01:00:28,599 --> 01:00:31,270
installing the CPU on am5 it is very
very simple so not only are there a
01:00:31,270 --> 01:00:31,280
very simple so not only are there a
01:00:31,280 --> 01:00:32,549
very simple so not only are there a
couple of notches you'll see there's a
01:00:32,549 --> 01:00:32,559
couple of notches you'll see there's a
01:00:32,559 --> 01:00:34,069
couple of notches you'll see there's a
notch on top and bottom which
01:00:34,069 --> 01:00:34,079
notch on top and bottom which
01:00:34,079 --> 01:00:35,870
notch on top and bottom which
corresponds to a notch on top and bottom
01:00:35,870 --> 01:00:35,880
corresponds to a notch on top and bottom
01:00:35,880 --> 01:00:37,990
corresponds to a notch on top and bottom
of the CPU but it's especially easy
01:00:37,990 --> 01:00:38,000
of the CPU but it's especially easy
01:00:38,000 --> 01:00:39,710
of the CPU but it's especially easy
because if you flip it over you'll see
01:00:39,710 --> 01:00:39,720
because if you flip it over you'll see
01:00:39,720 --> 01:00:41,470
because if you flip it over you'll see
that there is that little line right so
01:00:41,470 --> 01:00:41,480
that there is that little line right so
01:00:41,480 --> 01:00:42,789
that there is that little line right so
we have the top and the bottom of the
01:00:42,789 --> 01:00:42,799
we have the top and the bottom of the
01:00:42,799 --> 01:00:45,349
we have the top and the bottom of the
chip that line denotes top and bottom on
01:00:45,349 --> 01:00:45,359
chip that line denotes top and bottom on
01:00:45,359 --> 01:00:47,549
chip that line denotes top and bottom on
both the actual socket and the CPU so
01:00:47,549 --> 01:00:47,559
both the actual socket and the CPU so
01:00:47,559 --> 01:00:49,710
both the actual socket and the CPU so
this is super simple if you're using
01:00:49,710 --> 01:00:49,720
this is super simple if you're using
01:00:49,720 --> 01:00:51,710
this is super simple if you're using
Intel or an older AMD you're going to
01:00:51,710 --> 01:00:51,720
Intel or an older AMD you're going to
01:00:51,720 --> 01:00:53,870
Intel or an older AMD you're going to
want to go by the little notches so
01:00:53,870 --> 01:00:53,880
want to go by the little notches so
01:00:53,880 --> 01:00:55,029
want to go by the little notches so
there'll be notches on the left or the
01:00:55,029 --> 01:00:55,039
there'll be notches on the left or the
01:00:55,039 --> 01:00:56,670
there'll be notches on the left or the
right or the top the bottom and you'll
01:00:56,670 --> 01:00:56,680
right or the top the bottom and you'll
01:00:56,680 --> 01:00:58,630
right or the top the bottom and you'll
also see that with this and most CPUs
01:00:58,630 --> 01:00:58,640
also see that with this and most CPUs
01:00:58,640 --> 01:00:59,870
also see that with this and most CPUs
there's going to be a little gold
01:00:59,870 --> 01:00:59,880
there's going to be a little gold
01:00:59,880 --> 01:01:02,150
there's going to be a little gold
triangle that gold triangle will also
01:01:02,150 --> 01:01:02,160
triangle that gold triangle will also
01:01:02,160 --> 01:01:04,349
triangle that gold triangle will also
denote the little triangle on the socket
01:01:04,349 --> 01:01:04,359
denote the little triangle on the socket
01:01:04,359 --> 01:01:05,990
denote the little triangle on the socket
so there's a number of ways to double
01:01:05,990 --> 01:01:06,000
so there's a number of ways to double
01:01:06,000 --> 01:01:08,950
so there's a number of ways to double
check but just make sure that it lines
01:01:08,950 --> 01:01:08,960
check but just make sure that it lines
01:01:08,960 --> 01:01:11,430
check but just make sure that it lines
up correctly when we drop this in we're
01:01:11,430 --> 01:01:11,440
up correctly when we drop this in we're
01:01:11,440 --> 01:01:14,029
up correctly when we drop this in we're
going to gently place it if you go to
01:01:14,029 --> 01:01:14,039
going to gently place it if you go to
01:01:14,039 --> 01:01:17,870
going to gently place it if you go to
put your CPU in and it fights you at all
01:01:17,870 --> 01:01:17,880
put your CPU in and it fights you at all
01:01:17,880 --> 01:01:20,190
put your CPU in and it fights you at all
stop that's not good it's supposed to
01:01:20,190 --> 01:01:20,200
stop that's not good it's supposed to
01:01:20,200 --> 01:01:24,069
stop that's not good it's supposed to
gently rest into place okay so scary
01:01:24,069 --> 01:01:24,079
gently rest into place okay so scary
01:01:24,079 --> 01:01:25,950
gently rest into place okay so scary
it's probably the only part of the
01:01:25,950 --> 01:01:25,960
it's probably the only part of the
01:01:25,960 --> 01:01:28,150
it's probably the only part of the
system that is actually a real danger
01:01:28,150 --> 01:01:28,160
system that is actually a real danger
01:01:28,160 --> 01:01:31,029
system that is actually a real danger
but it's totally fine so to install the
01:01:31,029 --> 01:01:31,039
but it's totally fine so to install the
01:01:31,039 --> 01:01:33,510
but it's totally fine so to install the
CPU very simple hold it by the corners
01:01:33,510 --> 01:01:33,520
CPU very simple hold it by the corners
01:01:33,520 --> 01:01:34,990
CPU very simple hold it by the corners
trying to touch that bottom just good
01:01:34,990 --> 01:01:35,000
trying to touch that bottom just good
01:01:35,000 --> 01:01:37,029
trying to touch that bottom just good
general rule of thumb we're going to
01:01:37,029 --> 01:01:37,039
general rule of thumb we're going to
01:01:37,039 --> 01:01:39,870
general rule of thumb we're going to
line it up with our actual socket making
01:01:39,870 --> 01:01:39,880
line it up with our actual socket making
01:01:39,880 --> 01:01:41,270
line it up with our actual socket making
sure that it is lined up correctly with
01:01:41,270 --> 01:01:41,280
sure that it is lined up correctly with
01:01:41,280 --> 01:01:42,630
sure that it is lined up correctly with
those notches and we're going to gently
01:01:42,630 --> 01:01:42,640
those notches and we're going to gently
01:01:42,640 --> 01:01:46,150
those notches and we're going to gently
let go of it tada that's it you see how
01:01:46,150 --> 01:01:46,160
let go of it tada that's it you see how
01:01:46,160 --> 01:01:49,270
let go of it tada that's it you see how
it just rests very very seamlessly here
01:01:49,270 --> 01:01:49,280
it just rests very very seamlessly here
01:01:49,280 --> 01:01:51,670
it just rests very very seamlessly here
again if you going to put that in there
01:01:51,670 --> 01:01:51,680
again if you going to put that in there
01:01:51,680 --> 01:01:54,269
again if you going to put that in there
and it doesn't feel right don't Wiggle
01:01:54,269 --> 01:01:54,279
and it doesn't feel right don't Wiggle
01:01:54,279 --> 01:01:56,349
and it doesn't feel right don't Wiggle
It Don't Force It
01:01:56,349 --> 01:01:56,359
It Don't Force It
01:01:56,359 --> 01:01:58,670
It Don't Force It
gently pick it up visually inspect that
01:01:58,670 --> 01:01:58,680
gently pick it up visually inspect that
01:01:58,680 --> 01:02:00,109
gently pick it up visually inspect that
The Notches are lined up and everything
01:02:00,109 --> 01:02:00,119
The Notches are lined up and everything
01:02:00,119 --> 01:02:01,829
The Notches are lined up and everything
is fine as you can see it just rests
01:02:01,829 --> 01:02:01,839
is fine as you can see it just rests
01:02:01,839 --> 01:02:04,109
is fine as you can see it just rests
completely fine once you know that it is
01:02:04,109 --> 01:02:04,119
completely fine once you know that it is
01:02:04,119 --> 01:02:05,269
completely fine once you know that it is
in here you can put your finger out you
01:02:05,269 --> 01:02:05,279
in here you can put your finger out you
01:02:05,279 --> 01:02:06,470
in here you can put your finger out you
just give a little wiggle just to make
01:02:06,470 --> 01:02:06,480
just give a little wiggle just to make
01:02:06,480 --> 01:02:09,309
just give a little wiggle just to make
sure totally fine then we're going to
01:02:09,309 --> 01:02:09,319
sure totally fine then we're going to
01:02:09,319 --> 01:02:11,670
sure totally fine then we're going to
take the top of it put it underneath
01:02:11,670 --> 01:02:11,680
take the top of it put it underneath
01:02:11,680 --> 01:02:12,950
take the top of it put it underneath
this little retention so you'll see that
01:02:12,950 --> 01:02:12,960
this little retention so you'll see that
01:02:12,960 --> 01:02:14,390
this little retention so you'll see that
we actually have to make sure it's all
01:02:14,390 --> 01:02:14,400
we actually have to make sure it's all
01:02:14,400 --> 01:02:16,789
we actually have to make sure it's all
the way forced down there and then we
01:02:16,789 --> 01:02:16,799
the way forced down there and then we
01:02:16,799 --> 01:02:18,750
the way forced down there and then we
take this arm and give it some good
01:02:18,750 --> 01:02:18,760
take this arm and give it some good
01:02:18,760 --> 01:02:20,069
take this arm and give it some good
Force it's going to be a little hard to
01:02:20,069 --> 01:02:20,079
Force it's going to be a little hard to
01:02:20,079 --> 01:02:21,510
Force it's going to be a little hard to
put down but don't worry about it it's
01:02:21,510 --> 01:02:21,520
put down but don't worry about it it's
01:02:21,520 --> 01:02:23,269
put down but don't worry about it it's
just a moderate amount of force and
01:02:23,269 --> 01:02:23,279
just a moderate amount of force and
01:02:23,279 --> 01:02:25,910
just a moderate amount of force and
congratulations you have a CPU installed
01:02:25,910 --> 01:02:25,920
congratulations you have a CPU installed
01:02:25,920 --> 01:02:29,029
congratulations you have a CPU installed
in your motherboard that's it it's that
01:02:29,029 --> 01:02:29,039
in your motherboard that's it it's that
01:02:29,039 --> 01:02:30,630
in your motherboard that's it it's that
simple it seems scary there's a lot of
01:02:30,630 --> 01:02:30,640
simple it seems scary there's a lot of
01:02:30,640 --> 01:02:31,750
simple it seems scary there's a lot of
things that could go wrong but as long
01:02:31,750 --> 01:02:31,760
things that could go wrong but as long
01:02:31,760 --> 01:02:33,630
things that could go wrong but as long
as you put the CPU on is lined up
01:02:33,630 --> 01:02:33,640
as you put the CPU on is lined up
01:02:33,640 --> 01:02:35,990
as you put the CPU on is lined up
correctly you put that arm down that's
01:02:35,990 --> 01:02:36,000
correctly you put that arm down that's
01:02:36,000 --> 01:02:37,870
correctly you put that arm down that's
it that is really the most
01:02:37,870 --> 01:02:37,880
it that is really the most
01:02:37,880 --> 01:02:40,269
it that is really the most
nerve-wracking part of any PC build at
01:02:40,269 --> 01:02:40,279
nerve-wracking part of any PC build at
01:02:40,279 --> 01:02:44,109
nerve-wracking part of any PC build at
this point it gets much much less scary
01:02:44,109 --> 01:02:44,119
this point it gets much much less scary
01:02:44,119 --> 01:02:47,269
this point it gets much much less scary
next up let's install our Ram so for
01:02:47,269 --> 01:02:47,279
next up let's install our Ram so for
01:02:47,279 --> 01:02:48,589
next up let's install our Ram so for
this system I'm going to be installing
01:02:48,589 --> 01:02:48,599
this system I'm going to be installing
01:02:48,599 --> 01:02:49,910
this system I'm going to be installing
dual Channel memory which is going to
01:02:49,910 --> 01:02:49,920
dual Channel memory which is going to
01:02:49,920 --> 01:02:53,190
dual Channel memory which is going to
come in two dens so uh to install RAM it
01:02:53,190 --> 01:02:53,200
come in two dens so uh to install RAM it
01:02:53,200 --> 01:02:55,269
come in two dens so uh to install RAM it
is very simple if you've ever worked on
01:02:55,269 --> 01:02:55,279
is very simple if you've ever worked on
01:02:55,279 --> 01:02:57,390
is very simple if you've ever worked on
a PC in the past oar was probably
01:02:57,390 --> 01:02:57,400
a PC in the past oar was probably
01:02:57,400 --> 01:02:58,990
a PC in the past oar was probably
installing RAM so you're hopefully
01:02:58,990 --> 01:02:59,000
installing RAM so you're hopefully
01:02:59,000 --> 01:03:02,230
installing RAM so you're hopefully
familiar but if not so so simple so I'm
01:03:02,230 --> 01:03:02,240
familiar but if not so so simple so I'm
01:03:02,240 --> 01:03:03,230
familiar but if not so so simple so I'm
going to pull it out of the little
01:03:03,230 --> 01:03:03,240
going to pull it out of the little
01:03:03,240 --> 01:03:06,190
going to pull it out of the little
clamshell here um Ram is not super
01:03:06,190 --> 01:03:06,200
clamshell here um Ram is not super
01:03:06,200 --> 01:03:07,309
clamshell here um Ram is not super
fragile you don't have to worry about it
01:03:07,309 --> 01:03:07,319
fragile you don't have to worry about it
01:03:07,319 --> 01:03:09,150
fragile you don't have to worry about it
too much so almost all Ram these days
01:03:09,150 --> 01:03:09,160
too much so almost all Ram these days
01:03:09,160 --> 01:03:10,510
too much so almost all Ram these days
has like a little like metal heat sink
01:03:10,510 --> 01:03:10,520
has like a little like metal heat sink
01:03:10,520 --> 01:03:13,269
has like a little like metal heat sink
which is perfectly safe to hold now it's
01:03:13,269 --> 01:03:13,279
which is perfectly safe to hold now it's
01:03:13,279 --> 01:03:14,789
which is perfectly safe to hold now it's
just a good general rule of thumb you
01:03:14,789 --> 01:03:14,799
just a good general rule of thumb you
01:03:14,799 --> 01:03:16,549
just a good general rule of thumb you
see like little gold contacts on pretty
01:03:16,549 --> 01:03:16,559
see like little gold contacts on pretty
01:03:16,559 --> 01:03:18,990
see like little gold contacts on pretty
much anything don't touch them it's okay
01:03:18,990 --> 01:03:19,000
much anything don't touch them it's okay
01:03:19,000 --> 01:03:20,069
much anything don't touch them it's okay
you just don't want to get them dirty
01:03:20,069 --> 01:03:20,079
you just don't want to get them dirty
01:03:20,079 --> 01:03:21,710
you just don't want to get them dirty
you want to get them like gross or nasty
01:03:21,710 --> 01:03:21,720
you want to get them like gross or nasty
01:03:21,720 --> 01:03:23,309
you want to get them like gross or nasty
or anything so typically it's always
01:03:23,309 --> 01:03:23,319
or anything so typically it's always
01:03:23,319 --> 01:03:25,349
or anything so typically it's always
safe to grab these things by the sides
01:03:25,349 --> 01:03:25,359
safe to grab these things by the sides
01:03:25,359 --> 01:03:27,029
safe to grab these things by the sides
or by I like the little metal shrouds
01:03:27,029 --> 01:03:27,039
or by I like the little metal shrouds
01:03:27,039 --> 01:03:29,190
or by I like the little metal shrouds
but you'll see that I have two sticks of
01:03:29,190 --> 01:03:29,200
but you'll see that I have two sticks of
01:03:29,200 --> 01:03:32,589
but you'll see that I have two sticks of
ddr5 here now I actually have right here
01:03:32,589 --> 01:03:32,599
ddr5 here now I actually have right here
01:03:32,599 --> 01:03:35,349
ddr5 here now I actually have right here
a stick of ddr4 so if you're building a
01:03:35,349 --> 01:03:35,359
a stick of ddr4 so if you're building a
01:03:35,359 --> 01:03:37,069
a stick of ddr4 so if you're building a
system you're going to be using one of
01:03:37,069 --> 01:03:37,079
system you're going to be using one of
01:03:37,079 --> 01:03:39,589
system you're going to be using one of
these types of memory they look almost
01:03:39,589 --> 01:03:39,599
these types of memory they look almost
01:03:39,599 --> 01:03:41,750
these types of memory they look almost
the exact same but importantly they're
01:03:41,750 --> 01:03:41,760
the exact same but importantly they're
01:03:41,760 --> 01:03:43,230
the exact same but importantly they're
not compatible with each other so if
01:03:43,230 --> 01:03:43,240
not compatible with each other so if
01:03:43,240 --> 01:03:45,430
not compatible with each other so if
you're building an Intel system often
01:03:45,430 --> 01:03:45,440
you're building an Intel system often
01:03:45,440 --> 01:03:46,750
you're building an Intel system often
times Intel systems will actually have
01:03:46,750 --> 01:03:46,760
times Intel systems will actually have
01:03:46,760 --> 01:03:49,150
times Intel systems will actually have
an option so the CPUs would support ddr4
01:03:49,150 --> 01:03:49,160
an option so the CPUs would support ddr4
01:03:49,160 --> 01:03:50,910
an option so the CPUs would support ddr4
or ddr5 and it's down to which
01:03:50,910 --> 01:03:50,920
or ddr5 and it's down to which
01:03:50,920 --> 01:03:53,230
or ddr5 and it's down to which
motherboard you get but a motherboard
01:03:53,230 --> 01:03:53,240
motherboard you get but a motherboard
01:03:53,240 --> 01:03:56,029
motherboard you get but a motherboard
will only select one of these two so
01:03:56,029 --> 01:03:56,039
will only select one of these two so
01:03:56,039 --> 01:03:57,630
will only select one of these two so
this board actually says right here and
01:03:57,630 --> 01:03:57,640
this board actually says right here and
01:03:57,640 --> 01:04:00,390
this board actually says right here and
it's RIS 7,000 so you know it's ddr5
01:04:00,390 --> 01:04:00,400
it's RIS 7,000 so you know it's ddr5
01:04:00,400 --> 01:04:01,829
it's RIS 7,000 so you know it's ddr5
same thing is if you buy an Intel board
01:04:01,829 --> 01:04:01,839
same thing is if you buy an Intel board
01:04:01,839 --> 01:04:04,349
same thing is if you buy an Intel board
it will tell you ddr4 ddr5 the main
01:04:04,349 --> 01:04:04,359
it will tell you ddr4 ddr5 the main
01:04:04,359 --> 01:04:06,029
it will tell you ddr4 ddr5 the main
reason I say that is because while they
01:04:06,029 --> 01:04:06,039
reason I say that is because while they
01:04:06,039 --> 01:04:07,990
reason I say that is because while they
look similar they're not the same if I
01:04:07,990 --> 01:04:08,000
look similar they're not the same if I
01:04:08,000 --> 01:04:10,470
look similar they're not the same if I
try to take ddr4 and put in a ddr5 board
01:04:10,470 --> 01:04:10,480
try to take ddr4 and put in a ddr5 board
01:04:10,480 --> 01:04:13,309
try to take ddr4 and put in a ddr5 board
it will not fit and vice versa with ddr5
01:04:13,309 --> 01:04:13,319
it will not fit and vice versa with ddr5
01:04:13,319 --> 01:04:14,950
it will not fit and vice versa with ddr5
the main reason for that put them side
01:04:14,950 --> 01:04:14,960
the main reason for that put them side
01:04:14,960 --> 01:04:17,069
the main reason for that put them side
by side you see there's a little Notch
01:04:17,069 --> 01:04:17,079
by side you see there's a little Notch
01:04:17,079 --> 01:04:19,190
by side you see there's a little Notch
it's about halfway through or so that
01:04:19,190 --> 01:04:19,200
it's about halfway through or so that
01:04:19,200 --> 01:04:21,230
it's about halfway through or so that
Notch is in a different spot for ddr4
01:04:21,230 --> 01:04:21,240
Notch is in a different spot for ddr4
01:04:21,240 --> 01:04:25,109
Notch is in a different spot for ddr4
versus ddr5 that is the only physical
01:04:25,109 --> 01:04:25,119
versus ddr5 that is the only physical
01:04:25,119 --> 01:04:27,029
versus ddr5 that is the only physical
thing stop stopping you from trying to
01:04:27,029 --> 01:04:27,039
thing stop stopping you from trying to
01:04:27,039 --> 01:04:30,309
thing stop stopping you from trying to
make a real bad mistake so if you've
01:04:30,309 --> 01:04:30,319
make a real bad mistake so if you've
01:04:30,319 --> 01:04:31,829
make a real bad mistake so if you've
made it somehow to this point and you're
01:04:31,829 --> 01:04:31,839
made it somehow to this point and you're
01:04:31,839 --> 01:04:34,710
made it somehow to this point and you're
not sure double check that your ddr4
01:04:34,710 --> 01:04:34,720
not sure double check that your ddr4
01:04:34,720 --> 01:04:37,710
not sure double check that your ddr4
ddr5 RAM is correct for your ddr4 or
01:04:37,710 --> 01:04:37,720
ddr5 RAM is correct for your ddr4 or
01:04:37,720 --> 01:04:40,670
ddr5 RAM is correct for your ddr4 or
ddr5 motherboard sounds like it's very
01:04:40,670 --> 01:04:40,680
ddr5 motherboard sounds like it's very
01:04:40,680 --> 01:04:42,910
ddr5 motherboard sounds like it's very
complicated it really isn't if you're
01:04:42,910 --> 01:04:42,920
complicated it really isn't if you're
01:04:42,920 --> 01:04:44,870
complicated it really isn't if you're
building with ryzen 7000 you're
01:04:44,870 --> 01:04:44,880
building with ryzen 7000 you're
01:04:44,880 --> 01:04:46,910
building with ryzen 7000 you're
definitely using ddr5 if you're building
01:04:46,910 --> 01:04:46,920
definitely using ddr5 if you're building
01:04:46,920 --> 01:04:49,029
definitely using ddr5 if you're building
with ryzen 5000 or earlier you're
01:04:49,029 --> 01:04:49,039
with ryzen 5000 or earlier you're
01:04:49,039 --> 01:04:51,150
with ryzen 5000 or earlier you're
definitely using ddr4 if you're building
01:04:51,150 --> 01:04:51,160
definitely using ddr4 if you're building
01:04:51,160 --> 01:04:53,549
definitely using ddr4 if you're building
with Intel it could be either or
01:04:53,549 --> 01:04:53,559
with Intel it could be either or
01:04:53,559 --> 01:04:55,390
with Intel it could be either or
reference what kind of motherboard you
01:04:55,390 --> 01:04:55,400
reference what kind of motherboard you
01:04:55,400 --> 01:04:57,230
reference what kind of motherboard you
have that will tell you what kind of ram
01:04:57,230 --> 01:04:57,240
have that will tell you what kind of ram
01:04:57,240 --> 01:04:58,549
have that will tell you what kind of ram
you need to use but because we're using
01:04:58,549 --> 01:04:58,559
you need to use but because we're using
01:04:58,559 --> 01:05:02,269
you need to use but because we're using
ryzen 7000 it's very straightforward now
01:05:02,269 --> 01:05:02,279
ryzen 7000 it's very straightforward now
01:05:02,279 --> 01:05:03,750
ryzen 7000 it's very straightforward now
regardless of what kind of ram you're
01:05:03,750 --> 01:05:03,760
regardless of what kind of ram you're
01:05:03,760 --> 01:05:06,870
regardless of what kind of ram you're
using installing this is dead simple A2
01:05:06,870 --> 01:05:06,880
using installing this is dead simple A2
01:05:06,880 --> 01:05:09,349
using installing this is dead simple A2
and B2 it says first that is very common
01:05:09,349 --> 01:05:09,359
and B2 it says first that is very common
01:05:09,359 --> 01:05:10,150
and B2 it says first that is very common
so what we're going to do is we're going
01:05:10,150 --> 01:05:10,160
so what we're going to do is we're going
01:05:10,160 --> 01:05:12,109
so what we're going to do is we're going
to pull back these little retention arms
01:05:12,109 --> 01:05:12,119
to pull back these little retention arms
01:05:12,119 --> 01:05:13,549
to pull back these little retention arms
so you'll see you just pull it back on
01:05:13,549 --> 01:05:13,559
so you'll see you just pull it back on
01:05:13,559 --> 01:05:15,630
so you'll see you just pull it back on
one side on the other side we're going
01:05:15,630 --> 01:05:15,640
one side on the other side we're going
01:05:15,640 --> 01:05:17,950
one side on the other side we're going
to do it on slot two and four um some
01:05:17,950 --> 01:05:17,960
to do it on slot two and four um some
01:05:17,960 --> 01:05:19,430
to do it on slot two and four um some
motherboards actually only allow you to
01:05:19,430 --> 01:05:19,440
motherboards actually only allow you to
01:05:19,440 --> 01:05:21,510
motherboards actually only allow you to
open one of the sides if that's the case
01:05:21,510 --> 01:05:21,520
open one of the sides if that's the case
01:05:21,520 --> 01:05:23,230
open one of the sides if that's the case
it's fine but you always at least open
01:05:23,230 --> 01:05:23,240
it's fine but you always at least open
01:05:23,240 --> 01:05:26,230
it's fine but you always at least open
one of them and then with our in hand
01:05:26,230 --> 01:05:26,240
one of them and then with our in hand
01:05:26,240 --> 01:05:27,069
one of them and then with our in hand
what we're going to do is we're going to
01:05:27,069 --> 01:05:27,079
what we're going to do is we're going to
01:05:27,079 --> 01:05:29,789
what we're going to do is we're going to
line it up so uh there's no easy way of
01:05:29,789 --> 01:05:29,799
line it up so uh there's no easy way of
01:05:29,799 --> 01:05:31,789
line it up so uh there's no easy way of
telling which way it is I I'll be honest
01:05:31,789 --> 01:05:31,799
telling which way it is I I'll be honest
01:05:31,799 --> 01:05:33,470
telling which way it is I I'll be honest
just look at the Notch and just sort of
01:05:33,470 --> 01:05:33,480
just look at the Notch and just sort of
01:05:33,480 --> 01:05:35,430
just look at the Notch and just sort of
do a little test fit and see so you'll
01:05:35,430 --> 01:05:35,440
do a little test fit and see so you'll
01:05:35,440 --> 01:05:37,829
do a little test fit and see so you'll
see that does
01:05:37,829 --> 01:05:37,839
see that does
01:05:37,839 --> 01:05:41,269
see that does
fit you'll see that does
01:05:41,269 --> 01:05:41,279
fit you'll see that does
01:05:41,279 --> 01:05:45,150
fit you'll see that does
fit there we go I still put the ram in
01:05:45,150 --> 01:05:45,160
fit there we go I still put the ram in
01:05:45,160 --> 01:05:47,710
fit there we go I still put the ram in
wrong almost every time so you know how
01:05:47,710 --> 01:05:47,720
wrong almost every time so you know how
01:05:47,720 --> 01:05:48,750
wrong almost every time so you know how
I mentioned that you got that little
01:05:48,750 --> 01:05:48,760
I mentioned that you got that little
01:05:48,760 --> 01:05:51,269
I mentioned that you got that little
Notch what's almost halfway but not
01:05:51,269 --> 01:05:51,279
Notch what's almost halfway but not
01:05:51,279 --> 01:05:53,549
Notch what's almost halfway but not
quite and Visually it's hard to tell so
01:05:53,549 --> 01:05:53,559
quite and Visually it's hard to tell so
01:05:53,559 --> 01:05:55,829
quite and Visually it's hard to tell so
what I do every time is I just come a
01:05:55,829 --> 01:05:55,839
what I do every time is I just come a
01:05:55,839 --> 01:05:57,950
what I do every time is I just come a
little lower I line up in the slot
01:05:57,950 --> 01:05:57,960
little lower I line up in the slot
01:05:57,960 --> 01:05:59,230
little lower I line up in the slot
making sure that you have actually
01:05:59,230 --> 01:05:59,240
making sure that you have actually
01:05:59,240 --> 01:06:01,029
making sure that you have actually
opened the correct arm so it's easier to
01:06:01,029 --> 01:06:01,039
opened the correct arm so it's easier to
01:06:01,039 --> 01:06:02,190
opened the correct arm so it's easier to
accidentally like kind of cross it so
01:06:02,190 --> 01:06:02,200
accidentally like kind of cross it so
01:06:02,200 --> 01:06:03,630
accidentally like kind of cross it so
make sure that you've actually got it
01:06:03,630 --> 01:06:03,640
make sure that you've actually got it
01:06:03,640 --> 01:06:05,549
make sure that you've actually got it
slot two slot two right so it's going to
01:06:05,549 --> 01:06:05,559
slot two slot two right so it's going to
01:06:05,559 --> 01:06:08,349
slot two slot two right so it's going to
line up line up here look at where that
01:06:08,349 --> 01:06:08,359
line up line up here look at where that
01:06:08,359 --> 01:06:10,390
line up line up here look at where that
Notch is and you'll see that it matches
01:06:10,390 --> 01:06:10,400
Notch is and you'll see that it matches
01:06:10,400 --> 01:06:12,190
Notch is and you'll see that it matches
up correctly I can now click this into
01:06:12,190 --> 01:06:12,200
up correctly I can now click this into
01:06:12,200 --> 01:06:15,069
up correctly I can now click this into
place if however I roll the dice wrong
01:06:15,069 --> 01:06:15,079
place if however I roll the dice wrong
01:06:15,079 --> 01:06:16,630
place if however I roll the dice wrong
and put it in backwards what you would
01:06:16,630 --> 01:06:16,640
and put it in backwards what you would
01:06:16,640 --> 01:06:18,349
and put it in backwards what you would
see is that that Notch does not line up
01:06:18,349 --> 01:06:18,359
see is that that Notch does not line up
01:06:18,359 --> 01:06:19,990
see is that that Notch does not line up
and this will not go into place right so
01:06:19,990 --> 01:06:20,000
and this will not go into place right so
01:06:20,000 --> 01:06:21,630
and this will not go into place right so
if you feel it obviously and it just
01:06:21,630 --> 01:06:21,640
if you feel it obviously and it just
01:06:21,640 --> 01:06:22,870
if you feel it obviously and it just
physically doesn't look at it actually
01:06:22,870 --> 01:06:22,880
physically doesn't look at it actually
01:06:22,880 --> 01:06:24,950
physically doesn't look at it actually
matches just flip the stick around it's
01:06:24,950 --> 01:06:24,960
matches just flip the stick around it's
01:06:24,960 --> 01:06:26,510
matches just flip the stick around it's
totally fine it's just because it's
01:06:26,510 --> 01:06:26,520
totally fine it's just because it's
01:06:26,520 --> 01:06:28,630
totally fine it's just because it's
almost half and not halfway through it's
01:06:28,630 --> 01:06:28,640
almost half and not halfway through it's
01:06:28,640 --> 01:06:30,349
almost half and not halfway through it's
really hard for me to visually tell
01:06:30,349 --> 01:06:30,359
really hard for me to visually tell
01:06:30,359 --> 01:06:32,029
really hard for me to visually tell
which side it is so I always just
01:06:32,029 --> 01:06:32,039
which side it is so I always just
01:06:32,039 --> 01:06:33,990
which side it is so I always just
actually look down do a very light
01:06:33,990 --> 01:06:34,000
actually look down do a very light
01:06:34,000 --> 01:06:35,349
actually look down do a very light
little test fit to make sure it does
01:06:35,349 --> 01:06:35,359
little test fit to make sure it does
01:06:35,359 --> 01:06:37,069
little test fit to make sure it does
line up which I can see it is and at
01:06:37,069 --> 01:06:37,079
line up which I can see it is and at
01:06:37,079 --> 01:06:39,430
line up which I can see it is and at
that point take a thumb on either corner
01:06:39,430 --> 01:06:39,440
that point take a thumb on either corner
01:06:39,440 --> 01:06:41,269
that point take a thumb on either corner
and give it a relatively decent amount
01:06:41,269 --> 01:06:41,279
and give it a relatively decent amount
01:06:41,279 --> 01:06:42,789
and give it a relatively decent amount
of pressure until you hear it click so
01:06:42,789 --> 01:06:42,799
of pressure until you hear it click so
01:06:42,799 --> 01:06:47,710
of pressure until you hear it click so
ready set one and boom there we go we
01:06:47,710 --> 01:06:47,720
ready set one and boom there we go we
01:06:47,720 --> 01:06:49,870
ready set one and boom there we go we
got one stick of RAM installed that
01:06:49,870 --> 01:06:49,880
got one stick of RAM installed that
01:06:49,880 --> 01:06:52,150
got one stick of RAM installed that
simple so because I have the two sticks
01:06:52,150 --> 01:06:52,160
simple so because I have the two sticks
01:06:52,160 --> 01:06:53,990
simple so because I have the two sticks
of ram I'm going to go to my fourth slot
01:06:53,990 --> 01:06:54,000
of ram I'm going to go to my fourth slot
01:06:54,000 --> 01:06:55,670
of ram I'm going to go to my fourth slot
do the exact same thing making sure that
01:06:55,670 --> 01:06:55,680
do the exact same thing making sure that
01:06:55,680 --> 01:06:57,750
do the exact same thing making sure that
I have lined it up correctly so again
01:06:57,750 --> 01:06:57,760
I have lined it up correctly so again
01:06:57,760 --> 01:06:59,029
I have lined it up correctly so again
there's a little guide there so it
01:06:59,029 --> 01:06:59,039
there's a little guide there so it
01:06:59,039 --> 01:07:02,190
there's a little guide there so it
should line up relatively well one two
01:07:02,190 --> 01:07:02,200
should line up relatively well one two
01:07:02,200 --> 01:07:05,910
should line up relatively well one two
and we're going to push and push there
01:07:05,910 --> 01:07:05,920
and we're going to push and push there
01:07:05,920 --> 01:07:08,510
and we're going to push and push there
we go we have ourselves 32 GB of RAM
01:07:08,510 --> 01:07:08,520
we go we have ourselves 32 GB of RAM
01:07:08,520 --> 01:07:11,150
we go we have ourselves 32 GB of RAM
installed now if you had four sticks of
01:07:11,150 --> 01:07:11,160
installed now if you had four sticks of
01:07:11,160 --> 01:07:13,670
installed now if you had four sticks of
ram if you're Mr Moneybags over here you
01:07:13,670 --> 01:07:13,680
ram if you're Mr Moneybags over here you
01:07:13,680 --> 01:07:15,190
ram if you're Mr Moneybags over here you
would just continue to populate all the
01:07:15,190 --> 01:07:15,200
would just continue to populate all the
01:07:15,200 --> 01:07:16,829
would just continue to populate all the
slots but if you're doing dual Channel
01:07:16,829 --> 01:07:16,839
slots but if you're doing dual Channel
01:07:16,839 --> 01:07:18,470
slots but if you're doing dual Channel
memory with just two Dems which is the
01:07:18,470 --> 01:07:18,480
memory with just two Dems which is the
01:07:18,480 --> 01:07:20,390
memory with just two Dems which is the
majority of systems you're going to put
01:07:20,390 --> 01:07:20,400
majority of systems you're going to put
01:07:20,400 --> 01:07:22,870
majority of systems you're going to put
those two in there we go that's it super
01:07:22,870 --> 01:07:22,880
those two in there we go that's it super
01:07:22,880 --> 01:07:25,269
those two in there we go that's it super
super straightforward like honestly even
01:07:25,269 --> 01:07:25,279
super straightforward like honestly even
01:07:25,279 --> 01:07:27,430
super straightforward like honestly even
if if you've never built a PC before you
01:07:27,430 --> 01:07:27,440
if if you've never built a PC before you
01:07:27,440 --> 01:07:29,309
if if you've never built a PC before you
could just install RAM in your existing
01:07:29,309 --> 01:07:29,319
could just install RAM in your existing
01:07:29,319 --> 01:07:33,309
could just install RAM in your existing
system like it is very simple just don't
01:07:33,309 --> 01:07:33,319
system like it is very simple just don't
01:07:33,319 --> 01:07:35,230
system like it is very simple just don't
push it really hard if it doesn't go in
01:07:35,230 --> 01:07:35,240
push it really hard if it doesn't go in
01:07:35,240 --> 01:07:37,109
push it really hard if it doesn't go in
because you probably have it upside down
01:07:37,109 --> 01:07:37,119
because you probably have it upside down
01:07:37,119 --> 01:07:39,109
because you probably have it upside down
and again I do that a lot so just this
01:07:39,109 --> 01:07:39,119
and again I do that a lot so just this
01:07:39,119 --> 01:07:40,309
and again I do that a lot so just this
is a little outside the scope of the
01:07:40,309 --> 01:07:40,319
is a little outside the scope of the
01:07:40,319 --> 01:07:42,549
is a little outside the scope of the
tutorial but just a little tip so I'm
01:07:42,549 --> 01:07:42,559
tutorial but just a little tip so I'm
01:07:42,559 --> 01:07:45,109
tutorial but just a little tip so I'm
using a kit of gskill flare X5 so these
01:07:45,109 --> 01:07:45,119
using a kit of gskill flare X5 so these
01:07:45,119 --> 01:07:47,470
using a kit of gskill flare X5 so these
are two identical sticks of
01:07:47,470 --> 01:07:47,480
are two identical sticks of
01:07:47,480 --> 01:07:49,109
are two identical sticks of
ram
01:07:49,109 --> 01:07:49,119
ram
01:07:49,119 --> 01:07:52,789
ram
technically any set of ddr5 would work
01:07:52,789 --> 01:07:52,799
technically any set of ddr5 would work
01:07:52,799 --> 01:07:55,589
technically any set of ddr5 would work
but I don't recommend it so if I were to
01:07:55,589 --> 01:07:55,599
but I don't recommend it so if I were to
01:07:55,599 --> 01:07:59,150
but I don't recommend it so if I were to
say expand this Ram to 64 GB and buy two
01:07:59,150 --> 01:07:59,160
say expand this Ram to 64 GB and buy two
01:07:59,160 --> 01:08:01,990
say expand this Ram to 64 GB and buy two
more I want to buy the exact same kit of
01:08:01,990 --> 01:08:02,000
more I want to buy the exact same kit of
01:08:02,000 --> 01:08:04,549
more I want to buy the exact same kit of
ram mostly because this Ram is all going
01:08:04,549 --> 01:08:04,559
ram mostly because this Ram is all going
01:08:04,559 --> 01:08:06,190
ram mostly because this Ram is all going
to be running at the same speed same
01:08:06,190 --> 01:08:06,200
to be running at the same speed same
01:08:06,200 --> 01:08:09,150
to be running at the same speed same
timing same everything that is a pretty
01:08:09,150 --> 01:08:09,160
timing same everything that is a pretty
01:08:09,160 --> 01:08:11,029
timing same everything that is a pretty
much guaranteed way of expanding your
01:08:11,029 --> 01:08:11,039
much guaranteed way of expanding your
01:08:11,039 --> 01:08:14,029
much guaranteed way of expanding your
memory if I was to say grab a set of
01:08:14,029 --> 01:08:14,039
memory if I was to say grab a set of
01:08:14,039 --> 01:08:15,910
memory if I was to say grab a set of
Corsair Ram that's a little slow or
01:08:15,910 --> 01:08:15,920
Corsair Ram that's a little slow or
01:08:15,920 --> 01:08:18,550
Corsair Ram that's a little slow or
whatever the system will work but it
01:08:18,550 --> 01:08:18,560
whatever the system will work but it
01:08:18,560 --> 01:08:20,030
whatever the system will work but it
will default to whatever the lowest
01:08:20,030 --> 01:08:20,040
will default to whatever the lowest
01:08:20,040 --> 01:08:21,349
will default to whatever the lowest
speed is and sometimes it'll default to
01:08:21,349 --> 01:08:21,359
speed is and sometimes it'll default to
01:08:21,359 --> 01:08:23,550
speed is and sometimes it'll default to
like base base speeds you also can
01:08:23,550 --> 01:08:23,560
like base base speeds you also can
01:08:23,560 --> 01:08:25,870
like base base speeds you also can
sometimes have compatibility issues most
01:08:25,870 --> 01:08:25,880
sometimes have compatibility issues most
01:08:25,880 --> 01:08:28,110
sometimes have compatibility issues most
modern systems it will work but if
01:08:28,110 --> 01:08:28,120
modern systems it will work but if
01:08:28,120 --> 01:08:30,269
modern systems it will work but if
you're going to expand your memory try
01:08:30,269 --> 01:08:30,279
you're going to expand your memory try
01:08:30,279 --> 01:08:32,709
you're going to expand your memory try
to buy the exact same kit that you have
01:08:32,709 --> 01:08:32,719
to buy the exact same kit that you have
01:08:32,719 --> 01:08:34,669
to buy the exact same kit that you have
so it might not be a bad idea so this is
01:08:34,669 --> 01:08:34,679
so it might not be a bad idea so this is
01:08:34,679 --> 01:08:35,910
so it might not be a bad idea so this is
just a little pamphlet that came in the
01:08:35,910 --> 01:08:35,920
just a little pamphlet that came in the
01:08:35,920 --> 01:08:37,510
just a little pamphlet that came in the
plastic sleeve it might not be a bad
01:08:37,510 --> 01:08:37,520
plastic sleeve it might not be a bad
01:08:37,520 --> 01:08:39,590
plastic sleeve it might not be a bad
idea to just keep this handy so say 6
01:08:39,590 --> 01:08:39,600
idea to just keep this handy so say 6
01:08:39,600 --> 01:08:40,829
idea to just keep this handy so say 6
months or a year or two years from now
01:08:40,829 --> 01:08:40,839
months or a year or two years from now
01:08:40,839 --> 01:08:42,709
months or a year or two years from now
if you want to buy some more RAM you can
01:08:42,709 --> 01:08:42,719
if you want to buy some more RAM you can
01:08:42,719 --> 01:08:44,030
if you want to buy some more RAM you can
confirm that you're getting the exact
01:08:44,030 --> 01:08:44,040
confirm that you're getting the exact
01:08:44,040 --> 01:08:45,910
confirm that you're getting the exact
same thing so again it's not just
01:08:45,910 --> 01:08:45,920
same thing so again it's not just
01:08:45,920 --> 01:08:47,309
same thing so again it's not just
necessarily the manufacturer but it's
01:08:47,309 --> 01:08:47,319
necessarily the manufacturer but it's
01:08:47,319 --> 01:08:48,309
necessarily the manufacturer but it's
the speed it's the timing it's
01:08:48,309 --> 01:08:48,319
the speed it's the timing it's
01:08:48,319 --> 01:08:49,430
the speed it's the timing it's
everything if you're doing
01:08:49,430 --> 01:08:49,440
everything if you're doing
01:08:49,440 --> 01:08:51,669
everything if you're doing
troubleshooting Ram is the spot that I
01:08:51,669 --> 01:08:51,679
troubleshooting Ram is the spot that I
01:08:51,679 --> 01:08:54,990
troubleshooting Ram is the spot that I
always like to start with so especially
01:08:54,990 --> 01:08:55,000
always like to start with so especially
01:08:55,000 --> 01:08:56,510
always like to start with so especially
if you've got got mismatched Ram in
01:08:56,510 --> 01:08:56,520
if you've got got mismatched Ram in
01:08:56,520 --> 01:08:57,910
if you've got got mismatched Ram in
there that can sometimes cause
01:08:57,910 --> 01:08:57,920
there that can sometimes cause
01:08:57,920 --> 01:09:00,510
there that can sometimes cause
compatibility issues so if you get this
01:09:00,510 --> 01:09:00,520
compatibility issues so if you get this
01:09:00,520 --> 01:09:01,910
compatibility issues so if you get this
thing all put together you hit the power
01:09:01,910 --> 01:09:01,920
thing all put together you hit the power
01:09:01,920 --> 01:09:03,910
thing all put together you hit the power
button nothing happens check your RAM
01:09:03,910 --> 01:09:03,920
button nothing happens check your RAM
01:09:03,920 --> 01:09:05,229
button nothing happens check your RAM
make sure it's seated make sure you have
01:09:05,229 --> 01:09:05,239
make sure it's seated make sure you have
01:09:05,239 --> 01:09:07,309
make sure it's seated make sure you have
all matching sticks and if it really
01:09:07,309 --> 01:09:07,319
all matching sticks and if it really
01:09:07,319 --> 01:09:08,749
all matching sticks and if it really
doesn't work what I'll actually do
01:09:08,749 --> 01:09:08,759
doesn't work what I'll actually do
01:09:08,759 --> 01:09:10,110
doesn't work what I'll actually do
sometimes is I will remove one of the
01:09:10,110 --> 01:09:10,120
sometimes is I will remove one of the
01:09:10,120 --> 01:09:12,030
sometimes is I will remove one of the
sticks of RAM and try to post it that
01:09:12,030 --> 01:09:12,040
sticks of RAM and try to post it that
01:09:12,040 --> 01:09:14,030
sticks of RAM and try to post it that
way you shouldn't actually run your
01:09:14,030 --> 01:09:14,040
way you shouldn't actually run your
01:09:14,040 --> 01:09:15,269
way you shouldn't actually run your
computer like this because you're losing
01:09:15,269 --> 01:09:15,279
computer like this because you're losing
01:09:15,279 --> 01:09:16,390
computer like this because you're losing
performance but if you're just doing a
01:09:16,390 --> 01:09:16,400
performance but if you're just doing a
01:09:16,400 --> 01:09:17,789
performance but if you're just doing a
little bit of troubleshooting trying
01:09:17,789 --> 01:09:17,799
little bit of troubleshooting trying
01:09:17,799 --> 01:09:19,789
little bit of troubleshooting trying
with a single stick of ram can sometimes
01:09:19,789 --> 01:09:19,799
with a single stick of ram can sometimes
01:09:19,799 --> 01:09:21,550
with a single stick of ram can sometimes
actually fix the issue every once in a
01:09:21,550 --> 01:09:21,560
actually fix the issue every once in a
01:09:21,560 --> 01:09:23,669
actually fix the issue every once in a
while sticker Ram may be dead or not
01:09:23,669 --> 01:09:23,679
while sticker Ram may be dead or not
01:09:23,679 --> 01:09:25,669
while sticker Ram may be dead or not
seated right or whatever the case is so
01:09:25,669 --> 01:09:25,679
seated right or whatever the case is so
01:09:25,679 --> 01:09:26,990
seated right or whatever the case is so
just a little tip for troubleshooting
01:09:26,990 --> 01:09:27,000
just a little tip for troubleshooting
01:09:27,000 --> 01:09:28,990
just a little tip for troubleshooting
and future expansion but for now we're
01:09:28,990 --> 01:09:29,000
and future expansion but for now we're
01:09:29,000 --> 01:09:30,349
and future expansion but for now we're
going to install both of our sticks
01:09:30,349 --> 01:09:30,359
going to install both of our sticks
01:09:30,359 --> 01:09:32,430
going to install both of our sticks
we're going to move on to our SSD so we
01:09:32,430 --> 01:09:32,440
we're going to move on to our SSD so we
01:09:32,440 --> 01:09:35,550
we're going to move on to our SSD so we
are of course using a Samsung 990 Pro
01:09:35,550 --> 01:09:35,560
are of course using a Samsung 990 Pro
01:09:35,560 --> 01:09:38,229
are of course using a Samsung 990 Pro
but this is an mvme SSD and they're all
01:09:38,229 --> 01:09:38,239
but this is an mvme SSD and they're all
01:09:38,239 --> 01:09:41,229
but this is an mvme SSD and they're all
going to install the exact same way so
01:09:41,229 --> 01:09:41,239
going to install the exact same way so
01:09:41,239 --> 01:09:45,229
going to install the exact same way so
um the 990 Pro is a very high-end SSD
01:09:45,229 --> 01:09:45,239
um the 990 Pro is a very high-end SSD
01:09:45,239 --> 01:09:47,149
um the 990 Pro is a very high-end SSD
this thing will do what like 7,000
01:09:47,149 --> 01:09:47,159
this thing will do what like 7,000
01:09:47,159 --> 01:09:49,189
this thing will do what like 7,000
megabytes per second like it is absurdly
01:09:49,189 --> 01:09:49,199
megabytes per second like it is absurdly
01:09:49,199 --> 01:09:52,070
megabytes per second like it is absurdly
fast like I'll be real with you almost
01:09:52,070 --> 01:09:52,080
fast like I'll be real with you almost
01:09:52,080 --> 01:09:54,149
fast like I'll be real with you almost
every MVM SSD you could install is going
01:09:54,149 --> 01:09:54,159
every MVM SSD you could install is going
01:09:54,159 --> 01:09:57,470
every MVM SSD you could install is going
to be just silly fast right um the thing
01:09:57,470 --> 01:09:57,480
to be just silly fast right um the thing
01:09:57,480 --> 01:10:00,110
to be just silly fast right um the thing
I do tend to like is going with Samsung
01:10:00,110 --> 01:10:00,120
I do tend to like is going with Samsung
01:10:00,120 --> 01:10:02,870
I do tend to like is going with Samsung
ssds for reliability
01:10:02,870 --> 01:10:02,880
ssds for reliability
01:10:02,880 --> 01:10:05,270
ssds for reliability
now you have to be a little careful when
01:10:05,270 --> 01:10:05,280
now you have to be a little careful when
01:10:05,280 --> 01:10:07,350
now you have to be a little careful when
it comes to picking a brand for
01:10:07,350 --> 01:10:07,360
it comes to picking a brand for
01:10:07,360 --> 01:10:10,430
it comes to picking a brand for
reliability because everyone's different
01:10:10,430 --> 01:10:10,440
reliability because everyone's different
01:10:10,440 --> 01:10:13,189
reliability because everyone's different
every SSD every manufacturer every line
01:10:13,189 --> 01:10:13,199
every SSD every manufacturer every line
01:10:13,199 --> 01:10:14,470
every SSD every manufacturer every line
right Samsung make a number of different
01:10:14,470 --> 01:10:14,480
right Samsung make a number of different
01:10:14,480 --> 01:10:17,350
right Samsung make a number of different
ssds for example um so the safe beted is
01:10:17,350 --> 01:10:17,360
ssds for example um so the safe beted is
01:10:17,360 --> 01:10:19,910
ssds for example um so the safe beted is
always to read some reviews and see but
01:10:19,910 --> 01:10:19,920
always to read some reviews and see but
01:10:19,920 --> 01:10:21,870
always to read some reviews and see but
I just personally speaking have had a
01:10:21,870 --> 01:10:21,880
I just personally speaking have had a
01:10:21,880 --> 01:10:24,030
I just personally speaking have had a
lot of good luck with Samsung ssds in
01:10:24,030 --> 01:10:24,040
lot of good luck with Samsung ssds in
01:10:24,040 --> 01:10:26,350
lot of good luck with Samsung ssds in
the past so again your mileage may vary
01:10:26,350 --> 01:10:26,360
the past so again your mileage may vary
01:10:26,360 --> 01:10:28,070
the past so again your mileage may vary
every company has quality control issues
01:10:28,070 --> 01:10:28,080
every company has quality control issues
01:10:28,080 --> 01:10:30,350
every company has quality control issues
sometimes yada y y but I tend to like
01:10:30,350 --> 01:10:30,360
sometimes yada y y but I tend to like
01:10:30,360 --> 01:10:32,669
sometimes yada y y but I tend to like
Samsung because not only are they fairly
01:10:32,669 --> 01:10:32,679
Samsung because not only are they fairly
01:10:32,679 --> 01:10:33,950
Samsung because not only are they fairly
fast and usually on The Cutting Edge
01:10:33,950 --> 01:10:33,960
fast and usually on The Cutting Edge
01:10:33,960 --> 01:10:34,990
fast and usually on The Cutting Edge
they make all their own stuff but
01:10:34,990 --> 01:10:35,000
they make all their own stuff but
01:10:35,000 --> 01:10:37,709
they make all their own stuff but
importantly I have never had a Samsung
01:10:37,709 --> 01:10:37,719
importantly I have never had a Samsung
01:10:37,719 --> 01:10:39,229
importantly I have never had a Samsung
SSD fail on me actually I don't think
01:10:39,229 --> 01:10:39,239
SSD fail on me actually I don't think
01:10:39,239 --> 01:10:41,310
SSD fail on me actually I don't think
I've ever had a problem with it so you
01:10:41,310 --> 01:10:41,320
I've ever had a problem with it so you
01:10:41,320 --> 01:10:42,990
I've ever had a problem with it so you
know obviously plenty of options out
01:10:42,990 --> 01:10:43,000
know obviously plenty of options out
01:10:43,000 --> 01:10:45,070
know obviously plenty of options out
there but it's good to have a high
01:10:45,070 --> 01:10:45,080
there but it's good to have a high
01:10:45,080 --> 01:10:48,030
there but it's good to have a high
quality SSD so that you don't you know
01:10:48,030 --> 01:10:48,040
quality SSD so that you don't you know
01:10:48,040 --> 01:10:50,510
quality SSD so that you don't you know
lose data cuz that's not fun when it
01:10:50,510 --> 01:10:50,520
lose data cuz that's not fun when it
01:10:50,520 --> 01:10:53,350
lose data cuz that's not fun when it
comes to installing our SSD it is very
01:10:53,350 --> 01:10:53,360
comes to installing our SSD it is very
01:10:53,360 --> 01:10:56,030
comes to installing our SSD it is very
simple so we're going to go to our top
01:10:56,030 --> 01:10:56,040
simple so we're going to go to our top
01:10:56,040 --> 01:10:57,950
simple so we're going to go to our top
PCI slot which again is the one that had
01:10:57,950 --> 01:10:57,960
PCI slot which again is the one that had
01:10:57,960 --> 01:10:59,310
PCI slot which again is the one that had
this little cover on it so if you can't
01:10:59,310 --> 01:10:59,320
this little cover on it so if you can't
01:10:59,320 --> 01:11:00,669
this little cover on it so if you can't
find it you may need to take one of
01:11:00,669 --> 01:11:00,679
find it you may need to take one of
01:11:00,679 --> 01:11:02,310
find it you may need to take one of
these covers off and what we're going to
01:11:02,310 --> 01:11:02,320
these covers off and what we're going to
01:11:02,320 --> 01:11:04,270
these covers off and what we're going to
do is if you look at the SSD you'll see
01:11:04,270 --> 01:11:04,280
do is if you look at the SSD you'll see
01:11:04,280 --> 01:11:05,990
do is if you look at the SSD you'll see
it has a bunch of little gold pens with
01:11:05,990 --> 01:11:06,000
it has a bunch of little gold pens with
01:11:06,000 --> 01:11:07,950
it has a bunch of little gold pens with
a little Notch right so the notch
01:11:07,950 --> 01:11:07,960
a little Notch right so the notch
01:11:07,960 --> 01:11:09,590
a little Notch right so the notch
denotes where the power and the data are
01:11:09,590 --> 01:11:09,600
denotes where the power and the data are
01:11:09,600 --> 01:11:11,910
denotes where the power and the data are
split so with this is only going to go
01:11:11,910 --> 01:11:11,920
split so with this is only going to go
01:11:11,920 --> 01:11:14,149
split so with this is only going to go
in one way there is technically another
01:11:14,149 --> 01:11:14,159
in one way there is technically another
01:11:14,159 --> 01:11:17,030
in one way there is technically another
type of M2 SSD which is based on SATA
01:11:17,030 --> 01:11:17,040
type of M2 SSD which is based on SATA
01:11:17,040 --> 01:11:18,430
type of M2 SSD which is based on SATA
and that will have an additional Notch
01:11:18,430 --> 01:11:18,440
and that will have an additional Notch
01:11:18,440 --> 01:11:20,430
and that will have an additional Notch
up here those are less common and
01:11:20,430 --> 01:11:20,440
up here those are less common and
01:11:20,440 --> 01:11:22,229
up here those are less common and
honestly kind of out of date at this
01:11:22,229 --> 01:11:22,239
honestly kind of out of date at this
01:11:22,239 --> 01:11:24,229
honestly kind of out of date at this
point so the vast majority of you should
01:11:24,229 --> 01:11:24,239
point so the vast majority of you should
01:11:24,239 --> 01:11:27,350
point so the vast majority of you should
buy an mbme SSD as opposed to a SATA M2
01:11:27,350 --> 01:11:27,360
buy an mbme SSD as opposed to a SATA M2
01:11:27,360 --> 01:11:32,149
buy an mbme SSD as opposed to a SATA M2
SSD which word soup but um if you have
01:11:32,149 --> 01:11:32,159
SSD which word soup but um if you have
01:11:32,159 --> 01:11:33,590
SSD which word soup but um if you have
the second Notch you'll just need to
01:11:33,590 --> 01:11:33,600
the second Notch you'll just need to
01:11:33,600 --> 01:11:35,030
the second Notch you'll just need to
make sure that your motherboard has a
01:11:35,030 --> 01:11:35,040
make sure that your motherboard has a
01:11:35,040 --> 01:11:37,709
make sure that your motherboard has a
slot that supports SATA ssds but like I
01:11:37,709 --> 01:11:37,719
slot that supports SATA ssds but like I
01:11:37,719 --> 01:11:40,950
slot that supports SATA ssds but like I
said 95% of you buying an SSD should get
01:11:40,950 --> 01:11:40,960
said 95% of you buying an SSD should get
01:11:40,960 --> 01:11:43,189
said 95% of you buying an SSD should get
just a regular mvme M2 SSD at which
01:11:43,189 --> 01:11:43,199
just a regular mvme M2 SSD at which
01:11:43,199 --> 01:11:44,510
just a regular mvme M2 SSD at which
point you should have no compatibility
01:11:44,510 --> 01:11:44,520
point you should have no compatibility
01:11:44,520 --> 01:11:45,550
point you should have no compatibility
issues so what we're going to do is
01:11:45,550 --> 01:11:45,560
issues so what we're going to do is
01:11:45,560 --> 01:11:46,550
issues so what we're going to do is
we're going to take it we're going to
01:11:46,550 --> 01:11:46,560
we're going to take it we're going to
01:11:46,560 --> 01:11:48,390
we're going to take it we're going to
line it up with this little slot here so
01:11:48,390 --> 01:11:48,400
line it up with this little slot here so
01:11:48,400 --> 01:11:49,910
line it up with this little slot here so
when we line it up we're going to do it
01:11:49,910 --> 01:11:49,920
when we line it up we're going to do it
01:11:49,920 --> 01:11:52,270
when we line it up we're going to do it
at just a little bit of an angle so just
01:11:52,270 --> 01:11:52,280
at just a little bit of an angle so just
01:11:52,280 --> 01:11:53,910
at just a little bit of an angle so just
give a little wiggle you'll feel it
01:11:53,910 --> 01:11:53,920
give a little wiggle you'll feel it
01:11:53,920 --> 01:11:55,910
give a little wiggle you'll feel it
start to go in and you you can let go it
01:11:55,910 --> 01:11:55,920
start to go in and you you can let go it
01:11:55,920 --> 01:11:58,390
start to go in and you you can let go it
will stay like that and the next step is
01:11:58,390 --> 01:11:58,400
will stay like that and the next step is
01:11:58,400 --> 01:12:00,709
will stay like that and the next step is
to go to those little screws that came
01:12:00,709 --> 01:12:00,719
to go to those little screws that came
01:12:00,719 --> 01:12:03,270
to go to those little screws that came
with the motherboard and you'll see that
01:12:03,270 --> 01:12:03,280
with the motherboard and you'll see that
01:12:03,280 --> 01:12:05,030
with the motherboard and you'll see that
there's a little baggie here that has
01:12:05,030 --> 01:12:05,040
there's a little baggie here that has
01:12:05,040 --> 01:12:09,350
there's a little baggie here that has
one baby screw in it um they give them
01:12:09,350 --> 01:12:09,360
one baby screw in it um they give them
01:12:09,360 --> 01:12:12,709
one baby screw in it um they give them
to you separately um not sure why but
01:12:12,709 --> 01:12:12,719
to you separately um not sure why but
01:12:12,719 --> 01:12:14,390
to you separately um not sure why but
these SSD screws that you're going to
01:12:14,390 --> 01:12:14,400
these SSD screws that you're going to
01:12:14,400 --> 01:12:15,629
these SSD screws that you're going to
need are going to come with the
01:12:15,629 --> 01:12:15,639
need are going to come with the
01:12:15,639 --> 01:12:17,550
need are going to come with the
motherboard now some motherboards
01:12:17,550 --> 01:12:17,560
motherboard now some motherboards
01:12:17,560 --> 01:12:19,470
motherboard now some motherboards
actually don't need the screw this one
01:12:19,470 --> 01:12:19,480
actually don't need the screw this one
01:12:19,480 --> 01:12:20,550
actually don't need the screw this one
does but sometimes you'll actually have
01:12:20,550 --> 01:12:20,560
does but sometimes you'll actually have
01:12:20,560 --> 01:12:22,669
does but sometimes you'll actually have
a little plastic piece that goes on this
01:12:22,669 --> 01:12:22,679
a little plastic piece that goes on this
01:12:22,679 --> 01:12:23,950
a little plastic piece that goes on this
and all you'll do is you'll just push
01:12:23,950 --> 01:12:23,960
and all you'll do is you'll just push
01:12:23,960 --> 01:12:25,830
and all you'll do is you'll just push
this down and rotate the plastic piece
01:12:25,830 --> 01:12:25,840
this down and rotate the plastic piece
01:12:25,840 --> 01:12:27,030
this down and rotate the plastic piece
down cuz all it's doing is just
01:12:27,030 --> 01:12:27,040
down cuz all it's doing is just
01:12:27,040 --> 01:12:29,470
down cuz all it's doing is just
physically holding in place so depending
01:12:29,470 --> 01:12:29,480
physically holding in place so depending
01:12:29,480 --> 01:12:31,470
physically holding in place so depending
on the manufacturer of your motherboard
01:12:31,470 --> 01:12:31,480
on the manufacturer of your motherboard
01:12:31,480 --> 01:12:32,750
on the manufacturer of your motherboard
you may use one of these little screws
01:12:32,750 --> 01:12:32,760
you may use one of these little screws
01:12:32,760 --> 01:12:34,189
you may use one of these little screws
that comes with your motherboard or you
01:12:34,189 --> 01:12:34,199
that comes with your motherboard or you
01:12:34,199 --> 01:12:35,390
that comes with your motherboard or you
might just have a little plastic piece
01:12:35,390 --> 01:12:35,400
might just have a little plastic piece
01:12:35,400 --> 01:12:37,350
might just have a little plastic piece
that just swivels around and holds it
01:12:37,350 --> 01:12:37,360
that just swivels around and holds it
01:12:37,360 --> 01:12:39,870
that just swivels around and holds it
both are totally fine takes 5 Seconds to
01:12:39,870 --> 01:12:39,880
both are totally fine takes 5 Seconds to
01:12:39,880 --> 01:12:42,149
both are totally fine takes 5 Seconds to
put one screw in but it is so simple
01:12:42,149 --> 01:12:42,159
put one screw in but it is so simple
01:12:42,159 --> 01:12:44,350
put one screw in but it is so simple
like honestly compared to we'll show you
01:12:44,350 --> 01:12:44,360
like honestly compared to we'll show you
01:12:44,360 --> 01:12:46,229
like honestly compared to we'll show you
how to do a hard drive in a little bit
01:12:46,229 --> 01:12:46,239
how to do a hard drive in a little bit
01:12:46,239 --> 01:12:47,870
how to do a hard drive in a little bit
um but compared to installing a hard
01:12:47,870 --> 01:12:47,880
um but compared to installing a hard
01:12:47,880 --> 01:12:49,990
um but compared to installing a hard
drive it's not exactly a tough thing to
01:12:49,990 --> 01:12:50,000
drive it's not exactly a tough thing to
01:12:50,000 --> 01:12:54,189
drive it's not exactly a tough thing to
do but man M2 ssds are so easy I mean it
01:12:54,189 --> 01:12:54,199
do but man M2 ssds are so easy I mean it
01:12:54,199 --> 01:12:56,270
do but man M2 ssds are so easy I mean it
is just it's so good before we screw it
01:12:56,270 --> 01:12:56,280
is just it's so good before we screw it
01:12:56,280 --> 01:12:57,390
is just it's so good before we screw it
in I'm just going to make sure that the
01:12:57,390 --> 01:12:57,400
in I'm just going to make sure that the
01:12:57,400 --> 01:12:58,870
in I'm just going to make sure that the
SSD is fully seated so I'm going to put
01:12:58,870 --> 01:12:58,880
SSD is fully seated so I'm going to put
01:12:58,880 --> 01:13:00,910
SSD is fully seated so I'm going to put
a little bit of pressure toward the
01:13:00,910 --> 01:13:00,920
a little bit of pressure toward the
01:13:00,920 --> 01:13:02,870
a little bit of pressure toward the
socket it's nice and firm in there so
01:13:02,870 --> 01:13:02,880
socket it's nice and firm in there so
01:13:02,880 --> 01:13:04,229
socket it's nice and firm in there so
I'm going to take my finger and push it
01:13:04,229 --> 01:13:04,239
I'm going to take my finger and push it
01:13:04,239 --> 01:13:07,350
I'm going to take my finger and push it
down grab my screwdriver take the screw
01:13:07,350 --> 01:13:07,360
down grab my screwdriver take the screw
01:13:07,360 --> 01:13:09,629
down grab my screwdriver take the screw
like this and then I'm going to screw it
01:13:09,629 --> 01:13:09,639
like this and then I'm going to screw it
01:13:09,639 --> 01:13:11,189
like this and then I'm going to screw it
into
01:13:11,189 --> 01:13:11,199
into
01:13:11,199 --> 01:13:14,510
into
place and just like that we have an SSD
01:13:14,510 --> 01:13:14,520
place and just like that we have an SSD
01:13:14,520 --> 01:13:17,590
place and just like that we have an SSD
installed I told you it is really really
01:13:17,590 --> 01:13:17,600
installed I told you it is really really
01:13:17,600 --> 01:13:19,070
installed I told you it is really really
simple so before we're done we're just
01:13:19,070 --> 01:13:19,080
simple so before we're done we're just
01:13:19,080 --> 01:13:20,510
simple so before we're done we're just
going to just give a little push test
01:13:20,510 --> 01:13:20,520
going to just give a little push test
01:13:20,520 --> 01:13:21,750
going to just give a little push test
just to make sure it's not loosened
01:13:21,750 --> 01:13:21,760
just to make sure it's not loosened
01:13:21,760 --> 01:13:24,030
just to make sure it's not loosened
anyway um another troubleshooting thing
01:13:24,030 --> 01:13:24,040
anyway um another troubleshooting thing
01:13:24,040 --> 01:13:26,470
anyway um another troubleshooting thing
if you have problems later on sometimes
01:13:26,470 --> 01:13:26,480
if you have problems later on sometimes
01:13:26,480 --> 01:13:27,830
if you have problems later on sometimes
you may be able to actually get the
01:13:27,830 --> 01:13:27,840
you may be able to actually get the
01:13:27,840 --> 01:13:29,510
you may be able to actually get the
computer to post and go into the BIOS
01:13:29,510 --> 01:13:29,520
computer to post and go into the BIOS
01:13:29,520 --> 01:13:31,910
computer to post and go into the BIOS
but your SSD won't show up almost always
01:13:31,910 --> 01:13:31,920
but your SSD won't show up almost always
01:13:31,920 --> 01:13:33,430
but your SSD won't show up almost always
your problem is that you didn't fully
01:13:33,430 --> 01:13:33,440
your problem is that you didn't fully
01:13:33,440 --> 01:13:35,510
your problem is that you didn't fully
seated typically if the screw goes in
01:13:35,510 --> 01:13:35,520
seated typically if the screw goes in
01:13:35,520 --> 01:13:37,430
seated typically if the screw goes in
you know nice and cleanly you do have
01:13:37,430 --> 01:13:37,440
you know nice and cleanly you do have
01:13:37,440 --> 01:13:39,870
you know nice and cleanly you do have
that fully seated but just as a heads up
01:13:39,870 --> 01:13:39,880
that fully seated but just as a heads up
01:13:39,880 --> 01:13:41,189
that fully seated but just as a heads up
if you have any problems with your SSD
01:13:41,189 --> 01:13:41,199
if you have any problems with your SSD
01:13:41,199 --> 01:13:42,790
if you have any problems with your SSD
showing up later now would be a great
01:13:42,790 --> 01:13:42,800
showing up later now would be a great
01:13:42,800 --> 01:13:44,830
showing up later now would be a great
time to come back in make sure your
01:13:44,830 --> 01:13:44,840
time to come back in make sure your
01:13:44,840 --> 01:13:45,990
time to come back in make sure your
screw is all the way tight and make sure
01:13:45,990 --> 01:13:46,000
screw is all the way tight and make sure
01:13:46,000 --> 01:13:47,550
screw is all the way tight and make sure
that it is fully seated in there CU if
01:13:47,550 --> 01:13:47,560
that it is fully seated in there CU if
01:13:47,560 --> 01:13:49,350
that it is fully seated in there CU if
it's out even just a little bit it
01:13:49,350 --> 01:13:49,360
it's out even just a little bit it
01:13:49,360 --> 01:13:51,390
it's out even just a little bit it
sometimes might not show up but that's
01:13:51,390 --> 01:13:51,400
sometimes might not show up but that's
01:13:51,400 --> 01:13:53,590
sometimes might not show up but that's
it it's not very complicated the last
01:13:53,590 --> 01:13:53,600
it it's not very complicated the last
01:13:53,600 --> 01:13:55,510
it it's not very complicated the last
thing we need to do here is install this
01:13:55,510 --> 01:13:55,520
thing we need to do here is install this
01:13:55,520 --> 01:13:59,189
thing we need to do here is install this
little cover now strictly speaking you
01:13:59,189 --> 01:13:59,199
little cover now strictly speaking you
01:13:59,199 --> 01:14:01,750
little cover now strictly speaking you
don't actually have to use these so the
01:14:01,750 --> 01:14:01,760
don't actually have to use these so the
01:14:01,760 --> 01:14:03,229
don't actually have to use these so the
reason why it's this sort of big metal
01:14:03,229 --> 01:14:03,239
reason why it's this sort of big metal
01:14:03,239 --> 01:14:04,669
reason why it's this sort of big metal
cover it's actually a heat sink for your
01:14:04,669 --> 01:14:04,679
cover it's actually a heat sink for your
01:14:04,679 --> 01:14:07,350
cover it's actually a heat sink for your
SSD now I highly recommend this you
01:14:07,350 --> 01:14:07,360
SSD now I highly recommend this you
01:14:07,360 --> 01:14:09,229
SSD now I highly recommend this you
should definitely use this cuz it comes
01:14:09,229 --> 01:14:09,239
should definitely use this cuz it comes
01:14:09,239 --> 01:14:10,950
should definitely use this cuz it comes
with the board you'll see On The Backs
01:14:10,950 --> 01:14:10,960
with the board you'll see On The Backs
01:14:10,960 --> 01:14:12,510
with the board you'll see On The Backs
side so this is like the front so this
01:14:12,510 --> 01:14:12,520
side so this is like the front so this
01:14:12,520 --> 01:14:14,030
side so this is like the front so this
is the back so if you peel off the
01:14:14,030 --> 01:14:14,040
is the back so if you peel off the
01:14:14,040 --> 01:14:15,669
is the back so if you peel off the
little piece of plastic you'll actually
01:14:15,669 --> 01:14:15,679
little piece of plastic you'll actually
01:14:15,679 --> 01:14:17,870
little piece of plastic you'll actually
see that it is a little thermal pad so
01:14:17,870 --> 01:14:17,880
see that it is a little thermal pad so
01:14:17,880 --> 01:14:20,189
see that it is a little thermal pad so
if you touch it little sticky this is
01:14:20,189 --> 01:14:20,199
if you touch it little sticky this is
01:14:20,199 --> 01:14:22,070
if you touch it little sticky this is
actually meant to transfer heat from the
01:14:22,070 --> 01:14:22,080
actually meant to transfer heat from the
01:14:22,080 --> 01:14:24,430
actually meant to transfer heat from the
SSD onto your heat sink and let it be
01:14:24,430 --> 01:14:24,440
SSD onto your heat sink and let it be
01:14:24,440 --> 01:14:27,950
SSD onto your heat sink and let it be
dissipated in your case um again I would
01:14:27,950 --> 01:14:27,960
dissipated in your case um again I would
01:14:27,960 --> 01:14:29,669
dissipated in your case um again I would
definitely recommend to do this your
01:14:29,669 --> 01:14:29,679
definitely recommend to do this your
01:14:29,679 --> 01:14:31,790
definitely recommend to do this your
system will run without a heat sink
01:14:31,790 --> 01:14:31,800
system will run without a heat sink
01:14:31,800 --> 01:14:34,750
system will run without a heat sink
usually um but just just don't do that
01:14:34,750 --> 01:14:34,760
usually um but just just don't do that
01:14:34,760 --> 01:14:36,030
usually um but just just don't do that
just just put the heat sink on it is
01:14:36,030 --> 01:14:36,040
just just put the heat sink on it is
01:14:36,040 --> 01:14:37,870
just just put the heat sink on it is
going to help your SSD perform far
01:14:37,870 --> 01:14:37,880
going to help your SSD perform far
01:14:37,880 --> 01:14:39,990
going to help your SSD perform far
better it's going to be much more of a
01:14:39,990 --> 01:14:40,000
better it's going to be much more of a
01:14:40,000 --> 01:14:42,310
better it's going to be much more of a
long happy life and it's already on your
01:14:42,310 --> 01:14:42,320
long happy life and it's already on your
01:14:42,320 --> 01:14:43,830
long happy life and it's already on your
motherboard almost certainly so it's
01:14:43,830 --> 01:14:43,840
motherboard almost certainly so it's
01:14:43,840 --> 01:14:45,550
motherboard almost certainly so it's
kind of a bit of a no-brainer all these
01:14:45,550 --> 01:14:45,560
kind of a bit of a no-brainer all these
01:14:45,560 --> 01:14:46,950
kind of a bit of a no-brainer all these
heat sinks can be slightly different
01:14:46,950 --> 01:14:46,960
heat sinks can be slightly different
01:14:46,960 --> 01:14:48,270
heat sinks can be slightly different
based on your motherboard but with this
01:14:48,270 --> 01:14:48,280
based on your motherboard but with this
01:14:48,280 --> 01:14:49,750
based on your motherboard but with this
one it's really straight forward so this
01:14:49,750 --> 01:14:49,760
one it's really straight forward so this
01:14:49,760 --> 01:14:51,510
one it's really straight forward so this
little Notch which is going to go into
01:14:51,510 --> 01:14:51,520
little Notch which is going to go into
01:14:51,520 --> 01:14:53,110
little Notch which is going to go into
where the socket is and then there's a
01:14:53,110 --> 01:14:53,120
where the socket is and then there's a
01:14:53,120 --> 01:14:54,669
where the socket is and then there's a
screw on the other side uh the only
01:14:54,669 --> 01:14:54,679
screw on the other side uh the only
01:14:54,679 --> 01:14:55,990
screw on the other side uh the only
thing I'll say as far as installing
01:14:55,990 --> 01:14:56,000
thing I'll say as far as installing
01:14:56,000 --> 01:14:57,790
thing I'll say as far as installing
these because this is a sticky thermal
01:14:57,790 --> 01:14:57,800
these because this is a sticky thermal
01:14:57,800 --> 01:15:00,030
these because this is a sticky thermal
pad try to do this cleanly the first
01:15:00,030 --> 01:15:00,040
pad try to do this cleanly the first
01:15:00,040 --> 01:15:01,470
pad try to do this cleanly the first
time you don't be wiggling around or
01:15:01,470 --> 01:15:01,480
time you don't be wiggling around or
01:15:01,480 --> 01:15:03,070
time you don't be wiggling around or
whatever cuz it'll actually like tug
01:15:03,070 --> 01:15:03,080
whatever cuz it'll actually like tug
01:15:03,080 --> 01:15:04,629
whatever cuz it'll actually like tug
your SSD so just make sure that you get
01:15:04,629 --> 01:15:04,639
your SSD so just make sure that you get
01:15:04,639 --> 01:15:07,030
your SSD so just make sure that you get
it nice and cleanly so we going try to
01:15:07,030 --> 01:15:07,040
it nice and cleanly so we going try to
01:15:07,040 --> 01:15:08,510
it nice and cleanly so we going try to
do this some one try so we going to take
01:15:08,510 --> 01:15:08,520
do this some one try so we going to take
01:15:08,520 --> 01:15:10,550
do this some one try so we going to take
our heat sink we're going to line it up
01:15:10,550 --> 01:15:10,560
our heat sink we're going to line it up
01:15:10,560 --> 01:15:12,270
our heat sink we're going to line it up
with the top of the socket here so it
01:15:12,270 --> 01:15:12,280
with the top of the socket here so it
01:15:12,280 --> 01:15:14,030
with the top of the socket here so it
just slides in like so I'm going to
01:15:14,030 --> 01:15:14,040
just slides in like so I'm going to
01:15:14,040 --> 01:15:15,310
just slides in like so I'm going to
actually get a little lower so I can get
01:15:15,310 --> 01:15:15,320
actually get a little lower so I can get
01:15:15,320 --> 01:15:18,189
actually get a little lower so I can get
a nice view of it so it should make nice
01:15:18,189 --> 01:15:18,199
a nice view of it so it should make nice
01:15:18,199 --> 01:15:20,709
a nice view of it so it should make nice
smooth and even contact with our SSD and
01:15:20,709 --> 01:15:20,719
smooth and even contact with our SSD and
01:15:20,719 --> 01:15:21,709
smooth and even contact with our SSD and
it's going to be hard for you to see but
01:15:21,709 --> 01:15:21,719
it's going to be hard for you to see but
01:15:21,719 --> 01:15:23,270
it's going to be hard for you to see but
there's this little screw hole right
01:15:23,270 --> 01:15:23,280
there's this little screw hole right
01:15:23,280 --> 01:15:24,629
there's this little screw hole right
here so I'm going to make sure that that
01:15:24,629 --> 01:15:24,639
here so I'm going to make sure that that
01:15:24,639 --> 01:15:26,990
here so I'm going to make sure that that
is making in contact with our actual
01:15:26,990 --> 01:15:27,000
is making in contact with our actual
01:15:27,000 --> 01:15:30,310
is making in contact with our actual
screw and with that I'm going to gently
01:15:30,310 --> 01:15:30,320
screw and with that I'm going to gently
01:15:30,320 --> 01:15:31,790
screw and with that I'm going to gently
put it into
01:15:31,790 --> 01:15:31,800
put it into
01:15:31,800 --> 01:15:34,030
put it into
place you go and screw this pretty much
01:15:34,030 --> 01:15:34,040
place you go and screw this pretty much
01:15:34,040 --> 01:15:36,310
place you go and screw this pretty much
all the way down once I'm done I like to
01:15:36,310 --> 01:15:36,320
all the way down once I'm done I like to
01:15:36,320 --> 01:15:37,750
all the way down once I'm done I like to
take my finger and just sort of run it
01:15:37,750 --> 01:15:37,760
take my finger and just sort of run it
01:15:37,760 --> 01:15:40,350
take my finger and just sort of run it
along a time or two just to make sure
01:15:40,350 --> 01:15:40,360
along a time or two just to make sure
01:15:40,360 --> 01:15:42,470
along a time or two just to make sure
that it is made some good contact and
01:15:42,470 --> 01:15:42,480
that it is made some good contact and
01:15:42,480 --> 01:15:44,790
that it is made some good contact and
that's it your SSD is installed it has a
01:15:44,790 --> 01:15:44,800
that's it your SSD is installed it has a
01:15:44,800 --> 01:15:46,550
that's it your SSD is installed it has a
full nice heat sink on it to make sure
01:15:46,550 --> 01:15:46,560
full nice heat sink on it to make sure
01:15:46,560 --> 01:15:48,350
full nice heat sink on it to make sure
it's nice and cool if you ever need to
01:15:48,350 --> 01:15:48,360
it's nice and cool if you ever need to
01:15:48,360 --> 01:15:50,110
it's nice and cool if you ever need to
take your SSD out swap it out that's
01:15:50,110 --> 01:15:50,120
take your SSD out swap it out that's
01:15:50,120 --> 01:15:51,470
take your SSD out swap it out that's
fine just keep in mind that because that
01:15:51,470 --> 01:15:51,480
fine just keep in mind that because that
01:15:51,480 --> 01:15:52,910
fine just keep in mind that because that
thermal pad's a little sticky you don't
01:15:52,910 --> 01:15:52,920
thermal pad's a little sticky you don't
01:15:52,920 --> 01:15:53,990
thermal pad's a little sticky you don't
want to do that too much you don't want
01:15:53,990 --> 01:15:54,000
want to do that too much you don't want
01:15:54,000 --> 01:15:55,709
want to do that too much you don't want
to touch that too much cuz will start to
01:15:55,709 --> 01:15:55,719
to touch that too much cuz will start to
01:15:55,719 --> 01:15:57,950
to touch that too much cuz will start to
lose some of the effect but that's it my
01:15:57,950 --> 01:15:57,960
lose some of the effect but that's it my
01:15:57,960 --> 01:16:00,590
lose some of the effect but that's it my
friends we got ourselves a CPU installed
01:16:00,590 --> 01:16:00,600
friends we got ourselves a CPU installed
01:16:00,600 --> 01:16:02,550
friends we got ourselves a CPU installed
we got ourselves RAM installed we've got
01:16:02,550 --> 01:16:02,560
we got ourselves RAM installed we've got
01:16:02,560 --> 01:16:04,990
we got ourselves RAM installed we've got
ourselves an SSD installed you can take
01:16:04,990 --> 01:16:05,000
ourselves an SSD installed you can take
01:16:05,000 --> 01:16:06,750
ourselves an SSD installed you can take
a little bit of a break now maybe do a
01:16:06,750 --> 01:16:06,760
a little bit of a break now maybe do a
01:16:06,760 --> 01:16:08,510
a little bit of a break now maybe do a
little stretch did you drink some water
01:16:08,510 --> 01:16:08,520
little stretch did you drink some water
01:16:08,520 --> 01:16:10,149
little stretch did you drink some water
you probably need to drink some water
01:16:10,149 --> 01:16:10,159
you probably need to drink some water
01:16:10,159 --> 01:16:12,310
you probably need to drink some water
cuz we're about to go into the next
01:16:12,310 --> 01:16:12,320
cuz we're about to go into the next
01:16:12,320 --> 01:16:14,229
cuz we're about to go into the next
phase which is to install our
01:16:14,229 --> 01:16:14,239
phase which is to install our
01:16:14,239 --> 01:16:16,709
phase which is to install our
motherboard into the case we're going to
01:16:16,709 --> 01:16:16,719
motherboard into the case we're going to
01:16:16,719 --> 01:16:18,149
motherboard into the case we're going to
start installing our graphics card our
01:16:18,149 --> 01:16:18,159
start installing our graphics card our
01:16:18,159 --> 01:16:20,270
start installing our graphics card our
cooler all the kind of fun stuff but
01:16:20,270 --> 01:16:20,280
cooler all the kind of fun stuff but
01:16:20,280 --> 01:16:21,830
cooler all the kind of fun stuff but
here is a great point if you take a
01:16:21,830 --> 01:16:21,840
here is a great point if you take a
01:16:21,840 --> 01:16:23,669
here is a great point if you take a
little break and Patch yourself on the
01:16:23,669 --> 01:16:23,679
little break and Patch yourself on the
01:16:23,679 --> 01:16:25,669
little break and Patch yourself on the
back cuz you've actually made a a lot of
01:16:25,669 --> 01:16:25,679
back cuz you've actually made a a lot of
01:16:25,679 --> 01:16:28,590
back cuz you've actually made a a lot of
progress good job now my friends it is
01:16:28,590 --> 01:16:28,600
progress good job now my friends it is
01:16:28,600 --> 01:16:31,310
progress good job now my friends it is
time to retrieve our case and set it
01:16:31,310 --> 01:16:31,320
time to retrieve our case and set it
01:16:31,320 --> 01:16:33,669
time to retrieve our case and set it
down on the desk so she going to put it
01:16:33,669 --> 01:16:33,679
down on the desk so she going to put it
01:16:33,679 --> 01:16:36,070
down on the desk so she going to put it
down flat on its bottom or its back I
01:16:36,070 --> 01:16:36,080
down flat on its bottom or its back I
01:16:36,080 --> 01:16:39,229
down flat on its bottom or its back I
guess because we're going to install our
01:16:39,229 --> 01:16:39,239
guess because we're going to install our
01:16:39,239 --> 01:16:42,750
guess because we're going to install our
motherboard so I will admit a big reason
01:16:42,750 --> 01:16:42,760
motherboard so I will admit a big reason
01:16:42,760 --> 01:16:44,430
motherboard so I will admit a big reason
why I'm using a white case right now is
01:16:44,430 --> 01:16:44,440
why I'm using a white case right now is
01:16:44,440 --> 01:16:47,310
why I'm using a white case right now is
because it is a lot easier to see now
01:16:47,310 --> 01:16:47,320
because it is a lot easier to see now
01:16:47,320 --> 01:16:49,430
because it is a lot easier to see now
that is because I'm doing a tutorial
01:16:49,430 --> 01:16:49,440
that is because I'm doing a tutorial
01:16:49,440 --> 01:16:50,910
that is because I'm doing a tutorial
obviously you pick whatever case you
01:16:50,910 --> 01:16:50,920
obviously you pick whatever case you
01:16:50,920 --> 01:16:52,270
obviously you pick whatever case you
want I would just give you a little
01:16:52,270 --> 01:16:52,280
want I would just give you a little
01:16:52,280 --> 01:16:55,590
want I would just give you a little
heads up if you have chosen a black case
01:16:55,590 --> 01:16:55,600
heads up if you have chosen a black case
01:16:55,600 --> 01:16:58,110
heads up if you have chosen a black case
it's a little hard to see sometimes I
01:16:58,110 --> 01:16:58,120
it's a little hard to see sometimes I
01:16:58,120 --> 01:17:00,470
it's a little hard to see sometimes I
would recommend if you do not have a
01:17:00,470 --> 01:17:00,480
would recommend if you do not have a
01:17:00,480 --> 01:17:03,270
would recommend if you do not have a
well-lit area pull out your phone and
01:17:03,270 --> 01:17:03,280
well-lit area pull out your phone and
01:17:03,280 --> 01:17:05,590
well-lit area pull out your phone and
your flashlight sometimes like again
01:17:05,590 --> 01:17:05,600
your flashlight sometimes like again
01:17:05,600 --> 01:17:06,709
your flashlight sometimes like again
with this white case and the studio
01:17:06,709 --> 01:17:06,719
with this white case and the studio
01:17:06,719 --> 01:17:08,229
with this white case and the studio
light it's really easy to see but
01:17:08,229 --> 01:17:08,239
light it's really easy to see but
01:17:08,239 --> 01:17:09,189
light it's really easy to see but
there's definitely times when I'm
01:17:09,189 --> 01:17:09,199
there's definitely times when I'm
01:17:09,199 --> 01:17:10,950
there's definitely times when I'm
building in a black case especially once
01:17:10,950 --> 01:17:10,960
building in a black case especially once
01:17:10,960 --> 01:17:12,030
building in a black case especially once
you start getting a bunch of components
01:17:12,030 --> 01:17:12,040
you start getting a bunch of components
01:17:12,040 --> 01:17:13,950
you start getting a bunch of components
in it can be hard to sort of see like
01:17:13,950 --> 01:17:13,960
in it can be hard to sort of see like
01:17:13,960 --> 01:17:15,270
in it can be hard to sort of see like
some of the areas where you like run
01:17:15,270 --> 01:17:15,280
some of the areas where you like run
01:17:15,280 --> 01:17:17,390
some of the areas where you like run
cables or standoffs or whatever so just
01:17:17,390 --> 01:17:17,400
cables or standoffs or whatever so just
01:17:17,400 --> 01:17:19,149
cables or standoffs or whatever so just
a little like sort of heads up as you're
01:17:19,149 --> 01:17:19,159
a little like sort of heads up as you're
01:17:19,159 --> 01:17:21,110
a little like sort of heads up as you're
sort of either planning your build or
01:17:21,110 --> 01:17:21,120
sort of either planning your build or
01:17:21,120 --> 01:17:22,830
sort of either planning your build or
actually getting started make sure you
01:17:22,830 --> 01:17:22,840
actually getting started make sure you
01:17:22,840 --> 01:17:24,990
actually getting started make sure you
have a well lit area and if you've that
01:17:24,990 --> 01:17:25,000
have a well lit area and if you've that
01:17:25,000 --> 01:17:27,110
have a well lit area and if you've that
a white case it's a lot easier to see so
01:17:27,110 --> 01:17:27,120
a white case it's a lot easier to see so
01:17:27,120 --> 01:17:29,310
a white case it's a lot easier to see so
just a little tip there but let's
01:17:29,310 --> 01:17:29,320
just a little tip there but let's
01:17:29,320 --> 01:17:31,830
just a little tip there but let's
install our motherboard before you
01:17:31,830 --> 01:17:31,840
install our motherboard before you
01:17:31,840 --> 01:17:33,030
install our motherboard before you
install your motherboard you want to
01:17:33,030 --> 01:17:33,040
install your motherboard you want to
01:17:33,040 --> 01:17:35,229
install your motherboard you want to
make sure your IO Shield is in place so
01:17:35,229 --> 01:17:35,239
make sure your IO Shield is in place so
01:17:35,239 --> 01:17:37,669
make sure your IO Shield is in place so
again this motherboard has an IO Shield
01:17:37,669 --> 01:17:37,679
again this motherboard has an IO Shield
01:17:37,679 --> 01:17:39,270
again this motherboard has an IO Shield
already attached to the board so I don't
01:17:39,270 --> 01:17:39,280
already attached to the board so I don't
01:17:39,280 --> 01:17:40,709
already attached to the board so I don't
have to do this but a lot of other
01:17:40,709 --> 01:17:40,719
have to do this but a lot of other
01:17:40,719 --> 01:17:42,510
have to do this but a lot of other
boards don't so I'll show you a clip of
01:17:42,510 --> 01:17:42,520
boards don't so I'll show you a clip of
01:17:42,520 --> 01:17:44,430
boards don't so I'll show you a clip of
our previous PC tutorial where you have
01:17:44,430 --> 01:17:44,440
our previous PC tutorial where you have
01:17:44,440 --> 01:17:46,310
our previous PC tutorial where you have
to install the io Shield essentially
01:17:46,310 --> 01:17:46,320
to install the io Shield essentially
01:17:46,320 --> 01:17:47,310
to install the io Shield essentially
it's just a little piece of metal that
01:17:47,310 --> 01:17:47,320
it's just a little piece of metal that
01:17:47,320 --> 01:17:49,350
it's just a little piece of metal that
clicks into place in this sort of back
01:17:49,350 --> 01:17:49,360
clicks into place in this sort of back
01:17:49,360 --> 01:17:51,830
clicks into place in this sort of back
part of the chassis now you want to make
01:17:51,830 --> 01:17:51,840
part of the chassis now you want to make
01:17:51,840 --> 01:17:53,910
part of the chassis now you want to make
sure that is fully seated you also want
01:17:53,910 --> 01:17:53,920
sure that is fully seated you also want
01:17:53,920 --> 01:17:55,270
sure that is fully seated you also want
to make sure that the it is in the
01:17:55,270 --> 01:17:55,280
to make sure that the it is in the
01:17:55,280 --> 01:17:56,830
to make sure that the it is in the
correct orientation you just want to
01:17:56,830 --> 01:17:56,840
correct orientation you just want to
01:17:56,840 --> 01:17:58,750
correct orientation you just want to
make sure that the io Shield matches up
01:17:58,750 --> 01:17:58,760
make sure that the io Shield matches up
01:17:58,760 --> 01:18:00,470
make sure that the io Shield matches up
with the layout of the ports on the back
01:18:00,470 --> 01:18:00,480
with the layout of the ports on the back
01:18:00,480 --> 01:18:02,430
with the layout of the ports on the back
of your motherboard trust me I say you
01:18:02,430 --> 01:18:02,440
of your motherboard trust me I say you
01:18:02,440 --> 01:18:03,830
of your motherboard trust me I say you
want to make sure that IO Shield is in
01:18:03,830 --> 01:18:03,840
want to make sure that IO Shield is in
01:18:03,840 --> 01:18:05,950
want to make sure that IO Shield is in
correctly CU if you don't and you put
01:18:05,950 --> 01:18:05,960
correctly CU if you don't and you put
01:18:05,960 --> 01:18:07,510
correctly CU if you don't and you put
your motherboard in and you screw it all
01:18:07,510 --> 01:18:07,520
your motherboard in and you screw it all
01:18:07,520 --> 01:18:09,510
your motherboard in and you screw it all
down and then you look at the back and
01:18:09,510 --> 01:18:09,520
down and then you look at the back and
01:18:09,520 --> 01:18:10,629
down and then you look at the back and
realize none of your ports are sticking
01:18:10,629 --> 01:18:10,639
realize none of your ports are sticking
01:18:10,639 --> 01:18:12,669
realize none of your ports are sticking
out you're going to be real grumpy not
01:18:12,669 --> 01:18:12,679
out you're going to be real grumpy not
01:18:12,679 --> 01:18:15,510
out you're going to be real grumpy not
that I've ever done that or anything um
01:18:15,510 --> 01:18:15,520
that I've ever done that or anything um
01:18:15,520 --> 01:18:17,070
that I've ever done that or anything um
but uh if your Bor already has the io
01:18:17,070 --> 01:18:17,080
but uh if your Bor already has the io
01:18:17,080 --> 01:18:18,629
but uh if your Bor already has the io
shield in congratulations that step's
01:18:18,629 --> 01:18:18,639
shield in congratulations that step's
01:18:18,639 --> 01:18:20,430
shield in congratulations that step's
already done so assuming you have your
01:18:20,430 --> 01:18:20,440
already done so assuming you have your
01:18:20,440 --> 01:18:22,229
already done so assuming you have your
IO Shield installed it is time to put
01:18:22,229 --> 01:18:22,239
IO Shield installed it is time to put
01:18:22,239 --> 01:18:24,830
IO Shield installed it is time to put
the motherboard in so motherboards are
01:18:24,830 --> 01:18:24,840
the motherboard in so motherboards are
01:18:24,840 --> 01:18:26,870
the motherboard in so motherboards are
fairly straightforward now this is the
01:18:26,870 --> 01:18:26,880
fairly straightforward now this is the
01:18:26,880 --> 01:18:29,590
fairly straightforward now this is the
point where I will tell you to check the
01:18:29,590 --> 01:18:29,600
point where I will tell you to check the
01:18:29,600 --> 01:18:31,950
point where I will tell you to check the
size of your motherboard and the size of
01:18:31,950 --> 01:18:31,960
size of your motherboard and the size of
01:18:31,960 --> 01:18:34,629
size of your motherboard and the size of
your case so this is again an ATX
01:18:34,629 --> 01:18:34,639
your case so this is again an ATX
01:18:34,639 --> 01:18:36,990
your case so this is again an ATX
chassis and an ATX board which means
01:18:36,990 --> 01:18:37,000
chassis and an ATX board which means
01:18:37,000 --> 01:18:38,669
chassis and an ATX board which means
that thankfully I already have my
01:18:38,669 --> 01:18:38,679
that thankfully I already have my
01:18:38,679 --> 01:18:40,110
that thankfully I already have my
standoffs installed so you can see that
01:18:40,110 --> 01:18:40,120
standoffs installed so you can see that
01:18:40,120 --> 01:18:49,629
standoffs installed so you can see that
I have nine of them 1 2 3 4 5 6 7 8 nine
01:18:49,629 --> 01:18:49,639
I have nine of them 1 2 3 4 5 6 7 8 nine
01:18:49,639 --> 01:18:52,830
I have nine of them 1 2 3 4 5 6 7 8 nine
that is a standard ATX configuration now
01:18:52,830 --> 01:18:52,840
that is a standard ATX configuration now
01:18:52,840 --> 01:18:55,030
that is a standard ATX configuration now
if I was using a smaller motherboard I
01:18:55,030 --> 01:18:55,040
if I was using a smaller motherboard I
01:18:55,040 --> 01:18:57,590
if I was using a smaller motherboard I
would only be using maybe four six eight
01:18:57,590 --> 01:18:57,600
would only be using maybe four six eight
01:18:57,600 --> 01:18:59,390
would only be using maybe four six eight
it depends on the boards especially
01:18:59,390 --> 01:18:59,400
it depends on the boards especially
01:18:59,400 --> 01:19:00,910
it depends on the boards especially
Micro ATX sometimes has slightly
01:19:00,910 --> 01:19:00,920
Micro ATX sometimes has slightly
01:19:00,920 --> 01:19:02,870
Micro ATX sometimes has slightly
different positioning so if you're using
01:19:02,870 --> 01:19:02,880
different positioning so if you're using
01:19:02,880 --> 01:19:05,270
different positioning so if you're using
a differ sized motherboard check the
01:19:05,270 --> 01:19:05,280
a differ sized motherboard check the
01:19:05,280 --> 01:19:07,350
a differ sized motherboard check the
manual for your case sometimes the case
01:19:07,350 --> 01:19:07,360
manual for your case sometimes the case
01:19:07,360 --> 01:19:09,830
manual for your case sometimes the case
will actually have like M or ATX or ITX
01:19:09,830 --> 01:19:09,840
will actually have like M or ATX or ITX
01:19:09,840 --> 01:19:11,629
will actually have like M or ATX or ITX
engraved typically though you want to
01:19:11,629 --> 01:19:11,639
engraved typically though you want to
01:19:11,639 --> 01:19:13,790
engraved typically though you want to
take a look at your actual manual to see
01:19:13,790 --> 01:19:13,800
take a look at your actual manual to see
01:19:13,800 --> 01:19:15,550
take a look at your actual manual to see
um the idiot proof way of doing it is to
01:19:15,550 --> 01:19:15,560
um the idiot proof way of doing it is to
01:19:15,560 --> 01:19:17,390
um the idiot proof way of doing it is to
just test fit your motherboard so you
01:19:17,390 --> 01:19:17,400
just test fit your motherboard so you
01:19:17,400 --> 01:19:18,870
just test fit your motherboard so you
can see with this ATX board I should
01:19:18,870 --> 01:19:18,880
can see with this ATX board I should
01:19:18,880 --> 01:19:20,390
can see with this ATX board I should
just be able to drop it right into place
01:19:20,390 --> 01:19:20,400
just be able to drop it right into place
01:19:20,400 --> 01:19:22,189
just be able to drop it right into place
and I will be able to see that
01:19:22,189 --> 01:19:22,199
and I will be able to see that
01:19:22,199 --> 01:19:24,229
and I will be able to see that
everything lines up so I'm just going to
01:19:24,229 --> 01:19:24,239
everything lines up so I'm just going to
01:19:24,239 --> 01:19:27,310
everything lines up so I'm just going to
line it up something like this and I can
01:19:27,310 --> 01:19:27,320
line it up something like this and I can
01:19:27,320 --> 01:19:32,870
line it up something like this and I can
already visually see 1 2 3 4 5 6 7 8
01:19:32,870 --> 01:19:32,880
already visually see 1 2 3 4 5 6 7 8
01:19:32,880 --> 01:19:34,750
already visually see 1 2 3 4 5 6 7 8
nine screw holes so I know that this
01:19:34,750 --> 01:19:34,760
nine screw holes so I know that this
01:19:34,760 --> 01:19:38,070
nine screw holes so I know that this
will line up but if you're again using a
01:19:38,070 --> 01:19:38,080
will line up but if you're again using a
01:19:38,080 --> 01:19:41,030
will line up but if you're again using a
Micro ATX motherboard and an ATX chassis
01:19:41,030 --> 01:19:41,040
Micro ATX motherboard and an ATX chassis
01:19:41,040 --> 01:19:43,110
Micro ATX motherboard and an ATX chassis
you may need to install or move some
01:19:43,110 --> 01:19:43,120
you may need to install or move some
01:19:43,120 --> 01:19:46,550
you may need to install or move some
standoffs which brings me to this box of
01:19:46,550 --> 01:19:46,560
standoffs which brings me to this box of
01:19:46,560 --> 01:19:48,950
standoffs which brings me to this box of
Hardware so every case is a little
01:19:48,950 --> 01:19:48,960
Hardware so every case is a little
01:19:48,960 --> 01:19:50,750
Hardware so every case is a little
different so this is a lean Le case
01:19:50,750 --> 01:19:50,760
different so this is a lean Le case
01:19:50,760 --> 01:19:53,310
different so this is a lean Le case
which has a large amount of accessories
01:19:53,310 --> 01:19:53,320
which has a large amount of accessories
01:19:53,320 --> 01:19:55,110
which has a large amount of accessories
in it but you're always going at this
01:19:55,110 --> 01:19:55,120
in it but you're always going at this
01:19:55,120 --> 01:19:57,510
in it but you're always going at this
point want to find the box of stuff that
01:19:57,510 --> 01:19:57,520
point want to find the box of stuff that
01:19:57,520 --> 01:19:59,110
point want to find the box of stuff that
came in your case usually it's a little
01:19:59,110 --> 01:19:59,120
came in your case usually it's a little
01:19:59,120 --> 01:20:00,390
came in your case usually it's a little
small than this sometimes it's like in
01:20:00,390 --> 01:20:00,400
small than this sometimes it's like in
01:20:00,400 --> 01:20:02,189
small than this sometimes it's like in
like your little hard drive caddy um
01:20:02,189 --> 01:20:02,199
like your little hard drive caddy um
01:20:02,199 --> 01:20:03,350
like your little hard drive caddy um
there's a bunch of stuff in here
01:20:03,350 --> 01:20:03,360
there's a bunch of stuff in here
01:20:03,360 --> 01:20:05,910
there's a bunch of stuff in here
including a manual which you may want to
01:20:05,910 --> 01:20:05,920
including a manual which you may want to
01:20:05,920 --> 01:20:07,189
including a manual which you may want to
check if you have any questions
01:20:07,189 --> 01:20:07,199
check if you have any questions
01:20:07,199 --> 01:20:08,629
check if you have any questions
especially again when it comes to the
01:20:08,629 --> 01:20:08,639
especially again when it comes to the
01:20:08,639 --> 01:20:10,189
especially again when it comes to the
positioning of where you want standoffs
01:20:10,189 --> 01:20:10,199
positioning of where you want standoffs
01:20:10,199 --> 01:20:13,070
positioning of where you want standoffs
but what I'm looking for is this little
01:20:13,070 --> 01:20:13,080
but what I'm looking for is this little
01:20:13,080 --> 01:20:15,350
but what I'm looking for is this little
guy right here so this is a little box
01:20:15,350 --> 01:20:15,360
guy right here so this is a little box
01:20:15,360 --> 01:20:17,629
guy right here so this is a little box
of Hardware so if I can do this without
01:20:17,629 --> 01:20:17,639
of Hardware so if I can do this without
01:20:17,639 --> 01:20:19,470
of Hardware so if I can do this without
dumping it all over the place you'll see
01:20:19,470 --> 01:20:19,480
dumping it all over the place you'll see
01:20:19,480 --> 01:20:20,709
dumping it all over the place you'll see
that I have a bunch of different types
01:20:20,709 --> 01:20:20,719
that I have a bunch of different types
01:20:20,719 --> 01:20:22,790
that I have a bunch of different types
of screws and mounts and all that kind
01:20:22,790 --> 01:20:22,800
of screws and mounts and all that kind
01:20:22,800 --> 01:20:25,590
of screws and mounts and all that kind
of thing this is very helpful in fact
01:20:25,590 --> 01:20:25,600
of thing this is very helpful in fact
01:20:25,600 --> 01:20:27,870
of thing this is very helpful in fact
not just very helpful it's a necessity
01:20:27,870 --> 01:20:27,880
not just very helpful it's a necessity
01:20:27,880 --> 01:20:29,030
not just very helpful it's a necessity
cuz these are where you're going to find
01:20:29,030 --> 01:20:29,040
cuz these are where you're going to find
01:20:29,040 --> 01:20:31,470
cuz these are where you're going to find
screws to mount most of the components
01:20:31,470 --> 01:20:31,480
screws to mount most of the components
01:20:31,480 --> 01:20:33,149
screws to mount most of the components
in your system including your
01:20:33,149 --> 01:20:33,159
in your system including your
01:20:33,159 --> 01:20:36,830
in your system including your
motherboard so because I am using an ATX
01:20:36,830 --> 01:20:36,840
motherboard so because I am using an ATX
01:20:36,840 --> 01:20:39,149
motherboard so because I am using an ATX
case and an ATX motherboard my standoffs
01:20:39,149 --> 01:20:39,159
case and an ATX motherboard my standoffs
01:20:39,159 --> 01:20:41,430
case and an ATX motherboard my standoffs
are already here if I'm using a
01:20:41,430 --> 01:20:41,440
are already here if I'm using a
01:20:41,440 --> 01:20:43,070
are already here if I'm using a
different size or some cases don't have
01:20:43,070 --> 01:20:43,080
different size or some cases don't have
01:20:43,080 --> 01:20:45,110
different size or some cases don't have
this I need to actually manually install
01:20:45,110 --> 01:20:45,120
this I need to actually manually install
01:20:45,120 --> 01:20:47,229
this I need to actually manually install
these standoffs myself so if I look
01:20:47,229 --> 01:20:47,239
these standoffs myself so if I look
01:20:47,239 --> 01:20:49,310
these standoffs myself so if I look
through here normally what you'll find
01:20:49,310 --> 01:20:49,320
through here normally what you'll find
01:20:49,320 --> 01:20:50,550
through here normally what you'll find
so you'll see that this is a little bag
01:20:50,550 --> 01:20:50,560
so you'll see that this is a little bag
01:20:50,560 --> 01:20:53,110
so you'll see that this is a little bag
that has a bunch of screws and standoffs
01:20:53,110 --> 01:20:53,120
that has a bunch of screws and standoffs
01:20:53,120 --> 01:20:54,910
that has a bunch of screws and standoffs
um now sometimes these standoffs are
01:20:54,910 --> 01:20:54,920
um now sometimes these standoffs are
01:20:54,920 --> 01:20:57,030
um now sometimes these standoffs are
actually bronze so actually made out of
01:20:57,030 --> 01:20:57,040
actually bronze so actually made out of
01:20:57,040 --> 01:20:59,550
actually bronze so actually made out of
brass the whole point of a standoff is
01:20:59,550 --> 01:20:59,560
brass the whole point of a standoff is
01:20:59,560 --> 01:21:01,790
brass the whole point of a standoff is
to separate your motherboard from
01:21:01,790 --> 01:21:01,800
to separate your motherboard from
01:21:01,800 --> 01:21:03,990
to separate your motherboard from
actually grounding itself on the case
01:21:03,990 --> 01:21:04,000
actually grounding itself on the case
01:21:04,000 --> 01:21:06,430
actually grounding itself on the case
and you just need a place to screw it in
01:21:06,430 --> 01:21:06,440
and you just need a place to screw it in
01:21:06,440 --> 01:21:07,950
and you just need a place to screw it in
also just a little heads up as you open
01:21:07,950 --> 01:21:07,960
also just a little heads up as you open
01:21:07,960 --> 01:21:09,950
also just a little heads up as you open
these little baggies be real careful
01:21:09,950 --> 01:21:09,960
these little baggies be real careful
01:21:09,960 --> 01:21:11,629
these little baggies be real careful
they explode all over the place I have
01:21:11,629 --> 01:21:11,639
they explode all over the place I have
01:21:11,639 --> 01:21:13,270
they explode all over the place I have
lost like you want to lose one of these
01:21:13,270 --> 01:21:13,280
lost like you want to lose one of these
01:21:13,280 --> 01:21:15,830
lost like you want to lose one of these
in your carpet I don't think so so this
01:21:15,830 --> 01:21:15,840
in your carpet I don't think so so this
01:21:15,840 --> 01:21:17,350
in your carpet I don't think so so this
is what a standoff looks like so you can
01:21:17,350 --> 01:21:17,360
is what a standoff looks like so you can
01:21:17,360 --> 01:21:19,030
is what a standoff looks like so you can
see it has a little thread on the top
01:21:19,030 --> 01:21:19,040
see it has a little thread on the top
01:21:19,040 --> 01:21:20,870
see it has a little thread on the top
and if I flip it over you'll see it has
01:21:20,870 --> 01:21:20,880
and if I flip it over you'll see it has
01:21:20,880 --> 01:21:22,310
and if I flip it over you'll see it has
a thread on the bottom so this is what
01:21:22,310 --> 01:21:22,320
a thread on the bottom so this is what
01:21:22,320 --> 01:21:24,790
a thread on the bottom so this is what
goes into the case and then this is
01:21:24,790 --> 01:21:24,800
goes into the case and then this is
01:21:24,800 --> 01:21:27,229
goes into the case and then this is
where your screw will go into the actual
01:21:27,229 --> 01:21:27,239
where your screw will go into the actual
01:21:27,239 --> 01:21:29,350
where your screw will go into the actual
standoff through the motherboard a lot
01:21:29,350 --> 01:21:29,360
standoff through the motherboard a lot
01:21:29,360 --> 01:21:31,030
standoff through the motherboard a lot
of this stuff is very small so I'll will
01:21:31,030 --> 01:21:31,040
of this stuff is very small so I'll will
01:21:31,040 --> 01:21:32,189
of this stuff is very small so I'll will
admit it's a little hard to get on
01:21:32,189 --> 01:21:32,199
admit it's a little hard to get on
01:21:32,199 --> 01:21:33,669
admit it's a little hard to get on
camera so I'll try to show you as much
01:21:33,669 --> 01:21:33,679
camera so I'll try to show you as much
01:21:33,679 --> 01:21:36,270
camera so I'll try to show you as much
as possible but again my standoffs are
01:21:36,270 --> 01:21:36,280
as possible but again my standoffs are
01:21:36,280 --> 01:21:38,149
as possible but again my standoffs are
already installed in this case if you do
01:21:38,149 --> 01:21:38,159
already installed in this case if you do
01:21:38,159 --> 01:21:39,990
already installed in this case if you do
need to install standoffs so I'll just
01:21:39,990 --> 01:21:40,000
need to install standoffs so I'll just
01:21:40,000 --> 01:21:41,390
need to install standoffs so I'll just
show you like say I'll put one right
01:21:41,390 --> 01:21:41,400
show you like say I'll put one right
01:21:41,400 --> 01:21:43,070
show you like say I'll put one right
here um what I like to do is I like to
01:21:43,070 --> 01:21:43,080
here um what I like to do is I like to
01:21:43,080 --> 01:21:44,950
here um what I like to do is I like to
start it fingertight so you can get it
01:21:44,950 --> 01:21:44,960
start it fingertight so you can get it
01:21:44,960 --> 01:21:46,790
start it fingertight so you can get it
kind of in there you want to make sure
01:21:46,790 --> 01:21:46,800
kind of in there you want to make sure
01:21:46,800 --> 01:21:48,149
kind of in there you want to make sure
as you install stand ups that you get
01:21:48,149 --> 01:21:48,159
as you install stand ups that you get
01:21:48,159 --> 01:21:49,750
as you install stand ups that you get
them in there pretty firmly because what
01:21:49,750 --> 01:21:49,760
them in there pretty firmly because what
01:21:49,760 --> 01:21:52,470
them in there pretty firmly because what
can happen is is that say I install this
01:21:52,470 --> 01:21:52,480
can happen is is that say I install this
01:21:52,480 --> 01:21:54,830
can happen is is that say I install this
one just fingertight and I call it a day
01:21:54,830 --> 01:21:54,840
one just fingertight and I call it a day
01:21:54,840 --> 01:21:56,470
one just fingertight and I call it a day
fingertight is actually enough to
01:21:56,470 --> 01:21:56,480
fingertight is actually enough to
01:21:56,480 --> 01:21:58,350
fingertight is actually enough to
install your motherboard what can happen
01:21:58,350 --> 01:21:58,360
install your motherboard what can happen
01:21:58,360 --> 01:21:59,750
install your motherboard what can happen
is is that say you need to replace your
01:21:59,750 --> 01:21:59,760
is is that say you need to replace your
01:21:59,760 --> 01:22:01,030
is is that say you need to replace your
motherboard you need to pull it out at
01:22:01,030 --> 01:22:01,040
motherboard you need to pull it out at
01:22:01,040 --> 01:22:02,910
motherboard you need to pull it out at
some point if this is not all the way
01:22:02,910 --> 01:22:02,920
some point if this is not all the way
01:22:02,920 --> 01:22:04,950
some point if this is not all the way
seated into the case when you go to
01:22:04,950 --> 01:22:04,960
seated into the case when you go to
01:22:04,960 --> 01:22:07,110
seated into the case when you go to
unscrew the screw out of your actual
01:22:07,110 --> 01:22:07,120
unscrew the screw out of your actual
01:22:07,120 --> 01:22:09,390
unscrew the screw out of your actual
motherboard instead of coming out it'll
01:22:09,390 --> 01:22:09,400
motherboard instead of coming out it'll
01:22:09,400 --> 01:22:10,790
motherboard instead of coming out it'll
just spin the standoff and it'll get
01:22:10,790 --> 01:22:10,800
just spin the standoff and it'll get
01:22:10,800 --> 01:22:12,310
just spin the standoff and it'll get
stuck and at that point you have to get
01:22:12,310 --> 01:22:12,320
stuck and at that point you have to get
01:22:12,320 --> 01:22:13,830
stuck and at that point you have to get
like a pair of pliers in there it's it's
01:22:13,830 --> 01:22:13,840
like a pair of pliers in there it's it's
01:22:13,840 --> 01:22:15,629
like a pair of pliers in there it's it's
a huge pain so I would highly recommend
01:22:15,629 --> 01:22:15,639
a huge pain so I would highly recommend
01:22:15,639 --> 01:22:17,390
a huge pain so I would highly recommend
to make sure this is nice and tight
01:22:17,390 --> 01:22:17,400
to make sure this is nice and tight
01:22:17,400 --> 01:22:18,550
to make sure this is nice and tight
there's a couple ways to make sure that
01:22:18,550 --> 01:22:18,560
there's a couple ways to make sure that
01:22:18,560 --> 01:22:20,990
there's a couple ways to make sure that
you install these correctly so most of
01:22:20,990 --> 01:22:21,000
you install these correctly so most of
01:22:21,000 --> 01:22:22,510
you install these correctly so most of
the time not always most of the time
01:22:22,510 --> 01:22:22,520
the time not always most of the time
01:22:22,520 --> 01:22:24,709
the time not always most of the time
you'll have this little tool I don't
01:22:24,709 --> 01:22:24,719
you'll have this little tool I don't
01:22:24,719 --> 01:22:26,390
you'll have this little tool I don't
know if it actually has an official name
01:22:26,390 --> 01:22:26,400
know if it actually has an official name
01:22:26,400 --> 01:22:28,550
know if it actually has an official name
but I just call it the standoff tool and
01:22:28,550 --> 01:22:28,560
but I just call it the standoff tool and
01:22:28,560 --> 01:22:30,510
but I just call it the standoff tool and
basically this is on the top it's going
01:22:30,510 --> 01:22:30,520
basically this is on the top it's going
01:22:30,520 --> 01:22:33,629
basically this is on the top it's going
to be a little uh Phillips bit and on
01:22:33,629 --> 01:22:33,639
to be a little uh Phillips bit and on
01:22:33,639 --> 01:22:35,510
to be a little uh Phillips bit and on
the bottom is going to be a little hex
01:22:35,510 --> 01:22:35,520
the bottom is going to be a little hex
01:22:35,520 --> 01:22:36,910
the bottom is going to be a little hex
I'll show you how to do this just for
01:22:36,910 --> 01:22:36,920
I'll show you how to do this just for
01:22:36,920 --> 01:22:38,310
I'll show you how to do this just for
Simplicity sake so I'm going to take my
01:22:38,310 --> 01:22:38,320
Simplicity sake so I'm going to take my
01:22:38,320 --> 01:22:39,950
Simplicity sake so I'm going to take my
bit and put it over the standoff and
01:22:39,950 --> 01:22:39,960
bit and put it over the standoff and
01:22:39,960 --> 01:22:41,830
bit and put it over the standoff and
then I'm going to screw it in pretty
01:22:41,830 --> 01:22:41,840
then I'm going to screw it in pretty
01:22:41,840 --> 01:22:44,390
then I'm going to screw it in pretty
tightly so don't go crazy on it or
01:22:44,390 --> 01:22:44,400
tightly so don't go crazy on it or
01:22:44,400 --> 01:22:46,070
tightly so don't go crazy on it or
anything that's magnetic so it comes
01:22:46,070 --> 01:22:46,080
anything that's magnetic so it comes
01:22:46,080 --> 01:22:47,790
anything that's magnetic so it comes
back up but that is the way to properly
01:22:47,790 --> 01:22:47,800
back up but that is the way to properly
01:22:47,800 --> 01:22:50,590
back up but that is the way to properly
install a standoff and same thing if the
01:22:50,590 --> 01:22:50,600
install a standoff and same thing if the
01:22:50,600 --> 01:22:52,070
install a standoff and same thing if the
standoffs that are already in your case
01:22:52,070 --> 01:22:52,080
standoffs that are already in your case
01:22:52,080 --> 01:22:53,990
standoffs that are already in your case
don't match up for whatever reason you
01:22:53,990 --> 01:22:54,000
don't match up for whatever reason you
01:22:54,000 --> 01:22:56,790
don't match up for whatever reason you
can use this tool to remove a standoff
01:22:56,790 --> 01:22:56,800
can use this tool to remove a standoff
01:22:56,800 --> 01:22:58,669
can use this tool to remove a standoff
as well with this tool it is very
01:22:58,669 --> 01:22:58,679
as well with this tool it is very
01:22:58,679 --> 01:23:00,350
as well with this tool it is very
straightforward to install and remove
01:23:00,350 --> 01:23:00,360
straightforward to install and remove
01:23:00,360 --> 01:23:01,629
straightforward to install and remove
standoffs based on what you need for
01:23:01,629 --> 01:23:01,639
standoffs based on what you need for
01:23:01,639 --> 01:23:03,669
standoffs based on what you need for
your board I will say that these are
01:23:03,669 --> 01:23:03,679
your board I will say that these are
01:23:03,679 --> 01:23:05,590
your board I will say that these are
usually but not always included with
01:23:05,590 --> 01:23:05,600
usually but not always included with
01:23:05,600 --> 01:23:07,750
usually but not always included with
your case Hardware if you don't have one
01:23:07,750 --> 01:23:07,760
your case Hardware if you don't have one
01:23:07,760 --> 01:23:09,550
your case Hardware if you don't have one
of these you actually can use a little
01:23:09,550 --> 01:23:09,560
of these you actually can use a little
01:23:09,560 --> 01:23:12,070
of these you actually can use a little
pair of pliers to crank them down and
01:23:12,070 --> 01:23:12,080
pair of pliers to crank them down and
01:23:12,080 --> 01:23:14,149
pair of pliers to crank them down and
sort of put pull them back out uh I
01:23:14,149 --> 01:23:14,159
sort of put pull them back out uh I
01:23:14,159 --> 01:23:16,070
sort of put pull them back out uh I
don't like doing that if I can avoid it
01:23:16,070 --> 01:23:16,080
don't like doing that if I can avoid it
01:23:16,080 --> 01:23:17,470
don't like doing that if I can avoid it
because you can't always get it all the
01:23:17,470 --> 01:23:17,480
because you can't always get it all the
01:23:17,480 --> 01:23:18,390
because you can't always get it all the
way in there it's a little bit more
01:23:18,390 --> 01:23:18,400
way in there it's a little bit more
01:23:18,400 --> 01:23:20,629
way in there it's a little bit more
annoying and that's the only time you
01:23:20,629 --> 01:23:20,639
annoying and that's the only time you
01:23:20,639 --> 01:23:22,270
annoying and that's the only time you
ever really do need pliers but just a
01:23:22,270 --> 01:23:22,280
ever really do need pliers but just a
01:23:22,280 --> 01:23:24,270
ever really do need pliers but just a
little heads up if maybe you're working
01:23:24,270 --> 01:23:24,280
little heads up if maybe you're working
01:23:24,280 --> 01:23:25,629
little heads up if maybe you're working
on your PC later and you lose this
01:23:25,629 --> 01:23:25,639
on your PC later and you lose this
01:23:25,639 --> 01:23:27,350
on your PC later and you lose this
little guy or something you can use a
01:23:27,350 --> 01:23:27,360
little guy or something you can use a
01:23:27,360 --> 01:23:28,790
little guy or something you can use a
pair of pliers to do it but just if
01:23:28,790 --> 01:23:28,800
pair of pliers to do it but just if
01:23:28,800 --> 01:23:30,149
pair of pliers to do it but just if
you're installing standoffs make sure
01:23:30,149 --> 01:23:30,159
you're installing standoffs make sure
01:23:30,159 --> 01:23:31,430
you're installing standoffs make sure
you've got them in there nice and firm
01:23:31,430 --> 01:23:31,440
you've got them in there nice and firm
01:23:31,440 --> 01:23:33,189
you've got them in there nice and firm
cuz trust me you'll get them in there
01:23:33,189 --> 01:23:33,199
cuz trust me you'll get them in there
01:23:33,199 --> 01:23:34,910
cuz trust me you'll get them in there
halfway you'll install your motherboard
01:23:34,910 --> 01:23:34,920
halfway you'll install your motherboard
01:23:34,920 --> 01:23:36,709
halfway you'll install your motherboard
two years will go by you'll try to take
01:23:36,709 --> 01:23:36,719
two years will go by you'll try to take
01:23:36,719 --> 01:23:37,950
two years will go by you'll try to take
your board out and you realize that
01:23:37,950 --> 01:23:37,960
your board out and you realize that
01:23:37,960 --> 01:23:39,189
your board out and you realize that
you're screwing your standoff or just
01:23:39,189 --> 01:23:39,199
you're screwing your standoff or just
01:23:39,199 --> 01:23:40,470
you're screwing your standoff or just
spinning and you're going to really
01:23:40,470 --> 01:23:40,480
spinning and you're going to really
01:23:40,480 --> 01:23:41,830
spinning and you're going to really
regret your decisions so just make sure
01:23:41,830 --> 01:23:41,840
regret your decisions so just make sure
01:23:41,840 --> 01:23:42,870
regret your decisions so just make sure
you get those things all the way in
01:23:42,870 --> 01:23:42,880
you get those things all the way in
01:23:42,880 --> 01:23:44,270
you get those things all the way in
there but for this video we actually
01:23:44,270 --> 01:23:44,280
there but for this video we actually
01:23:44,280 --> 01:23:45,870
there but for this video we actually
don't need to do that all the standoffs
01:23:45,870 --> 01:23:45,880
don't need to do that all the standoffs
01:23:45,880 --> 01:23:48,189
don't need to do that all the standoffs
are in there and it is time to install
01:23:48,189 --> 01:23:48,199
are in there and it is time to install
01:23:48,199 --> 01:23:50,790
are in there and it is time to install
the board itself the only other thing
01:23:50,790 --> 01:23:50,800
the board itself the only other thing
01:23:50,800 --> 01:23:52,830
the board itself the only other thing
I'll say as I start to line the board up
01:23:52,830 --> 01:23:52,840
I'll say as I start to line the board up
01:23:52,840 --> 01:23:55,790
I'll say as I start to line the board up
here is that you may want to install
01:23:55,790 --> 01:23:55,800
here is that you may want to install
01:23:55,800 --> 01:23:58,030
here is that you may want to install
your all-in-one liquid cooler before you
01:23:58,030 --> 01:23:58,040
your all-in-one liquid cooler before you
01:23:58,040 --> 01:23:59,910
your all-in-one liquid cooler before you
do your motherboard I will mention that
01:23:59,910 --> 01:23:59,920
do your motherboard I will mention that
01:23:59,920 --> 01:24:02,030
do your motherboard I will mention that
there are two different schools of
01:24:02,030 --> 01:24:02,040
there are two different schools of
01:24:02,040 --> 01:24:03,830
there are two different schools of
thought as far as the order of
01:24:03,830 --> 01:24:03,840
thought as far as the order of
01:24:03,840 --> 01:24:05,990
thought as far as the order of
operations at this point so I'm going to
01:24:05,990 --> 01:24:06,000
operations at this point so I'm going to
01:24:06,000 --> 01:24:07,870
operations at this point so I'm going to
show you how to install the motherboard
01:24:07,870 --> 01:24:07,880
show you how to install the motherboard
01:24:07,880 --> 01:24:09,830
show you how to install the motherboard
and then the CPU Cooler now if you're
01:24:09,830 --> 01:24:09,840
and then the CPU Cooler now if you're
01:24:09,840 --> 01:24:11,750
and then the CPU Cooler now if you're
using something like an air cooler this
01:24:11,750 --> 01:24:11,760
using something like an air cooler this
01:24:11,760 --> 01:24:12,870
using something like an air cooler this
is definitely what you want to do right
01:24:12,870 --> 01:24:12,880
is definitely what you want to do right
01:24:12,880 --> 01:24:14,189
is definitely what you want to do right
and I'll show you that in just a second
01:24:14,189 --> 01:24:14,199
and I'll show you that in just a second
01:24:14,199 --> 01:24:16,390
and I'll show you that in just a second
but because this system we're using a
01:24:16,390 --> 01:24:16,400
but because this system we're using a
01:24:16,400 --> 01:24:17,990
but because this system we're using a
all-in-one liquid cooler so we're going
01:24:17,990 --> 01:24:18,000
all-in-one liquid cooler so we're going
01:24:18,000 --> 01:24:19,510
all-in-one liquid cooler so we're going
to have a radiator and some fans that
01:24:19,510 --> 01:24:19,520
to have a radiator and some fans that
01:24:19,520 --> 01:24:21,550
to have a radiator and some fans that
are mounted up top sometimes you
01:24:21,550 --> 01:24:21,560
are mounted up top sometimes you
01:24:21,560 --> 01:24:23,110
are mounted up top sometimes you
actually want to do this in the opposite
01:24:23,110 --> 01:24:23,120
actually want to do this in the opposite
01:24:23,120 --> 01:24:25,310
actually want to do this in the opposite
order and install your radiator and your
01:24:25,310 --> 01:24:25,320
order and install your radiator and your
01:24:25,320 --> 01:24:27,990
order and install your radiator and your
fans first and then your motherboard I
01:24:27,990 --> 01:24:28,000
fans first and then your motherboard I
01:24:28,000 --> 01:24:29,430
fans first and then your motherboard I
unfortunately don't have a like
01:24:29,430 --> 01:24:29,440
unfortunately don't have a like
01:24:29,440 --> 01:24:31,390
unfortunately don't have a like
foolproof recommendation it does kind of
01:24:31,390 --> 01:24:31,400
foolproof recommendation it does kind of
01:24:31,400 --> 01:24:33,790
foolproof recommendation it does kind of
come down to your actual case it comes
01:24:33,790 --> 01:24:33,800
come down to your actual case it comes
01:24:33,800 --> 01:24:35,990
come down to your actual case it comes
down to how big of a cooler you're using
01:24:35,990 --> 01:24:36,000
down to how big of a cooler you're using
01:24:36,000 --> 01:24:37,790
down to how big of a cooler you're using
and it comes down to the motherboard the
01:24:37,790 --> 01:24:37,800
and it comes down to the motherboard the
01:24:37,800 --> 01:24:39,550
and it comes down to the motherboard the
main reason why you may want to install
01:24:39,550 --> 01:24:39,560
main reason why you may want to install
01:24:39,560 --> 01:24:41,430
main reason why you may want to install
the cooler first is to be able to
01:24:41,430 --> 01:24:41,440
the cooler first is to be able to
01:24:41,440 --> 01:24:43,149
the cooler first is to be able to
actually easily run your cables so you
01:24:43,149 --> 01:24:43,159
actually easily run your cables so you
01:24:43,159 --> 01:24:44,350
actually easily run your cables so you
can see here that there's a few things
01:24:44,350 --> 01:24:44,360
can see here that there's a few things
01:24:44,360 --> 01:24:45,709
can see here that there's a few things
we're going to need to plug in on the
01:24:45,709 --> 01:24:45,719
we're going to need to plug in on the
01:24:45,719 --> 01:24:47,310
we're going to need to plug in on the
top of the board so you can imagine that
01:24:47,310 --> 01:24:47,320
top of the board so you can imagine that
01:24:47,320 --> 01:24:48,390
top of the board so you can imagine that
there's going to be a radiator right
01:24:48,390 --> 01:24:48,400
there's going to be a radiator right
01:24:48,400 --> 01:24:50,109
there's going to be a radiator right
here and then fans as well so it's going
01:24:50,109 --> 01:24:50,119
here and then fans as well so it's going
01:24:50,119 --> 01:24:51,790
here and then fans as well so it's going
to actually kind of come out to here
01:24:51,790 --> 01:24:51,800
to actually kind of come out to here
01:24:51,800 --> 01:24:53,350
to actually kind of come out to here
thankfully this case has lots of space
01:24:53,350 --> 01:24:53,360
thankfully this case has lots of space
01:24:53,360 --> 01:24:54,830
thankfully this case has lots of space
so it shouldn't be a huge con concern
01:24:54,830 --> 01:24:54,840
so it shouldn't be a huge con concern
01:24:54,840 --> 01:24:56,229
so it shouldn't be a huge con concern
but certainly some cases that are a
01:24:56,229 --> 01:24:56,239
but certainly some cases that are a
01:24:56,239 --> 01:24:58,030
but certainly some cases that are a
little bit more compact it's really hard
01:24:58,030 --> 01:24:58,040
little bit more compact it's really hard
01:24:58,040 --> 01:25:00,149
little bit more compact it's really hard
to say like pull your like sort of CPU
01:25:00,149 --> 01:25:00,159
to say like pull your like sort of CPU
01:25:00,159 --> 01:25:01,470
to say like pull your like sort of CPU
power connectors up here and plug them
01:25:01,470 --> 01:25:01,480
power connectors up here and plug them
01:25:01,480 --> 01:25:03,590
power connectors up here and plug them
in you got this huge Radiator in the way
01:25:03,590 --> 01:25:03,600
in you got this huge Radiator in the way
01:25:03,600 --> 01:25:04,750
in you got this huge Radiator in the way
so I would just give you a little sort
01:25:04,750 --> 01:25:04,760
so I would just give you a little sort
01:25:04,760 --> 01:25:07,030
so I would just give you a little sort
of heads up that you may want to do this
01:25:07,030 --> 01:25:07,040
of heads up that you may want to do this
01:25:07,040 --> 01:25:08,430
of heads up that you may want to do this
slightly out of order compared to what
01:25:08,430 --> 01:25:08,440
slightly out of order compared to what
01:25:08,440 --> 01:25:11,070
slightly out of order compared to what
I'm doing but if you're using an allong
01:25:11,070 --> 01:25:11,080
I'm doing but if you're using an allong
01:25:11,080 --> 01:25:12,669
I'm doing but if you're using an allong
cooler that say has it mounted on this
01:25:12,669 --> 01:25:12,679
cooler that say has it mounted on this
01:25:12,679 --> 01:25:14,470
cooler that say has it mounted on this
side it's not a problem so it's like a a
01:25:14,470 --> 01:25:14,480
side it's not a problem so it's like a a
01:25:14,480 --> 01:25:16,229
side it's not a problem so it's like a a
120 or 240 if you're mounting in the
01:25:16,229 --> 01:25:16,239
120 or 240 if you're mounting in the
01:25:16,239 --> 01:25:17,870
120 or 240 if you're mounting in the
front it's not a problem and if you are
01:25:17,870 --> 01:25:17,880
front it's not a problem and if you are
01:25:17,880 --> 01:25:19,350
front it's not a problem and if you are
using an air cooler it's also not a
01:25:19,350 --> 01:25:19,360
using an air cooler it's also not a
01:25:19,360 --> 01:25:21,189
using an air cooler it's also not a
problem so I'm going to be just
01:25:21,189 --> 01:25:21,199
problem so I'm going to be just
01:25:21,199 --> 01:25:23,629
problem so I'm going to be just
installing this the normal sort of way
01:25:23,629 --> 01:25:23,639
installing this the normal sort of way
01:25:23,639 --> 01:25:24,950
installing this the normal sort of way
um before inall the board though let me
01:25:24,950 --> 01:25:24,960
um before inall the board though let me
01:25:24,960 --> 01:25:26,390
um before inall the board though let me
just quickly show you the difference
01:25:26,390 --> 01:25:26,400
just quickly show you the difference
01:25:26,400 --> 01:25:28,390
just quickly show you the difference
between an air and a water cooler so
01:25:28,390 --> 01:25:28,400
between an air and a water cooler so
01:25:28,400 --> 01:25:29,790
between an air and a water cooler so
again I'm using an AIO so I'm going to
01:25:29,790 --> 01:25:29,800
again I'm using an AIO so I'm going to
01:25:29,800 --> 01:25:32,109
again I'm using an AIO so I'm going to
be installing um everything up on top if
01:25:32,109 --> 01:25:32,119
be installing um everything up on top if
01:25:32,119 --> 01:25:33,950
be installing um everything up on top if
I was installing an air cooler it would
01:25:33,950 --> 01:25:33,960
I was installing an air cooler it would
01:25:33,960 --> 01:25:35,870
I was installing an air cooler it would
be mounted something like this and this
01:25:35,870 --> 01:25:35,880
be mounted something like this and this
01:25:35,880 --> 01:25:37,510
be mounted something like this and this
might just be a good sort of way of
01:25:37,510 --> 01:25:37,520
might just be a good sort of way of
01:25:37,520 --> 01:25:39,109
might just be a good sort of way of
showing you one of the reasons why you
01:25:39,109 --> 01:25:39,119
showing you one of the reasons why you
01:25:39,119 --> 01:25:41,109
showing you one of the reasons why you
may or may actually want an air cooler
01:25:41,109 --> 01:25:41,119
may or may actually want an air cooler
01:25:41,119 --> 01:25:42,830
may or may actually want an air cooler
so this is a be quite cooler it is on
01:25:42,830 --> 01:25:42,840
so this is a be quite cooler it is on
01:25:42,840 --> 01:25:44,870
so this is a be quite cooler it is on
the larger side certainly at the biggest
01:25:44,870 --> 01:25:44,880
the larger side certainly at the biggest
01:25:44,880 --> 01:25:46,950
the larger side certainly at the biggest
but the thing with these is I like the
01:25:46,950 --> 01:25:46,960
but the thing with these is I like the
01:25:46,960 --> 01:25:48,910
but the thing with these is I like the
Simplicity but they are quite heavy and
01:25:48,910 --> 01:25:48,920
Simplicity but they are quite heavy and
01:25:48,920 --> 01:25:50,470
Simplicity but they are quite heavy and
when you mount them you can see because
01:25:50,470 --> 01:25:50,480
when you mount them you can see because
01:25:50,480 --> 01:25:51,709
when you mount them you can see because
obviously the board is going to be like
01:25:51,709 --> 01:25:51,719
obviously the board is going to be like
01:25:51,719 --> 01:25:53,149
obviously the board is going to be like
sort of vertically this is a lot of
01:25:53,149 --> 01:25:53,159
sort of vertically this is a lot of
01:25:53,159 --> 01:25:54,270
sort of vertically this is a lot of
weight they can to be kind of pull
01:25:54,270 --> 01:25:54,280
weight they can to be kind of pull
01:25:54,280 --> 01:25:56,350
weight they can to be kind of pull
pulling on your system which is a great
01:25:56,350 --> 01:25:56,360
pulling on your system which is a great
01:25:56,360 --> 01:25:58,229
pulling on your system which is a great
reason why you should make sure to use
01:25:58,229 --> 01:25:58,239
reason why you should make sure to use
01:25:58,239 --> 01:26:00,070
reason why you should make sure to use
all of the standoffs all nine of them on
01:26:00,070 --> 01:26:00,080
all of the standoffs all nine of them on
01:26:00,080 --> 01:26:01,629
all of the standoffs all nine of them on
our ATX board and make sure you screw
01:26:01,629 --> 01:26:01,639
our ATX board and make sure you screw
01:26:01,639 --> 01:26:04,070
our ATX board and make sure you screw
everything in nice and tightly uh I've
01:26:04,070 --> 01:26:04,080
everything in nice and tightly uh I've
01:26:04,080 --> 01:26:06,109
everything in nice and tightly uh I've
seen some horror stories of a cooler
01:26:06,109 --> 01:26:06,119
seen some horror stories of a cooler
01:26:06,119 --> 01:26:07,550
seen some horror stories of a cooler
it's a little heavy maybe it's being
01:26:07,550 --> 01:26:07,560
it's a little heavy maybe it's being
01:26:07,560 --> 01:26:09,510
it's a little heavy maybe it's being
shipped or moved or whatever and it can
01:26:09,510 --> 01:26:09,520
shipped or moved or whatever and it can
01:26:09,520 --> 01:26:12,550
shipped or moved or whatever and it can
rip stuff right out now let us install
01:26:12,550 --> 01:26:12,560
rip stuff right out now let us install
01:26:12,560 --> 01:26:15,149
rip stuff right out now let us install
our motherboard so I'm going to go
01:26:15,149 --> 01:26:15,159
our motherboard so I'm going to go
01:26:15,159 --> 01:26:16,669
our motherboard so I'm going to go
through here I have a bunch of the
01:26:16,669 --> 01:26:16,679
through here I have a bunch of the
01:26:16,679 --> 01:26:20,550
through here I have a bunch of the
screws which I will show you so the
01:26:20,550 --> 01:26:20,560
screws which I will show you so the
01:26:20,560 --> 01:26:22,189
screws which I will show you so the
thing is and you know what I don't
01:26:22,189 --> 01:26:22,199
thing is and you know what I don't
01:26:22,199 --> 01:26:23,870
thing is and you know what I don't
understand why we've been building PCS
01:26:23,870 --> 01:26:23,880
understand why we've been building PCS
01:26:23,880 --> 01:26:25,750
understand why we've been building PCS
for what however many decades at this
01:26:25,750 --> 01:26:25,760
for what however many decades at this
01:26:25,760 --> 01:26:28,550
for what however many decades at this
point you don't at a quick glance know
01:26:28,550 --> 01:26:28,560
point you don't at a quick glance know
01:26:28,560 --> 01:26:30,629
point you don't at a quick glance know
what screws go to what which is weird
01:26:30,629 --> 01:26:30,639
what screws go to what which is weird
01:26:30,639 --> 01:26:31,790
what screws go to what which is weird
because a bunch of these screws are very
01:26:31,790 --> 01:26:31,800
because a bunch of these screws are very
01:26:31,800 --> 01:26:32,950
because a bunch of these screws are very
similar to size that you would think
01:26:32,950 --> 01:26:32,960
similar to size that you would think
01:26:32,960 --> 01:26:34,350
similar to size that you would think
that like I don't know some of them make
01:26:34,350 --> 01:26:34,360
that like I don't know some of them make
01:26:34,360 --> 01:26:36,629
that like I don't know some of them make
them different colors or something now
01:26:36,629 --> 01:26:36,639
them different colors or something now
01:26:36,639 --> 01:26:38,750
them different colors or something now
if you really want to know you can go to
01:26:38,750 --> 01:26:38,760
if you really want to know you can go to
01:26:38,760 --> 01:26:41,550
if you really want to know you can go to
your uh manual that comes with your case
01:26:41,550 --> 01:26:41,560
your uh manual that comes with your case
01:26:41,560 --> 01:26:43,109
your uh manual that comes with your case
and somewhere in here is going to tell
01:26:43,109 --> 01:26:43,119
and somewhere in here is going to tell
01:26:43,119 --> 01:26:45,790
and somewhere in here is going to tell
you what screws go to what so right here
01:26:45,790 --> 01:26:45,800
you what screws go to what so right here
01:26:45,800 --> 01:26:47,790
you what screws go to what so right here
it'll tell you all of the different
01:26:47,790 --> 01:26:47,800
it'll tell you all of the different
01:26:47,800 --> 01:26:50,070
it'll tell you all of the different
screws that come with your system as you
01:26:50,070 --> 01:26:50,080
screws that come with your system as you
01:26:50,080 --> 01:26:52,070
screws that come with your system as you
can see a lot of these screws look very
01:26:52,070 --> 01:26:52,080
can see a lot of these screws look very
01:26:52,080 --> 01:26:53,629
can see a lot of these screws look very
very similar so you can see that this
01:26:53,629 --> 01:26:53,639
very similar so you can see that this
01:26:53,639 --> 01:26:55,470
very similar so you can see that this
one right here here shows screw for
01:26:55,470 --> 01:26:55,480
one right here here shows screw for
01:26:55,480 --> 01:26:58,189
one right here here shows screw for
motherboard and 2.5 in SSD got a little
01:26:58,189 --> 01:26:58,199
motherboard and 2.5 in SSD got a little
01:26:58,199 --> 01:26:59,990
motherboard and 2.5 in SSD got a little
like almost washer looking guy around
01:26:59,990 --> 01:27:00,000
like almost washer looking guy around
01:27:00,000 --> 01:27:01,350
like almost washer looking guy around
the corner so that's the kind of screw
01:27:01,350 --> 01:27:01,360
the corner so that's the kind of screw
01:27:01,360 --> 01:27:03,189
the corner so that's the kind of screw
we're looking for sometimes you can grab
01:27:03,189 --> 01:27:03,199
we're looking for sometimes you can grab
01:27:03,199 --> 01:27:04,750
we're looking for sometimes you can grab
a screw that feels almost exact same
01:27:04,750 --> 01:27:04,760
a screw that feels almost exact same
01:27:04,760 --> 01:27:06,430
a screw that feels almost exact same
thing and it doesn't thread right if you
01:27:06,430 --> 01:27:06,440
thing and it doesn't thread right if you
01:27:06,440 --> 01:27:07,910
thing and it doesn't thread right if you
grab that it doesn't thread just grab
01:27:07,910 --> 01:27:07,920
grab that it doesn't thread just grab
01:27:07,920 --> 01:27:09,270
grab that it doesn't thread just grab
the other screw but it's just I don't
01:27:09,270 --> 01:27:09,280
the other screw but it's just I don't
01:27:09,280 --> 01:27:10,470
the other screw but it's just I don't
know I I feel like we should have
01:27:10,470 --> 01:27:10,480
know I I feel like we should have
01:27:10,480 --> 01:27:11,750
know I I feel like we should have
slightly more distinct screws cuz
01:27:11,750 --> 01:27:11,760
slightly more distinct screws cuz
01:27:11,760 --> 01:27:14,189
slightly more distinct screws cuz
they're so so similar um but for our
01:27:14,189 --> 01:27:14,199
they're so so similar um but for our
01:27:14,199 --> 01:27:16,550
they're so so similar um but for our
purposes we're going to look for eight
01:27:16,550 --> 01:27:16,560
purposes we're going to look for eight
01:27:16,560 --> 01:27:20,189
purposes we're going to look for eight
and nine of these little guys I'm going
01:27:20,189 --> 01:27:20,199
and nine of these little guys I'm going
01:27:20,199 --> 01:27:21,790
and nine of these little guys I'm going
to use my little magnetic mat so I don't
01:27:21,790 --> 01:27:21,800
to use my little magnetic mat so I don't
01:27:21,800 --> 01:27:24,189
to use my little magnetic mat so I don't
lose them and then it as simple as in
01:27:24,189 --> 01:27:24,199
lose them and then it as simple as in
01:27:24,199 --> 01:27:26,550
lose them and then it as simple as in
installing the board but some cases will
01:27:26,550 --> 01:27:26,560
installing the board but some cases will
01:27:26,560 --> 01:27:28,750
installing the board but some cases will
have instead of nine standoffs they'll
01:27:28,750 --> 01:27:28,760
have instead of nine standoffs they'll
01:27:28,760 --> 01:27:30,590
have instead of nine standoffs they'll
have eight plus a little peg in the
01:27:30,590 --> 01:27:30,600
have eight plus a little peg in the
01:27:30,600 --> 01:27:32,590
have eight plus a little peg in the
center that's actually really helpful
01:27:32,590 --> 01:27:32,600
center that's actually really helpful
01:27:32,600 --> 01:27:33,709
center that's actually really helpful
because when you go to install your
01:27:33,709 --> 01:27:33,719
because when you go to install your
01:27:33,719 --> 01:27:35,590
because when you go to install your
board so you can see right here um you
01:27:35,590 --> 01:27:35,600
board so you can see right here um you
01:27:35,600 --> 01:27:36,669
board so you can see right here um you
have may have to zoom in a little bit
01:27:36,669 --> 01:27:36,679
have may have to zoom in a little bit
01:27:36,679 --> 01:27:38,390
have may have to zoom in a little bit
but you can see that while it's pretty
01:27:38,390 --> 01:27:38,400
but you can see that while it's pretty
01:27:38,400 --> 01:27:40,910
but you can see that while it's pretty
much in place it's slightly a skew
01:27:40,910 --> 01:27:40,920
much in place it's slightly a skew
01:27:40,920 --> 01:27:41,910
much in place it's slightly a skew
across the board so what I'm going to
01:27:41,910 --> 01:27:41,920
across the board so what I'm going to
01:27:41,920 --> 01:27:43,550
across the board so what I'm going to
have to actually do is I'm going to have
01:27:43,550 --> 01:27:43,560
have to actually do is I'm going to have
01:27:43,560 --> 01:27:45,109
have to actually do is I'm going to have
to adjust it and sort of try to center
01:27:45,109 --> 01:27:45,119
to adjust it and sort of try to center
01:27:45,119 --> 01:27:47,830
to adjust it and sort of try to center
it up myself but if you have a case that
01:27:47,830 --> 01:27:47,840
it up myself but if you have a case that
01:27:47,840 --> 01:27:49,629
it up myself but if you have a case that
has one of those little centering pens
01:27:49,629 --> 01:27:49,639
has one of those little centering pens
01:27:49,639 --> 01:27:51,270
has one of those little centering pens
that'll actually kind of help to well
01:27:51,270 --> 01:27:51,280
that'll actually kind of help to well
01:27:51,280 --> 01:27:53,270
that'll actually kind of help to well
Center it by itself but it's not a big
01:27:53,270 --> 01:27:53,280
Center it by itself but it's not a big
01:27:53,280 --> 01:27:54,390
Center it by itself but it's not a big
deal just expect that when you put the
01:27:54,390 --> 01:27:54,400
deal just expect that when you put the
01:27:54,400 --> 01:27:55,629
deal just expect that when you put the
board in it's not going to look quite
01:27:55,629 --> 01:27:55,639
board in it's not going to look quite
01:27:55,639 --> 01:27:57,350
board in it's not going to look quite
right you're going to have to sort of
01:27:57,350 --> 01:27:57,360
right you're going to have to sort of
01:27:57,360 --> 01:27:58,709
right you're going to have to sort of
finesse it just a little bit to make
01:27:58,709 --> 01:27:58,719
finesse it just a little bit to make
01:27:58,719 --> 01:28:01,149
finesse it just a little bit to make
sure it all lines up now before we put
01:28:01,149 --> 01:28:01,159
sure it all lines up now before we put
01:28:01,159 --> 01:28:03,870
sure it all lines up now before we put
in any screws something to keep in mind
01:28:03,870 --> 01:28:03,880
in any screws something to keep in mind
01:28:03,880 --> 01:28:05,350
in any screws something to keep in mind
now this is not really a big problem for
01:28:05,350 --> 01:28:05,360
now this is not really a big problem for
01:28:05,360 --> 01:28:06,790
now this is not really a big problem for
this system because it has that IO
01:28:06,790 --> 01:28:06,800
this system because it has that IO
01:28:06,800 --> 01:28:10,149
this system because it has that IO
Shield built in but if you do have a
01:28:10,149 --> 01:28:10,159
Shield built in but if you do have a
01:28:10,159 --> 01:28:11,390
Shield built in but if you do have a
system that you're going to install the
01:28:11,390 --> 01:28:11,400
system that you're going to install the
01:28:11,400 --> 01:28:12,950
system that you're going to install the
io shield and then sort of Slide the
01:28:12,950 --> 01:28:12,960
io shield and then sort of Slide the
01:28:12,960 --> 01:28:15,070
io shield and then sort of Slide the
motherboard into so again like usually a
01:28:15,070 --> 01:28:15,080
motherboard into so again like usually a
01:28:15,080 --> 01:28:16,270
motherboard into so again like usually a
little bit of an older or lower-end
01:28:16,270 --> 01:28:16,280
little bit of an older or lower-end
01:28:16,280 --> 01:28:18,830
little bit of an older or lower-end
system take a look around the back so
01:28:18,830 --> 01:28:18,840
system take a look around the back so
01:28:18,840 --> 01:28:20,109
system take a look around the back so
you see here that I can see all of my
01:28:20,109 --> 01:28:20,119
you see here that I can see all of my
01:28:20,119 --> 01:28:21,470
you see here that I can see all of my
ports they're nice and clear nice and
01:28:21,470 --> 01:28:21,480
ports they're nice and clear nice and
01:28:21,480 --> 01:28:23,950
ports they're nice and clear nice and
clean perfect I know that I'm good to go
01:28:23,950 --> 01:28:23,960
clean perfect I know that I'm good to go
01:28:23,960 --> 01:28:26,390
clean perfect I know that I'm good to go
if if I am using a IO shield and sliding
01:28:26,390 --> 01:28:26,400
if if I am using a IO shield and sliding
01:28:26,400 --> 01:28:28,990
if if I am using a IO shield and sliding
the motherboard in take a look at that
01:28:28,990 --> 01:28:29,000
the motherboard in take a look at that
01:28:29,000 --> 01:28:32,229
the motherboard in take a look at that
rear IO can you see all of your ports
01:28:32,229 --> 01:28:32,239
rear IO can you see all of your ports
01:28:32,239 --> 01:28:34,430
rear IO can you see all of your ports
are there any little metal pegs or penss
01:28:34,430 --> 01:28:34,440
are there any little metal pegs or penss
01:28:34,440 --> 01:28:37,590
are there any little metal pegs or penss
anywhere boy oh boy it's not fun to
01:28:37,590 --> 01:28:37,600
anywhere boy oh boy it's not fun to
01:28:37,600 --> 01:28:39,030
anywhere boy oh boy it's not fun to
install your Board finish your whole
01:28:39,030 --> 01:28:39,040
install your Board finish your whole
01:28:39,040 --> 01:28:40,870
install your Board finish your whole
system get it all ready to go and then
01:28:40,870 --> 01:28:40,880
system get it all ready to go and then
01:28:40,880 --> 01:28:42,189
system get it all ready to go and then
you go to plug your ethernet in and
01:28:42,189 --> 01:28:42,199
you go to plug your ethernet in and
01:28:42,199 --> 01:28:43,430
you go to plug your ethernet in and
there's a little metal pen in the way
01:28:43,430 --> 01:28:43,440
there's a little metal pen in the way
01:28:43,440 --> 01:28:45,750
there's a little metal pen in the way
because you didn't notice it highly
01:28:45,750 --> 01:28:45,760
because you didn't notice it highly
01:28:45,760 --> 01:28:47,510
because you didn't notice it highly
highly recommend before you put in any
01:28:47,510 --> 01:28:47,520
highly recommend before you put in any
01:28:47,520 --> 01:28:49,270
highly recommend before you put in any
screws for your motherboard visually
01:28:49,270 --> 01:28:49,280
screws for your motherboard visually
01:28:49,280 --> 01:28:51,709
screws for your motherboard visually
look at every single one of your ports
01:28:51,709 --> 01:28:51,719
look at every single one of your ports
01:28:51,719 --> 01:28:54,109
look at every single one of your ports
and make sure that it is unobstructed
01:28:54,109 --> 01:28:54,119
and make sure that it is unobstructed
01:28:54,119 --> 01:28:56,870
and make sure that it is unobstructed
just look really close make sure boy I
01:28:56,870 --> 01:28:56,880
just look really close make sure boy I
01:28:56,880 --> 01:28:57,950
just look really close make sure boy I
can't tell you how many times I've had
01:28:57,950 --> 01:28:57,960
can't tell you how many times I've had
01:28:57,960 --> 01:29:00,109
can't tell you how many times I've had
to spend an hour tearing apart my PC
01:29:00,109 --> 01:29:00,119
to spend an hour tearing apart my PC
01:29:00,119 --> 01:29:01,709
to spend an hour tearing apart my PC
just to move one tiny little pin cuz I
01:29:01,709 --> 01:29:01,719
just to move one tiny little pin cuz I
01:29:01,719 --> 01:29:03,470
just to move one tiny little pin cuz I
wasn't paying attention um thankfully
01:29:03,470 --> 01:29:03,480
wasn't paying attention um thankfully
01:29:03,480 --> 01:29:04,910
wasn't paying attention um thankfully
though because this system has the io
01:29:04,910 --> 01:29:04,920
though because this system has the io
01:29:04,920 --> 01:29:06,470
though because this system has the io
Shield integrated that's basically never
01:29:06,470 --> 01:29:06,480
Shield integrated that's basically never
01:29:06,480 --> 01:29:07,990
Shield integrated that's basically never
a problem because it's quite literally
01:29:07,990 --> 01:29:08,000
a problem because it's quite literally
01:29:08,000 --> 01:29:10,070
a problem because it's quite literally
already attached so just a little
01:29:10,070 --> 01:29:10,080
already attached so just a little
01:29:10,080 --> 01:29:12,470
already attached so just a little
warning for first-time Builders to don't
01:29:12,470 --> 01:29:12,480
warning for first-time Builders to don't
01:29:12,480 --> 01:29:14,430
warning for first-time Builders to don't
be doing big dumb things like I have
01:29:14,430 --> 01:29:14,440
be doing big dumb things like I have
01:29:14,440 --> 01:29:16,270
be doing big dumb things like I have
done in the past to install the
01:29:16,270 --> 01:29:16,280
done in the past to install the
01:29:16,280 --> 01:29:18,189
done in the past to install the
motherboard we're going to use the same
01:29:18,189 --> 01:29:18,199
motherboard we're going to use the same
01:29:18,199 --> 01:29:20,990
motherboard we're going to use the same
sort of cross pattern as we did for our
01:29:20,990 --> 01:29:21,000
sort of cross pattern as we did for our
01:29:21,000 --> 01:29:23,229
sort of cross pattern as we did for our
power supply so pick a quarter doesn't
01:29:23,229 --> 01:29:23,239
power supply so pick a quarter doesn't
01:29:23,239 --> 01:29:24,750
power supply so pick a quarter doesn't
really matter which one and we're going
01:29:24,750 --> 01:29:24,760
really matter which one and we're going
01:29:24,760 --> 01:29:26,669
really matter which one and we're going
to start a screw now again because the
01:29:26,669 --> 01:29:26,679
to start a screw now again because the
01:29:26,679 --> 01:29:27,870
to start a screw now again because the
motherboard we're just getting it
01:29:27,870 --> 01:29:27,880
motherboard we're just getting it
01:29:27,880 --> 01:29:29,310
motherboard we're just getting it
started it's going to be a little bit
01:29:29,310 --> 01:29:29,320
started it's going to be a little bit
01:29:29,320 --> 01:29:31,390
started it's going to be a little bit
crooked that's totally fine just sort of
01:29:31,390 --> 01:29:31,400
crooked that's totally fine just sort of
01:29:31,400 --> 01:29:32,750
crooked that's totally fine just sort of
give it a little bit of pressure and
01:29:32,750 --> 01:29:32,760
give it a little bit of pressure and
01:29:32,760 --> 01:29:35,149
give it a little bit of pressure and
sort of slide it into roughly the
01:29:35,149 --> 01:29:35,159
sort of slide it into roughly the
01:29:35,159 --> 01:29:36,270
sort of slide it into roughly the
position so I can see right here I need
01:29:36,270 --> 01:29:36,280
position so I can see right here I need
01:29:36,280 --> 01:29:39,709
position so I can see right here I need
to give it a little bit of uh shove to
01:29:39,709 --> 01:29:39,719
to give it a little bit of uh shove to
01:29:39,719 --> 01:29:43,270
to give it a little bit of uh shove to
the left side so it's almost there there
01:29:43,270 --> 01:29:43,280
the left side so it's almost there there
01:29:43,280 --> 01:29:45,950
the left side so it's almost there there
we go uh motherboards don't ever fit
01:29:45,950 --> 01:29:45,960
we go uh motherboards don't ever fit
01:29:45,960 --> 01:29:47,550
we go uh motherboards don't ever fit
quite right right out of the box so like
01:29:47,550 --> 01:29:47,560
quite right right out of the box so like
01:29:47,560 --> 01:29:48,590
quite right right out of the box so like
with this I can see I can actually need
01:29:48,590 --> 01:29:48,600
with this I can see I can actually need
01:29:48,600 --> 01:29:51,270
with this I can see I can actually need
to adjust it a little bit more there we
01:29:51,270 --> 01:29:51,280
to adjust it a little bit more there we
01:29:51,280 --> 01:29:53,709
to adjust it a little bit more there we
go all right so this board wants to
01:29:53,709 --> 01:29:53,719
go all right so this board wants to
01:29:53,719 --> 01:29:54,750
go all right so this board wants to
fight me a little bit so I'm going to
01:29:54,750 --> 01:29:54,760
fight me a little bit so I'm going to
01:29:54,760 --> 01:29:56,070
fight me a little bit so I'm going to
start with this top right corner which
01:29:56,070 --> 01:29:56,080
start with this top right corner which
01:29:56,080 --> 01:29:57,470
start with this top right corner which
is the one that doesn't want to fit
01:29:57,470 --> 01:29:57,480
is the one that doesn't want to fit
01:29:57,480 --> 01:29:59,310
is the one that doesn't want to fit
quite right that's fine we'll just give
01:29:59,310 --> 01:29:59,320
quite right that's fine we'll just give
01:29:59,320 --> 01:30:01,350
quite right that's fine we'll just give
it a little bit of encouragement and
01:30:01,350 --> 01:30:01,360
it a little bit of encouragement and
01:30:01,360 --> 01:30:02,830
it a little bit of encouragement and
we're going to just tighten that down um
01:30:02,830 --> 01:30:02,840
we're going to just tighten that down um
01:30:02,840 --> 01:30:04,229
we're going to just tighten that down um
when you're doing this do not tighten it
01:30:04,229 --> 01:30:04,239
when you're doing this do not tighten it
01:30:04,239 --> 01:30:05,870
when you're doing this do not tighten it
super tight just get it started make
01:30:05,870 --> 01:30:05,880
super tight just get it started make
01:30:05,880 --> 01:30:07,350
super tight just get it started make
sure that it's not going to like sort of
01:30:07,350 --> 01:30:07,360
sure that it's not going to like sort of
01:30:07,360 --> 01:30:09,109
sure that it's not going to like sort of
hop off and then what we're going to do
01:30:09,109 --> 01:30:09,119
hop off and then what we're going to do
01:30:09,119 --> 01:30:10,470
hop off and then what we're going to do
is we're going to go to the opposite
01:30:10,470 --> 01:30:10,480
is we're going to go to the opposite
01:30:10,480 --> 01:30:12,870
is we're going to go to the opposite
corner again you always want to install
01:30:12,870 --> 01:30:12,880
corner again you always want to install
01:30:12,880 --> 01:30:15,070
corner again you always want to install
things corner corner corner corner to
01:30:15,070 --> 01:30:15,080
things corner corner corner corner to
01:30:15,080 --> 01:30:16,590
things corner corner corner corner to
make sure that you are evenly applying
01:30:16,590 --> 01:30:16,600
make sure that you are evenly applying
01:30:16,600 --> 01:30:18,470
make sure that you are evenly applying
pressure especially with a motherboard
01:30:18,470 --> 01:30:18,480
pressure especially with a motherboard
01:30:18,480 --> 01:30:20,229
pressure especially with a motherboard
if I tighten that all the way down I'm
01:30:20,229 --> 01:30:20,239
if I tighten that all the way down I'm
01:30:20,239 --> 01:30:21,790
if I tighten that all the way down I'm
going to have to still adjust like this
01:30:21,790 --> 01:30:21,800
going to have to still adjust like this
01:30:21,800 --> 01:30:23,390
going to have to still adjust like this
back corner to make sure it fits and
01:30:23,390 --> 01:30:23,400
back corner to make sure it fits and
01:30:23,400 --> 01:30:25,030
back corner to make sure it fits and
then tighten it otherwise you're going
01:30:25,030 --> 01:30:25,040
then tighten it otherwise you're going
01:30:25,040 --> 01:30:26,350
then tighten it otherwise you're going
to crank that thing all the way down and
01:30:26,350 --> 01:30:26,360
to crank that thing all the way down and
01:30:26,360 --> 01:30:27,910
to crank that thing all the way down and
half your screw holes will not line up
01:30:27,910 --> 01:30:27,920
half your screw holes will not line up
01:30:27,920 --> 01:30:29,830
half your screw holes will not line up
so just do this slowly do it like a
01:30:29,830 --> 01:30:29,840
so just do this slowly do it like a
01:30:29,840 --> 01:30:31,390
so just do this slowly do it like a
little bit at a time and then you can
01:30:31,390 --> 01:30:31,400
little bit at a time and then you can
01:30:31,400 --> 01:30:32,870
little bit at a time and then you can
make sure that your motherboard is fully
01:30:32,870 --> 01:30:32,880
make sure that your motherboard is fully
01:30:32,880 --> 01:30:34,709
make sure that your motherboard is fully
seated cuz you know PC builds have been
01:30:34,709 --> 01:30:34,719
seated cuz you know PC builds have been
01:30:34,719 --> 01:30:36,870
seated cuz you know PC builds have been
around for decades and certain things
01:30:36,870 --> 01:30:36,880
around for decades and certain things
01:30:36,880 --> 01:30:38,870
around for decades and certain things
have improved over the years but certain
01:30:38,870 --> 01:30:38,880
have improved over the years but certain
01:30:38,880 --> 01:30:40,750
have improved over the years but certain
things feel like they just they figured
01:30:40,750 --> 01:30:40,760
things feel like they just they figured
01:30:40,760 --> 01:30:43,550
things feel like they just they figured
it out in 1984 and they never decided to
01:30:43,550 --> 01:30:43,560
it out in 1984 and they never decided to
01:30:43,560 --> 01:30:45,510
it out in 1984 and they never decided to
second guess anything and installing
01:30:45,510 --> 01:30:45,520
second guess anything and installing
01:30:45,520 --> 01:30:46,990
second guess anything and installing
motherboards really has not evolved a
01:30:46,990 --> 01:30:47,000
motherboards really has not evolved a
01:30:47,000 --> 01:30:49,510
motherboards really has not evolved a
lot yeah L up with the holes you wiggle
01:30:49,510 --> 01:30:49,520
lot yeah L up with the holes you wiggle
01:30:49,520 --> 01:30:51,870
lot yeah L up with the holes you wiggle
it till it fits you screw it into
01:30:51,870 --> 01:30:51,880
it till it fits you screw it into
01:30:51,880 --> 01:30:53,629
it till it fits you screw it into
place check guys something me sounds
01:30:53,629 --> 01:30:53,639
place check guys something me sounds
01:30:53,639 --> 01:30:56,109
place check guys something me sounds
pretty s but got fiddly anyway all right
01:30:56,109 --> 01:30:56,119
pretty s but got fiddly anyway all right
01:30:56,119 --> 01:30:57,669
pretty s but got fiddly anyway all right
so I again visually see that the top
01:30:57,669 --> 01:30:57,679
so I again visually see that the top
01:30:57,679 --> 01:30:58,990
so I again visually see that the top
right is fine so I'm going to go to my
01:30:58,990 --> 01:30:59,000
right is fine so I'm going to go to my
01:30:59,000 --> 01:31:01,590
right is fine so I'm going to go to my
bottom left and again just going to do
01:31:01,590 --> 01:31:01,600
bottom left and again just going to do
01:31:01,600 --> 01:31:03,109
bottom left and again just going to do
that like half tight just make sure it's
01:31:03,109 --> 01:31:03,119
that like half tight just make sure it's
01:31:03,119 --> 01:31:04,510
that like half tight just make sure it's
not going anywhere I don't get it too
01:31:04,510 --> 01:31:04,520
not going anywhere I don't get it too
01:31:04,520 --> 01:31:06,229
not going anywhere I don't get it too
tight and then we're going to do the top
01:31:06,229 --> 01:31:06,239
tight and then we're going to do the top
01:31:06,239 --> 01:31:08,830
tight and then we're going to do the top
left corner which I'm give it a little
01:31:08,830 --> 01:31:08,840
left corner which I'm give it a little
01:31:08,840 --> 01:31:10,270
left corner which I'm give it a little
bit of a wiggle but that also looks like
01:31:10,270 --> 01:31:10,280
bit of a wiggle but that also looks like
01:31:10,280 --> 01:31:13,030
bit of a wiggle but that also looks like
it's fine and again only doing it about
01:31:13,030 --> 01:31:13,040
it's fine and again only doing it about
01:31:13,040 --> 01:31:14,750
it's fine and again only doing it about
half tight just to make sure that it's
01:31:14,750 --> 01:31:14,760
half tight just to make sure that it's
01:31:14,760 --> 01:31:16,750
half tight just to make sure that it's
not going to wiggle I still may actually
01:31:16,750 --> 01:31:16,760
not going to wiggle I still may actually
01:31:16,760 --> 01:31:18,790
not going to wiggle I still may actually
have to give it a little bit of a of a
01:31:18,790 --> 01:31:18,800
have to give it a little bit of a of a
01:31:18,800 --> 01:31:20,270
have to give it a little bit of a of a
push to make sure everything lines up
01:31:20,270 --> 01:31:20,280
push to make sure everything lines up
01:31:20,280 --> 01:31:22,470
push to make sure everything lines up
but so far I think we're about there and
01:31:22,470 --> 01:31:22,480
but so far I think we're about there and
01:31:22,480 --> 01:31:23,990
but so far I think we're about there and
then once we've done the four corners
01:31:23,990 --> 01:31:24,000
then once we've done the four corners
01:31:24,000 --> 01:31:25,030
then once we've done the four corners
then you can do all the ones in the
01:31:25,030 --> 01:31:25,040
then you can do all the ones in the
01:31:25,040 --> 01:31:27,870
then you can do all the ones in the
middle just make sure you do all of your
01:31:27,870 --> 01:31:27,880
middle just make sure you do all of your
01:31:27,880 --> 01:31:29,709
middle just make sure you do all of your
screws and standoffs I mean you don't
01:31:29,709 --> 01:31:29,719
screws and standoffs I mean you don't
01:31:29,719 --> 01:31:31,270
screws and standoffs I mean you don't
technically need to but I would highly
01:31:31,270 --> 01:31:31,280
technically need to but I would highly
01:31:31,280 --> 01:31:33,189
technically need to but I would highly
recommend it especially because uh these
01:31:33,189 --> 01:31:33,199
recommend it especially because uh these
01:31:33,199 --> 01:31:35,310
recommend it especially because uh these
days graphics cards can be very heavy it
01:31:35,310 --> 01:31:35,320
days graphics cards can be very heavy it
01:31:35,320 --> 01:31:36,590
days graphics cards can be very heavy it
puts a lot of pressure on these things
01:31:36,590 --> 01:31:36,600
puts a lot of pressure on these things
01:31:36,600 --> 01:31:38,350
puts a lot of pressure on these things
and again if you're ever like moving or
01:31:38,350 --> 01:31:38,360
and again if you're ever like moving or
01:31:38,360 --> 01:31:40,709
and again if you're ever like moving or
shipping your system or whatever uh you
01:31:40,709 --> 01:31:40,719
shipping your system or whatever uh you
01:31:40,719 --> 01:31:42,070
shipping your system or whatever uh you
want to make sure that you are fully
01:31:42,070 --> 01:31:42,080
want to make sure that you are fully
01:31:42,080 --> 01:31:44,109
want to make sure that you are fully
seated so again with an ATX motherboard
01:31:44,109 --> 01:31:44,119
seated so again with an ATX motherboard
01:31:44,119 --> 01:31:46,750
seated so again with an ATX motherboard
you're looking for nine total screws um
01:31:46,750 --> 01:31:46,760
you're looking for nine total screws um
01:31:46,760 --> 01:31:48,950
you're looking for nine total screws um
for Micro ATX it's usually anywhere
01:31:48,950 --> 01:31:48,960
for Micro ATX it's usually anywhere
01:31:48,960 --> 01:31:51,189
for Micro ATX it's usually anywhere
between seven and eight I think off the
01:31:51,189 --> 01:31:51,199
between seven and eight I think off the
01:31:51,199 --> 01:31:53,189
between seven and eight I think off the
top of my head mini itex is typically
01:31:53,189 --> 01:31:53,199
top of my head mini itex is typically
01:31:53,199 --> 01:31:55,470
top of my head mini itex is typically
four scre so just make sure that you're
01:31:55,470 --> 01:31:55,480
four scre so just make sure that you're
01:31:55,480 --> 01:31:57,910
four scre so just make sure that you're
going around installing everything all
01:31:57,910 --> 01:31:57,920
going around installing everything all
01:31:57,920 --> 01:31:59,990
going around installing everything all
right cool so before you tighten
01:31:59,990 --> 01:32:00,000
right cool so before you tighten
01:32:00,000 --> 01:32:02,430
right cool so before you tighten
everything down quick idiot check again
01:32:02,430 --> 01:32:02,440
everything down quick idiot check again
01:32:02,440 --> 01:32:03,790
everything down quick idiot check again
look at your IO Shield make sure all
01:32:03,790 --> 01:32:03,800
look at your IO Shield make sure all
01:32:03,800 --> 01:32:05,870
look at your IO Shield make sure all
your ports are looking fine no brainer
01:32:05,870 --> 01:32:05,880
your ports are looking fine no brainer
01:32:05,880 --> 01:32:07,790
your ports are looking fine no brainer
on this one make sure that the board is
01:32:07,790 --> 01:32:07,800
on this one make sure that the board is
01:32:07,800 --> 01:32:09,030
on this one make sure that the board is
like obviously not like pinching any
01:32:09,030 --> 01:32:09,040
like obviously not like pinching any
01:32:09,040 --> 01:32:10,350
like obviously not like pinching any
cables so you can see I have this little
01:32:10,350 --> 01:32:10,360
cables so you can see I have this little
01:32:10,360 --> 01:32:12,189
cables so you can see I have this little
fan header up here so you want make sure
01:32:12,189 --> 01:32:12,199
fan header up here so you want make sure
01:32:12,199 --> 01:32:13,310
fan header up here so you want make sure
that that's not being like sort of
01:32:13,310 --> 01:32:13,320
that that's not being like sort of
01:32:13,320 --> 01:32:15,189
that that's not being like sort of
pinched or anything but as long as
01:32:15,189 --> 01:32:15,199
pinched or anything but as long as
01:32:15,199 --> 01:32:16,990
pinched or anything but as long as
everything visually looks fine and we
01:32:16,990 --> 01:32:17,000
everything visually looks fine and we
01:32:17,000 --> 01:32:18,629
everything visually looks fine and we
know that nothing needs to move at this
01:32:18,629 --> 01:32:18,639
know that nothing needs to move at this
01:32:18,639 --> 01:32:20,669
know that nothing needs to move at this
point take a screwdriver and tighten
01:32:20,669 --> 01:32:20,679
point take a screwdriver and tighten
01:32:20,679 --> 01:32:22,430
point take a screwdriver and tighten
down all of our screws and our
01:32:22,430 --> 01:32:22,440
down all of our screws and our
01:32:22,440 --> 01:32:24,629
down all of our screws and our
motherboard will be fully installed in
01:32:24,629 --> 01:32:24,639
motherboard will be fully installed in
01:32:24,639 --> 01:32:27,350
motherboard will be fully installed in
our case next up before we install our
01:32:27,350 --> 01:32:27,360
our case next up before we install our
01:32:27,360 --> 01:32:28,950
our case next up before we install our
CPU Cooler regardless if you're using a
01:32:28,950 --> 01:32:28,960
CPU Cooler regardless if you're using a
01:32:28,960 --> 01:32:30,510
CPU Cooler regardless if you're using a
liquid cooler or an air cooler I
01:32:30,510 --> 01:32:30,520
liquid cooler or an air cooler I
01:32:30,520 --> 01:32:32,790
liquid cooler or an air cooler I
recommend installing your CPU power so
01:32:32,790 --> 01:32:32,800
recommend installing your CPU power so
01:32:32,800 --> 01:32:34,470
recommend installing your CPU power so
it is always up here on the top left of
01:32:34,470 --> 01:32:34,480
it is always up here on the top left of
01:32:34,480 --> 01:32:36,510
it is always up here on the top left of
the board now with this case we actually
01:32:36,510 --> 01:32:36,520
the board now with this case we actually
01:32:36,520 --> 01:32:38,149
the board now with this case we actually
have a pretty good amount of clearance
01:32:38,149 --> 01:32:38,159
have a pretty good amount of clearance
01:32:38,159 --> 01:32:39,629
have a pretty good amount of clearance
but a lot of cases don't have quite so
01:32:39,629 --> 01:32:39,639
but a lot of cases don't have quite so
01:32:39,639 --> 01:32:41,430
but a lot of cases don't have quite so
much and once you put like radiators or
01:32:41,430 --> 01:32:41,440
much and once you put like radiators or
01:32:41,440 --> 01:32:43,229
much and once you put like radiators or
even just a big air cooler in the way it
01:32:43,229 --> 01:32:43,239
even just a big air cooler in the way it
01:32:43,239 --> 01:32:44,950
even just a big air cooler in the way it
can sometimes be very hard to reach back
01:32:44,950 --> 01:32:44,960
can sometimes be very hard to reach back
01:32:44,960 --> 01:32:46,430
can sometimes be very hard to reach back
here so I always recommend doing this
01:32:46,430 --> 01:32:46,440
here so I always recommend doing this
01:32:46,440 --> 01:32:48,750
here so I always recommend doing this
first as you run cable so you'll see
01:32:48,750 --> 01:32:48,760
first as you run cable so you'll see
01:32:48,760 --> 01:32:49,870
first as you run cable so you'll see
right now that even though we have a
01:32:49,870 --> 01:32:49,880
right now that even though we have a
01:32:49,880 --> 01:32:52,669
right now that even though we have a
modular Supply there's still a lot of
01:32:52,669 --> 01:32:52,679
modular Supply there's still a lot of
01:32:52,679 --> 01:32:56,070
modular Supply there's still a lot of
stuff here as you run cables just try to
01:32:56,070 --> 01:32:56,080
stuff here as you run cables just try to
01:32:56,080 --> 01:32:58,109
stuff here as you run cables just try to
think about how you position them
01:32:58,109 --> 01:32:58,119
think about how you position them
01:32:58,119 --> 01:32:59,870
think about how you position them
there's no real right or wrong way but
01:32:59,870 --> 01:32:59,880
there's no real right or wrong way but
01:32:59,880 --> 01:33:01,510
there's no real right or wrong way but
you can see that okay so if I'm going to
01:33:01,510 --> 01:33:01,520
you can see that okay so if I'm going to
01:33:01,520 --> 01:33:04,030
you can see that okay so if I'm going to
install my CPU power connector so do is
01:33:04,030 --> 01:33:04,040
install my CPU power connector so do is
01:33:04,040 --> 01:33:07,030
install my CPU power connector so do is
I'll pull these cables out of the way
01:33:07,030 --> 01:33:07,040
I'll pull these cables out of the way
01:33:07,040 --> 01:33:09,990
I'll pull these cables out of the way
and kind of tuck them on the bottom now
01:33:09,990 --> 01:33:10,000
and kind of tuck them on the bottom now
01:33:10,000 --> 01:33:11,709
and kind of tuck them on the bottom now
the main reason to do this is just so
01:33:11,709 --> 01:33:11,719
the main reason to do this is just so
01:33:11,719 --> 01:33:13,430
the main reason to do this is just so
that you don't have a bunch of extra
01:33:13,430 --> 01:33:13,440
that you don't have a bunch of extra
01:33:13,440 --> 01:33:15,430
that you don't have a bunch of extra
sort of thickness so a little bit later
01:33:15,430 --> 01:33:15,440
sort of thickness so a little bit later
01:33:15,440 --> 01:33:16,550
sort of thickness so a little bit later
on when we actually do our cable
01:33:16,550 --> 01:33:16,560
on when we actually do our cable
01:33:16,560 --> 01:33:18,310
on when we actually do our cable
management put the side panel on what
01:33:18,310 --> 01:33:18,320
management put the side panel on what
01:33:18,320 --> 01:33:19,270
management put the side panel on what
you want to do is you want to make sure
01:33:19,270 --> 01:33:19,280
you want to do is you want to make sure
01:33:19,280 --> 01:33:21,030
you want to do is you want to make sure
that the cables are sort of Diversified
01:33:21,030 --> 01:33:21,040
that the cables are sort of Diversified
01:33:21,040 --> 01:33:22,709
that the cables are sort of Diversified
if you have all your cables sort of in a
01:33:22,709 --> 01:33:22,719
if you have all your cables sort of in a
01:33:22,719 --> 01:33:24,629
if you have all your cables sort of in a
thick like run in the middle these side
01:33:24,629 --> 01:33:24,639
thick like run in the middle these side
01:33:24,639 --> 01:33:26,510
thick like run in the middle these side
panel may not go back on so for this run
01:33:26,510 --> 01:33:26,520
panel may not go back on so for this run
01:33:26,520 --> 01:33:27,550
panel may not go back on so for this run
for example because I know that these
01:33:27,550 --> 01:33:27,560
for example because I know that these
01:33:27,560 --> 01:33:28,910
for example because I know that these
are going to go off to the side I'm
01:33:28,910 --> 01:33:28,920
are going to go off to the side I'm
01:33:28,920 --> 01:33:30,390
are going to go off to the side I'm
going to specifically pull them out of
01:33:30,390 --> 01:33:30,400
going to specifically pull them out of
01:33:30,400 --> 01:33:31,870
going to specifically pull them out of
the way run them through these little
01:33:31,870 --> 01:33:31,880
the way run them through these little
01:33:31,880 --> 01:33:33,870
the way run them through these little
cable channels here which should give us
01:33:33,870 --> 01:33:33,880
cable channels here which should give us
01:33:33,880 --> 01:33:37,550
cable channels here which should give us
enough length and then I'm going to run
01:33:37,550 --> 01:33:37,560
enough length and then I'm going to run
01:33:37,560 --> 01:33:39,790
enough length and then I'm going to run
them up here now I say that these might
01:33:39,790 --> 01:33:39,800
them up here now I say that these might
01:33:39,800 --> 01:33:42,149
them up here now I say that these might
actually not be long enough but I'll
01:33:42,149 --> 01:33:42,159
actually not be long enough but I'll
01:33:42,159 --> 01:33:44,709
actually not be long enough but I'll
actually yeah I think it'll work so this
01:33:44,709 --> 01:33:44,719
actually yeah I think it'll work so this
01:33:44,719 --> 01:33:46,270
actually yeah I think it'll work so this
case specifically has his little cable
01:33:46,270 --> 01:33:46,280
case specifically has his little cable
01:33:46,280 --> 01:33:48,350
case specifically has his little cable
channels often times you won't have that
01:33:48,350 --> 01:33:48,360
channels often times you won't have that
01:33:48,360 --> 01:33:49,430
channels often times you won't have that
so you'll see that there are all these
01:33:49,430 --> 01:33:49,440
so you'll see that there are all these
01:33:49,440 --> 01:33:50,709
so you'll see that there are all these
little like sort of holes here so
01:33:50,709 --> 01:33:50,719
little like sort of holes here so
01:33:50,719 --> 01:33:52,669
little like sort of holes here so
there's like a little Gap here Gap here
01:33:52,669 --> 01:33:52,679
there's like a little Gap here Gap here
01:33:52,679 --> 01:33:54,470
there's like a little Gap here Gap here
Gap here these are so you can use twist
01:33:54,470 --> 01:33:54,480
Gap here these are so you can use twist
01:33:54,480 --> 01:33:55,830
Gap here these are so you can use twist
ties so when you're running your cables
01:33:55,830 --> 01:33:55,840
ties so when you're running your cables
01:33:55,840 --> 01:33:56,870
ties so when you're running your cables
especially a little bit later once
01:33:56,870 --> 01:33:56,880
especially a little bit later once
01:33:56,880 --> 01:33:58,430
especially a little bit later once
you're actually done you can tie them
01:33:58,430 --> 01:33:58,440
you're actually done you can tie them
01:33:58,440 --> 01:34:00,510
you're actually done you can tie them
down but for now and just generally
01:34:00,510 --> 01:34:00,520
down but for now and just generally
01:34:00,520 --> 01:34:02,669
down but for now and just generally
speaking when you're plugging things in
01:34:02,669 --> 01:34:02,679
speaking when you're plugging things in
01:34:02,679 --> 01:34:03,709
speaking when you're plugging things in
try to think a little bit about the
01:34:03,709 --> 01:34:03,719
try to think a little bit about the
01:34:03,719 --> 01:34:05,310
try to think a little bit about the
cable run because it's a lot cleaner and
01:34:05,310 --> 01:34:05,320
cable run because it's a lot cleaner and
01:34:05,320 --> 01:34:07,350
cable run because it's a lot cleaner and
a lot smoother if you do this now versus
01:34:07,350 --> 01:34:07,360
a lot smoother if you do this now versus
01:34:07,360 --> 01:34:08,629
a lot smoother if you do this now versus
building the whole system and then you
01:34:08,629 --> 01:34:08,639
building the whole system and then you
01:34:08,639 --> 01:34:10,030
building the whole system and then you
have to tear half of it out to figure
01:34:10,030 --> 01:34:10,040
have to tear half of it out to figure
01:34:10,040 --> 01:34:11,790
have to tear half of it out to figure
out where everything goes so for this
01:34:11,790 --> 01:34:11,800
out where everything goes so for this
01:34:11,800 --> 01:34:13,149
out where everything goes so for this
assuming that that is long enough which
01:34:13,149 --> 01:34:13,159
assuming that that is long enough which
01:34:13,159 --> 01:34:14,750
assuming that that is long enough which
I think it should be we going to poke it
01:34:14,750 --> 01:34:14,760
I think it should be we going to poke it
01:34:14,760 --> 01:34:19,390
I think it should be we going to poke it
through this top left spot here I think
01:34:19,390 --> 01:34:19,400
through this top left spot here I think
01:34:19,400 --> 01:34:20,910
through this top left spot here I think
it's going to be just long enough now I
01:34:20,910 --> 01:34:20,920
it's going to be just long enough now I
01:34:20,920 --> 01:34:22,870
it's going to be just long enough now I
might have to pull a little bit of slack
01:34:22,870 --> 01:34:22,880
might have to pull a little bit of slack
01:34:22,880 --> 01:34:24,830
might have to pull a little bit of slack
if we turn the case back around it's
01:34:24,830 --> 01:34:24,840
if we turn the case back around it's
01:34:24,840 --> 01:34:26,470
if we turn the case back around it's
easy to do this while the case is mostly
01:34:26,470 --> 01:34:26,480
easy to do this while the case is mostly
01:34:26,480 --> 01:34:27,669
easy to do this while the case is mostly
empty cuz when you have to like rotate
01:34:27,669 --> 01:34:27,679
empty cuz when you have to like rotate
01:34:27,679 --> 01:34:28,990
empty cuz when you have to like rotate
the case back and forth it's full of
01:34:28,990 --> 01:34:29,000
the case back and forth it's full of
01:34:29,000 --> 01:34:32,350
the case back and forth it's full of
components I mean unless you're J2 cents
01:34:32,350 --> 01:34:32,360
components I mean unless you're J2 cents
01:34:32,360 --> 01:34:35,149
components I mean unless you're J2 cents
over here it's kind of heavy so you can
01:34:35,149 --> 01:34:35,159
over here it's kind of heavy so you can
01:34:35,159 --> 01:34:37,550
over here it's kind of heavy so you can
see that right now I've run my two CPU
01:34:37,550 --> 01:34:37,560
see that right now I've run my two CPU
01:34:37,560 --> 01:34:39,750
see that right now I've run my two CPU
connectors through this top corner so
01:34:39,750 --> 01:34:39,760
connectors through this top corner so
01:34:39,760 --> 01:34:40,790
connectors through this top corner so
you'll see they're just going to come
01:34:40,790 --> 01:34:40,800
you'll see they're just going to come
01:34:40,800 --> 01:34:42,510
you'll see they're just going to come
right down to here so what I will do is
01:34:42,510 --> 01:34:42,520
right down to here so what I will do is
01:34:42,520 --> 01:34:43,830
right down to here so what I will do is
just make sure that I've got all the
01:34:43,830 --> 01:34:43,840
just make sure that I've got all the
01:34:43,840 --> 01:34:45,910
just make sure that I've got all the
slack I can but it is going to be enough
01:34:45,910 --> 01:34:45,920
slack I can but it is going to be enough
01:34:45,920 --> 01:34:47,910
slack I can but it is going to be enough
and what you'll do is you will just plug
01:34:47,910 --> 01:34:47,920
and what you'll do is you will just plug
01:34:47,920 --> 01:34:50,189
and what you'll do is you will just plug
them in one after the other so this one
01:34:50,189 --> 01:34:50,199
them in one after the other so this one
01:34:50,199 --> 01:34:52,149
them in one after the other so this one
is already together so you see that
01:34:52,149 --> 01:34:52,159
is already together so you see that
01:34:52,159 --> 01:34:54,149
is already together so you see that
because I have the eight plus4 here's
01:34:54,149 --> 01:34:54,159
because I have the eight plus4 here's
01:34:54,159 --> 01:34:56,390
because I have the eight plus4 here's
the eight and here's the 4 plus4 they
01:34:56,390 --> 01:34:56,400
the eight and here's the 4 plus4 they
01:34:56,400 --> 01:34:57,910
the eight and here's the 4 plus4 they
can just snap together but because I
01:34:57,910 --> 01:34:57,920
can just snap together but because I
01:34:57,920 --> 01:34:59,510
can just snap together but because I
only need half of these I have to
01:34:59,510 --> 01:34:59,520
only need half of these I have to
01:34:59,520 --> 01:35:01,350
only need half of these I have to
separate these before I plug them in so
01:35:01,350 --> 01:35:01,360
separate these before I plug them in so
01:35:01,360 --> 01:35:02,669
separate these before I plug them in so
to install these it's quite simple so
01:35:02,669 --> 01:35:02,679
to install these it's quite simple so
01:35:02,679 --> 01:35:04,109
to install these it's quite simple so
I'm going to start with my eight pen
01:35:04,109 --> 01:35:04,119
I'm going to start with my eight pen
01:35:04,119 --> 01:35:06,109
I'm going to start with my eight pen
which is going to go on this side so
01:35:06,109 --> 01:35:06,119
which is going to go on this side so
01:35:06,119 --> 01:35:07,590
which is going to go on this side so
there's a little clip on the bottom
01:35:07,590 --> 01:35:07,600
there's a little clip on the bottom
01:35:07,600 --> 01:35:09,149
there's a little clip on the bottom
which like most things in a computer
01:35:09,149 --> 01:35:09,159
which like most things in a computer
01:35:09,159 --> 01:35:11,189
which like most things in a computer
means it's only going to go in one way a
01:35:11,189 --> 01:35:11,199
means it's only going to go in one way a
01:35:11,199 --> 01:35:12,310
means it's only going to go in one way a
little hard for me to see and it's
01:35:12,310 --> 01:35:12,320
little hard for me to see and it's
01:35:12,320 --> 01:35:13,510
little hard for me to see and it's
probably impossible for you to see but
01:35:13,510 --> 01:35:13,520
probably impossible for you to see but
01:35:13,520 --> 01:35:16,070
probably impossible for you to see but
if I just rotate that
01:35:16,070 --> 01:35:16,080
if I just rotate that
01:35:16,080 --> 01:35:18,669
if I just rotate that
around there we go that is a nice little
01:35:18,669 --> 01:35:18,679
around there we go that is a nice little
01:35:18,679 --> 01:35:19,870
around there we go that is a nice little
click and honestly those cables actually
01:35:19,870 --> 01:35:19,880
click and honestly those cables actually
01:35:19,880 --> 01:35:21,629
click and honestly those cables actually
look pretty nice now I'm going to do the
01:35:21,629 --> 01:35:21,639
look pretty nice now I'm going to do the
01:35:21,639 --> 01:35:23,270
look pretty nice now I'm going to do the
same thing for the auxiliary power I'm
01:35:23,270 --> 01:35:23,280
same thing for the auxiliary power I'm
01:35:23,280 --> 01:35:24,990
same thing for the auxiliary power I'm
going to Che just a little bit so
01:35:24,990 --> 01:35:25,000
going to Che just a little bit so
01:35:25,000 --> 01:35:27,990
going to Che just a little bit so
because my secondary CPU I only need
01:35:27,990 --> 01:35:28,000
because my secondary CPU I only need
01:35:28,000 --> 01:35:29,510
because my secondary CPU I only need
four of the eight pens I'm actually
01:35:29,510 --> 01:35:29,520
four of the eight pens I'm actually
01:35:29,520 --> 01:35:30,669
four of the eight pens I'm actually
going to split them so you'll see they
01:35:30,669 --> 01:35:30,679
going to split them so you'll see they
01:35:30,679 --> 01:35:32,430
going to split them so you'll see they
kind of split by themselves so if I just
01:35:32,430 --> 01:35:32,440
kind of split by themselves so if I just
01:35:32,440 --> 01:35:34,669
kind of split by themselves so if I just
pull them apart a little bit I get a
01:35:34,669 --> 01:35:34,679
pull them apart a little bit I get a
01:35:34,679 --> 01:35:35,990
pull them apart a little bit I get a
little bit sorry it's hard to see but
01:35:35,990 --> 01:35:36,000
little bit sorry it's hard to see but
01:35:36,000 --> 01:35:37,310
little bit sorry it's hard to see but
you'll see I got a little bit of extra
01:35:37,310 --> 01:35:37,320
you'll see I got a little bit of extra
01:35:37,320 --> 01:35:38,669
you'll see I got a little bit of extra
space I'm going to take the extra four
01:35:38,669 --> 01:35:38,679
space I'm going to take the extra four
01:35:38,679 --> 01:35:40,229
space I'm going to take the extra four
that I don't need and tuck them back in
01:35:40,229 --> 01:35:40,239
that I don't need and tuck them back in
01:35:40,239 --> 01:35:41,709
that I don't need and tuck them back in
and I'm only going to feed the four that
01:35:41,709 --> 01:35:41,719
and I'm only going to feed the four that
01:35:41,719 --> 01:35:44,189
and I'm only going to feed the four that
I actually need again all this is just
01:35:44,189 --> 01:35:44,199
I actually need again all this is just
01:35:44,199 --> 01:35:45,350
I actually need again all this is just
for Aesthetics but it's going to make
01:35:45,350 --> 01:35:45,360
for Aesthetics but it's going to make
01:35:45,360 --> 01:35:46,350
for Aesthetics but it's going to make
your life a little easier and
01:35:46,350 --> 01:35:46,360
your life a little easier and
01:35:46,360 --> 01:35:47,709
your life a little easier and
importantly your cable runs to look a
01:35:47,709 --> 01:35:47,719
importantly your cable runs to look a
01:35:47,719 --> 01:35:49,870
importantly your cable runs to look a
little bit neater sometimes especially
01:35:49,870 --> 01:35:49,880
little bit neater sometimes especially
01:35:49,880 --> 01:35:50,669
little bit neater sometimes especially
when you're working like sort of
01:35:50,669 --> 01:35:50,679
when you're working like sort of
01:35:50,679 --> 01:35:52,310
when you're working like sort of
confined spaces you kind of have to go
01:35:52,310 --> 01:35:52,320
confined spaces you kind of have to go
01:35:52,320 --> 01:35:54,510
confined spaces you kind of have to go
off a feel more than anything thing um
01:35:54,510 --> 01:35:54,520
off a feel more than anything thing um
01:35:54,520 --> 01:35:55,470
off a feel more than anything thing um
this is where you may want to use
01:35:55,470 --> 01:35:55,480
this is where you may want to use
01:35:55,480 --> 01:35:57,430
this is where you may want to use
something like a flashlight but there we
01:35:57,430 --> 01:35:57,440
something like a flashlight but there we
01:35:57,440 --> 01:36:00,709
something like a flashlight but there we
go that's it now we have our CPU power
01:36:00,709 --> 01:36:00,719
go that's it now we have our CPU power
01:36:00,719 --> 01:36:02,750
go that's it now we have our CPU power
cables connected the rest of our power
01:36:02,750 --> 01:36:02,760
cables connected the rest of our power
01:36:02,760 --> 01:36:04,189
cables connected the rest of our power
cables can come later once we have more
01:36:04,189 --> 01:36:04,199
cables can come later once we have more
01:36:04,199 --> 01:36:05,229
cables can come later once we have more
components in the system but I
01:36:05,229 --> 01:36:05,239
components in the system but I
01:36:05,239 --> 01:36:06,830
components in the system but I
definitely recommend doing this earlier
01:36:06,830 --> 01:36:06,840
definitely recommend doing this earlier
01:36:06,840 --> 01:36:07,950
definitely recommend doing this earlier
because it's a lot easier when you don't
01:36:07,950 --> 01:36:07,960
because it's a lot easier when you don't
01:36:07,960 --> 01:36:11,109
because it's a lot easier when you don't
have any obstructions in your way now it
01:36:11,109 --> 01:36:11,119
have any obstructions in your way now it
01:36:11,119 --> 01:36:14,870
have any obstructions in your way now it
is time to install our CPU Cooler we are
01:36:14,870 --> 01:36:14,880
is time to install our CPU Cooler we are
01:36:14,880 --> 01:36:18,669
is time to install our CPU Cooler we are
taking advantage of a 360 mimer
01:36:18,669 --> 01:36:18,679
taking advantage of a 360 mimer
01:36:18,679 --> 01:36:22,310
taking advantage of a 360 mimer
all-in-one radiator pump fan the whole
01:36:22,310 --> 01:36:22,320
all-in-one radiator pump fan the whole
01:36:22,320 --> 01:36:23,470
all-in-one radiator pump fan the whole
deal right everything you need to cool
01:36:23,470 --> 01:36:23,480
deal right everything you need to cool
01:36:23,480 --> 01:36:26,750
deal right everything you need to cool
your CPUs in this box now a couple of
01:36:26,750 --> 01:36:26,760
your CPUs in this box now a couple of
01:36:26,760 --> 01:36:28,629
your CPUs in this box now a couple of
things to go over before we do this
01:36:28,629 --> 01:36:28,639
things to go over before we do this
01:36:28,639 --> 01:36:30,709
things to go over before we do this
first of all this is quite a high-end
01:36:30,709 --> 01:36:30,719
first of all this is quite a high-end
01:36:30,719 --> 01:36:32,990
first of all this is quite a high-end
setup now if you really really are going
01:36:32,990 --> 01:36:33,000
setup now if you really really are going
01:36:33,000 --> 01:36:34,709
setup now if you really really are going
in depth on PC Building you want to do a
01:36:34,709 --> 01:36:34,719
in depth on PC Building you want to do a
01:36:34,719 --> 01:36:36,270
in depth on PC Building you want to do a
full like custom Loop or something by
01:36:36,270 --> 01:36:36,280
full like custom Loop or something by
01:36:36,280 --> 01:36:38,189
full like custom Loop or something by
all means but I think most people
01:36:38,189 --> 01:36:38,199
all means but I think most people
01:36:38,199 --> 01:36:39,550
all means but I think most people
watching this tutorial are probably not
01:36:39,550 --> 01:36:39,560
watching this tutorial are probably not
01:36:39,560 --> 01:36:41,550
watching this tutorial are probably not
going to be doing a custom Hardline
01:36:41,550 --> 01:36:41,560
going to be doing a custom Hardline
01:36:41,560 --> 01:36:43,109
going to be doing a custom Hardline
liquid cooling Loop for their first
01:36:43,109 --> 01:36:43,119
liquid cooling Loop for their first
01:36:43,119 --> 01:36:45,310
liquid cooling Loop for their first
system so this is a much more
01:36:45,310 --> 01:36:45,320
system so this is a much more
01:36:45,320 --> 01:36:47,149
system so this is a much more
straightforward plug-and-play kind of
01:36:47,149 --> 01:36:47,159
straightforward plug-and-play kind of
01:36:47,159 --> 01:36:51,629
straightforward plug-and-play kind of
method however it's quite a lot for this
01:36:51,629 --> 01:36:51,639
method however it's quite a lot for this
01:36:51,639 --> 01:36:54,030
method however it's quite a lot for this
system now it will fit it's a 360 mm
01:36:54,030 --> 01:36:54,040
system now it will fit it's a 360 mm
01:36:54,040 --> 01:36:56,149
system now it will fit it's a 360 mm
radiator which means we have three 120
01:36:56,149 --> 01:36:56,159
radiator which means we have three 120
01:36:56,159 --> 01:36:58,270
radiator which means we have three 120
mil fans which will be mounted here here
01:36:58,270 --> 01:36:58,280
mil fans which will be mounted here here
01:36:58,280 --> 01:37:00,310
mil fans which will be mounted here here
and here it'll all go together nicely it
01:37:00,310 --> 01:37:00,320
and here it'll all go together nicely it
01:37:00,320 --> 01:37:03,790
and here it'll all go together nicely it
will fit in this case but I'll be honest
01:37:03,790 --> 01:37:03,800
will fit in this case but I'll be honest
01:37:03,800 --> 01:37:07,629
will fit in this case but I'll be honest
it's quite overkill for our ryzen 77700
01:37:07,629 --> 01:37:07,639
it's quite overkill for our ryzen 77700
01:37:07,639 --> 01:37:10,270
it's quite overkill for our ryzen 77700
X I mean it'll be nice and cool but um
01:37:10,270 --> 01:37:10,280
X I mean it'll be nice and cool but um
01:37:10,280 --> 01:37:11,550
X I mean it'll be nice and cool but um
if I was not doing this for tutorial
01:37:11,550 --> 01:37:11,560
if I was not doing this for tutorial
01:37:11,560 --> 01:37:13,229
if I was not doing this for tutorial
purposes I would probably pick maybe a
01:37:13,229 --> 01:37:13,239
purposes I would probably pick maybe a
01:37:13,239 --> 01:37:15,750
purposes I would probably pick maybe a
240 mm radiator at the most for this
01:37:15,750 --> 01:37:15,760
240 mm radiator at the most for this
01:37:15,760 --> 01:37:17,229
240 mm radiator at the most for this
system but I'm me to show you what it
01:37:17,229 --> 01:37:17,239
system but I'm me to show you what it
01:37:17,239 --> 01:37:19,950
system but I'm me to show you what it
looks like when we do the entire 360 mm
01:37:19,950 --> 01:37:19,960
looks like when we do the entire 360 mm
01:37:19,960 --> 01:37:21,910
looks like when we do the entire 360 mm
setup so this is going to be about as
01:37:21,910 --> 01:37:21,920
setup so this is going to be about as
01:37:21,920 --> 01:37:24,550
setup so this is going to be about as
big of a AI IO that you would ever
01:37:24,550 --> 01:37:24,560
big of a AI IO that you would ever
01:37:24,560 --> 01:37:26,629
big of a AI IO that you would ever
install technically they make slightly
01:37:26,629 --> 01:37:26,639
install technically they make slightly
01:37:26,639 --> 01:37:27,910
install technically they make slightly
biger ones but they're quite rare like
01:37:27,910 --> 01:37:27,920
biger ones but they're quite rare like
01:37:27,920 --> 01:37:30,350
biger ones but they're quite rare like
this is a it's a big boy and importantly
01:37:30,350 --> 01:37:30,360
this is a it's a big boy and importantly
01:37:30,360 --> 01:37:31,950
this is a it's a big boy and importantly
it does have the screen on the front now
01:37:31,950 --> 01:37:31,960
it does have the screen on the front now
01:37:31,960 --> 01:37:33,350
it does have the screen on the front now
while I'll be showing you how to install
01:37:33,350 --> 01:37:33,360
while I'll be showing you how to install
01:37:33,360 --> 01:37:35,470
while I'll be showing you how to install
this ail you of course could be using an
01:37:35,470 --> 01:37:35,480
this ail you of course could be using an
01:37:35,480 --> 01:37:37,430
this ail you of course could be using an
air cooler now these come in a bunch of
01:37:37,430 --> 01:37:37,440
air cooler now these come in a bunch of
01:37:37,440 --> 01:37:38,990
air cooler now these come in a bunch of
different sizes and varieties in fact
01:37:38,990 --> 01:37:39,000
different sizes and varieties in fact
01:37:39,000 --> 01:37:41,629
different sizes and varieties in fact
that goes for all CPU coolers almost no
01:37:41,629 --> 01:37:41,639
that goes for all CPU coolers almost no
01:37:41,639 --> 01:37:43,510
that goes for all CPU coolers almost no
CPU Cooler is the same as another one
01:37:43,510 --> 01:37:43,520
CPU Cooler is the same as another one
01:37:43,520 --> 01:37:44,629
CPU Cooler is the same as another one
when it comes to the install so if
01:37:44,629 --> 01:37:44,639
when it comes to the install so if
01:37:44,639 --> 01:37:45,990
when it comes to the install so if
you're using this exactly in Lee I'll
01:37:45,990 --> 01:37:46,000
you're using this exactly in Lee I'll
01:37:46,000 --> 01:37:47,109
you're using this exactly in Lee I'll
show you how to do it you can see if
01:37:47,109 --> 01:37:47,119
show you how to do it you can see if
01:37:47,119 --> 01:37:48,950
show you how to do it you can see if
it's a CPU Cooler it would go on
01:37:48,950 --> 01:37:48,960
it's a CPU Cooler it would go on
01:37:48,960 --> 01:37:51,149
it's a CPU Cooler it would go on
something like that and you can see that
01:37:51,149 --> 01:37:51,159
something like that and you can see that
01:37:51,159 --> 01:37:52,629
something like that and you can see that
if that was in there we would have very
01:37:52,629 --> 01:37:52,639
if that was in there we would have very
01:37:52,639 --> 01:37:54,709
if that was in there we would have very
little space up here but for these
01:37:54,709 --> 01:37:54,719
little space up here but for these
01:37:54,719 --> 01:37:56,109
little space up here but for these
purposes we're going to be going with
01:37:56,109 --> 01:37:56,119
purposes we're going to be going with
01:37:56,119 --> 01:37:57,589
purposes we're going to be going with
this
01:37:57,589 --> 01:37:57,599
this
01:37:57,599 --> 01:37:59,510
this
aiio all right I think that's enough
01:37:59,510 --> 01:37:59,520
aiio all right I think that's enough
01:37:59,520 --> 01:38:02,750
aiio all right I think that's enough
Preamble let's crack this open and begin
01:38:02,750 --> 01:38:02,760
Preamble let's crack this open and begin
01:38:02,760 --> 01:38:08,470
Preamble let's crack this open and begin
the install it is um not super difficult
01:38:08,470 --> 01:38:08,480
the install it is um not super difficult
01:38:08,480 --> 01:38:10,390
the install it is um not super difficult
but also one of my least favorite parts
01:38:10,390 --> 01:38:10,400
but also one of my least favorite parts
01:38:10,400 --> 01:38:13,950
but also one of my least favorite parts
of building a PC um it's fine aios
01:38:13,950 --> 01:38:13,960
of building a PC um it's fine aios
01:38:13,960 --> 01:38:15,149
of building a PC um it's fine aios
there's nothing against them right like
01:38:15,149 --> 01:38:15,159
there's nothing against them right like
01:38:15,159 --> 01:38:16,990
there's nothing against them right like
they certainly have their advantages as
01:38:16,990 --> 01:38:17,000
they certainly have their advantages as
01:38:17,000 --> 01:38:18,870
they certainly have their advantages as
we've already discussed um the main
01:38:18,870 --> 01:38:18,880
we've already discussed um the main
01:38:18,880 --> 01:38:21,070
we've already discussed um the main
downside is just the fact that they're
01:38:21,070 --> 01:38:21,080
downside is just the fact that they're
01:38:21,080 --> 01:38:22,030
downside is just the fact that they're
there's a lot of components because
01:38:22,030 --> 01:38:22,040
there's a lot of components because
01:38:22,040 --> 01:38:23,950
there's a lot of components because
there's three individual fans there's
01:38:23,950 --> 01:38:23,960
there's three individual fans there's
01:38:23,960 --> 01:38:26,350
there's three individual fans there's
the radiator then there's the pump and
01:38:26,350 --> 01:38:26,360
the radiator then there's the pump and
01:38:26,360 --> 01:38:27,430
the radiator then there's the pump and
you want to make sure that that's all
01:38:27,430 --> 01:38:27,440
you want to make sure that that's all
01:38:27,440 --> 01:38:28,709
you want to make sure that that's all
there there's also a lot of cables
01:38:28,709 --> 01:38:28,719
there there's also a lot of cables
01:38:28,719 --> 01:38:31,990
there there's also a lot of cables
involved like this is 100% duable if
01:38:31,990 --> 01:38:32,000
involved like this is 100% duable if
01:38:32,000 --> 01:38:33,229
involved like this is 100% duable if
this is your first system I don't want
01:38:33,229 --> 01:38:33,239
this is your first system I don't want
01:38:33,239 --> 01:38:36,109
this is your first system I don't want
to scare you off at all but um an air
01:38:36,109 --> 01:38:36,119
to scare you off at all but um an air
01:38:36,119 --> 01:38:37,990
to scare you off at all but um an air
cooler is certainly a lot easier to
01:38:37,990 --> 01:38:38,000
cooler is certainly a lot easier to
01:38:38,000 --> 01:38:40,709
cooler is certainly a lot easier to
install I will tell you that now before
01:38:40,709 --> 01:38:40,719
install I will tell you that now before
01:38:40,719 --> 01:38:43,070
install I will tell you that now before
I actually go into this it's really not
01:38:43,070 --> 01:38:43,080
I actually go into this it's really not
01:38:43,080 --> 01:38:45,350
I actually go into this it's really not
a problem but I will mention it anyway
01:38:45,350 --> 01:38:45,360
a problem but I will mention it anyway
01:38:45,360 --> 01:38:47,550
a problem but I will mention it anyway
you'll see right here it says Intel LGA
01:38:47,550 --> 01:38:47,560
you'll see right here it says Intel LGA
01:38:47,560 --> 01:38:51,750
you'll see right here it says Intel LGA
1700 and AMD am5 supported now generally
01:38:51,750 --> 01:38:51,760
1700 and AMD am5 supported now generally
01:38:51,760 --> 01:38:54,189
1700 and AMD am5 supported now generally
speaking CPU coolers are pretty
01:38:54,189 --> 01:38:54,199
speaking CPU coolers are pretty
01:38:54,199 --> 01:38:56,229
speaking CPU coolers are pretty
Universal now they may not be powerful
01:38:56,229 --> 01:38:56,239
Universal now they may not be powerful
01:38:56,239 --> 01:38:57,950
Universal now they may not be powerful
enough or sort of efficient enough to
01:38:57,950 --> 01:38:57,960
enough or sort of efficient enough to
01:38:57,960 --> 01:38:59,189
enough or sort of efficient enough to
sort of get rid of a bunch of heat if
01:38:59,189 --> 01:38:59,199
sort of get rid of a bunch of heat if
01:38:59,199 --> 01:39:00,709
sort of get rid of a bunch of heat if
you have like a little dinky air cooler
01:39:00,709 --> 01:39:00,719
you have like a little dinky air cooler
01:39:00,719 --> 01:39:01,910
you have like a little dinky air cooler
and you put it on like a really powerful
01:39:01,910 --> 01:39:01,920
and you put it on like a really powerful
01:39:01,920 --> 01:39:03,430
and you put it on like a really powerful
processor but usually they will
01:39:03,430 --> 01:39:03,440
processor but usually they will
01:39:03,440 --> 01:39:05,229
processor but usually they will
physically Mount and that especially
01:39:05,229 --> 01:39:05,239
physically Mount and that especially
01:39:05,239 --> 01:39:06,550
physically Mount and that especially
goes for the stock coolers which if
01:39:06,550 --> 01:39:06,560
goes for the stock coolers which if
01:39:06,560 --> 01:39:08,270
goes for the stock coolers which if
you're using a stock cooler typically
01:39:08,270 --> 01:39:08,280
you're using a stock cooler typically
01:39:08,280 --> 01:39:09,669
you're using a stock cooler typically
they just clip right on or attach
01:39:09,669 --> 01:39:09,679
they just clip right on or attach
01:39:09,679 --> 01:39:11,510
they just clip right on or attach
they're super easy to install now it
01:39:11,510 --> 01:39:11,520
they're super easy to install now it
01:39:11,520 --> 01:39:13,390
they're super easy to install now it
comes to third party coolers it is worth
01:39:13,390 --> 01:39:13,400
comes to third party coolers it is worth
01:39:13,400 --> 01:39:14,870
comes to third party coolers it is worth
a quick check to make sure that it is
01:39:14,870 --> 01:39:14,880
a quick check to make sure that it is
01:39:14,880 --> 01:39:16,950
a quick check to make sure that it is
going to be compatible with your socket
01:39:16,950 --> 01:39:16,960
going to be compatible with your socket
01:39:16,960 --> 01:39:19,470
going to be compatible with your socket
so because this is an am5 motherboard
01:39:19,470 --> 01:39:19,480
so because this is an am5 motherboard
01:39:19,480 --> 01:39:21,470
so because this is an am5 motherboard
this is an am5 socket if we're using
01:39:21,470 --> 01:39:21,480
this is an am5 socket if we're using
01:39:21,480 --> 01:39:23,669
this is an am5 socket if we're using
Intel would be LGA 1700 there are a lot
01:39:23,669 --> 01:39:23,679
Intel would be LGA 1700 there are a lot
01:39:23,679 --> 01:39:25,709
Intel would be LGA 1700 there are a lot
of older sockets that are also included
01:39:25,709 --> 01:39:25,719
of older sockets that are also included
01:39:25,719 --> 01:39:27,470
of older sockets that are also included
I only mention this because a year or
01:39:27,470 --> 01:39:27,480
I only mention this because a year or
01:39:27,480 --> 01:39:29,350
I only mention this because a year or
two ago actually maybe two three years
01:39:29,350 --> 01:39:29,360
two ago actually maybe two three years
01:39:29,360 --> 01:39:30,910
two ago actually maybe two three years
ago at this point Intel changed their
01:39:30,910 --> 01:39:30,920
ago at this point Intel changed their
01:39:30,920 --> 01:39:32,510
ago at this point Intel changed their
socket for the first time in a very long
01:39:32,510 --> 01:39:32,520
socket for the first time in a very long
01:39:32,520 --> 01:39:34,350
socket for the first time in a very long
time it was a physically different size
01:39:34,350 --> 01:39:34,360
time it was a physically different size
01:39:34,360 --> 01:39:36,510
time it was a physically different size
and a lot of CPU coolers did not have
01:39:36,510 --> 01:39:36,520
and a lot of CPU coolers did not have
01:39:36,520 --> 01:39:38,790
and a lot of CPU coolers did not have
compatibility with it for 6 months 12
01:39:38,790 --> 01:39:38,800
compatibility with it for 6 months 12
01:39:38,800 --> 01:39:39,870
compatibility with it for 6 months 12
months as they were sort of changing
01:39:39,870 --> 01:39:39,880
months as they were sort of changing
01:39:39,880 --> 01:39:40,910
months as they were sort of changing
because you need like a little different
01:39:40,910 --> 01:39:40,920
because you need like a little different
01:39:40,920 --> 01:39:43,030
because you need like a little different
plate so it's not really a problem today
01:39:43,030 --> 01:39:43,040
plate so it's not really a problem today
01:39:43,040 --> 01:39:45,390
plate so it's not really a problem today
am5 is super easy and again pretty much
01:39:45,390 --> 01:39:45,400
am5 is super easy and again pretty much
01:39:45,400 --> 01:39:46,830
am5 is super easy and again pretty much
anything you should buy in 2024 will
01:39:46,830 --> 01:39:46,840
anything you should buy in 2024 will
01:39:46,840 --> 01:39:48,750
anything you should buy in 2024 will
support 1700 but it's probably worth a
01:39:48,750 --> 01:39:48,760
support 1700 but it's probably worth a
01:39:48,760 --> 01:39:50,229
support 1700 but it's probably worth a
quick little check just to make sure but
01:39:50,229 --> 01:39:50,239
quick little check just to make sure but
01:39:50,239 --> 01:39:52,270
quick little check just to make sure but
you shouldn't have any problems unless
01:39:52,270 --> 01:39:52,280
you shouldn't have any problems unless
01:39:52,280 --> 01:39:53,870
you shouldn't have any problems unless
you're using maybe like an old cooler
01:39:53,870 --> 01:39:53,880
you're using maybe like an old cooler
01:39:53,880 --> 01:39:55,709
you're using maybe like an old cooler
from like an older build or something in
01:39:55,709 --> 01:39:55,719
from like an older build or something in
01:39:55,719 --> 01:39:58,189
from like an older build or something in
which case you may need some kind of
01:39:58,189 --> 01:39:58,199
which case you may need some kind of
01:39:58,199 --> 01:39:59,750
which case you may need some kind of
like adapter bracket which most
01:39:59,750 --> 01:39:59,760
like adapter bracket which most
01:39:59,760 --> 01:40:01,109
like adapter bracket which most
companies sell but it's not quite
01:40:01,109 --> 01:40:01,119
companies sell but it's not quite
01:40:01,119 --> 01:40:03,750
companies sell but it's not quite
Universal just a little heads up on that
01:40:03,750 --> 01:40:03,760
Universal just a little heads up on that
01:40:03,760 --> 01:40:05,990
Universal just a little heads up on that
all right we got ourselves the all
01:40:05,990 --> 01:40:06,000
all right we got ourselves the all
01:40:06,000 --> 01:40:07,910
all right we got ourselves the all
important instruction manual which is
01:40:07,910 --> 01:40:07,920
important instruction manual which is
01:40:07,920 --> 01:40:10,790
important instruction manual which is
really thin wow that's okay well they
01:40:10,790 --> 01:40:10,800
really thin wow that's okay well they
01:40:10,800 --> 01:40:11,830
really thin wow that's okay well they
you know what they they're very
01:40:11,830 --> 01:40:11,840
you know what they they're very
01:40:11,840 --> 01:40:13,669
you know what they they're very
confident because that's not a lot of
01:40:13,669 --> 01:40:13,679
confident because that's not a lot of
01:40:13,679 --> 01:40:16,629
confident because that's not a lot of
stuff wow these usually several pages so
01:40:16,629 --> 01:40:16,639
stuff wow these usually several pages so
01:40:16,639 --> 01:40:18,350
stuff wow these usually several pages so
that's all the instructions we need hold
01:40:18,350 --> 01:40:18,360
that's all the instructions we need hold
01:40:18,360 --> 01:40:19,990
that's all the instructions we need hold
on to these I will show you how to do
01:40:19,990 --> 01:40:20,000
on to these I will show you how to do
01:40:20,000 --> 01:40:23,830
on to these I will show you how to do
this but let me be very clear every CPU
01:40:23,830 --> 01:40:23,840
this but let me be very clear every CPU
01:40:23,840 --> 01:40:26,750
this but let me be very clear every CPU
Cooler installs differently which is not
01:40:26,750 --> 01:40:26,760
Cooler installs differently which is not
01:40:26,760 --> 01:40:28,990
Cooler installs differently which is not
helpful when I make a tutorial on how to
01:40:28,990 --> 01:40:29,000
helpful when I make a tutorial on how to
01:40:29,000 --> 01:40:30,629
helpful when I make a tutorial on how to
install a CPU Cooler so I'm going to
01:40:30,629 --> 01:40:30,639
install a CPU Cooler so I'm going to
01:40:30,639 --> 01:40:32,390
install a CPU Cooler so I'm going to
show you the broad strokes and if you
01:40:32,390 --> 01:40:32,400
show you the broad strokes and if you
01:40:32,400 --> 01:40:33,510
show you the broad strokes and if you
want to go with this one you obviously
01:40:33,510 --> 01:40:33,520
want to go with this one you obviously
01:40:33,520 --> 01:40:35,189
want to go with this one you obviously
can by all means go for it but just keep
01:40:35,189 --> 01:40:35,199
can by all means go for it but just keep
01:40:35,199 --> 01:40:37,990
can by all means go for it but just keep
in mind get a Corsair if you get a lean
01:40:37,990 --> 01:40:38,000
in mind get a Corsair if you get a lean
01:40:38,000 --> 01:40:40,229
in mind get a Corsair if you get a lean
Lee you get a MSI they're all going to
01:40:40,229 --> 01:40:40,239
Lee you get a MSI they're all going to
01:40:40,239 --> 01:40:41,990
Lee you get a MSI they're all going to
be a little different probably the same
01:40:41,990 --> 01:40:42,000
be a little different probably the same
01:40:42,000 --> 01:40:43,910
be a little different probably the same
but a little different all right what
01:40:43,910 --> 01:40:43,920
but a little different all right what
01:40:43,920 --> 01:40:46,750
but a little different all right what
you will find with every aiio are your
01:40:46,750 --> 01:40:46,760
you will find with every aiio are your
01:40:46,760 --> 01:40:50,310
you will find with every aiio are your
fans and your radiator which are already
01:40:50,310 --> 01:40:50,320
fans and your radiator which are already
01:40:50,320 --> 01:40:51,990
fans and your radiator which are already
installed oh my God are they already
01:40:51,990 --> 01:40:52,000
installed oh my God are they already
01:40:52,000 --> 01:40:54,229
installed oh my God are they already
installed
01:40:54,229 --> 01:40:54,239
installed
01:40:54,239 --> 01:40:56,070
installed
yo that's awesome so this is actually
01:40:56,070 --> 01:40:56,080
yo that's awesome so this is actually
01:40:56,080 --> 01:40:57,790
yo that's awesome so this is actually
the newer version of The L Le coolas
01:40:57,790 --> 01:40:57,800
the newer version of The L Le coolas
01:40:57,800 --> 01:40:59,030
the newer version of The L Le coolas
these used to be called the Galah hats I
01:40:59,030 --> 01:40:59,040
these used to be called the Galah hats I
01:40:59,040 --> 01:41:01,750
these used to be called the Galah hats I
think they've just rebranded to the ga2s
01:41:01,750 --> 01:41:01,760
think they've just rebranded to the ga2s
01:41:01,760 --> 01:41:03,310
think they've just rebranded to the ga2s
um or at least I think so this is the
01:41:03,310 --> 01:41:03,320
um or at least I think so this is the
01:41:03,320 --> 01:41:05,030
um or at least I think so this is the
first time I've used it oh my God that's
01:41:05,030 --> 01:41:05,040
first time I've used it oh my God that's
01:41:05,040 --> 01:41:07,950
first time I've used it oh my God that's
so good this okay so uh remember that
01:41:07,950 --> 01:41:07,960
so good this okay so uh remember that
01:41:07,960 --> 01:41:09,510
so good this okay so uh remember that
whole thing about how every CPU Cooler
01:41:09,510 --> 01:41:09,520
whole thing about how every CPU Cooler
01:41:09,520 --> 01:41:11,310
whole thing about how every CPU Cooler
is different yeah uh they already
01:41:11,310 --> 01:41:11,320
is different yeah uh they already
01:41:11,320 --> 01:41:14,030
is different yeah uh they already
installed the fans for me normally you
01:41:14,030 --> 01:41:14,040
installed the fans for me normally you
01:41:14,040 --> 01:41:15,950
installed the fans for me normally you
get your two your three fans or whatever
01:41:15,950 --> 01:41:15,960
get your two your three fans or whatever
01:41:15,960 --> 01:41:17,270
get your two your three fans or whatever
and they're in the box and you have to
01:41:17,270 --> 01:41:17,280
and they're in the box and you have to
01:41:17,280 --> 01:41:19,270
and they're in the box and you have to
connect them and it's got USBC on the
01:41:19,270 --> 01:41:19,280
connect them and it's got USBC on the
01:41:19,280 --> 01:41:22,629
connect them and it's got USBC on the
pump too this Le Lee I'm glad I went
01:41:22,629 --> 01:41:22,639
pump too this Le Lee I'm glad I went
01:41:22,639 --> 01:41:23,870
pump too this Le Lee I'm glad I went
with I was like not sure what I was
01:41:23,870 --> 01:41:23,880
with I was like not sure what I was
01:41:23,880 --> 01:41:25,070
with I was like not sure what I was
going to use for this tutorial this is
01:41:25,070 --> 01:41:25,080
going to use for this tutorial this is
01:41:25,080 --> 01:41:27,109
going to use for this tutorial this is
great okay well I'll quickly show you
01:41:27,109 --> 01:41:27,119
great okay well I'll quickly show you
01:41:27,119 --> 01:41:28,589
great okay well I'll quickly show you
what you would theoretically do if you
01:41:28,589 --> 01:41:28,599
what you would theoretically do if you
01:41:28,599 --> 01:41:31,470
what you would theoretically do if you
were using a non lanly cooler so if I
01:41:31,470 --> 01:41:31,480
were using a non lanly cooler so if I
01:41:31,480 --> 01:41:33,550
were using a non lanly cooler so if I
take off all this plastic you'll see
01:41:33,550 --> 01:41:33,560
take off all this plastic you'll see
01:41:33,560 --> 01:41:35,550
take off all this plastic you'll see
here that this part right here is the
01:41:35,550 --> 01:41:35,560
here that this part right here is the
01:41:35,560 --> 01:41:36,950
here that this part right here is the
radiator it's actually very similar to
01:41:36,950 --> 01:41:36,960
radiator it's actually very similar to
01:41:36,960 --> 01:41:38,589
radiator it's actually very similar to
like a radiator in your car or something
01:41:38,589 --> 01:41:38,599
like a radiator in your car or something
01:41:38,599 --> 01:41:40,350
like a radiator in your car or something
so this is where the liquid's going to
01:41:40,350 --> 01:41:40,360
so this is where the liquid's going to
01:41:40,360 --> 01:41:42,350
so this is where the liquid's going to
flow through and the fans are going to
01:41:42,350 --> 01:41:42,360
flow through and the fans are going to
01:41:42,360 --> 01:41:44,709
flow through and the fans are going to
push air through that radiator
01:41:44,709 --> 01:41:44,719
push air through that radiator
01:41:44,719 --> 01:41:46,709
push air through that radiator
essentially to dissipate the heat right
01:41:46,709 --> 01:41:46,719
essentially to dissipate the heat right
01:41:46,719 --> 01:41:48,510
essentially to dissipate the heat right
so the way this works is actually pretty
01:41:48,510 --> 01:41:48,520
so the way this works is actually pretty
01:41:48,520 --> 01:41:50,470
so the way this works is actually pretty
neat so this is our pump so you can see
01:41:50,470 --> 01:41:50,480
neat so this is our pump so you can see
01:41:50,480 --> 01:41:52,430
neat so this is our pump so you can see
that if I flip it over this will be the
01:41:52,430 --> 01:41:52,440
that if I flip it over this will be the
01:41:52,440 --> 01:41:53,589
that if I flip it over this will be the
screen that you'll see see when it's
01:41:53,589 --> 01:41:53,599
screen that you'll see see when it's
01:41:53,599 --> 01:41:55,030
screen that you'll see see when it's
actually installed and on the back
01:41:55,030 --> 01:41:55,040
actually installed and on the back
01:41:55,040 --> 01:41:56,350
actually installed and on the back
there's this sort of uh oh they've got
01:41:56,350 --> 01:41:56,360
there's this sort of uh oh they've got
01:41:56,360 --> 01:41:59,149
there's this sort of uh oh they've got
the thr paste on there too godam Le and
01:41:59,149 --> 01:41:59,159
the thr paste on there too godam Le and
01:41:59,159 --> 01:42:00,990
the thr paste on there too godam Le and
Lee what you y'all are out here man
01:42:00,990 --> 01:42:01,000
Lee what you y'all are out here man
01:42:01,000 --> 01:42:03,149
Lee what you y'all are out here man
y'all are out here okay
01:42:03,149 --> 01:42:03,159
y'all are out here okay
01:42:03,159 --> 01:42:05,390
y'all are out here okay
well this could to be a really simple
01:42:05,390 --> 01:42:05,400
well this could to be a really simple
01:42:05,400 --> 01:42:06,790
well this could to be a really simple
install I'm used to doing like half the
01:42:06,790 --> 01:42:06,800
install I'm used to doing like half the
01:42:06,800 --> 01:42:09,430
install I'm used to doing like half the
stuff myself okay the way this works is
01:42:09,430 --> 01:42:09,440
stuff myself okay the way this works is
01:42:09,440 --> 01:42:11,550
stuff myself okay the way this works is
pretty straightforward so your CPU
01:42:11,550 --> 01:42:11,560
pretty straightforward so your CPU
01:42:11,560 --> 01:42:13,790
pretty straightforward so your CPU
generates a whole bunch of heat so that
01:42:13,790 --> 01:42:13,800
generates a whole bunch of heat so that
01:42:13,800 --> 01:42:15,310
generates a whole bunch of heat so that
is moved through this thermal past which
01:42:15,310 --> 01:42:15,320
is moved through this thermal past which
01:42:15,320 --> 01:42:16,750
is moved through this thermal past which
usually you have to do yourself but is
01:42:16,750 --> 01:42:16,760
usually you have to do yourself but is
01:42:16,760 --> 01:42:18,270
usually you have to do yourself but is
already play pre-applied here which is
01:42:18,270 --> 01:42:18,280
already play pre-applied here which is
01:42:18,280 --> 01:42:20,310
already play pre-applied here which is
very helpful and then that is on a
01:42:20,310 --> 01:42:20,320
very helpful and then that is on a
01:42:20,320 --> 01:42:22,589
very helpful and then that is on a
copper heat sink so all that heat comes
01:42:22,589 --> 01:42:22,599
copper heat sink so all that heat comes
01:42:22,599 --> 01:42:24,430
copper heat sink so all that heat comes
to the Copper and then gets dissipated
01:42:24,430 --> 01:42:24,440
to the Copper and then gets dissipated
01:42:24,440 --> 01:42:25,870
to the Copper and then gets dissipated
by the liquid that runs through the pump
01:42:25,870 --> 01:42:25,880
by the liquid that runs through the pump
01:42:25,880 --> 01:42:27,750
by the liquid that runs through the pump
so the pump is constantly circulating so
01:42:27,750 --> 01:42:27,760
so the pump is constantly circulating so
01:42:27,760 --> 01:42:28,910
so the pump is constantly circulating so
basically what it does it runs the
01:42:28,910 --> 01:42:28,920
basically what it does it runs the
01:42:28,920 --> 01:42:31,709
basically what it does it runs the
liquid through here across in through
01:42:31,709 --> 01:42:31,719
liquid through here across in through
01:42:31,719 --> 01:42:35,470
liquid through here across in through
all these sort of veins of the actual um
01:42:35,470 --> 01:42:35,480
all these sort of veins of the actual um
01:42:35,480 --> 01:42:37,910
all these sort of veins of the actual um
Radiator in through the radiator and
01:42:37,910 --> 01:42:37,920
Radiator in through the radiator and
01:42:37,920 --> 01:42:40,229
Radiator in through the radiator and
then the air blows that heat away again
01:42:40,229 --> 01:42:40,239
then the air blows that heat away again
01:42:40,239 --> 01:42:42,310
then the air blows that heat away again
if we were using a air cooler it is even
01:42:42,310 --> 01:42:42,320
if we were using a air cooler it is even
01:42:42,320 --> 01:42:43,790
if we were using a air cooler it is even
more straightforward the heat comes
01:42:43,790 --> 01:42:43,800
more straightforward the heat comes
01:42:43,800 --> 01:42:45,070
more straightforward the heat comes
through here runs through the heat pipes
01:42:45,070 --> 01:42:45,080
through here runs through the heat pipes
01:42:45,080 --> 01:42:47,470
through here runs through the heat pipes
gets blown out super simple actually not
01:42:47,470 --> 01:42:47,480
gets blown out super simple actually not
01:42:47,480 --> 01:42:49,109
gets blown out super simple actually not
wildly different between the two the
01:42:49,109 --> 01:42:49,119
wildly different between the two the
01:42:49,119 --> 01:42:50,510
wildly different between the two the
difference is this does not need any
01:42:50,510 --> 01:42:50,520
difference is this does not need any
01:42:50,520 --> 01:42:52,109
difference is this does not need any
kind of like actual pump or anything it
01:42:52,109 --> 01:42:52,119
kind of like actual pump or anything it
01:42:52,119 --> 01:42:54,189
kind of like actual pump or anything it
just needs the actual fan to run whereas
01:42:54,189 --> 01:42:54,199
just needs the actual fan to run whereas
01:42:54,199 --> 01:42:55,629
just needs the actual fan to run whereas
with this you need to make sure that
01:42:55,629 --> 01:42:55,639
with this you need to make sure that
01:42:55,639 --> 01:42:58,270
with this you need to make sure that
this has power so there's a lot of extra
01:42:58,270 --> 01:42:58,280
this has power so there's a lot of extra
01:42:58,280 --> 01:42:59,910
this has power so there's a lot of extra
assembly steps when it comes to
01:42:59,910 --> 01:42:59,920
assembly steps when it comes to
01:42:59,920 --> 01:43:02,030
assembly steps when it comes to
attaching the fans attaching the pump
01:43:02,030 --> 01:43:02,040
attaching the fans attaching the pump
01:43:02,040 --> 01:43:04,430
attaching the fans attaching the pump
attaching the RGB all this kind of stuff
01:43:04,430 --> 01:43:04,440
attaching the RGB all this kind of stuff
01:43:04,440 --> 01:43:05,950
attaching the RGB all this kind of stuff
we also have a bunch of accessories
01:43:05,950 --> 01:43:05,960
we also have a bunch of accessories
01:43:05,960 --> 01:43:07,589
we also have a bunch of accessories
which we will almost certainly need
01:43:07,589 --> 01:43:07,599
which we will almost certainly need
01:43:07,599 --> 01:43:10,550
which we will almost certainly need
although fewer than we normally would so
01:43:10,550 --> 01:43:10,560
although fewer than we normally would so
01:43:10,560 --> 01:43:12,550
although fewer than we normally would so
I'm going to show you what you would
01:43:12,550 --> 01:43:12,560
I'm going to show you what you would
01:43:12,560 --> 01:43:15,189
I'm going to show you what you would
normally do which is to screw your fans
01:43:15,189 --> 01:43:15,199
normally do which is to screw your fans
01:43:15,199 --> 01:43:17,390
normally do which is to screw your fans
into place so because these are already
01:43:17,390 --> 01:43:17,400
into place so because these are already
01:43:17,400 --> 01:43:18,950
into place so because these are already
on here it makes it really simple but
01:43:18,950 --> 01:43:18,960
on here it makes it really simple but
01:43:18,960 --> 01:43:20,390
on here it makes it really simple but
typically what you'll do is you will
01:43:20,390 --> 01:43:20,400
typically what you'll do is you will
01:43:20,400 --> 01:43:21,990
typically what you'll do is you will
take your fans and you will put them on
01:43:21,990 --> 01:43:22,000
take your fans and you will put them on
01:43:22,000 --> 01:43:23,709
take your fans and you will put them on
the bottom of your radio mediator so let
01:43:23,709 --> 01:43:23,719
the bottom of your radio mediator so let
01:43:23,719 --> 01:43:24,910
the bottom of your radio mediator so let
me just kind of mock it up and show you
01:43:24,910 --> 01:43:24,920
me just kind of mock it up and show you
01:43:24,920 --> 01:43:26,030
me just kind of mock it up and show you
what it's going to look like once we're
01:43:26,030 --> 01:43:26,040
what it's going to look like once we're
01:43:26,040 --> 01:43:28,470
what it's going to look like once we're
done if you were so unfortunate as to be
01:43:28,470 --> 01:43:28,480
done if you were so unfortunate as to be
01:43:28,480 --> 01:43:30,109
done if you were so unfortunate as to be
using a cooler that does not have the
01:43:30,109 --> 01:43:30,119
using a cooler that does not have the
01:43:30,119 --> 01:43:32,229
using a cooler that does not have the
fans applied it's pretty straightforward
01:43:32,229 --> 01:43:32,239
fans applied it's pretty straightforward
01:43:32,239 --> 01:43:33,270
fans applied it's pretty straightforward
so you're going to have a whole bunch of
01:43:33,270 --> 01:43:33,280
so you're going to have a whole bunch of
01:43:33,280 --> 01:43:35,589
so you're going to have a whole bunch of
these longer screws and so basically
01:43:35,589 --> 01:43:35,599
these longer screws and so basically
01:43:35,599 --> 01:43:37,030
these longer screws and so basically
what this does is once you actually lay
01:43:37,030 --> 01:43:37,040
what this does is once you actually lay
01:43:37,040 --> 01:43:39,990
what this does is once you actually lay
it down on your cooler now you can
01:43:39,990 --> 01:43:40,000
it down on your cooler now you can
01:43:40,000 --> 01:43:41,709
it down on your cooler now you can
technically do it either in a push or a
01:43:41,709 --> 01:43:41,719
technically do it either in a push or a
01:43:41,719 --> 01:43:44,070
technically do it either in a push or a
pull configuration if you're using RGB
01:43:44,070 --> 01:43:44,080
pull configuration if you're using RGB
01:43:44,080 --> 01:43:45,510
pull configuration if you're using RGB
fans you're pretty much always going to
01:43:45,510 --> 01:43:45,520
fans you're pretty much always going to
01:43:45,520 --> 01:43:47,109
fans you're pretty much always going to
be doing it in a push configuration so
01:43:47,109 --> 01:43:47,119
be doing it in a push configuration so
01:43:47,119 --> 01:43:47,990
be doing it in a push configuration so
you're basically going to be pushing the
01:43:47,990 --> 01:43:48,000
you're basically going to be pushing the
01:43:48,000 --> 01:43:51,189
you're basically going to be pushing the
air from here out so technically you
01:43:51,189 --> 01:43:51,199
air from here out so technically you
01:43:51,199 --> 01:43:52,510
air from here out so technically you
could do it the other direction maybe if
01:43:52,510 --> 01:43:52,520
could do it the other direction maybe if
01:43:52,520 --> 01:43:55,229
could do it the other direction maybe if
you were to say put your cooler in like
01:43:55,229 --> 01:43:55,239
you were to say put your cooler in like
01:43:55,239 --> 01:43:57,790
you were to say put your cooler in like
the front or something almost everyone's
01:43:57,790 --> 01:43:57,800
the front or something almost everyone's
01:43:57,800 --> 01:43:59,189
the front or something almost everyone's
going to put it on the top these days
01:43:59,189 --> 01:43:59,199
going to put it on the top these days
01:43:59,199 --> 01:44:00,189
going to put it on the top these days
that's really what they're kind of
01:44:00,189 --> 01:44:00,199
that's really what they're kind of
01:44:00,199 --> 01:44:01,990
that's really what they're kind of
designed for and because the RGB looks
01:44:01,990 --> 01:44:02,000
designed for and because the RGB looks
01:44:02,000 --> 01:44:03,270
designed for and because the RGB looks
so sick you're going to want to have
01:44:03,270 --> 01:44:03,280
so sick you're going to want to have
01:44:03,280 --> 01:44:05,070
so sick you're going to want to have
that sort of front and center so that's
01:44:05,070 --> 01:44:05,080
that sort of front and center so that's
01:44:05,080 --> 01:44:07,070
that sort of front and center so that's
what I would recommend if you wanted to
01:44:07,070 --> 01:44:07,080
what I would recommend if you wanted to
01:44:07,080 --> 01:44:08,589
what I would recommend if you wanted to
do another configuration you could just
01:44:08,589 --> 01:44:08,599
do another configuration you could just
01:44:08,599 --> 01:44:09,870
do another configuration you could just
put the fans on the other side of the
01:44:09,870 --> 01:44:09,880
put the fans on the other side of the
01:44:09,880 --> 01:44:10,990
put the fans on the other side of the
radiator but it depends on where you're
01:44:10,990 --> 01:44:11,000
radiator but it depends on where you're
01:44:11,000 --> 01:44:13,310
radiator but it depends on where you're
mounting it but again the vast majority
01:44:13,310 --> 01:44:13,320
mounting it but again the vast majority
01:44:13,320 --> 01:44:14,750
mounting it but again the vast majority
of people are going to put the radiator
01:44:14,750 --> 01:44:14,760
of people are going to put the radiator
01:44:14,760 --> 01:44:16,390
of people are going to put the radiator
on the top of your system you're going
01:44:16,390 --> 01:44:16,400
on the top of your system you're going
01:44:16,400 --> 01:44:18,589
on the top of your system you're going
to want the fans sort of pulling air
01:44:18,589 --> 01:44:18,599
to want the fans sort of pulling air
01:44:18,599 --> 01:44:20,550
to want the fans sort of pulling air
from the inside and exhausting it out
01:44:20,550 --> 01:44:20,560
from the inside and exhausting it out
01:44:20,560 --> 01:44:22,830
from the inside and exhausting it out
the top now when it comes to installing
01:44:22,830 --> 01:44:22,840
the top now when it comes to installing
01:44:22,840 --> 01:44:24,350
the top now when it comes to installing
f fans and this is actually the same
01:44:24,350 --> 01:44:24,360
f fans and this is actually the same
01:44:24,360 --> 01:44:26,270
f fans and this is actually the same
thing if you're putting on an AIO you're
01:44:26,270 --> 01:44:26,280
thing if you're putting on an AIO you're
01:44:26,280 --> 01:44:27,589
thing if you're putting on an AIO you're
putting on air cooler or you're
01:44:27,589 --> 01:44:27,599
putting on air cooler or you're
01:44:27,599 --> 01:44:29,310
putting on air cooler or you're
installing case fans is first you need
01:44:29,310 --> 01:44:29,320
installing case fans is first you need
01:44:29,320 --> 01:44:30,629
installing case fans is first you need
to understand the front versus the back
01:44:30,629 --> 01:44:30,639
to understand the front versus the back
01:44:30,639 --> 01:44:33,750
to understand the front versus the back
of the fan so almost always you will see
01:44:33,750 --> 01:44:33,760
of the fan so almost always you will see
01:44:33,760 --> 01:44:35,350
of the fan so almost always you will see
like the main logo on the front so you
01:44:35,350 --> 01:44:35,360
like the main logo on the front so you
01:44:35,360 --> 01:44:36,669
like the main logo on the front so you
can see that this is the logo and you
01:44:36,669 --> 01:44:36,679
can see that this is the logo and you
01:44:36,679 --> 01:44:38,390
can see that this is the logo and you
see the sort of the front of the fan
01:44:38,390 --> 01:44:38,400
see the sort of the front of the fan
01:44:38,400 --> 01:44:40,229
see the sort of the front of the fan
blades if I flip it over you will see
01:44:40,229 --> 01:44:40,239
blades if I flip it over you will see
01:44:40,239 --> 01:44:41,629
blades if I flip it over you will see
that there's the structure of the fan so
01:44:41,629 --> 01:44:41,639
that there's the structure of the fan so
01:44:41,639 --> 01:44:43,310
that there's the structure of the fan so
it's these little sort of like spindly
01:44:43,310 --> 01:44:43,320
it's these little sort of like spindly
01:44:43,320 --> 01:44:45,390
it's these little sort of like spindly
guys as well as all your like barcodes
01:44:45,390 --> 01:44:45,400
guys as well as all your like barcodes
01:44:45,400 --> 01:44:47,350
guys as well as all your like barcodes
and that kind of stuff that means that
01:44:47,350 --> 01:44:47,360
and that kind of stuff that means that
01:44:47,360 --> 01:44:48,470
and that kind of stuff that means that
this is the back of the fan so
01:44:48,470 --> 01:44:48,480
this is the back of the fan so
01:44:48,480 --> 01:44:49,669
this is the back of the fan so
essentially the air is going to come in
01:44:49,669 --> 01:44:49,679
essentially the air is going to come in
01:44:49,679 --> 01:44:52,550
essentially the air is going to come in
the front and come out the back now I I
01:44:52,550 --> 01:44:52,560
the front and come out the back now I I
01:44:52,560 --> 01:44:53,550
the front and come out the back now I I
will be honest with with you there's
01:44:53,550 --> 01:44:53,560
will be honest with with you there's
01:44:53,560 --> 01:44:55,790
will be honest with with you there's
usually not like a super clear way of
01:44:55,790 --> 01:44:55,800
usually not like a super clear way of
01:44:55,800 --> 01:44:58,510
usually not like a super clear way of
knowing short of just looking at it like
01:44:58,510 --> 01:44:58,520
knowing short of just looking at it like
01:44:58,520 --> 01:45:00,750
knowing short of just looking at it like
it doesn't usually say like air comes
01:45:00,750 --> 01:45:00,760
it doesn't usually say like air comes
01:45:00,760 --> 01:45:02,910
it doesn't usually say like air comes
out here or something but you can see
01:45:02,910 --> 01:45:02,920
out here or something but you can see
01:45:02,920 --> 01:45:05,189
out here or something but you can see
that these blades are clearly intaking
01:45:05,189 --> 01:45:05,199
that these blades are clearly intaking
01:45:05,199 --> 01:45:07,350
that these blades are clearly intaking
it and exhausting it out the back so
01:45:07,350 --> 01:45:07,360
it and exhausting it out the back so
01:45:07,360 --> 01:45:08,790
it and exhausting it out the back so
that's the best way to tell you I wish I
01:45:08,790 --> 01:45:08,800
that's the best way to tell you I wish I
01:45:08,800 --> 01:45:10,870
that's the best way to tell you I wish I
had like a more foolproof way of doing
01:45:10,870 --> 01:45:10,880
had like a more foolproof way of doing
01:45:10,880 --> 01:45:12,350
had like a more foolproof way of doing
that but you need to think about this
01:45:12,350 --> 01:45:12,360
that but you need to think about this
01:45:12,360 --> 01:45:14,790
that but you need to think about this
because air flow is important now
01:45:14,790 --> 01:45:14,800
because air flow is important now
01:45:14,800 --> 01:45:17,750
because air flow is important now
building a PC it is filled with lots of
01:45:17,750 --> 01:45:17,760
building a PC it is filled with lots of
01:45:17,760 --> 01:45:19,910
building a PC it is filled with lots of
very hot components the main ones to
01:45:19,910 --> 01:45:19,920
very hot components the main ones to
01:45:19,920 --> 01:45:22,350
very hot components the main ones to
think about are your CPU and your
01:45:22,350 --> 01:45:22,360
think about are your CPU and your
01:45:22,360 --> 01:45:23,830
think about are your CPU and your
graphics card now your motherboard and
01:45:23,830 --> 01:45:23,840
graphics card now your motherboard and
01:45:23,840 --> 01:45:25,189
graphics card now your motherboard and
some other things will put off some heat
01:45:25,189 --> 01:45:25,199
some other things will put off some heat
01:45:25,199 --> 01:45:26,589
some other things will put off some heat
you want General airfill in the case but
01:45:26,589 --> 01:45:26,599
you want General airfill in the case but
01:45:26,599 --> 01:45:28,870
you want General airfill in the case but
generally CPU your graphics card by far
01:45:28,870 --> 01:45:28,880
generally CPU your graphics card by far
01:45:28,880 --> 01:45:31,350
generally CPU your graphics card by far
the line share of the heat output in the
01:45:31,350 --> 01:45:31,360
the line share of the heat output in the
01:45:31,360 --> 01:45:33,189
the line share of the heat output in the
system and the whole point of all these
01:45:33,189 --> 01:45:33,199
system and the whole point of all these
01:45:33,199 --> 01:45:35,310
system and the whole point of all these
fans in your system is to exhaust that
01:45:35,310 --> 01:45:35,320
fans in your system is to exhaust that
01:45:35,320 --> 01:45:38,750
fans in your system is to exhaust that
heat out right so most cases will have
01:45:38,750 --> 01:45:38,760
heat out right so most cases will have
01:45:38,760 --> 01:45:40,790
heat out right so most cases will have
this sort of figured out for you already
01:45:40,790 --> 01:45:40,800
this sort of figured out for you already
01:45:40,800 --> 01:45:42,950
this sort of figured out for you already
so again taking this L Le for example if
01:45:42,950 --> 01:45:42,960
so again taking this L Le for example if
01:45:42,960 --> 01:45:45,390
so again taking this L Le for example if
you look at it up front we have two fans
01:45:45,390 --> 01:45:45,400
you look at it up front we have two fans
01:45:45,400 --> 01:45:46,790
you look at it up front we have two fans
these fans are pulling cool air from
01:45:46,790 --> 01:45:46,800
these fans are pulling cool air from
01:45:46,800 --> 01:45:49,310
these fans are pulling cool air from
outside the case and bringing it inside
01:45:49,310 --> 01:45:49,320
outside the case and bringing it inside
01:45:49,320 --> 01:45:51,669
outside the case and bringing it inside
now with our ail on the top is going to
01:45:51,669 --> 01:45:51,679
now with our ail on the top is going to
01:45:51,679 --> 01:45:53,669
now with our ail on the top is going to
be pulling that hot air up and this rear
01:45:53,669 --> 01:45:53,679
be pulling that hot air up and this rear
01:45:53,679 --> 01:45:55,109
be pulling that hot air up and this rear
fan is doing the exact same thing so it
01:45:55,109 --> 01:45:55,119
fan is doing the exact same thing so it
01:45:55,119 --> 01:45:57,950
fan is doing the exact same thing so it
is pushing that hot air out the back of
01:45:57,950 --> 01:45:57,960
is pushing that hot air out the back of
01:45:57,960 --> 01:45:59,830
is pushing that hot air out the back of
the system this is definitely the
01:45:59,830 --> 01:45:59,840
the system this is definitely the
01:45:59,840 --> 01:46:02,070
the system this is definitely the
standard way of doing it now you can get
01:46:02,070 --> 01:46:02,080
standard way of doing it now you can get
01:46:02,080 --> 01:46:03,589
standard way of doing it now you can get
a little creative you know people can do
01:46:03,589 --> 01:46:03,599
a little creative you know people can do
01:46:03,599 --> 01:46:05,589
a little creative you know people can do
all push all pull I don't really
01:46:05,589 --> 01:46:05,599
all push all pull I don't really
01:46:05,599 --> 01:46:07,109
all push all pull I don't really
recommend that normally especially if
01:46:07,109 --> 01:46:07,119
recommend that normally especially if
01:46:07,119 --> 01:46:08,589
recommend that normally especially if
this is your first time uh building your
01:46:08,589 --> 01:46:08,599
this is your first time uh building your
01:46:08,599 --> 01:46:10,109
this is your first time uh building your
system but you can certainly tweak and
01:46:10,109 --> 01:46:10,119
system but you can certainly tweak and
01:46:10,119 --> 01:46:12,390
system but you can certainly tweak and
tune it but what usually makes sense is
01:46:12,390 --> 01:46:12,400
tune it but what usually makes sense is
01:46:12,400 --> 01:46:14,510
tune it but what usually makes sense is
your front fans pulling cool air and
01:46:14,510 --> 01:46:14,520
your front fans pulling cool air and
01:46:14,520 --> 01:46:16,750
your front fans pulling cool air and
your rear and or top fans exhausting hot
01:46:16,750 --> 01:46:16,760
your rear and or top fans exhausting hot
01:46:16,760 --> 01:46:18,629
your rear and or top fans exhausting hot
air out that's just the simplest way to
01:46:18,629 --> 01:46:18,639
air out that's just the simplest way to
01:46:18,639 --> 01:46:20,510
air out that's just the simplest way to
think about it all of that being said
01:46:20,510 --> 01:46:20,520
think about it all of that being said
01:46:20,520 --> 01:46:22,470
think about it all of that being said
when it comes to installing our AO It's
01:46:22,470 --> 01:46:22,480
when it comes to installing our AO It's
01:46:22,480 --> 01:46:24,149
when it comes to installing our AO It's
relatively straightforward you take the
01:46:24,149 --> 01:46:24,159
relatively straightforward you take the
01:46:24,159 --> 01:46:26,669
relatively straightforward you take the
four screws and you tighten them down
01:46:26,669 --> 01:46:26,679
four screws and you tighten them down
01:46:26,679 --> 01:46:28,470
four screws and you tighten them down
while I'm here I'm going to remove all
01:46:28,470 --> 01:46:28,480
while I'm here I'm going to remove all
01:46:28,480 --> 01:46:30,510
while I'm here I'm going to remove all
of this plastic film that they have
01:46:30,510 --> 01:46:30,520
of this plastic film that they have
01:46:30,520 --> 01:46:33,629
of this plastic film that they have
placed in many many spots on this fan
01:46:33,629 --> 01:46:33,639
placed in many many spots on this fan
01:46:33,639 --> 01:46:35,629
placed in many many spots on this fan
that's a lot of plastic again this was a
01:46:35,629 --> 01:46:35,639
that's a lot of plastic again this was a
01:46:35,639 --> 01:46:36,950
that's a lot of plastic again this was a
really expensive cooler it was totally
01:46:36,950 --> 01:46:36,960
really expensive cooler it was totally
01:46:36,960 --> 01:46:40,709
really expensive cooler it was totally
Overkill uh this thing is fancy as hell
01:46:40,709 --> 01:46:40,719
Overkill uh this thing is fancy as hell
01:46:40,719 --> 01:46:42,589
Overkill uh this thing is fancy as hell
so at this point in the tutorial we have
01:46:42,589 --> 01:46:42,599
so at this point in the tutorial we have
01:46:42,599 --> 01:46:44,470
so at this point in the tutorial we have
installed or had our fans already
01:46:44,470 --> 01:46:44,480
installed or had our fans already
01:46:44,480 --> 01:46:46,990
installed or had our fans already
pre-installed onto our Ai and the next
01:46:46,990 --> 01:46:47,000
pre-installed onto our Ai and the next
01:46:47,000 --> 01:46:50,070
pre-installed onto our Ai and the next
step is to install it on our actual CPU
01:46:50,070 --> 01:46:50,080
step is to install it on our actual CPU
01:46:50,080 --> 01:46:51,189
step is to install it on our actual CPU
this is where you're going to pull out
01:46:51,189 --> 01:46:51,199
this is where you're going to pull out
01:46:51,199 --> 01:46:53,310
this is where you're going to pull out
your manual because if you're doing AMD
01:46:53,310 --> 01:46:53,320
your manual because if you're doing AMD
01:46:53,320 --> 01:46:55,189
your manual because if you're doing AMD
or Intel is going to be a different sort
01:46:55,189 --> 01:46:55,199
or Intel is going to be a different sort
01:46:55,199 --> 01:46:57,510
or Intel is going to be a different sort
of setup so now that we have consulted
01:46:57,510 --> 01:46:57,520
of setup so now that we have consulted
01:46:57,520 --> 01:46:59,990
of setup so now that we have consulted
our handy dandy instruction manual we're
01:46:59,990 --> 01:47:00,000
our handy dandy instruction manual we're
01:47:00,000 --> 01:47:03,109
our handy dandy instruction manual we're
going to put our case on its back um now
01:47:03,109 --> 01:47:03,119
going to put our case on its back um now
01:47:03,119 --> 01:47:04,149
going to put our case on its back um now
you'll probably notice I have all these
01:47:04,149 --> 01:47:04,159
you'll probably notice I have all these
01:47:04,159 --> 01:47:07,229
you'll probably notice I have all these
cables kind of dangling they're fine
01:47:07,229 --> 01:47:07,239
cables kind of dangling they're fine
01:47:07,239 --> 01:47:08,629
cables kind of dangling they're fine
maybe try not to pinch them too much but
01:47:08,629 --> 01:47:08,639
maybe try not to pinch them too much but
01:47:08,639 --> 01:47:09,870
maybe try not to pinch them too much but
don't worry about it that much but you
01:47:09,870 --> 01:47:09,880
don't worry about it that much but you
01:47:09,880 --> 01:47:11,149
don't worry about it that much but you
definitely want to have your case laying
01:47:11,149 --> 01:47:11,159
definitely want to have your case laying
01:47:11,159 --> 01:47:13,910
definitely want to have your case laying
flat for this next step so for our am5
01:47:13,910 --> 01:47:13,920
flat for this next step so for our am5
01:47:13,920 --> 01:47:15,629
flat for this next step so for our am5
system we're going to leave the back
01:47:15,629 --> 01:47:15,639
system we're going to leave the back
01:47:15,639 --> 01:47:17,390
system we're going to leave the back
plate on the CPU which is why we want to
01:47:17,390 --> 01:47:17,400
plate on the CPU which is why we want to
01:47:17,400 --> 01:47:19,310
plate on the CPU which is why we want to
put the case flat down so that that
01:47:19,310 --> 01:47:19,320
put the case flat down so that that
01:47:19,320 --> 01:47:21,070
put the case flat down so that that
plate doesn't come flying off but we're
01:47:21,070 --> 01:47:21,080
plate doesn't come flying off but we're
01:47:21,080 --> 01:47:22,629
plate doesn't come flying off but we're
going to remove these four screws that
01:47:22,629 --> 01:47:22,639
going to remove these four screws that
01:47:22,639 --> 01:47:24,109
going to remove these four screws that
hold hold down the little brackets that
01:47:24,109 --> 01:47:24,119
hold hold down the little brackets that
01:47:24,119 --> 01:47:25,589
hold hold down the little brackets that
come if you're using the stock cooler
01:47:25,589 --> 01:47:25,599
come if you're using the stock cooler
01:47:25,599 --> 01:47:27,270
come if you're using the stock cooler
for example so it should be pretty
01:47:27,270 --> 01:47:27,280
for example so it should be pretty
01:47:27,280 --> 01:47:29,189
for example so it should be pretty
straightforward so so that's the top
01:47:29,189 --> 01:47:29,199
straightforward so so that's the top
01:47:29,199 --> 01:47:30,990
straightforward so so that's the top
bracket removed which should just come
01:47:30,990 --> 01:47:31,000
bracket removed which should just come
01:47:31,000 --> 01:47:32,470
bracket removed which should just come
off so you'll see that we have these two
01:47:32,470 --> 01:47:32,480
off so you'll see that we have these two
01:47:32,480 --> 01:47:33,910
off so you'll see that we have these two
little mounting points here so this is
01:47:33,910 --> 01:47:33,920
little mounting points here so this is
01:47:33,920 --> 01:47:35,030
little mounting points here so this is
what we're going to use for the actual
01:47:35,030 --> 01:47:35,040
what we're going to use for the actual
01:47:35,040 --> 01:47:37,270
what we're going to use for the actual
cooler so that's on the back plate but
01:47:37,270 --> 01:47:37,280
cooler so that's on the back plate but
01:47:37,280 --> 01:47:39,109
cooler so that's on the back plate but
once we take off these little brackets
01:47:39,109 --> 01:47:39,119
once we take off these little brackets
01:47:39,119 --> 01:47:40,629
once we take off these little brackets
that back plate can fall so I'll show
01:47:40,629 --> 01:47:40,639
that back plate can fall so I'll show
01:47:40,639 --> 01:47:41,950
that back plate can fall so I'll show
you what that looks like in a second but
01:47:41,950 --> 01:47:41,960
you what that looks like in a second but
01:47:41,960 --> 01:47:44,070
you what that looks like in a second but
for now go ahead and remove the bottom
01:47:44,070 --> 01:47:44,080
for now go ahead and remove the bottom
01:47:44,080 --> 01:47:47,470
for now go ahead and remove the bottom
screws as well um and obligatory mention
01:47:47,470 --> 01:47:47,480
screws as well um and obligatory mention
01:47:47,480 --> 01:47:48,669
screws as well um and obligatory mention
that while I am following the
01:47:48,669 --> 01:47:48,679
that while I am following the
01:47:48,679 --> 01:47:50,510
that while I am following the
instructions and you should as well uh
01:47:50,510 --> 01:47:50,520
instructions and you should as well uh
01:47:50,520 --> 01:47:51,750
instructions and you should as well uh
this will be very different especially
01:47:51,750 --> 01:47:51,760
this will be very different especially
01:47:51,760 --> 01:47:53,310
this will be very different especially
if you're using an entel C CPU that is
01:47:53,310 --> 01:47:53,320
if you're using an entel C CPU that is
01:47:53,320 --> 01:47:54,629
if you're using an entel C CPU that is
going to be a completely different sort
01:47:54,629 --> 01:47:54,639
going to be a completely different sort
01:47:54,639 --> 01:47:57,070
going to be a completely different sort
of setup uh the actual like cooler and
01:47:57,070 --> 01:47:57,080
of setup uh the actual like cooler and
01:47:57,080 --> 01:47:58,189
of setup uh the actual like cooler and
all that kind of stuff like this all
01:47:58,189 --> 01:47:58,199
all that kind of stuff like this all
01:47:58,199 --> 01:47:59,629
all that kind of stuff like this all
works the same but as far as actually
01:47:59,629 --> 01:47:59,639
works the same but as far as actually
01:47:59,639 --> 01:48:01,589
works the same but as far as actually
installing it on your motherboard it is
01:48:01,589 --> 01:48:01,599
installing it on your motherboard it is
01:48:01,599 --> 01:48:03,669
installing it on your motherboard it is
going to be different and every brand
01:48:03,669 --> 01:48:03,679
going to be different and every brand
01:48:03,679 --> 01:48:05,109
going to be different and every brand
likes to do a little different some use
01:48:05,109 --> 01:48:05,119
likes to do a little different some use
01:48:05,119 --> 01:48:07,430
likes to do a little different some use
the back plates some don't some use the
01:48:07,430 --> 01:48:07,440
the back plates some don't some use the
01:48:07,440 --> 01:48:09,270
the back plates some don't some use the
mounting points
01:48:09,270 --> 01:48:09,280
mounting points
01:48:09,280 --> 01:48:11,870
mounting points
it's it's just different and the thing
01:48:11,870 --> 01:48:11,880
it's it's just different and the thing
01:48:11,880 --> 01:48:12,910
it's it's just different and the thing
is if you actually look at one of these
01:48:12,910 --> 01:48:12,920
is if you actually look at one of these
01:48:12,920 --> 01:48:15,310
is if you actually look at one of these
manuals sorry a little bit of a tangent
01:48:15,310 --> 01:48:15,320
manuals sorry a little bit of a tangent
01:48:15,320 --> 01:48:16,830
manuals sorry a little bit of a tangent
um often times what they'll do this
01:48:16,830 --> 01:48:16,840
um often times what they'll do this
01:48:16,840 --> 01:48:18,350
um often times what they'll do this
one's not so bad but this one will tell
01:48:18,350 --> 01:48:18,360
one's not so bad but this one will tell
01:48:18,360 --> 01:48:20,390
one's not so bad but this one will tell
you like oh here's how to install it on
01:48:20,390 --> 01:48:20,400
you like oh here's how to install it on
01:48:20,400 --> 01:48:23,229
you like oh here's how to install it on
like Ancient Ancient systems too so like
01:48:23,229 --> 01:48:23,239
like Ancient Ancient systems too so like
01:48:23,239 --> 01:48:24,229
like Ancient Ancient systems too so like
I said this one's a little bit more
01:48:24,229 --> 01:48:24,239
I said this one's a little bit more
01:48:24,239 --> 01:48:26,149
I said this one's a little bit more
straightforward it's not huge it shows
01:48:26,149 --> 01:48:26,159
straightforward it's not huge it shows
01:48:26,159 --> 01:48:26,870
straightforward it's not huge it shows
like
01:48:26,870 --> 01:48:26,880
like
01:48:26,880 --> 01:48:33,149
like
1700 uh LJ 1115 uh 115 so 1150 1151 etc
01:48:33,149 --> 01:48:33,159
1700 uh LJ 1115 uh 115 so 1150 1151 etc
01:48:33,159 --> 01:48:37,350
1700 uh LJ 1115 uh 115 so 1150 1151 etc
etc um shows am4 am5 but yeah it's just
01:48:37,350 --> 01:48:37,360
etc um shows am4 am5 but yeah it's just
01:48:37,360 --> 01:48:40,470
etc um shows am4 am5 but yeah it's just
there's a lot of stuff to do so now with
01:48:40,470 --> 01:48:40,480
there's a lot of stuff to do so now with
01:48:40,480 --> 01:48:42,390
there's a lot of stuff to do so now with
our brackets removed it is time to
01:48:42,390 --> 01:48:42,400
our brackets removed it is time to
01:48:42,400 --> 01:48:44,669
our brackets removed it is time to
actually get ready to install our CPU
01:48:44,669 --> 01:48:44,679
actually get ready to install our CPU
01:48:44,679 --> 01:48:46,149
actually get ready to install our CPU
Cooler before we install it we're going
01:48:46,149 --> 01:48:46,159
Cooler before we install it we're going
01:48:46,159 --> 01:48:47,589
Cooler before we install it we're going
to have to take a look at our list of
01:48:47,589 --> 01:48:47,599
to have to take a look at our list of
01:48:47,599 --> 01:48:49,310
to have to take a look at our list of
hardware and find the right screws
01:48:49,310 --> 01:48:49,320
hardware and find the right screws
01:48:49,320 --> 01:48:51,030
hardware and find the right screws
because you could install this on an
01:48:51,030 --> 01:48:51,040
because you could install this on an
01:48:51,040 --> 01:48:54,350
because you could install this on an
Intel or AMD CPU there are a whole lot
01:48:54,350 --> 01:48:54,360
Intel or AMD CPU there are a whole lot
01:48:54,360 --> 01:48:55,750
Intel or AMD CPU there are a whole lot
more bits of Hardware than you actually
01:48:55,750 --> 01:48:55,760
more bits of Hardware than you actually
01:48:55,760 --> 01:48:58,189
more bits of Hardware than you actually
need so now is a great time to reference
01:48:58,189 --> 01:48:58,199
need so now is a great time to reference
01:48:58,199 --> 01:49:00,390
need so now is a great time to reference
what sizes of what we're looking for so
01:49:00,390 --> 01:49:00,400
what sizes of what we're looking for so
01:49:00,400 --> 01:49:02,229
what sizes of what we're looking for so
because we're using am5 this is actually
01:49:02,229 --> 01:49:02,239
because we're using am5 this is actually
01:49:02,239 --> 01:49:04,189
because we're using am5 this is actually
a pretty straightforward process we just
01:49:04,189 --> 01:49:04,199
a pretty straightforward process we just
01:49:04,199 --> 01:49:06,350
a pretty straightforward process we just
need to find these four little screws
01:49:06,350 --> 01:49:06,360
need to find these four little screws
01:49:06,360 --> 01:49:08,350
need to find these four little screws
and we are theoretically about ready to
01:49:08,350 --> 01:49:08,360
and we are theoretically about ready to
01:49:08,360 --> 01:49:10,310
and we are theoretically about ready to
begin now before I actually install
01:49:10,310 --> 01:49:10,320
begin now before I actually install
01:49:10,320 --> 01:49:11,430
begin now before I actually install
these I'm going to come back over to our
01:49:11,430 --> 01:49:11,440
these I'm going to come back over to our
01:49:11,440 --> 01:49:13,390
these I'm going to come back over to our
cooler now as far as where you put the
01:49:13,390 --> 01:49:13,400
cooler now as far as where you put the
01:49:13,400 --> 01:49:15,070
cooler now as far as where you put the
radiator there's no like best spot for
01:49:15,070 --> 01:49:15,080
radiator there's no like best spot for
01:49:15,080 --> 01:49:16,510
radiator there's no like best spot for
it right now just kind of tuck it off to
01:49:16,510 --> 01:49:16,520
it right now just kind of tuck it off to
01:49:16,520 --> 01:49:18,149
it right now just kind of tuck it off to
the side because we're going to need to
01:49:18,149 --> 01:49:18,159
the side because we're going to need to
01:49:18,159 --> 01:49:19,950
the side because we're going to need to
make sure we actually have it mounted so
01:49:19,950 --> 01:49:19,960
make sure we actually have it mounted so
01:49:19,960 --> 01:49:21,350
make sure we actually have it mounted so
again referring to our instruction
01:49:21,350 --> 01:49:21,360
again referring to our instruction
01:49:21,360 --> 01:49:23,109
again referring to our instruction
manual it actually tells us the optimal
01:49:23,109 --> 01:49:23,119
manual it actually tells us the optimal
01:49:23,119 --> 01:49:25,430
manual it actually tells us the optimal
way to mount the hoses for the best
01:49:25,430 --> 01:49:25,440
way to mount the hoses for the best
01:49:25,440 --> 01:49:27,310
way to mount the hoses for the best
water flow or liquid flow so we going
01:49:27,310 --> 01:49:27,320
water flow or liquid flow so we going
01:49:27,320 --> 01:49:29,350
water flow or liquid flow so we going
just kind of generally put this in place
01:49:29,350 --> 01:49:29,360
just kind of generally put this in place
01:49:29,360 --> 01:49:31,350
just kind of generally put this in place
put it in a little bit of an angle now
01:49:31,350 --> 01:49:31,360
put it in a little bit of an angle now
01:49:31,360 --> 01:49:32,750
put it in a little bit of an angle now
I'm not actually mounting it yet all I'm
01:49:32,750 --> 01:49:32,760
I'm not actually mounting it yet all I'm
01:49:32,760 --> 01:49:34,030
I'm not actually mounting it yet all I'm
doing is just kind of putting it roughly
01:49:34,030 --> 01:49:34,040
doing is just kind of putting it roughly
01:49:34,040 --> 01:49:35,629
doing is just kind of putting it roughly
where it's going to be uh when you're
01:49:35,629 --> 01:49:35,639
where it's going to be uh when you're
01:49:35,639 --> 01:49:37,229
where it's going to be uh when you're
installing things in a computer it's
01:49:37,229 --> 01:49:37,239
installing things in a computer it's
01:49:37,239 --> 01:49:38,870
installing things in a computer it's
usually good idea to IDI check yourself
01:49:38,870 --> 01:49:38,880
usually good idea to IDI check yourself
01:49:38,880 --> 01:49:41,149
usually good idea to IDI check yourself
on a regular basis so I'm going to put
01:49:41,149 --> 01:49:41,159
on a regular basis so I'm going to put
01:49:41,159 --> 01:49:42,910
on a regular basis so I'm going to put
it roughly where it's going to be again
01:49:42,910 --> 01:49:42,920
it roughly where it's going to be again
01:49:42,920 --> 01:49:44,629
it roughly where it's going to be again
doesn't have to be perfect and then
01:49:44,629 --> 01:49:44,639
doesn't have to be perfect and then
01:49:44,639 --> 01:49:46,310
doesn't have to be perfect and then
we're going to start rotating this
01:49:46,310 --> 01:49:46,320
we're going to start rotating this
01:49:46,320 --> 01:49:47,950
we're going to start rotating this
around so this specifically says I
01:49:47,950 --> 01:49:47,960
around so this specifically says I
01:49:47,960 --> 01:49:49,510
around so this specifically says I
should put my tubes on the bottom for
01:49:49,510 --> 01:49:49,520
should put my tubes on the bottom for
01:49:49,520 --> 01:49:51,149
should put my tubes on the bottom for
the best performance which actually
01:49:51,149 --> 01:49:51,159
the best performance which actually
01:49:51,159 --> 01:49:52,950
the best performance which actually
makes it fairly straightforward so you
01:49:52,950 --> 01:49:52,960
makes it fairly straightforward so you
01:49:52,960 --> 01:49:55,149
makes it fairly straightforward so you
can imagine what will happen is it will
01:49:55,149 --> 01:49:55,159
can imagine what will happen is it will
01:49:55,159 --> 01:49:57,510
can imagine what will happen is it will
be mounted something like this and then
01:49:57,510 --> 01:49:57,520
be mounted something like this and then
01:49:57,520 --> 01:49:59,430
be mounted something like this and then
uh that looks pretty accurate now that
01:49:59,430 --> 01:49:59,440
uh that looks pretty accurate now that
01:49:59,440 --> 01:50:00,870
uh that looks pretty accurate now that
we have idiot checked ourselves to make
01:50:00,870 --> 01:50:00,880
we have idiot checked ourselves to make
01:50:00,880 --> 01:50:03,470
we have idiot checked ourselves to make
sure that the cooler should fit and it
01:50:03,470 --> 01:50:03,480
sure that the cooler should fit and it
01:50:03,480 --> 01:50:05,390
sure that the cooler should fit and it
clearly fits in the top of the chassis
01:50:05,390 --> 01:50:05,400
clearly fits in the top of the chassis
01:50:05,400 --> 01:50:07,229
clearly fits in the top of the chassis
it is time to actually install it for
01:50:07,229 --> 01:50:07,239
it is time to actually install it for
01:50:07,239 --> 01:50:08,390
it is time to actually install it for
this system I'm going to use their
01:50:08,390 --> 01:50:08,400
this system I'm going to use their
01:50:08,400 --> 01:50:09,709
this system I'm going to use their
pre-applied thermal paste which I'm sure
01:50:09,709 --> 01:50:09,719
pre-applied thermal paste which I'm sure
01:50:09,719 --> 01:50:11,709
pre-applied thermal paste which I'm sure
is very high quality but on the very
01:50:11,709 --> 01:50:11,719
is very high quality but on the very
01:50:11,719 --> 01:50:13,589
is very high quality but on the very
likely opportunity that you do not have
01:50:13,589 --> 01:50:13,599
likely opportunity that you do not have
01:50:13,599 --> 01:50:15,310
likely opportunity that you do not have
this already ready to go I will show you
01:50:15,310 --> 01:50:15,320
this already ready to go I will show you
01:50:15,320 --> 01:50:16,790
this already ready to go I will show you
how to install thermal paste on your
01:50:16,790 --> 01:50:16,800
how to install thermal paste on your
01:50:16,800 --> 01:50:18,350
how to install thermal paste on your
system so want to carefully put this off
01:50:18,350 --> 01:50:18,360
system so want to carefully put this off
01:50:18,360 --> 01:50:20,030
system so want to carefully put this off
to the side and I will show you what it
01:50:20,030 --> 01:50:20,040
to the side and I will show you what it
01:50:20,040 --> 01:50:22,430
to the side and I will show you what it
looks like to put that on your CPU there
01:50:22,430 --> 01:50:22,440
looks like to put that on your CPU there
01:50:22,440 --> 01:50:24,790
looks like to put that on your CPU there
is a large amount of debate on the best
01:50:24,790 --> 01:50:24,800
is a large amount of debate on the best
01:50:24,800 --> 01:50:27,270
is a large amount of debate on the best
way to install your thermal paste so the
01:50:27,270 --> 01:50:27,280
way to install your thermal paste so the
01:50:27,280 --> 01:50:28,830
way to install your thermal paste so the
old school method was just like a little
01:50:28,830 --> 01:50:28,840
old school method was just like a little
01:50:28,840 --> 01:50:31,030
old school method was just like a little
like grain of rice on the middle I did
01:50:31,030 --> 01:50:31,040
like grain of rice on the middle I did
01:50:31,040 --> 01:50:33,709
like grain of rice on the middle I did
that for many years but newer CPUs tend
01:50:33,709 --> 01:50:33,719
that for many years but newer CPUs tend
01:50:33,719 --> 01:50:35,950
that for many years but newer CPUs tend
to be a little bit larger especially in
01:50:35,950 --> 01:50:35,960
to be a little bit larger especially in
01:50:35,960 --> 01:50:38,430
to be a little bit larger especially in
this case of Intel chips and you also
01:50:38,430 --> 01:50:38,440
this case of Intel chips and you also
01:50:38,440 --> 01:50:39,990
this case of Intel chips and you also
can have a little bit more of like a hot
01:50:39,990 --> 01:50:40,000
can have a little bit more of like a hot
01:50:40,000 --> 01:50:41,229
can have a little bit more of like a hot
spot kind of thing so what I'm going to
01:50:41,229 --> 01:50:41,239
spot kind of thing so what I'm going to
01:50:41,239 --> 01:50:43,669
spot kind of thing so what I'm going to
do is I'm going to do my four corners
01:50:43,669 --> 01:50:43,679
do is I'm going to do my four corners
01:50:43,679 --> 01:50:46,390
do is I'm going to do my four corners
plus the center I don't have a fancier
01:50:46,390 --> 01:50:46,400
plus the center I don't have a fancier
01:50:46,400 --> 01:50:48,870
plus the center I don't have a fancier
name so with your tube of theral paste
01:50:48,870 --> 01:50:48,880
name so with your tube of theral paste
01:50:48,880 --> 01:50:50,950
name so with your tube of theral paste
which will almost always come with your
01:50:50,950 --> 01:50:50,960
which will almost always come with your
01:50:50,960 --> 01:50:52,790
which will almost always come with your
CPU Cooler it's not the world's best
01:50:52,790 --> 01:50:52,800
CPU Cooler it's not the world's best
01:50:52,800 --> 01:50:54,270
CPU Cooler it's not the world's best
stuff but honestly it's totally fine
01:50:54,270 --> 01:50:54,280
stuff but honestly it's totally fine
01:50:54,280 --> 01:50:54,990
stuff but honestly it's totally fine
what we're going to do is we're going to
01:50:54,990 --> 01:50:55,000
what we're going to do is we're going to
01:50:55,000 --> 01:50:58,149
what we're going to do is we're going to
put a little bit on the top left and I'm
01:50:58,149 --> 01:50:58,159
put a little bit on the top left and I'm
01:50:58,159 --> 01:50:59,470
put a little bit on the top left and I'm
taking a little bit right you don't go
01:50:59,470 --> 01:50:59,480
taking a little bit right you don't go
01:50:59,480 --> 01:51:02,629
taking a little bit right you don't go
crazy with the stuff top right bottom
01:51:02,629 --> 01:51:02,639
crazy with the stuff top right bottom
01:51:02,639 --> 01:51:05,390
crazy with the stuff top right bottom
right bottom left and then maybe a
01:51:05,390 --> 01:51:05,400
right bottom left and then maybe a
01:51:05,400 --> 01:51:07,189
right bottom left and then maybe a
little bit more in the middle you should
01:51:07,189 --> 01:51:07,199
little bit more in the middle you should
01:51:07,199 --> 01:51:09,350
little bit more in the middle you should
use a little bit more than a little bit
01:51:09,350 --> 01:51:09,360
use a little bit more than a little bit
01:51:09,360 --> 01:51:12,030
use a little bit more than a little bit
less um so this tube should do multiple
01:51:12,030 --> 01:51:12,040
less um so this tube should do multiple
01:51:12,040 --> 01:51:13,870
less um so this tube should do multiple
uh applications so you don't want to
01:51:13,870 --> 01:51:13,880
uh applications so you don't want to
01:51:13,880 --> 01:51:15,470
uh applications so you don't want to
make this thing go goopy all over the
01:51:15,470 --> 01:51:15,480
make this thing go goopy all over the
01:51:15,480 --> 01:51:16,510
make this thing go goopy all over the
place like some people will just
01:51:16,510 --> 01:51:16,520
place like some people will just
01:51:16,520 --> 01:51:18,510
place like some people will just
absolutely unloaded if Mr Easter has
01:51:18,510 --> 01:51:18,520
absolutely unloaded if Mr Easter has
01:51:18,520 --> 01:51:20,470
absolutely unloaded if Mr Easter has
taught me anything the little extra past
01:51:20,470 --> 01:51:20,480
taught me anything the little extra past
01:51:20,480 --> 01:51:23,109
taught me anything the little extra past
never hurt anybody but it is a pain to
01:51:23,109 --> 01:51:23,119
never hurt anybody but it is a pain to
01:51:23,119 --> 01:51:25,189
never hurt anybody but it is a pain to
clean up when you want to replace your
01:51:25,189 --> 01:51:25,199
clean up when you want to replace your
01:51:25,199 --> 01:51:26,589
clean up when you want to replace your
CPU Cooler or something and I will
01:51:26,589 --> 01:51:26,599
CPU Cooler or something and I will
01:51:26,599 --> 01:51:27,990
CPU Cooler or something and I will
actually mention that so obviously this
01:51:27,990 --> 01:51:28,000
actually mention that so obviously this
01:51:28,000 --> 01:51:30,870
actually mention that so obviously this
is like our first time installation now
01:51:30,870 --> 01:51:30,880
is like our first time installation now
01:51:30,880 --> 01:51:32,830
is like our first time installation now
if this was say my second or third time
01:51:32,830 --> 01:51:32,840
if this was say my second or third time
01:51:32,840 --> 01:51:34,430
if this was say my second or third time
you want to replace that thermal paste
01:51:34,430 --> 01:51:34,440
you want to replace that thermal paste
01:51:34,440 --> 01:51:36,950
you want to replace that thermal paste
every time so 6 months from now I want
01:51:36,950 --> 01:51:36,960
every time so 6 months from now I want
01:51:36,960 --> 01:51:38,910
every time so 6 months from now I want
to take my cooler off to swap the CPU or
01:51:38,910 --> 01:51:38,920
to take my cooler off to swap the CPU or
01:51:38,920 --> 01:51:40,550
to take my cooler off to swap the CPU or
whatever you want to completely clean
01:51:40,550 --> 01:51:40,560
whatever you want to completely clean
01:51:40,560 --> 01:51:43,149
whatever you want to completely clean
off both the actual uh block or whether
01:51:43,149 --> 01:51:43,159
off both the actual uh block or whether
01:51:43,159 --> 01:51:45,109
off both the actual uh block or whether
it's the CPU Cooler for liquid or air
01:51:45,109 --> 01:51:45,119
it's the CPU Cooler for liquid or air
01:51:45,119 --> 01:51:46,149
it's the CPU Cooler for liquid or air
whatever the case is you want to clean
01:51:46,149 --> 01:51:46,159
whatever the case is you want to clean
01:51:46,159 --> 01:51:47,629
whatever the case is you want to clean
off all the ethernal paste off of this
01:51:47,629 --> 01:51:47,639
off all the ethernal paste off of this
01:51:47,639 --> 01:51:49,390
off all the ethernal paste off of this
guy and off of your CPU before you
01:51:49,390 --> 01:51:49,400
guy and off of your CPU before you
01:51:49,400 --> 01:51:51,390
guy and off of your CPU before you
install a new one um but for these
01:51:51,390 --> 01:51:51,400
install a new one um but for these
01:51:51,400 --> 01:51:52,669
install a new one um but for these
purposes I'm actually going to wipe off
01:51:52,669 --> 01:51:52,679
purposes I'm actually going to wipe off
01:51:52,679 --> 01:51:54,189
purposes I'm actually going to wipe off
what I just did because again we've got
01:51:54,189 --> 01:51:54,199
what I just did because again we've got
01:51:54,199 --> 01:51:55,950
what I just did because again we've got
the theral paste on here and there's no
01:51:55,950 --> 01:51:55,960
the theral paste on here and there's no
01:51:55,960 --> 01:51:57,669
the theral paste on here and there's no
reason to not use it so I'm going to go
01:51:57,669 --> 01:51:57,679
reason to not use it so I'm going to go
01:51:57,679 --> 01:51:58,990
reason to not use it so I'm going to go
ahead just actually remove that thermal
01:51:58,990 --> 01:51:59,000
ahead just actually remove that thermal
01:51:59,000 --> 01:52:00,750
ahead just actually remove that thermal
paste because the theral paste it's
01:52:00,750 --> 01:52:00,760
paste because the theral paste it's
01:52:00,760 --> 01:52:02,790
paste because the theral paste it's
already on there should be totally fine
01:52:02,790 --> 01:52:02,800
already on there should be totally fine
01:52:02,800 --> 01:52:04,229
already on there should be totally fine
um there are different ways of doing
01:52:04,229 --> 01:52:04,239
um there are different ways of doing
01:52:04,239 --> 01:52:06,709
um there are different ways of doing
this I am a fan of the paper towel
01:52:06,709 --> 01:52:06,719
this I am a fan of the paper towel
01:52:06,719 --> 01:52:08,229
this I am a fan of the paper towel
method the only downside is it tends to
01:52:08,229 --> 01:52:08,239
method the only downside is it tends to
01:52:08,239 --> 01:52:10,470
method the only downside is it tends to
leave a little bit of like paper towel
01:52:10,470 --> 01:52:10,480
leave a little bit of like paper towel
01:52:10,480 --> 01:52:13,390
leave a little bit of like paper towel
stuff so um make sure to get it thorough
01:52:13,390 --> 01:52:13,400
stuff so um make sure to get it thorough
01:52:13,400 --> 01:52:14,350
stuff so um make sure to get it thorough
you also may want to use a little bit of
01:52:14,350 --> 01:52:14,360
you also may want to use a little bit of
01:52:14,360 --> 01:52:15,709
you also may want to use a little bit of
rubbing alcohol I'm actually not going
01:52:15,709 --> 01:52:15,719
rubbing alcohol I'm actually not going
01:52:15,719 --> 01:52:17,229
rubbing alcohol I'm actually not going
to do that though because I just applied
01:52:17,229 --> 01:52:17,239
to do that though because I just applied
01:52:17,239 --> 01:52:18,550
to do that though because I just applied
this thermal paste it should just come
01:52:18,550 --> 01:52:18,560
this thermal paste it should just come
01:52:18,560 --> 01:52:23,870
this thermal paste it should just come
up pretty easy one two
01:52:23,870 --> 01:52:23,880
up pretty easy one two
01:52:23,880 --> 01:52:26,069
up pretty easy one two
three and move my tap paper towel a
01:52:26,069 --> 01:52:26,079
three and move my tap paper towel a
01:52:26,079 --> 01:52:28,669
three and move my tap paper towel a
little bit four and five and I got
01:52:28,669 --> 01:52:28,679
little bit four and five and I got
01:52:28,679 --> 01:52:30,189
little bit four and five and I got
almost all of it out and now we use just
01:52:30,189 --> 01:52:30,199
almost all of it out and now we use just
01:52:30,199 --> 01:52:32,069
almost all of it out and now we use just
a little bit of alcohol to remove it so
01:52:32,069 --> 01:52:32,079
a little bit of alcohol to remove it so
01:52:32,079 --> 01:52:33,189
a little bit of alcohol to remove it so
again if this is your first time
01:52:33,189 --> 01:52:33,199
again if this is your first time
01:52:33,199 --> 01:52:34,350
again if this is your first time
building a PC you don't have to worry
01:52:34,350 --> 01:52:34,360
building a PC you don't have to worry
01:52:34,360 --> 01:52:35,629
building a PC you don't have to worry
about this until you do it a little bit
01:52:35,629 --> 01:52:35,639
about this until you do it a little bit
01:52:35,639 --> 01:52:38,510
about this until you do it a little bit
later but just a little little bit of
01:52:38,510 --> 01:52:38,520
later but just a little little bit of
01:52:38,520 --> 01:52:40,990
later but just a little little bit of
alcohol should do the trick again just
01:52:40,990 --> 01:52:41,000
alcohol should do the trick again just
01:52:41,000 --> 01:52:42,149
alcohol should do the trick again just
if you're using a paper towel or
01:52:42,149 --> 01:52:42,159
if you're using a paper towel or
01:52:42,159 --> 01:52:42,950
if you're using a paper towel or
something like that just make sure
01:52:42,950 --> 01:52:42,960
something like that just make sure
01:52:42,960 --> 01:52:44,669
something like that just make sure
you're not rubbing it too much and you
01:52:44,669 --> 01:52:44,679
you're not rubbing it too much and you
01:52:44,679 --> 01:52:45,709
you're not rubbing it too much and you
know it's going to make a mess
01:52:45,709 --> 01:52:45,719
know it's going to make a mess
01:52:45,719 --> 01:52:47,470
know it's going to make a mess
everywhere but just a little bit of
01:52:47,470 --> 01:52:47,480
everywhere but just a little bit of
01:52:47,480 --> 01:52:50,870
everywhere but just a little bit of
circular motion and that is a clean CPU
01:52:50,870 --> 01:52:50,880
circular motion and that is a clean CPU
01:52:50,880 --> 01:52:53,910
circular motion and that is a clean CPU
so now let us install our CPU Cooler so
01:52:53,910 --> 01:52:53,920
so now let us install our CPU Cooler so
01:52:53,920 --> 01:52:55,390
so now let us install our CPU Cooler so
the first step is to remove those
01:52:55,390 --> 01:52:55,400
the first step is to remove those
01:52:55,400 --> 01:52:56,870
the first step is to remove those
brackets that are already there for this
01:52:56,870 --> 01:52:56,880
brackets that are already there for this
01:52:56,880 --> 01:52:58,270
brackets that are already there for this
L Le we actually want to hold on to
01:52:58,270 --> 01:52:58,280
L Le we actually want to hold on to
01:52:58,280 --> 01:52:59,470
L Le we actually want to hold on to
those screws because we're going to
01:52:59,470 --> 01:52:59,480
those screws because we're going to
01:52:59,480 --> 01:53:00,990
those screws because we're going to
reuse them and then we're going to take
01:53:00,990 --> 01:53:01,000
reuse them and then we're going to take
01:53:01,000 --> 01:53:02,550
reuse them and then we're going to take
the brackets that it comes with which
01:53:02,550 --> 01:53:02,560
the brackets that it comes with which
01:53:02,560 --> 01:53:04,910
the brackets that it comes with which
have a little CPU on it so it says CPU
01:53:04,910 --> 01:53:04,920
have a little CPU on it so it says CPU
01:53:04,920 --> 01:53:06,510
have a little CPU on it so it says CPU
and the arrow just to show you which
01:53:06,510 --> 01:53:06,520
and the arrow just to show you which
01:53:06,520 --> 01:53:08,030
and the arrow just to show you which
direction they're going to go on so
01:53:08,030 --> 01:53:08,040
direction they're going to go on so
01:53:08,040 --> 01:53:09,109
direction they're going to go on so
we're going to take this and put it on
01:53:09,109 --> 01:53:09,119
we're going to take this and put it on
01:53:09,119 --> 01:53:12,830
we're going to take this and put it on
the top and I put another one on the
01:53:12,830 --> 01:53:12,840
the top and I put another one on the
01:53:12,840 --> 01:53:14,830
the top and I put another one on the
bottom and then what I'm going to do is
01:53:14,830 --> 01:53:14,840
bottom and then what I'm going to do is
01:53:14,840 --> 01:53:16,149
bottom and then what I'm going to do is
I'm going to reuse those four screws
01:53:16,149 --> 01:53:16,159
I'm going to reuse those four screws
01:53:16,159 --> 01:53:17,950
I'm going to reuse those four screws
that came off of the brackets that
01:53:17,950 --> 01:53:17,960
that came off of the brackets that
01:53:17,960 --> 01:53:19,390
that came off of the brackets that
originally came with it we're going to
01:53:19,390 --> 01:53:19,400
originally came with it we're going to
01:53:19,400 --> 01:53:21,470
originally came with it we're going to
install those and like always we're
01:53:21,470 --> 01:53:21,480
install those and like always we're
01:53:21,480 --> 01:53:23,950
install those and like always we're
going to do these about 2/3 tight or so
01:53:23,950 --> 01:53:23,960
going to do these about 2/3 tight or so
01:53:23,960 --> 01:53:25,350
going to do these about 2/3 tight or so
make sure it's fully seated and then we
01:53:25,350 --> 01:53:25,360
make sure it's fully seated and then we
01:53:25,360 --> 01:53:27,310
make sure it's fully seated and then we
will crank it all the way down this is a
01:53:27,310 --> 01:53:27,320
will crank it all the way down this is a
01:53:27,320 --> 01:53:28,950
will crank it all the way down this is a
thing you want to put a little bit of
01:53:28,950 --> 01:53:28,960
thing you want to put a little bit of
01:53:28,960 --> 01:53:30,510
thing you want to put a little bit of
pressure on to make sure that it is
01:53:30,510 --> 01:53:30,520
pressure on to make sure that it is
01:53:30,520 --> 01:53:33,830
pressure on to make sure that it is
firmly attached I will say this is uh
01:53:33,830 --> 01:53:33,840
firmly attached I will say this is uh
01:53:33,840 --> 01:53:35,430
firmly attached I will say this is uh
out of all the coolers you could use one
01:53:35,430 --> 01:53:35,440
out of all the coolers you could use one
01:53:35,440 --> 01:53:38,550
out of all the coolers you could use one
of the easiest I have ever seen um it's
01:53:38,550 --> 01:53:38,560
of the easiest I have ever seen um it's
01:53:38,560 --> 01:53:40,910
of the easiest I have ever seen um it's
very clean and easy to understand
01:53:40,910 --> 01:53:40,920
very clean and easy to understand
01:53:40,920 --> 01:53:43,470
very clean and easy to understand
instructions uh you've got yourself a
01:53:43,470 --> 01:53:43,480
instructions uh you've got yourself a
01:53:43,480 --> 01:53:45,229
instructions uh you've got yourself a
lot of things that are already done for
01:53:45,229 --> 01:53:45,239
lot of things that are already done for
01:53:45,239 --> 01:53:46,750
lot of things that are already done for
you which makes sense cuz this is quite
01:53:46,750 --> 01:53:46,760
you which makes sense cuz this is quite
01:53:46,760 --> 01:53:48,589
you which makes sense cuz this is quite
an expensive cooler but you got the
01:53:48,589 --> 01:53:48,599
an expensive cooler but you got the
01:53:48,599 --> 01:53:50,270
an expensive cooler but you got the
fancy UNIF fans like this thing is going
01:53:50,270 --> 01:53:50,280
fancy UNIF fans like this thing is going
01:53:50,280 --> 01:53:51,790
fancy UNIF fans like this thing is going
to look sick when we actually get it up
01:53:51,790 --> 01:53:51,800
to look sick when we actually get it up
01:53:51,800 --> 01:53:53,589
to look sick when we actually get it up
and running never tighten anything down
01:53:53,589 --> 01:53:53,599
and running never tighten anything down
01:53:53,599 --> 01:53:55,430
and running never tighten anything down
all the way the first try come back go
01:53:55,430 --> 01:53:55,440
all the way the first try come back go
01:53:55,440 --> 01:53:57,589
all the way the first try come back go
back and forth time or two and that is
01:53:57,589 --> 01:53:57,599
back and forth time or two and that is
01:53:57,599 --> 01:54:01,109
back and forth time or two and that is
on there pretty firmly okay now it is
01:54:01,109 --> 01:54:01,119
on there pretty firmly okay now it is
01:54:01,119 --> 01:54:02,870
on there pretty firmly okay now it is
time to put a radiator roughly back in
01:54:02,870 --> 01:54:02,880
time to put a radiator roughly back in
01:54:02,880 --> 01:54:03,950
time to put a radiator roughly back in
place so it's not going to get in our
01:54:03,950 --> 01:54:03,960
place so it's not going to get in our
01:54:03,960 --> 01:54:05,790
place so it's not going to get in our
way that's the only downside when it
01:54:05,790 --> 01:54:05,800
way that's the only downside when it
01:54:05,800 --> 01:54:08,149
way that's the only downside when it
comes to a 360 mil radiator it looks
01:54:08,149 --> 01:54:08,159
comes to a 360 mil radiator it looks
01:54:08,159 --> 01:54:09,629
comes to a 360 mil radiator it looks
really good like it's going to fill out
01:54:09,629 --> 01:54:09,639
really good like it's going to fill out
01:54:09,639 --> 01:54:11,910
really good like it's going to fill out
all of the fan slots on the top but it's
01:54:11,910 --> 01:54:11,920
all of the fan slots on the top but it's
01:54:11,920 --> 01:54:14,470
all of the fan slots on the top but it's
big and it is it fits but it's like not
01:54:14,470 --> 01:54:14,480
big and it is it fits but it's like not
01:54:14,480 --> 01:54:18,229
big and it is it fits but it's like not
super easy to work with okay so when it
01:54:18,229 --> 01:54:18,239
super easy to work with okay so when it
01:54:18,239 --> 01:54:19,709
super easy to work with okay so when it
comes to actually installing this it's
01:54:19,709 --> 01:54:19,719
comes to actually installing this it's
01:54:19,719 --> 01:54:21,709
comes to actually installing this it's
very simple but because I have thermal
01:54:21,709 --> 01:54:21,719
very simple but because I have thermal
01:54:21,719 --> 01:54:23,310
very simple but because I have thermal
paste on here here normally you would
01:54:23,310 --> 01:54:23,320
paste on here here normally you would
01:54:23,320 --> 01:54:24,629
paste on here here normally you would
have thermal paste on your CPU like I
01:54:24,629 --> 01:54:24,639
have thermal paste on your CPU like I
01:54:24,639 --> 01:54:25,790
have thermal paste on your CPU like I
showed you but because we have thermal
01:54:25,790 --> 01:54:25,800
showed you but because we have thermal
01:54:25,800 --> 01:54:28,390
showed you but because we have thermal
paste here once you apply it you don't
01:54:28,390 --> 01:54:28,400
paste here once you apply it you don't
01:54:28,400 --> 01:54:30,750
paste here once you apply it you don't
want to move it if you wiggle around a
01:54:30,750 --> 01:54:30,760
want to move it if you wiggle around a
01:54:30,760 --> 01:54:32,510
want to move it if you wiggle around a
little bit that's fine you have to seat
01:54:32,510 --> 01:54:32,520
little bit that's fine you have to seat
01:54:32,520 --> 01:54:34,109
little bit that's fine you have to seat
it and unseated a time or two the theral
01:54:34,109 --> 01:54:34,119
it and unseated a time or two the theral
01:54:34,119 --> 01:54:35,629
it and unseated a time or two the theral
paste is not going to stick as well so
01:54:35,629 --> 01:54:35,639
paste is not going to stick as well so
01:54:35,639 --> 01:54:37,149
paste is not going to stick as well so
you're going to cleanly try to install
01:54:37,149 --> 01:54:37,159
you're going to cleanly try to install
01:54:37,159 --> 01:54:39,149
you're going to cleanly try to install
this in one shot so you'll see here that
01:54:39,149 --> 01:54:39,159
this in one shot so you'll see here that
01:54:39,159 --> 01:54:40,550
this in one shot so you'll see here that
with this bracket we have four little
01:54:40,550 --> 01:54:40,560
with this bracket we have four little
01:54:40,560 --> 01:54:42,990
with this bracket we have four little
pegs so one two three four and that is
01:54:42,990 --> 01:54:43,000
pegs so one two three four and that is
01:54:43,000 --> 01:54:44,550
pegs so one two three four and that is
going to correspond with these holes so
01:54:44,550 --> 01:54:44,560
going to correspond with these holes so
01:54:44,560 --> 01:54:45,950
going to correspond with these holes so
what we'll do is we'll line it up again
01:54:45,950 --> 01:54:45,960
what we'll do is we'll line it up again
01:54:45,960 --> 01:54:47,629
what we'll do is we'll line it up again
because the instructions told us so we
01:54:47,629 --> 01:54:47,639
because the instructions told us so we
01:54:47,639 --> 01:54:49,790
because the instructions told us so we
want to leave our tubes on the bottom
01:54:49,790 --> 01:54:49,800
want to leave our tubes on the bottom
01:54:49,800 --> 01:54:51,830
want to leave our tubes on the bottom
going to line up with our CPU we're
01:54:51,830 --> 01:54:51,840
going to line up with our CPU we're
01:54:51,840 --> 01:54:53,470
going to line up with our CPU we're
going to firm normally press it down
01:54:53,470 --> 01:54:53,480
going to firm normally press it down
01:54:53,480 --> 01:54:56,189
going to firm normally press it down
into place now with one hand on it we're
01:54:56,189 --> 01:54:56,199
into place now with one hand on it we're
01:54:56,199 --> 01:54:59,189
into place now with one hand on it we're
going to find our little screws and
01:54:59,189 --> 01:54:59,199
going to find our little screws and
01:54:59,199 --> 01:55:00,750
going to find our little screws and
we're going to do these fingertight so
01:55:00,750 --> 01:55:00,760
we're going to do these fingertight so
01:55:00,760 --> 01:55:02,390
we're going to do these fingertight so
I'm going to line up on the top left
01:55:02,390 --> 01:55:02,400
I'm going to line up on the top left
01:55:02,400 --> 01:55:03,790
I'm going to line up on the top left
apologize if you can't see this too well
01:55:03,790 --> 01:55:03,800
apologize if you can't see this too well
01:55:03,800 --> 01:55:06,109
apologize if you can't see this too well
but I'm committed now so I can't stop so
01:55:06,109 --> 01:55:06,119
but I'm committed now so I can't stop so
01:55:06,119 --> 01:55:07,310
but I'm committed now so I can't stop so
I'm just going to get that finger tight
01:55:07,310 --> 01:55:07,320
I'm just going to get that finger tight
01:55:07,320 --> 01:55:08,830
I'm just going to get that finger tight
don't worry about getting it uh like all
01:55:08,830 --> 01:55:08,840
don't worry about getting it uh like all
01:55:08,840 --> 01:55:09,990
don't worry about getting it uh like all
the way on or anything but just kind of
01:55:09,990 --> 01:55:10,000
the way on or anything but just kind of
01:55:10,000 --> 01:55:12,109
the way on or anything but just kind of
get it started should be good grab one
01:55:12,109 --> 01:55:12,119
get it started should be good grab one
01:55:12,119 --> 01:55:13,750
get it started should be good grab one
more of those and like always we're
01:55:13,750 --> 01:55:13,760
more of those and like always we're
01:55:13,760 --> 01:55:15,109
more of those and like always we're
going to use a cross pattern so I'm
01:55:15,109 --> 01:55:15,119
going to use a cross pattern so I'm
01:55:15,119 --> 01:55:17,270
going to use a cross pattern so I'm
going to reach over to the bottom left
01:55:17,270 --> 01:55:17,280
going to reach over to the bottom left
01:55:17,280 --> 01:55:19,510
going to reach over to the bottom left
and I will tell you if there is one area
01:55:19,510 --> 01:55:19,520
and I will tell you if there is one area
01:55:19,520 --> 01:55:20,910
and I will tell you if there is one area
on this whole PC that you should listen
01:55:20,910 --> 01:55:20,920
on this whole PC that you should listen
01:55:20,920 --> 01:55:22,790
on this whole PC that you should listen
to me when it comes to using a cross
01:55:22,790 --> 01:55:22,800
to me when it comes to using a cross
01:55:22,800 --> 01:55:25,109
to me when it comes to using a cross
pattern it is a CPU Cooler so what's
01:55:25,109 --> 01:55:25,119
pattern it is a CPU Cooler so what's
01:55:25,119 --> 01:55:26,550
pattern it is a CPU Cooler so what's
happening once you've got finger tight
01:55:26,550 --> 01:55:26,560
happening once you've got finger tight
01:55:26,560 --> 01:55:28,229
happening once you've got finger tight
on two You Can Let Go what's happening
01:55:28,229 --> 01:55:28,239
on two You Can Let Go what's happening
01:55:28,239 --> 01:55:30,069
on two You Can Let Go what's happening
is is that as you tighten down each of
01:55:30,069 --> 01:55:30,079
is is that as you tighten down each of
01:55:30,079 --> 01:55:32,189
is is that as you tighten down each of
the corners it is sort of pushing that
01:55:32,189 --> 01:55:32,199
the corners it is sort of pushing that
01:55:32,199 --> 01:55:34,870
the corners it is sort of pushing that
thermal paste and your cooler down onto
01:55:34,870 --> 01:55:34,880
thermal paste and your cooler down onto
01:55:34,880 --> 01:55:37,350
thermal paste and your cooler down onto
the CPU this is really important you
01:55:37,350 --> 01:55:37,360
the CPU this is really important you
01:55:37,360 --> 01:55:39,109
the CPU this is really important you
want to make sure that that is making as
01:55:39,109 --> 01:55:39,119
want to make sure that that is making as
01:55:39,119 --> 01:55:42,030
want to make sure that that is making as
good of a bit of contact as possible not
01:55:42,030 --> 01:55:42,040
good of a bit of contact as possible not
01:55:42,040 --> 01:55:43,270
good of a bit of contact as possible not
is going to help to spread that thermal
01:55:43,270 --> 01:55:43,280
is going to help to spread that thermal
01:55:43,280 --> 01:55:45,589
is going to help to spread that thermal
paste out but importantly it will make a
01:55:45,589 --> 01:55:45,599
paste out but importantly it will make a
01:55:45,599 --> 01:55:47,790
paste out but importantly it will make a
very significant difference to the level
01:55:47,790 --> 01:55:47,800
very significant difference to the level
01:55:47,800 --> 01:55:50,069
very significant difference to the level
of performance that you get like if you
01:55:50,069 --> 01:55:50,079
of performance that you get like if you
01:55:50,079 --> 01:55:51,950
of performance that you get like if you
say tighten one side down the other side
01:55:51,950 --> 01:55:51,960
say tighten one side down the other side
01:55:51,960 --> 01:55:53,629
say tighten one side down the other side
it be like completely like squished on
01:55:53,629 --> 01:55:53,639
it be like completely like squished on
01:55:53,639 --> 01:55:55,069
it be like completely like squished on
one side and you may be only touching
01:55:55,069 --> 01:55:55,079
one side and you may be only touching
01:55:55,079 --> 01:55:57,629
one side and you may be only touching
like half of your CPU or something so do
01:55:57,629 --> 01:55:57,639
like half of your CPU or something so do
01:55:57,639 --> 01:55:59,189
like half of your CPU or something so do
one then the other then the other the
01:55:59,189 --> 01:55:59,199
one then the other then the other the
01:55:59,199 --> 01:56:00,750
one then the other then the other the
other but do it in that cross pattern
01:56:00,750 --> 01:56:00,760
other but do it in that cross pattern
01:56:00,760 --> 01:56:02,510
other but do it in that cross pattern
and honestly go around a few times right
01:56:02,510 --> 01:56:02,520
and honestly go around a few times right
01:56:02,520 --> 01:56:03,790
and honestly go around a few times right
so again I like to start out by just
01:56:03,790 --> 01:56:03,800
so again I like to start out by just
01:56:03,800 --> 01:56:05,629
so again I like to start out by just
doing it like fingertight and that's
01:56:05,629 --> 01:56:05,639
doing it like fingertight and that's
01:56:05,639 --> 01:56:08,270
doing it like fingertight and that's
fine to get everything sort of in place
01:56:08,270 --> 01:56:08,280
fine to get everything sort of in place
01:56:08,280 --> 01:56:10,470
fine to get everything sort of in place
so we're going to do the top left here
01:56:10,470 --> 01:56:10,480
so we're going to do the top left here
01:56:10,480 --> 01:56:11,470
so we're going to do the top left here
you know what we're actually running
01:56:11,470 --> 01:56:11,480
you know what we're actually running
01:56:11,480 --> 01:56:12,990
you know what we're actually running
into an issue already which is perfect I
01:56:12,990 --> 01:56:13,000
into an issue already which is perfect I
01:56:13,000 --> 01:56:14,709
into an issue already which is perfect I
can show you so I'm going to use one
01:56:14,709 --> 01:56:14,719
can show you so I'm going to use one
01:56:14,719 --> 01:56:17,470
can show you so I'm going to use one
hand to steady the CPU Cooler so as you
01:56:17,470 --> 01:56:17,480
hand to steady the CPU Cooler so as you
01:56:17,480 --> 01:56:19,310
hand to steady the CPU Cooler so as you
start to tighten it down whatever side
01:56:19,310 --> 01:56:19,320
start to tighten it down whatever side
01:56:19,320 --> 01:56:21,350
start to tighten it down whatever side
is not screwed in will start to pull up
01:56:21,350 --> 01:56:21,360
is not screwed in will start to pull up
01:56:21,360 --> 01:56:23,669
is not screwed in will start to pull up
so don't go like super super hard like
01:56:23,669 --> 01:56:23,679
so don't go like super super hard like
01:56:23,679 --> 01:56:26,189
so don't go like super super hard like
again I'm just doing it half fingertight
01:56:26,189 --> 01:56:26,199
again I'm just doing it half fingertight
01:56:26,199 --> 01:56:27,629
again I'm just doing it half fingertight
just enough so this doesn't actually pop
01:56:27,629 --> 01:56:27,639
just enough so this doesn't actually pop
01:56:27,639 --> 01:56:29,189
just enough so this doesn't actually pop
up and get out of my way and then what
01:56:29,189 --> 01:56:29,199
up and get out of my way and then what
01:56:29,199 --> 01:56:30,990
up and get out of my way and then what
I'll do is once I've got that I'm push
01:56:30,990 --> 01:56:31,000
I'll do is once I've got that I'm push
01:56:31,000 --> 01:56:33,310
I'll do is once I've got that I'm push
this down just a little bit I'm going to
01:56:33,310 --> 01:56:33,320
this down just a little bit I'm going to
01:56:33,320 --> 01:56:34,470
this down just a little bit I'm going to
go around with the screwdriver and
01:56:34,470 --> 01:56:34,480
go around with the screwdriver and
01:56:34,480 --> 01:56:35,669
go around with the screwdriver and
tighten it but I'm going to do it in a
01:56:35,669 --> 01:56:35,679
tighten it but I'm going to do it in a
01:56:35,679 --> 01:56:37,069
tighten it but I'm going to do it in a
pretty slow kind of manner I'm going to
01:56:37,069 --> 01:56:37,079
pretty slow kind of manner I'm going to
01:56:37,079 --> 01:56:38,950
pretty slow kind of manner I'm going to
do a few turns on one side a few turns
01:56:38,950 --> 01:56:38,960
do a few turns on one side a few turns
01:56:38,960 --> 01:56:40,669
do a few turns on one side a few turns
on the next to make sure this is
01:56:40,669 --> 01:56:40,679
on the next to make sure this is
01:56:40,679 --> 01:56:42,069
on the next to make sure this is
actually one of the only steps of an AIO
01:56:42,069 --> 01:56:42,079
actually one of the only steps of an AIO
01:56:42,079 --> 01:56:43,790
actually one of the only steps of an AIO
that's easier than an air cooler because
01:56:43,790 --> 01:56:43,800
that's easier than an air cooler because
01:56:43,800 --> 01:56:45,310
that's easier than an air cooler because
if you have an air cooler the problem is
01:56:45,310 --> 01:56:45,320
if you have an air cooler the problem is
01:56:45,320 --> 01:56:47,310
if you have an air cooler the problem is
that they tend to be really sharp so you
01:56:47,310 --> 01:56:47,320
that they tend to be really sharp so you
01:56:47,320 --> 01:56:48,910
that they tend to be really sharp so you
can see like on this one over here it
01:56:48,910 --> 01:56:48,920
can see like on this one over here it
01:56:48,920 --> 01:56:50,390
can see like on this one over here it
has all these like fins that one's
01:56:50,390 --> 01:56:50,400
has all these like fins that one's
01:56:50,400 --> 01:56:51,550
has all these like fins that one's
actually a nicer cooler because it's
01:56:51,550 --> 01:56:51,560
actually a nicer cooler because it's
01:56:51,560 --> 01:56:53,270
actually a nicer cooler because it's
like rounded boy the amount of times I
01:56:53,270 --> 01:56:53,280
like rounded boy the amount of times I
01:56:53,280 --> 01:56:54,870
like rounded boy the amount of times I
have cut myself trying to like reach
01:56:54,870 --> 01:56:54,880
have cut myself trying to like reach
01:56:54,880 --> 01:56:56,750
have cut myself trying to like reach
around like a CPU Cooler and the fs are
01:56:56,750 --> 01:56:56,760
around like a CPU Cooler and the fs are
01:56:56,760 --> 01:56:59,189
around like a CPU Cooler and the fs are
sharp as hell for no reason not fun but
01:56:59,189 --> 01:56:59,199
sharp as hell for no reason not fun but
01:56:59,199 --> 01:57:02,030
sharp as hell for no reason not fun but
with an AO that's much simpler there we
01:57:02,030 --> 01:57:02,040
with an AO that's much simpler there we
01:57:02,040 --> 01:57:03,310
with an AO that's much simpler there we
go all right I had to cheat a little bit
01:57:03,310 --> 01:57:03,320
go all right I had to cheat a little bit
01:57:03,320 --> 01:57:06,350
go all right I had to cheat a little bit
with the screwdriver um so now I'm going
01:57:06,350 --> 01:57:06,360
with the screwdriver um so now I'm going
01:57:06,360 --> 01:57:09,350
with the screwdriver um so now I'm going
to do make sure that's in there well so
01:57:09,350 --> 01:57:09,360
to do make sure that's in there well so
01:57:09,360 --> 01:57:10,950
to do make sure that's in there well so
once You' got all four of these screws
01:57:10,950 --> 01:57:10,960
once You' got all four of these screws
01:57:10,960 --> 01:57:13,470
once You' got all four of these screws
started take your screwdriver and go all
01:57:13,470 --> 01:57:13,480
started take your screwdriver and go all
01:57:13,480 --> 01:57:15,149
started take your screwdriver and go all
the way around so again corner corner
01:57:15,149 --> 01:57:15,159
the way around so again corner corner
01:57:15,159 --> 01:57:17,550
the way around so again corner corner
corner corner and do it slowly two or
01:57:17,550 --> 01:57:17,560
corner corner and do it slowly two or
01:57:17,560 --> 01:57:18,709
corner corner and do it slowly two or
three turns to the screwdriver and then
01:57:18,709 --> 01:57:18,719
three turns to the screwdriver and then
01:57:18,719 --> 01:57:19,870
three turns to the screwdriver and then
move to the next one so I'm going to
01:57:19,870 --> 01:57:19,880
move to the next one so I'm going to
01:57:19,880 --> 01:57:22,510
move to the next one so I'm going to
start with this one so go one two three
01:57:22,510 --> 01:57:22,520
start with this one so go one two three
01:57:22,520 --> 01:57:25,550
start with this one so go one two three
then come up here one two three and then
01:57:25,550 --> 01:57:25,560
then come up here one two three and then
01:57:25,560 --> 01:57:29,030
then come up here one two three and then
come up over here 1 two 3 4 five six
01:57:29,030 --> 01:57:29,040
come up over here 1 two 3 4 five six
01:57:29,040 --> 01:57:30,310
come up over here 1 two 3 4 five six
that one's a little
01:57:30,310 --> 01:57:30,320
that one's a little
01:57:30,320 --> 01:57:33,830
that one's a little
looser one two three four there we go
01:57:33,830 --> 01:57:33,840
looser one two three four there we go
01:57:33,840 --> 01:57:35,830
looser one two three four there we go
and again you go around and around until
01:57:35,830 --> 01:57:35,840
and again you go around and around until
01:57:35,840 --> 01:57:37,390
and again you go around and around until
the screws stop so sometimes I'll have
01:57:37,390 --> 01:57:37,400
the screws stop so sometimes I'll have
01:57:37,400 --> 01:57:38,589
the screws stop so sometimes I'll have
like a little spring on the bottom but
01:57:38,589 --> 01:57:38,599
like a little spring on the bottom but
01:57:38,599 --> 01:57:40,910
like a little spring on the bottom but
just get it until it's actually tight
01:57:40,910 --> 01:57:40,920
just get it until it's actually tight
01:57:40,920 --> 01:57:43,350
just get it until it's actually tight
now once you've gotten to this point as
01:57:43,350 --> 01:57:43,360
now once you've gotten to this point as
01:57:43,360 --> 01:57:45,149
now once you've gotten to this point as
long as you're patient you should be
01:57:45,149 --> 01:57:45,159
long as you're patient you should be
01:57:45,159 --> 01:57:46,589
long as you're patient you should be
fine also a probably should mentioned
01:57:46,589 --> 01:57:46,599
fine also a probably should mentioned
01:57:46,599 --> 01:57:48,430
fine also a probably should mentioned
this earlier but just a a little heads
01:57:48,430 --> 01:57:48,440
this earlier but just a a little heads
01:57:48,440 --> 01:57:52,270
this earlier but just a a little heads
up sometimes CPU cool specifically AOS
01:57:52,270 --> 01:57:52,280
up sometimes CPU cool specifically AOS
01:57:52,280 --> 01:57:53,430
up sometimes CPU cool specifically AOS
if they don't have thermal paste
01:57:53,430 --> 01:57:53,440
if they don't have thermal paste
01:57:53,440 --> 01:57:54,629
if they don't have thermal paste
pre-applied they'll have a little piece
01:57:54,629 --> 01:57:54,639
pre-applied they'll have a little piece
01:57:54,639 --> 01:57:57,430
pre-applied they'll have a little piece
of plastic on them take that piece of
01:57:57,430 --> 01:57:57,440
of plastic on them take that piece of
01:57:57,440 --> 01:58:00,270
of plastic on them take that piece of
plastic off it has happened many many
01:58:00,270 --> 01:58:00,280
plastic off it has happened many many
01:58:00,280 --> 01:58:02,830
plastic off it has happened many many
times to many many seasoned PC
01:58:02,830 --> 01:58:02,840
times to many many seasoned PC
01:58:02,840 --> 01:58:05,669
times to many many seasoned PC
Builders insert YouTuber of your choice
01:58:05,669 --> 01:58:05,679
Builders insert YouTuber of your choice
01:58:05,679 --> 01:58:08,510
Builders insert YouTuber of your choice
here including myself uh this one didn't
01:58:08,510 --> 01:58:08,520
here including myself uh this one didn't
01:58:08,520 --> 01:58:09,550
here including myself uh this one didn't
have it so this one actually had this
01:58:09,550 --> 01:58:09,560
have it so this one actually had this
01:58:09,560 --> 01:58:11,189
have it so this one actually had this
like hard piece of plastic on the bottom
01:58:11,189 --> 01:58:11,199
like hard piece of plastic on the bottom
01:58:11,199 --> 01:58:12,709
like hard piece of plastic on the bottom
but just make sure that when you're
01:58:12,709 --> 01:58:12,719
but just make sure that when you're
01:58:12,719 --> 01:58:14,910
but just make sure that when you're
doing this there's no like plastic or
01:58:14,910 --> 01:58:14,920
doing this there's no like plastic or
01:58:14,920 --> 01:58:16,589
doing this there's no like plastic or
anything in between CU it'll technically
01:58:16,589 --> 01:58:16,599
anything in between CU it'll technically
01:58:16,599 --> 01:58:19,069
anything in between CU it'll technically
work at really terrible speeds because
01:58:19,069 --> 01:58:19,079
work at really terrible speeds because
01:58:19,079 --> 01:58:21,030
work at really terrible speeds because
guess what you know it's not a good
01:58:21,030 --> 01:58:21,040
guess what you know it's not a good
01:58:21,040 --> 01:58:23,669
guess what you know it's not a good
thermal conductor plastic you'll
01:58:23,669 --> 01:58:23,679
thermal conductor plastic you'll
01:58:23,679 --> 01:58:24,910
thermal conductor plastic you'll
actually want to go at this for a little
01:58:24,910 --> 01:58:24,920
actually want to go at this for a little
01:58:24,920 --> 01:58:26,790
actually want to go at this for a little
while um because these screws have quite
01:58:26,790 --> 01:58:26,800
while um because these screws have quite
01:58:26,800 --> 01:58:28,910
while um because these screws have quite
a long way because they are really
01:58:28,910 --> 01:58:28,920
a long way because they are really
01:58:28,920 --> 01:58:30,510
a long way because they are really
trying to make sure that is very very
01:58:30,510 --> 01:58:30,520
trying to make sure that is very very
01:58:30,520 --> 01:58:32,990
trying to make sure that is very very
firm and very sort of evenly attached so
01:58:32,990 --> 01:58:33,000
firm and very sort of evenly attached so
01:58:33,000 --> 01:58:33,990
firm and very sort of evenly attached so
you're going to end up screwing these
01:58:33,990 --> 01:58:34,000
you're going to end up screwing these
01:58:34,000 --> 01:58:35,310
you're going to end up screwing these
for a while don't worry about it as long
01:58:35,310 --> 01:58:35,320
for a while don't worry about it as long
01:58:35,320 --> 01:58:37,030
for a while don't worry about it as long
as it's actually bit onto the screw
01:58:37,030 --> 01:58:37,040
as it's actually bit onto the screw
01:58:37,040 --> 01:58:39,310
as it's actually bit onto the screw
you'll be just fine there we go all
01:58:39,310 --> 01:58:39,320
you'll be just fine there we go all
01:58:39,320 --> 01:58:41,430
you'll be just fine there we go all
righty so with that we have all four of
01:58:41,430 --> 01:58:41,440
righty so with that we have all four of
01:58:41,440 --> 01:58:43,069
righty so with that we have all four of
our screws in place you can give that
01:58:43,069 --> 01:58:43,079
our screws in place you can give that
01:58:43,079 --> 01:58:44,830
our screws in place you can give that
little wiggle and it is going to be
01:58:44,830 --> 01:58:44,840
little wiggle and it is going to be
01:58:44,840 --> 01:58:47,069
little wiggle and it is going to be
super solid or at least it should feels
01:58:47,069 --> 01:58:47,079
super solid or at least it should feels
01:58:47,079 --> 01:58:48,189
super solid or at least it should feels
Wiggly you've already screwed it all the
01:58:48,189 --> 01:58:48,199
Wiggly you've already screwed it all the
01:58:48,199 --> 01:58:51,430
Wiggly you've already screwed it all the
way in time out maybe take it off and
01:58:51,430 --> 01:58:51,440
way in time out maybe take it off and
01:58:51,440 --> 01:58:53,390
way in time out maybe take it off and
make sure you actually m it correctly I
01:58:53,390 --> 01:58:53,400
make sure you actually m it correctly I
01:58:53,400 --> 01:58:55,109
make sure you actually m it correctly I
hate tutorials that say that I'm sorry
01:58:55,109 --> 01:58:55,119
hate tutorials that say that I'm sorry
01:58:55,119 --> 01:58:56,189
hate tutorials that say that I'm sorry
so what we're going to do is we're going
01:58:56,189 --> 01:58:56,199
so what we're going to do is we're going
01:58:56,199 --> 01:58:57,669
so what we're going to do is we're going
to take our radiator which I've already
01:58:57,669 --> 01:58:57,679
to take our radiator which I've already
01:58:57,679 --> 01:58:59,709
to take our radiator which I've already
kind of put in place if you got a larger
01:58:59,709 --> 01:58:59,719
kind of put in place if you got a larger
01:58:59,719 --> 01:59:01,830
kind of put in place if you got a larger
radiator it's a little bit harder to get
01:59:01,830 --> 01:59:01,840
radiator it's a little bit harder to get
01:59:01,840 --> 01:59:03,990
radiator it's a little bit harder to get
but also it only goes in one way so it's
01:59:03,990 --> 01:59:04,000
but also it only goes in one way so it's
01:59:04,000 --> 01:59:05,270
but also it only goes in one way so it's
a little bit more straightforward so
01:59:05,270 --> 01:59:05,280
a little bit more straightforward so
01:59:05,280 --> 01:59:06,030
a little bit more straightforward so
we're going to do is we're going to
01:59:06,030 --> 01:59:06,040
we're going to do is we're going to
01:59:06,040 --> 01:59:07,629
we're going to do is we're going to
adjust it and we want to make sure we
01:59:07,629 --> 01:59:07,639
adjust it and we want to make sure we
01:59:07,639 --> 01:59:09,750
adjust it and we want to make sure we
see all of our screw holes so there are
01:59:09,750 --> 01:59:09,760
see all of our screw holes so there are
01:59:09,760 --> 01:59:11,669
see all of our screw holes so there are
three 120 mm fans on this so you should
01:59:11,669 --> 01:59:11,679
three 120 mm fans on this so you should
01:59:11,679 --> 01:59:15,030
three 120 mm fans on this so you should
see four * three so we should see a
01:59:15,030 --> 01:59:15,040
see four * three so we should see a
01:59:15,040 --> 01:59:16,950
see four * three so we should see a
total of 12 so what we'll do is we're
01:59:16,950 --> 01:59:16,960
total of 12 so what we'll do is we're
01:59:16,960 --> 01:59:18,390
total of 12 so what we'll do is we're
going to line up a radiator so you'll
01:59:18,390 --> 01:59:18,400
going to line up a radiator so you'll
01:59:18,400 --> 01:59:20,310
going to line up a radiator so you'll
see that it goes on these top series of
01:59:20,310 --> 01:59:20,320
see that it goes on these top series of
01:59:20,320 --> 01:59:22,870
see that it goes on these top series of
holes and make sure to adjust it so that
01:59:22,870 --> 01:59:22,880
holes and make sure to adjust it so that
01:59:22,880 --> 01:59:24,870
holes and make sure to adjust it so that
all the holes are visible and same thing
01:59:24,870 --> 01:59:24,880
all the holes are visible and same thing
01:59:24,880 --> 01:59:26,069
all the holes are visible and same thing
on the bottom so you can see that with
01:59:26,069 --> 01:59:26,079
on the bottom so you can see that with
01:59:26,079 --> 01:59:27,270
on the bottom so you can see that with
this case technically I could put it
01:59:27,270 --> 01:59:27,280
this case technically I could put it
01:59:27,280 --> 01:59:29,270
this case technically I could put it
like on one of these bottom uh rails but
01:59:29,270 --> 01:59:29,280
like on one of these bottom uh rails but
01:59:29,280 --> 01:59:30,870
like on one of these bottom uh rails but
that's only if we had a larger fan so
01:59:30,870 --> 01:59:30,880
that's only if we had a larger fan so
01:59:30,880 --> 01:59:32,790
that's only if we had a larger fan so
because these all line up on that top
01:59:32,790 --> 01:59:32,800
because these all line up on that top
01:59:32,800 --> 01:59:34,950
because these all line up on that top
slot should be very straightforward now
01:59:34,950 --> 01:59:34,960
slot should be very straightforward now
01:59:34,960 --> 01:59:36,149
slot should be very straightforward now
before we actually install it you want
01:59:36,149 --> 01:59:36,159
before we actually install it you want
01:59:36,159 --> 01:59:37,189
before we actually install it you want
to make sure that you grab all the
01:59:37,189 --> 01:59:37,199
to make sure that you grab all the
01:59:37,199 --> 01:59:38,870
to make sure that you grab all the
hardware so with this one we're going to
01:59:38,870 --> 01:59:38,880
hardware so with this one we're going to
01:59:38,880 --> 01:59:40,790
hardware so with this one we're going to
have a bunch of little washers and
01:59:40,790 --> 01:59:40,800
have a bunch of little washers and
01:59:40,800 --> 01:59:43,030
have a bunch of little washers and
little screws so what we'll do is we'll
01:59:43,030 --> 01:59:43,040
little screws so what we'll do is we'll
01:59:43,040 --> 01:59:45,669
little screws so what we'll do is we'll
put the little screw through the washer
01:59:45,669 --> 01:59:45,679
put the little screw through the washer
01:59:45,679 --> 01:59:47,069
put the little screw through the washer
I think this is number what do they call
01:59:47,069 --> 01:59:47,079
I think this is number what do they call
01:59:47,079 --> 01:59:49,870
I think this is number what do they call
it these are fs and
01:59:49,870 --> 01:59:49,880
it these are fs and
01:59:49,880 --> 01:59:52,310
it these are fs and
G's little screws little washers the
01:59:52,310 --> 01:59:52,320
G's little screws little washers the
01:59:52,320 --> 01:59:54,709
G's little screws little washers the
only thing I'll say uh is that when it
01:59:54,709 --> 01:59:54,719
only thing I'll say uh is that when it
01:59:54,719 --> 01:59:56,229
only thing I'll say uh is that when it
comes to installing this it does help if
01:59:56,229 --> 01:59:56,239
comes to installing this it does help if
01:59:56,239 --> 01:59:57,910
comes to installing this it does help if
you have a magnetic screwdriver because
01:59:57,910 --> 01:59:57,920
you have a magnetic screwdriver because
01:59:57,920 --> 01:59:59,430
you have a magnetic screwdriver because
what we're going to do I'm going to let
01:59:59,430 --> 01:59:59,440
what we're going to do I'm going to let
01:59:59,440 --> 02:00:02,069
what we're going to do I'm going to let
the bit hold the screw and use my other
02:00:02,069 --> 02:00:02,079
the bit hold the screw and use my other
02:00:02,079 --> 02:00:03,870
the bit hold the screw and use my other
hand to sort of guide the radiator in
02:00:03,870 --> 02:00:03,880
hand to sort of guide the radiator in
02:00:03,880 --> 02:00:05,589
hand to sort of guide the radiator in
place um for this all I'm going to do is
02:00:05,589 --> 02:00:05,599
place um for this all I'm going to do is
02:00:05,599 --> 02:00:07,109
place um for this all I'm going to do is
I'm going to put it in one corner just
02:00:07,109 --> 02:00:07,119
I'm going to put it in one corner just
02:00:07,119 --> 02:00:08,629
I'm going to put it in one corner just
going to get it started and then I will
02:00:08,629 --> 02:00:08,639
going to get it started and then I will
02:00:08,639 --> 02:00:10,229
going to get it started and then I will
use my other hand to sort of straighten
02:00:10,229 --> 02:00:10,239
use my other hand to sort of straighten
02:00:10,239 --> 02:00:11,350
use my other hand to sort of straighten
it out it doesn't have to be perfect
02:00:11,350 --> 02:00:11,360
it out it doesn't have to be perfect
02:00:11,360 --> 02:00:12,870
it out it doesn't have to be perfect
right out the gate you just want to make
02:00:12,870 --> 02:00:12,880
right out the gate you just want to make
02:00:12,880 --> 02:00:14,229
right out the gate you just want to make
sure that there's a screw that's in
02:00:14,229 --> 02:00:14,239
sure that there's a screw that's in
02:00:14,239 --> 02:00:15,669
sure that there's a screw that's in
there to keep it from just straight
02:00:15,669 --> 02:00:15,679
there to keep it from just straight
02:00:15,679 --> 02:00:18,750
there to keep it from just straight
falling down and just install it doesn't
02:00:18,750 --> 02:00:18,760
falling down and just install it doesn't
02:00:18,760 --> 02:00:20,470
falling down and just install it doesn't
to be super tight just so it's not going
02:00:20,470 --> 02:00:20,480
to be super tight just so it's not going
02:00:20,480 --> 02:00:22,350
to be super tight just so it's not going
to fall out I'm still holding it I'm
02:00:22,350 --> 02:00:22,360
to fall out I'm still holding it I'm
02:00:22,360 --> 02:00:24,589
to fall out I'm still holding it I'm
going to do that one more time so so now
02:00:24,589 --> 02:00:24,599
going to do that one more time so so now
02:00:24,599 --> 02:00:26,069
going to do that one more time so so now
I'm going to thread one more washer
02:00:26,069 --> 02:00:26,079
I'm going to thread one more washer
02:00:26,079 --> 02:00:28,229
I'm going to thread one more washer
through the screw again put it on the
02:00:28,229 --> 02:00:28,239
through the screw again put it on the
02:00:28,239 --> 02:00:29,950
through the screw again put it on the
tip of my
02:00:29,950 --> 02:00:29,960
tip of my
02:00:29,960 --> 02:00:32,189
tip of my
screwdriver and then I'm going to line
02:00:32,189 --> 02:00:32,199
screwdriver and then I'm going to line
02:00:32,199 --> 02:00:34,550
screwdriver and then I'm going to line
this up so we're going to move it up
02:00:34,550 --> 02:00:34,560
this up so we're going to move it up
02:00:34,560 --> 02:00:38,109
this up so we're going to move it up
here like that again uh this is a great
02:00:38,109 --> 02:00:38,119
here like that again uh this is a great
02:00:38,119 --> 02:00:39,750
here like that again uh this is a great
time for us to slide it back and forth
02:00:39,750 --> 02:00:39,760
time for us to slide it back and forth
02:00:39,760 --> 02:00:41,350
time for us to slide it back and forth
as needed because once we put the second
02:00:41,350 --> 02:00:41,360
as needed because once we put the second
02:00:41,360 --> 02:00:43,550
as needed because once we put the second
screw in it's going to be starting to
02:00:43,550 --> 02:00:43,560
screw in it's going to be starting to
02:00:43,560 --> 02:00:45,790
screw in it's going to be starting to
get locked into its final position so
02:00:45,790 --> 02:00:45,800
get locked into its final position so
02:00:45,800 --> 02:00:46,910
get locked into its final position so
again I'm not going to do it super tight
02:00:46,910 --> 02:00:46,920
again I'm not going to do it super tight
02:00:46,920 --> 02:00:48,669
again I'm not going to do it super tight
or anything just make sure it's in place
02:00:48,669 --> 02:00:48,679
or anything just make sure it's in place
02:00:48,679 --> 02:00:50,350
or anything just make sure it's in place
and now is a great time to take a moment
02:00:50,350 --> 02:00:50,360
and now is a great time to take a moment
02:00:50,360 --> 02:00:53,229
and now is a great time to take a moment
and count your screw holes so have 1 2 3
02:00:53,229 --> 02:00:53,239
and count your screw holes so have 1 2 3
02:00:53,239 --> 02:00:58,350
and count your screw holes so have 1 2 3
4 1 2 3 4 1 2 3 4 there we go everything
02:00:58,350 --> 02:00:58,360
4 1 2 3 4 1 2 3 4 there we go everything
02:00:58,360 --> 02:01:00,310
4 1 2 3 4 1 2 3 4 there we go everything
is visible at this point now it's just
02:01:00,310 --> 02:01:00,320
is visible at this point now it's just
02:01:00,320 --> 02:01:01,950
is visible at this point now it's just
time to rinse and repeat install all the
02:01:01,950 --> 02:01:01,960
time to rinse and repeat install all the
02:01:01,960 --> 02:01:03,910
time to rinse and repeat install all the
screws with washers don't forget the
02:01:03,910 --> 02:01:03,920
screws with washers don't forget the
02:01:03,920 --> 02:01:06,510
screws with washers don't forget the
washers otherwise it might fall out um
02:01:06,510 --> 02:01:06,520
washers otherwise it might fall out um
02:01:06,520 --> 02:01:08,589
washers otherwise it might fall out um
and that's pretty much it and at this
02:01:08,589 --> 02:01:08,599
and that's pretty much it and at this
02:01:08,599 --> 02:01:09,870
and that's pretty much it and at this
point once you've got those first two in
02:01:09,870 --> 02:01:09,880
point once you've got those first two in
02:01:09,880 --> 02:01:11,149
point once you've got those first two in
you can actually start tightening things
02:01:11,149 --> 02:01:11,159
you can actually start tightening things
02:01:11,159 --> 02:01:13,950
you can actually start tightening things
down it should be in its final position
02:01:13,950 --> 02:01:13,960
down it should be in its final position
02:01:13,960 --> 02:01:15,830
down it should be in its final position
so I'll see you once I've screwed 10
02:01:15,830 --> 02:01:15,840
so I'll see you once I've screwed 10
02:01:15,840 --> 02:01:19,430
so I'll see you once I've screwed 10
more times so when it comes to wiring up
02:01:19,430 --> 02:01:19,440
more times so when it comes to wiring up
02:01:19,440 --> 02:01:22,430
more times so when it comes to wiring up
a CPU Cooler it ranges from from simple
02:01:22,430 --> 02:01:22,440
a CPU Cooler it ranges from from simple
02:01:22,440 --> 02:01:24,990
a CPU Cooler it ranges from from simple
to difficult so if you're using a simple
02:01:24,990 --> 02:01:25,000
to difficult so if you're using a simple
02:01:25,000 --> 02:01:27,430
to difficult so if you're using a simple
air cooler it is usually a single
02:01:27,430 --> 02:01:27,440
air cooler it is usually a single
02:01:27,440 --> 02:01:28,669
air cooler it is usually a single
connector or maybe two if you have two
02:01:28,669 --> 02:01:28,679
connector or maybe two if you have two
02:01:28,679 --> 02:01:32,109
connector or maybe two if you have two
fans so simple when it comes to an AO I
02:01:32,109 --> 02:01:32,119
fans so simple when it comes to an AO I
02:01:32,119 --> 02:01:34,910
fans so simple when it comes to an AO I
would refer you to this very helpful
02:01:34,910 --> 02:01:34,920
would refer you to this very helpful
02:01:34,920 --> 02:01:37,790
would refer you to this very helpful
wiring diagram that is going to tell you
02:01:37,790 --> 02:01:37,800
wiring diagram that is going to tell you
02:01:37,800 --> 02:01:39,629
wiring diagram that is going to tell you
what needs to go to where so I'm not
02:01:39,629 --> 02:01:39,639
what needs to go to where so I'm not
02:01:39,639 --> 02:01:40,750
what needs to go to where so I'm not
going to show you the details of this
02:01:40,750 --> 02:01:40,760
going to show you the details of this
02:01:40,760 --> 02:01:41,990
going to show you the details of this
because again it's going to vary based
02:01:41,990 --> 02:01:42,000
because again it's going to vary based
02:01:42,000 --> 02:01:44,350
because again it's going to vary based
on every single CPU Cooler out there but
02:01:44,350 --> 02:01:44,360
on every single CPU Cooler out there but
02:01:44,360 --> 02:01:46,189
on every single CPU Cooler out there but
I will show you are some of the common
02:01:46,189 --> 02:01:46,199
I will show you are some of the common
02:01:46,199 --> 02:01:47,910
I will show you are some of the common
things you will see and how to deal with
02:01:47,910 --> 02:01:47,920
things you will see and how to deal with
02:01:47,920 --> 02:01:49,629
things you will see and how to deal with
them if you're using an AIO you're
02:01:49,629 --> 02:01:49,639
them if you're using an AIO you're
02:01:49,639 --> 02:01:51,430
them if you're using an AIO you're
always going to have one of these pwm
02:01:51,430 --> 02:01:51,440
always going to have one of these pwm
02:01:51,440 --> 02:01:53,550
always going to have one of these pwm
connectors so it may be either three pen
02:01:53,550 --> 02:01:53,560
connectors so it may be either three pen
02:01:53,560 --> 02:01:55,390
connectors so it may be either three pen
or four pen doesn't really matter and
02:01:55,390 --> 02:01:55,400
or four pen doesn't really matter and
02:01:55,400 --> 02:01:56,750
or four pen doesn't really matter and
what you'll see is that you have the
02:01:56,750 --> 02:01:56,760
what you'll see is that you have the
02:01:56,760 --> 02:01:58,750
what you'll see is that you have the
little pens here as well as two notches
02:01:58,750 --> 02:01:58,760
little pens here as well as two notches
02:01:58,760 --> 02:02:00,270
little pens here as well as two notches
on the top which denotes that it's only
02:02:00,270 --> 02:02:00,280
on the top which denotes that it's only
02:02:00,280 --> 02:02:02,069
on the top which denotes that it's only
going to go in one way this if you're
02:02:02,069 --> 02:02:02,079
going to go in one way this if you're
02:02:02,079 --> 02:02:03,950
going to go in one way this if you're
using an AO should be installed into the
02:02:03,950 --> 02:02:03,960
using an AO should be installed into the
02:02:03,960 --> 02:02:06,310
using an AO should be installed into the
CPU optional now you could plug it into
02:02:06,310 --> 02:02:06,320
CPU optional now you could plug it into
02:02:06,320 --> 02:02:08,350
CPU optional now you could plug it into
like a system fan header or whatever but
02:02:08,350 --> 02:02:08,360
like a system fan header or whatever but
02:02:08,360 --> 02:02:09,470
like a system fan header or whatever but
if you do that you need to go into the
02:02:09,470 --> 02:02:09,480
if you do that you need to go into the
02:02:09,480 --> 02:02:10,709
if you do that you need to go into the
motherboard and specifically tell it
02:02:10,709 --> 02:02:10,719
motherboard and specifically tell it
02:02:10,719 --> 02:02:12,950
motherboard and specifically tell it
that it is a pump because essentially
02:02:12,950 --> 02:02:12,960
that it is a pump because essentially
02:02:12,960 --> 02:02:14,629
that it is a pump because essentially
this connector can be used for fans in
02:02:14,629 --> 02:02:14,639
this connector can be used for fans in
02:02:14,639 --> 02:02:15,910
this connector can be used for fans in
which case the fans can ramp up and
02:02:15,910 --> 02:02:15,920
which case the fans can ramp up and
02:02:15,920 --> 02:02:18,830
which case the fans can ramp up and
wrapped down but when it comes to a pump
02:02:18,830 --> 02:02:18,840
wrapped down but when it comes to a pump
02:02:18,840 --> 02:02:19,950
wrapped down but when it comes to a pump
that is going to constantly be
02:02:19,950 --> 02:02:19,960
that is going to constantly be
02:02:19,960 --> 02:02:21,030
that is going to constantly be
circulating the liquid through your
02:02:21,030 --> 02:02:21,040
circulating the liquid through your
02:02:21,040 --> 02:02:23,750
circulating the liquid through your
system it typically be set to a set
02:02:23,750 --> 02:02:23,760
system it typically be set to a set
02:02:23,760 --> 02:02:25,350
system it typically be set to a set
standard speed but regardless if you
02:02:25,350 --> 02:02:25,360
standard speed but regardless if you
02:02:25,360 --> 02:02:27,069
standard speed but regardless if you
have a CPU optional Little connector
02:02:27,069 --> 02:02:27,079
have a CPU optional Little connector
02:02:27,079 --> 02:02:27,950
have a CPU optional Little connector
which is going to be right up here on
02:02:27,950 --> 02:02:27,960
which is going to be right up here on
02:02:27,960 --> 02:02:29,470
which is going to be right up here on
the top right and this one is actually
02:02:29,470 --> 02:02:29,480
the top right and this one is actually
02:02:29,480 --> 02:02:30,990
the top right and this one is actually
even a different colors so you can tell
02:02:30,990 --> 02:02:31,000
even a different colors so you can tell
02:02:31,000 --> 02:02:32,470
even a different colors so you can tell
it is simple as just plugging it in
02:02:32,470 --> 02:02:32,480
it is simple as just plugging it in
02:02:32,480 --> 02:02:33,870
it is simple as just plugging it in
beyond that you're going to see that we
02:02:33,870 --> 02:02:33,880
beyond that you're going to see that we
02:02:33,880 --> 02:02:35,629
beyond that you're going to see that we
have a whole bunch of cables dangling
02:02:35,629 --> 02:02:35,639
have a whole bunch of cables dangling
02:02:35,639 --> 02:02:37,350
have a whole bunch of cables dangling
here which I've started to put together
02:02:37,350 --> 02:02:37,360
here which I've started to put together
02:02:37,360 --> 02:02:42,030
here which I've started to put together
now this is our fan controller so from
02:02:42,030 --> 02:02:42,040
now this is our fan controller so from
02:02:42,040 --> 02:02:43,790
now this is our fan controller so from
this side you'll see that we have both
02:02:43,790 --> 02:02:43,800
this side you'll see that we have both
02:02:43,800 --> 02:02:45,990
this side you'll see that we have both
the power and the RGB from our UNIF fans
02:02:45,990 --> 02:02:46,000
the power and the RGB from our UNIF fans
02:02:46,000 --> 02:02:47,270
the power and the RGB from our UNIF fans
now we have a couple of other things
02:02:47,270 --> 02:02:47,280
now we have a couple of other things
02:02:47,280 --> 02:02:48,790
now we have a couple of other things
that are attached to it so this one's
02:02:48,790 --> 02:02:48,800
that are attached to it so this one's
02:02:48,800 --> 02:02:50,589
that are attached to it so this one's
pretty straightforward this is SATA
02:02:50,589 --> 02:02:50,599
pretty straightforward this is SATA
02:02:50,599 --> 02:02:52,149
pretty straightforward this is SATA
power so you remember when we we plugged
02:02:52,149 --> 02:02:52,159
power so you remember when we we plugged
02:02:52,159 --> 02:02:53,589
power so you remember when we we plugged
in those SATA leads from our power
02:02:53,589 --> 02:02:53,599
in those SATA leads from our power
02:02:53,599 --> 02:02:55,030
in those SATA leads from our power
supply earlier because stuff like this
02:02:55,030 --> 02:02:55,040
supply earlier because stuff like this
02:02:55,040 --> 02:02:57,030
supply earlier because stuff like this
often needs it well here we go this is
02:02:57,030 --> 02:02:57,040
often needs it well here we go this is
02:02:57,040 --> 02:02:58,830
often needs it well here we go this is
what we're going to need now on top of
02:02:58,830 --> 02:02:58,840
what we're going to need now on top of
02:02:58,840 --> 02:03:00,669
what we're going to need now on top of
that there's also a USB header and in
02:03:00,669 --> 02:03:00,679
that there's also a USB header and in
02:03:00,679 --> 02:03:01,950
that there's also a USB header and in
fact actually with this system we have
02:03:01,950 --> 02:03:01,960
fact actually with this system we have
02:03:01,960 --> 02:03:05,950
fact actually with this system we have
two so this is a 9pen USB so this is the
02:03:05,950 --> 02:03:05,960
two so this is a 9pen USB so this is the
02:03:05,960 --> 02:03:07,470
two so this is a 9pen USB so this is the
one that's on the bottom of the system
02:03:07,470 --> 02:03:07,480
one that's on the bottom of the system
02:03:07,480 --> 02:03:10,310
one that's on the bottom of the system
so this is USB 2.0 and I'm glad that we
02:03:10,310 --> 02:03:10,320
so this is USB 2.0 and I'm glad that we
02:03:10,320 --> 02:03:11,669
so this is USB 2.0 and I'm glad that we
have two of them on this board because
02:03:11,669 --> 02:03:11,679
have two of them on this board because
02:03:11,679 --> 02:03:13,870
have two of them on this board because
we need two of them for the system so
02:03:13,870 --> 02:03:13,880
we need two of them for the system so
02:03:13,880 --> 02:03:15,350
we need two of them for the system so
again this is going to have one little
02:03:15,350 --> 02:03:15,360
again this is going to have one little
02:03:15,360 --> 02:03:16,750
again this is going to have one little
pen knocked out so it's only going to go
02:03:16,750 --> 02:03:16,760
pen knocked out so it's only going to go
02:03:16,760 --> 02:03:18,910
pen knocked out so it's only going to go
in one way and this comes not only from
02:03:18,910 --> 02:03:18,920
in one way and this comes not only from
02:03:18,920 --> 02:03:20,830
in one way and this comes not only from
the actual controller but because we
02:03:20,830 --> 02:03:20,840
the actual controller but because we
02:03:20,840 --> 02:03:23,790
the actual controller but because we
have a fancy AO the screen there's also
02:03:23,790 --> 02:03:23,800
have a fancy AO the screen there's also
02:03:23,800 --> 02:03:28,270
have a fancy AO the screen there's also
a USBC cable with a secondary USB 2.0
02:03:28,270 --> 02:03:28,280
a USBC cable with a secondary USB 2.0
02:03:28,280 --> 02:03:30,390
a USBC cable with a secondary USB 2.0
now this one's important because this is
02:03:30,390 --> 02:03:30,400
now this one's important because this is
02:03:30,400 --> 02:03:33,189
now this one's important because this is
what's going to tell your fans to go BR
02:03:33,189 --> 02:03:33,199
what's going to tell your fans to go BR
02:03:33,199 --> 02:03:36,669
what's going to tell your fans to go BR
or yikes um this one is just purely for
02:03:36,669 --> 02:03:36,679
or yikes um this one is just purely for
02:03:36,679 --> 02:03:38,069
or yikes um this one is just purely for
Aesthetics it's going to allow you to
02:03:38,069 --> 02:03:38,079
Aesthetics it's going to allow you to
02:03:38,079 --> 02:03:39,750
Aesthetics it's going to allow you to
play gifts and whatever you want to do
02:03:39,750 --> 02:03:39,760
play gifts and whatever you want to do
02:03:39,760 --> 02:03:41,870
play gifts and whatever you want to do
on that little display the last thing
02:03:41,870 --> 02:03:41,880
on that little display the last thing
02:03:41,880 --> 02:03:43,830
on that little display the last thing
I'll show you here is our
02:03:43,830 --> 02:03:43,840
I'll show you here is our
02:03:43,840 --> 02:03:47,549
I'll show you here is our
RGB okay so there are two main types of
02:03:47,549 --> 02:03:47,559
RGB okay so there are two main types of
02:03:47,559 --> 02:03:50,750
RGB okay so there are two main types of
rgbs so there is 5V and 12vt uh the
02:03:50,750 --> 02:03:50,760
rgbs so there is 5V and 12vt uh the
02:03:50,760 --> 02:03:51,990
rgbs so there is 5V and 12vt uh the
simple way of thinking about is like
02:03:51,990 --> 02:03:52,000
simple way of thinking about is like
02:03:52,000 --> 02:03:53,549
simple way of thinking about is like
this if it's got three pens that says
02:03:53,549 --> 02:03:53,559
this if it's got three pens that says
02:03:53,559 --> 02:03:55,669
this if it's got three pens that says
5vt plug it into something that says 5vt
02:03:55,669 --> 02:03:55,679
5vt plug it into something that says 5vt
02:03:55,679 --> 02:03:57,549
5vt plug it into something that says 5vt
it has four pens and 12vt plug it into
02:03:57,549 --> 02:03:57,559
it has four pens and 12vt plug it into
02:03:57,559 --> 02:03:58,589
it has four pens and 12vt plug it into
something on your motherboard that says
02:03:58,589 --> 02:03:58,599
something on your motherboard that says
02:03:58,599 --> 02:04:01,189
something on your motherboard that says
12vt do not get these mixed up because
02:04:01,189 --> 02:04:01,199
12vt do not get these mixed up because
02:04:01,199 --> 02:04:03,669
12vt do not get these mixed up because
if you plug a 5 volt to 12vt well that's
02:04:03,669 --> 02:04:03,679
if you plug a 5 volt to 12vt well that's
02:04:03,679 --> 02:04:05,229
if you plug a 5 volt to 12vt well that's
too many volts and it doesn't work
02:04:05,229 --> 02:04:05,239
too many volts and it doesn't work
02:04:05,239 --> 02:04:08,229
too many volts and it doesn't work
anymore so again RGB is way outside the
02:04:08,229 --> 02:04:08,239
anymore so again RGB is way outside the
02:04:08,239 --> 02:04:10,629
anymore so again RGB is way outside the
scope of this tutorial is very dependent
02:04:10,629 --> 02:04:10,639
scope of this tutorial is very dependent
02:04:10,639 --> 02:04:14,109
scope of this tutorial is very dependent
on what manufacturer you use etc etc etc
02:04:14,109 --> 02:04:14,119
on what manufacturer you use etc etc etc
02:04:14,119 --> 02:04:15,589
on what manufacturer you use etc etc etc
but most important thing is if you have
02:04:15,589 --> 02:04:15,599
but most important thing is if you have
02:04:15,599 --> 02:04:17,470
but most important thing is if you have
RGB in your system make sure that you
02:04:17,470 --> 02:04:17,480
RGB in your system make sure that you
02:04:17,480 --> 02:04:19,790
RGB in your system make sure that you
connecting it to either a 5vt or a 12vt
02:04:19,790 --> 02:04:19,800
connecting it to either a 5vt or a 12vt
02:04:19,800 --> 02:04:21,189
connecting it to either a 5vt or a 12vt
and don't get them mixed up it will
02:04:21,189 --> 02:04:21,199
and don't get them mixed up it will
02:04:21,199 --> 02:04:22,950
and don't get them mixed up it will
clearly tell Val and again this is three
02:04:22,950 --> 02:04:22,960
clearly tell Val and again this is three
02:04:22,960 --> 02:04:24,990
clearly tell Val and again this is three
pens so we know it's 5vt but just be
02:04:24,990 --> 02:04:25,000
pens so we know it's 5vt but just be
02:04:25,000 --> 02:04:27,149
pens so we know it's 5vt but just be
careful this will technically one of the
02:04:27,149 --> 02:04:27,159
careful this will technically one of the
02:04:27,159 --> 02:04:28,629
careful this will technically one of the
only components actually you could shove
02:04:28,629 --> 02:04:28,639
only components actually you could shove
02:04:28,639 --> 02:04:31,549
only components actually you could shove
this into a 12vt it would fit and it
02:04:31,549 --> 02:04:31,559
this into a 12vt it would fit and it
02:04:31,559 --> 02:04:33,069
this into a 12vt it would fit and it
would cause bad things in fact actually
02:04:33,069 --> 02:04:33,079
would cause bad things in fact actually
02:04:33,079 --> 02:04:34,669
would cause bad things in fact actually
with this board if you get real close up
02:04:34,669 --> 02:04:34,679
with this board if you get real close up
02:04:34,679 --> 02:04:36,270
with this board if you get real close up
here so with this motherboard you'll see
02:04:36,270 --> 02:04:36,280
here so with this motherboard you'll see
02:04:36,280 --> 02:04:38,629
here so with this motherboard you'll see
that we have a 12vt LED connector with
02:04:38,629 --> 02:04:38,639
that we have a 12vt LED connector with
02:04:38,639 --> 02:04:41,270
that we have a 12vt LED connector with
four pin here and a three pin for 5vt
02:04:41,270 --> 02:04:41,280
four pin here and a three pin for 5vt
02:04:41,280 --> 02:04:43,229
four pin here and a three pin for 5vt
here so you can imagine how it' be very
02:04:43,229 --> 02:04:43,239
here so you can imagine how it' be very
02:04:43,239 --> 02:04:45,430
here so you can imagine how it' be very
easy to get those mixed up so just be
02:04:45,430 --> 02:04:45,440
easy to get those mixed up so just be
02:04:45,440 --> 02:04:48,149
easy to get those mixed up so just be
careful out there friends RGB is a
02:04:48,149 --> 02:04:48,159
careful out there friends RGB is a
02:04:48,159 --> 02:04:51,750
careful out there friends RGB is a
dangerous world full of pitfalls and
02:04:51,750 --> 02:04:51,760
dangerous world full of pitfalls and
02:04:51,760 --> 02:04:53,990
dangerous world full of pitfalls and
compatibility issues and really really
02:04:53,990 --> 02:04:54,000
compatibility issues and really really
02:04:54,000 --> 02:04:56,709
compatibility issues and really really
terrible software next up we're going to
02:04:56,709 --> 02:04:56,719
terrible software next up we're going to
02:04:56,719 --> 02:04:59,950
terrible software next up we're going to
be installing a hard drive and/or 2.5in
02:04:59,950 --> 02:04:59,960
be installing a hard drive and/or 2.5in
02:04:59,960 --> 02:05:02,270
be installing a hard drive and/or 2.5in
SSD if you were not doing this feel free
02:05:02,270 --> 02:05:02,280
SSD if you were not doing this feel free
02:05:02,280 --> 02:05:04,669
SSD if you were not doing this feel free
to skip this part of the tutorial so I'm
02:05:04,669 --> 02:05:04,679
to skip this part of the tutorial so I'm
02:05:04,679 --> 02:05:06,669
to skip this part of the tutorial so I'm
going to be installing this WD blue hard
02:05:06,669 --> 02:05:06,679
going to be installing this WD blue hard
02:05:06,679 --> 02:05:08,669
going to be installing this WD blue hard
drive which again is not what you should
02:05:08,669 --> 02:05:08,679
drive which again is not what you should
02:05:08,679 --> 02:05:10,430
drive which again is not what you should
use to install Windows on this is much
02:05:10,430 --> 02:05:10,440
use to install Windows on this is much
02:05:10,440 --> 02:05:12,189
use to install Windows on this is much
more so for just extra storage for stuff
02:05:12,189 --> 02:05:12,199
more so for just extra storage for stuff
02:05:12,199 --> 02:05:13,589
more so for just extra storage for stuff
you don't need like super quick access
02:05:13,589 --> 02:05:13,599
you don't need like super quick access
02:05:13,599 --> 02:05:15,790
you don't need like super quick access
to I will also at the same time show you
02:05:15,790 --> 02:05:15,800
to I will also at the same time show you
02:05:15,800 --> 02:05:18,470
to I will also at the same time show you
briefly how to install a SATA SSD so
02:05:18,470 --> 02:05:18,480
briefly how to install a SATA SSD so
02:05:18,480 --> 02:05:20,149
briefly how to install a SATA SSD so
remember when we installed that M2 SSD
02:05:20,149 --> 02:05:20,159
remember when we installed that M2 SSD
02:05:20,159 --> 02:05:22,109
remember when we installed that M2 SSD
underneath here yeah like you should
02:05:22,109 --> 02:05:22,119
underneath here yeah like you should
02:05:22,119 --> 02:05:24,270
underneath here yeah like you should
just do that um but if you're working
02:05:24,270 --> 02:05:24,280
just do that um but if you're working
02:05:24,280 --> 02:05:25,629
just do that um but if you're working
with an older system maybe you have an
02:05:25,629 --> 02:05:25,639
with an older system maybe you have an
02:05:25,639 --> 02:05:26,830
with an older system maybe you have an
older SSD you want to install whatever
02:05:26,830 --> 02:05:26,840
older SSD you want to install whatever
02:05:26,840 --> 02:05:28,430
older SSD you want to install whatever
the case is I will briefly show you how
02:05:28,430 --> 02:05:28,440
the case is I will briefly show you how
02:05:28,440 --> 02:05:30,030
the case is I will briefly show you how
to do this it's very similar to the hard
02:05:30,030 --> 02:05:30,040
to do this it's very similar to the hard
02:05:30,040 --> 02:05:31,549
to do this it's very similar to the hard
drive it's just a different sort of form
02:05:31,549 --> 02:05:31,559
drive it's just a different sort of form
02:05:31,559 --> 02:05:33,709
drive it's just a different sort of form
factor so before we do any of this we're
02:05:33,709 --> 02:05:33,719
factor so before we do any of this we're
02:05:33,719 --> 02:05:34,870
factor so before we do any of this we're
going to come around to the back of our
02:05:34,870 --> 02:05:34,880
going to come around to the back of our
02:05:34,880 --> 02:05:37,589
going to come around to the back of our
case and we're going to pull out our 3.5
02:05:37,589 --> 02:05:37,599
case and we're going to pull out our 3.5
02:05:37,599 --> 02:05:41,350
case and we're going to pull out our 3.5
in Drive caddy so most cases will have
02:05:41,350 --> 02:05:41,360
in Drive caddy so most cases will have
02:05:41,360 --> 02:05:42,910
in Drive caddy so most cases will have
them down here so you see that I can
02:05:42,910 --> 02:05:42,920
them down here so you see that I can
02:05:42,920 --> 02:05:44,709
them down here so you see that I can
pull this out is where we're going to
02:05:44,709 --> 02:05:44,719
pull this out is where we're going to
02:05:44,719 --> 02:05:46,709
pull this out is where we're going to
install the hard drive technically if I
02:05:46,709 --> 02:05:46,719
install the hard drive technically if I
02:05:46,719 --> 02:05:48,350
install the hard drive technically if I
was installing an SSD I could also
02:05:48,350 --> 02:05:48,360
was installing an SSD I could also
02:05:48,360 --> 02:05:50,030
was installing an SSD I could also
install it onto one of these guys which
02:05:50,030 --> 02:05:50,040
install it onto one of these guys which
02:05:50,040 --> 02:05:51,669
install it onto one of these guys which
just I can take the thumb screw off and
02:05:51,669 --> 02:05:51,679
just I can take the thumb screw off and
02:05:51,679 --> 02:05:53,990
just I can take the thumb screw off and
and it will work the same kind of way if
02:05:53,990 --> 02:05:54,000
and it will work the same kind of way if
02:05:54,000 --> 02:05:55,390
and it will work the same kind of way if
you're just installing an SSD I would
02:05:55,390 --> 02:05:55,400
you're just installing an SSD I would
02:05:55,400 --> 02:05:56,549
you're just installing an SSD I would
actually recommend to do it in one of
02:05:56,549 --> 02:05:56,559
actually recommend to do it in one of
02:05:56,559 --> 02:05:58,149
actually recommend to do it in one of
these because it's designed to sort of
02:05:58,149 --> 02:05:58,159
these because it's designed to sort of
02:05:58,159 --> 02:05:59,990
these because it's designed to sort of
be nice and flat and flush and you kind
02:05:59,990 --> 02:06:00,000
be nice and flat and flush and you kind
02:06:00,000 --> 02:06:01,589
be nice and flat and flush and you kind
of hide it in the back if you are not
02:06:01,589 --> 02:06:01,599
of hide it in the back if you are not
02:06:01,599 --> 02:06:02,950
of hide it in the back if you are not
using a hard drive you actually can
02:06:02,950 --> 02:06:02,960
using a hard drive you actually can
02:06:02,960 --> 02:06:05,510
using a hard drive you actually can
easily just take this entire tray out
02:06:05,510 --> 02:06:05,520
easily just take this entire tray out
02:06:05,520 --> 02:06:06,549
easily just take this entire tray out
and that's going to give you some more
02:06:06,549 --> 02:06:06,559
and that's going to give you some more
02:06:06,559 --> 02:06:08,830
and that's going to give you some more
room for cable management and whatnot um
02:06:08,830 --> 02:06:08,840
room for cable management and whatnot um
02:06:08,840 --> 02:06:10,189
room for cable management and whatnot um
thankfully it's toolless but I'm
02:06:10,189 --> 02:06:10,199
thankfully it's toolless but I'm
02:06:10,199 --> 02:06:11,709
thankfully it's toolless but I'm
actually going to be using that so I'm
02:06:11,709 --> 02:06:11,719
actually going to be using that so I'm
02:06:11,719 --> 02:06:13,790
actually going to be using that so I'm
going to put that right back into place
02:06:13,790 --> 02:06:13,800
going to put that right back into place
02:06:13,800 --> 02:06:15,350
going to put that right back into place
we're going to be installing a hard
02:06:15,350 --> 02:06:15,360
we're going to be installing a hard
02:06:15,360 --> 02:06:19,189
we're going to be installing a hard
drive into this 3.5 in so um if you were
02:06:19,189 --> 02:06:19,199
drive into this 3.5 in so um if you were
02:06:19,199 --> 02:06:21,830
drive into this 3.5 in so um if you were
installing your SATA SSD onto this gun
02:06:21,830 --> 02:06:21,840
installing your SATA SSD onto this gun
02:06:21,840 --> 02:06:23,350
installing your SATA SSD onto this gun
you'll see there are four holes here and
02:06:23,350 --> 02:06:23,360
you'll see there are four holes here and
02:06:23,360 --> 02:06:24,870
you'll see there are four holes here and
there are four holes on the bottom of
02:06:24,870 --> 02:06:24,880
there are four holes on the bottom of
02:06:24,880 --> 02:06:27,470
there are four holes on the bottom of
the SSD as you can imagine you line it
02:06:27,470 --> 02:06:27,480
the SSD as you can imagine you line it
02:06:27,480 --> 02:06:29,069
the SSD as you can imagine you line it
up and you screw it in with some of the
02:06:29,069 --> 02:06:29,079
up and you screw it in with some of the
02:06:29,079 --> 02:06:31,750
up and you screw it in with some of the
screws that come with your case but we
02:06:31,750 --> 02:06:31,760
screws that come with your case but we
02:06:31,760 --> 02:06:33,030
screws that come with your case but we
are not going to be doing that we're
02:06:33,030 --> 02:06:33,040
are not going to be doing that we're
02:06:33,040 --> 02:06:35,470
are not going to be doing that we're
going to be installing a hard drive so
02:06:35,470 --> 02:06:35,480
going to be installing a hard drive so
02:06:35,480 --> 02:06:38,310
going to be installing a hard drive so
let's unbox this hard drive um this is
02:06:38,310 --> 02:06:38,320
let's unbox this hard drive um this is
02:06:38,320 --> 02:06:40,149
let's unbox this hard drive um this is
really simple in fact actually with this
02:06:40,149 --> 02:06:40,159
really simple in fact actually with this
02:06:40,159 --> 02:06:41,709
really simple in fact actually with this
case like most things that LE and Lee
02:06:41,709 --> 02:06:41,719
case like most things that LE and Lee
02:06:41,719 --> 02:06:43,709
case like most things that LE and Lee
have done with this sort of setup um
02:06:43,709 --> 02:06:43,719
have done with this sort of setup um
02:06:43,719 --> 02:06:45,510
have done with this sort of setup um
it's very very straightforward so we're
02:06:45,510 --> 02:06:45,520
it's very very straightforward so we're
02:06:45,520 --> 02:06:47,709
it's very very straightforward so we're
going to open up the hard drive now this
02:06:47,709 --> 02:06:47,719
going to open up the hard drive now this
02:06:47,719 --> 02:06:49,229
going to open up the hard drive now this
actually does come with the screws to
02:06:49,229 --> 02:06:49,239
actually does come with the screws to
02:06:49,239 --> 02:06:51,229
actually does come with the screws to
mount it in usually your case will also
02:06:51,229 --> 02:06:51,239
mount it in usually your case will also
02:06:51,239 --> 02:06:52,390
mount it in usually your case will also
come with these same screws but it
02:06:52,390 --> 02:06:52,400
come with these same screws but it
02:06:52,400 --> 02:06:53,950
come with these same screws but it
doesn't really matter so what we'll do
02:06:53,950 --> 02:06:53,960
doesn't really matter so what we'll do
02:06:53,960 --> 02:06:55,390
doesn't really matter so what we'll do
is we're going to take it out of the
02:06:55,390 --> 02:06:55,400
is we're going to take it out of the
02:06:55,400 --> 02:06:58,430
is we're going to take it out of the
protective packaging um now a little
02:06:58,430 --> 02:06:58,440
protective packaging um now a little
02:06:58,440 --> 02:07:00,629
protective packaging um now a little
word of warning so you know how earlier
02:07:00,629 --> 02:07:00,639
word of warning so you know how earlier
02:07:00,639 --> 02:07:03,830
word of warning so you know how earlier
I mentioned that it's recommended to put
02:07:03,830 --> 02:07:03,840
I mentioned that it's recommended to put
02:07:03,840 --> 02:07:06,069
I mentioned that it's recommended to put
your system together outside the case
02:07:06,069 --> 02:07:06,079
your system together outside the case
02:07:06,079 --> 02:07:07,430
your system together outside the case
and do a little task before putting it
02:07:07,430 --> 02:07:07,440
and do a little task before putting it
02:07:07,440 --> 02:07:09,589
and do a little task before putting it
in well if I was going to just give you
02:07:09,589 --> 02:07:09,599
in well if I was going to just give you
02:07:09,599 --> 02:07:12,069
in well if I was going to just give you
like a number a percentage of components
02:07:12,069 --> 02:07:12,079
like a number a percentage of components
02:07:12,079 --> 02:07:14,069
like a number a percentage of components
that have problems out of the box a hard
02:07:14,069 --> 02:07:14,079
that have problems out of the box a hard
02:07:14,079 --> 02:07:16,189
that have problems out of the box a hard
drive going to be pretty high up on the
02:07:16,189 --> 02:07:16,199
drive going to be pretty high up on the
02:07:16,199 --> 02:07:17,950
drive going to be pretty high up on the
list so unlike basically every other
02:07:17,950 --> 02:07:17,960
list so unlike basically every other
02:07:17,960 --> 02:07:19,430
list so unlike basically every other
component in your system which has few
02:07:19,430 --> 02:07:19,440
component in your system which has few
02:07:19,440 --> 02:07:22,229
component in your system which has few
to no moving pieces this is a magnetic
02:07:22,229 --> 02:07:22,239
to no moving pieces this is a magnetic
02:07:22,239 --> 02:07:26,350
to no moving pieces this is a magnetic
spinning platter of death and it you you
02:07:26,350 --> 02:07:26,360
spinning platter of death and it you you
02:07:26,360 --> 02:07:28,109
spinning platter of death and it you you
drop it or it got dropped or tossed
02:07:28,109 --> 02:07:28,119
drop it or it got dropped or tossed
02:07:28,119 --> 02:07:29,669
drop it or it got dropped or tossed
around at some point and it's life it
02:07:29,669 --> 02:07:29,679
around at some point and it's life it
02:07:29,679 --> 02:07:33,629
around at some point and it's life it
may not function so if when you post
02:07:33,629 --> 02:07:33,639
may not function so if when you post
02:07:33,639 --> 02:07:35,310
may not function so if when you post
your system and everything lights up and
02:07:35,310 --> 02:07:35,320
your system and everything lights up and
02:07:35,320 --> 02:07:36,310
your system and everything lights up and
it's all great and your hard drive
02:07:36,310 --> 02:07:36,320
it's all great and your hard drive
02:07:36,320 --> 02:07:38,390
it's all great and your hard drive
doesn't show up obviously double check
02:07:38,390 --> 02:07:38,400
doesn't show up obviously double check
02:07:38,400 --> 02:07:41,030
doesn't show up obviously double check
this fully connected but sometimes these
02:07:41,030 --> 02:07:41,040
this fully connected but sometimes these
02:07:41,040 --> 02:07:42,709
this fully connected but sometimes these
things do just show up the OA and I
02:07:42,709 --> 02:07:42,719
things do just show up the OA and I
02:07:42,719 --> 02:07:45,470
things do just show up the OA and I
would say these tend to have problems
02:07:45,470 --> 02:07:45,480
would say these tend to have problems
02:07:45,480 --> 02:07:47,830
would say these tend to have problems
much more than say an SSD for example so
02:07:47,830 --> 02:07:47,840
much more than say an SSD for example so
02:07:47,840 --> 02:07:49,950
much more than say an SSD for example so
just a little word of warning um not
02:07:49,950 --> 02:07:49,960
just a little word of warning um not
02:07:49,960 --> 02:07:50,950
just a little word of warning um not
that you should be discouraged you could
02:07:50,950 --> 02:07:50,960
that you should be discouraged you could
02:07:50,960 --> 02:07:52,549
that you should be discouraged you could
always just look turn it typically but
02:07:52,549 --> 02:07:52,559
always just look turn it typically but
02:07:52,559 --> 02:07:54,549
always just look turn it typically but
um just a little heads up that hard
02:07:54,549 --> 02:07:54,559
um just a little heads up that hard
02:07:54,559 --> 02:07:58,149
um just a little heads up that hard
drives are fragile and are made of
02:07:58,149 --> 02:07:58,159
drives are fragile and are made of
02:07:58,159 --> 02:08:01,069
drives are fragile and are made of
magnetic bits and so we have our hard
02:08:01,069 --> 02:08:01,079
magnetic bits and so we have our hard
02:08:01,079 --> 02:08:03,270
magnetic bits and so we have our hard
drive so this is very straightforward
02:08:03,270 --> 02:08:03,280
drive so this is very straightforward
02:08:03,280 --> 02:08:05,310
drive so this is very straightforward
there's really not a whole lot to it um
02:08:05,310 --> 02:08:05,320
there's really not a whole lot to it um
02:08:05,320 --> 02:08:06,669
there's really not a whole lot to it um
so just be a little bit mindful that
02:08:06,669 --> 02:08:06,679
so just be a little bit mindful that
02:08:06,679 --> 02:08:08,430
so just be a little bit mindful that
there is a circuit board on the bottom
02:08:08,430 --> 02:08:08,440
there is a circuit board on the bottom
02:08:08,440 --> 02:08:10,189
there is a circuit board on the bottom
it's not really going to be too fragile
02:08:10,189 --> 02:08:10,199
it's not really going to be too fragile
02:08:10,199 --> 02:08:11,669
it's not really going to be too fragile
this little ripping cable is but you
02:08:11,669 --> 02:08:11,679
this little ripping cable is but you
02:08:11,679 --> 02:08:12,870
this little ripping cable is but you
know just hold it by the side it should
02:08:12,870 --> 02:08:12,880
know just hold it by the side it should
02:08:12,880 --> 02:08:14,470
know just hold it by the side it should
be fine so on the bottom of the hard
02:08:14,470 --> 02:08:14,480
be fine so on the bottom of the hard
02:08:14,480 --> 02:08:15,750
be fine so on the bottom of the hard
drive you're going to find two
02:08:15,750 --> 02:08:15,760
drive you're going to find two
02:08:15,760 --> 02:08:17,189
drive you're going to find two
connectors so one you should be very
02:08:17,189 --> 02:08:17,199
connectors so one you should be very
02:08:17,199 --> 02:08:18,910
connectors so one you should be very
familiar with it is our SATA power
02:08:18,910 --> 02:08:18,920
familiar with it is our SATA power
02:08:18,920 --> 02:08:20,629
familiar with it is our SATA power
connectors this is what we used to
02:08:20,629 --> 02:08:20,639
connectors this is what we used to
02:08:20,639 --> 02:08:22,950
connectors this is what we used to
connect our fan headers uh is also
02:08:22,950 --> 02:08:22,960
connect our fan headers uh is also
02:08:22,960 --> 02:08:24,189
connect our fan headers uh is also
something that comes directly off of the
02:08:24,189 --> 02:08:24,199
something that comes directly off of the
02:08:24,199 --> 02:08:26,069
something that comes directly off of the
power supply so that SATA power is what
02:08:26,069 --> 02:08:26,079
power supply so that SATA power is what
02:08:26,079 --> 02:08:28,750
power supply so that SATA power is what
we used for our controller for our fans
02:08:28,750 --> 02:08:28,760
we used for our controller for our fans
02:08:28,760 --> 02:08:30,589
we used for our controller for our fans
uh but typically it is used for hard
02:08:30,589 --> 02:08:30,599
uh but typically it is used for hard
02:08:30,599 --> 02:08:32,270
uh but typically it is used for hard
drives beside that you'll also see your
02:08:32,270 --> 02:08:32,280
drives beside that you'll also see your
02:08:32,280 --> 02:08:34,549
drives beside that you'll also see your
SATA data connector so this is also
02:08:34,549 --> 02:08:34,559
SATA data connector so this is also
02:08:34,559 --> 02:08:36,189
SATA data connector so this is also
notched although it is much less Long
02:08:36,189 --> 02:08:36,199
notched although it is much less Long
02:08:36,199 --> 02:08:38,709
notched although it is much less Long
than the SATA power now your Sata cable
02:08:38,709 --> 02:08:38,719
than the SATA power now your Sata cable
02:08:38,719 --> 02:08:40,390
than the SATA power now your Sata cable
should have come with your motherboard
02:08:40,390 --> 02:08:40,400
should have come with your motherboard
02:08:40,400 --> 02:08:42,629
should have come with your motherboard
so if you left all the stuff in that box
02:08:42,629 --> 02:08:42,639
so if you left all the stuff in that box
02:08:42,639 --> 02:08:44,669
so if you left all the stuff in that box
you might want to go and grab it now so
02:08:44,669 --> 02:08:44,679
you might want to go and grab it now so
02:08:44,679 --> 02:08:46,229
you might want to go and grab it now so
I'm going to pull it open now typically
02:08:46,229 --> 02:08:46,239
I'm going to pull it open now typically
02:08:46,239 --> 02:08:47,709
I'm going to pull it open now typically
you'll see two cables here and they're
02:08:47,709 --> 02:08:47,719
you'll see two cables here and they're
02:08:47,719 --> 02:08:49,109
you'll see two cables here and they're
slightly different based on how you want
02:08:49,109 --> 02:08:49,119
slightly different based on how you want
02:08:49,119 --> 02:08:52,589
slightly different based on how you want
to do it so unwind this so on one side
02:08:52,589 --> 02:08:52,599
to do it so unwind this so on one side
02:08:52,599 --> 02:08:54,830
to do it so unwind this so on one side
you'll see that these are the same so
02:08:54,830 --> 02:08:54,840
you'll see that these are the same so
02:08:54,840 --> 02:08:56,669
you'll see that these are the same so
you'll see that it is a little clip on
02:08:56,669 --> 02:08:56,679
you'll see that it is a little clip on
02:08:56,679 --> 02:08:58,229
you'll see that it is a little clip on
one side and there's a notch so it only
02:08:58,229 --> 02:08:58,239
one side and there's a notch so it only
02:08:58,239 --> 02:09:00,310
one side and there's a notch so it only
goes in one way on the other side you'll
02:09:00,310 --> 02:09:00,320
goes in one way on the other side you'll
02:09:00,320 --> 02:09:01,910
goes in one way on the other side you'll
see that one of these is a flat data
02:09:01,910 --> 02:09:01,920
see that one of these is a flat data
02:09:01,920 --> 02:09:04,350
see that one of these is a flat data
cable and one of these is a 90° which
02:09:04,350 --> 02:09:04,360
cable and one of these is a 90° which
02:09:04,360 --> 02:09:06,069
cable and one of these is a 90° which
one you use is going to be entirely down
02:09:06,069 --> 02:09:06,079
one you use is going to be entirely down
02:09:06,079 --> 02:09:08,510
one you use is going to be entirely down
to your system so when I think about it
02:09:08,510 --> 02:09:08,520
to your system so when I think about it
02:09:08,520 --> 02:09:10,470
to your system so when I think about it
we could probably use either with this
02:09:10,470 --> 02:09:10,480
we could probably use either with this
02:09:10,480 --> 02:09:11,390
we could probably use either with this
because we're going to plug it in
02:09:11,390 --> 02:09:11,400
because we're going to plug it in
02:09:11,400 --> 02:09:13,390
because we're going to plug it in
roughly here um I'm going to use this
02:09:13,390 --> 02:09:13,400
roughly here um I'm going to use this
02:09:13,400 --> 02:09:15,069
roughly here um I'm going to use this
flat one um just cuz I think it'll be a
02:09:15,069 --> 02:09:15,079
flat one um just cuz I think it'll be a
02:09:15,079 --> 02:09:17,109
flat one um just cuz I think it'll be a
little bit easier if a cable run yeah
02:09:17,109 --> 02:09:17,119
little bit easier if a cable run yeah
02:09:17,119 --> 02:09:19,030
little bit easier if a cable run yeah
plug something like that um but again it
02:09:19,030 --> 02:09:19,040
plug something like that um but again it
02:09:19,040 --> 02:09:20,830
plug something like that um but again it
doesn't really matter usually you have
02:09:20,830 --> 02:09:20,840
doesn't really matter usually you have
02:09:20,840 --> 02:09:22,950
doesn't really matter usually you have
to just just in case you have a really
02:09:22,950 --> 02:09:22,960
to just just in case you have a really
02:09:22,960 --> 02:09:24,149
to just just in case you have a really
tight sort of bit of Tolerance on your
02:09:24,149 --> 02:09:24,159
tight sort of bit of Tolerance on your
02:09:24,159 --> 02:09:26,669
tight sort of bit of Tolerance on your
system or something but that is all we
02:09:26,669 --> 02:09:26,679
system or something but that is all we
02:09:26,679 --> 02:09:27,629
system or something but that is all we
actually really need to get this thing
02:09:27,629 --> 02:09:27,639
actually really need to get this thing
02:09:27,639 --> 02:09:29,709
actually really need to get this thing
up and running to install your hard
02:09:29,709 --> 02:09:29,719
up and running to install your hard
02:09:29,719 --> 02:09:31,669
up and running to install your hard
drive into this tray typically you'll
02:09:31,669 --> 02:09:31,679
drive into this tray typically you'll
02:09:31,679 --> 02:09:33,470
drive into this tray typically you'll
need to use four screws and sometimes
02:09:33,470 --> 02:09:33,480
need to use four screws and sometimes
02:09:33,480 --> 02:09:35,030
need to use four screws and sometimes
you'll have like little rubber grommets
02:09:35,030 --> 02:09:35,040
you'll have like little rubber grommets
02:09:35,040 --> 02:09:36,589
you'll have like little rubber grommets
but with this one it's super simple
02:09:36,589 --> 02:09:36,599
but with this one it's super simple
02:09:36,599 --> 02:09:38,189
but with this one it's super simple
because it already is toolless so all
02:09:38,189 --> 02:09:38,199
because it already is toolless so all
02:09:38,199 --> 02:09:39,470
because it already is toolless so all
you need to do is just bend it open a
02:09:39,470 --> 02:09:39,480
you need to do is just bend it open a
02:09:39,480 --> 02:09:41,589
you need to do is just bend it open a
little bit and line up your hard drive
02:09:41,589 --> 02:09:41,599
little bit and line up your hard drive
02:09:41,599 --> 02:09:43,990
little bit and line up your hard drive
so when you do this make sure to put the
02:09:43,990 --> 02:09:44,000
so when you do this make sure to put the
02:09:44,000 --> 02:09:46,149
so when you do this make sure to put the
um little barcode side facing forward
02:09:46,149 --> 02:09:46,159
um little barcode side facing forward
02:09:46,159 --> 02:09:47,629
um little barcode side facing forward
because you want to have access to these
02:09:47,629 --> 02:09:47,639
because you want to have access to these
02:09:47,639 --> 02:09:49,669
because you want to have access to these
ports on the back but the way to do it
02:09:49,669 --> 02:09:49,679
ports on the back but the way to do it
02:09:49,679 --> 02:09:52,229
ports on the back but the way to do it
is very simple so we're going to open it
02:09:52,229 --> 02:09:52,239
is very simple so we're going to open it
02:09:52,239 --> 02:09:54,510
is very simple so we're going to open it
up we're going to try to slide it so it
02:09:54,510 --> 02:09:54,520
up we're going to try to slide it so it
02:09:54,520 --> 02:09:56,709
up we're going to try to slide it so it
lines up somewhat like this and all you
02:09:56,709 --> 02:09:56,719
lines up somewhat like this and all you
02:09:56,719 --> 02:09:58,069
lines up somewhat like this and all you
got to do you'll see that there's four
02:09:58,069 --> 02:09:58,079
got to do you'll see that there's four
02:09:58,079 --> 02:10:00,030
got to do you'll see that there's four
holes one on each corner of the hard
02:10:00,030 --> 02:10:00,040
holes one on each corner of the hard
02:10:00,040 --> 02:10:01,990
holes one on each corner of the hard
drive just pull it open just a little
02:10:01,990 --> 02:10:02,000
drive just pull it open just a little
02:10:02,000 --> 02:10:05,549
drive just pull it open just a little
bit so you got that clearance three four
02:10:05,549 --> 02:10:05,559
bit so you got that clearance three four
02:10:05,559 --> 02:10:08,589
bit so you got that clearance three four
boom that's it we're ready to install
02:10:08,589 --> 02:10:08,599
boom that's it we're ready to install
02:10:08,599 --> 02:10:09,990
boom that's it we're ready to install
now once you've done that make sure that
02:10:09,990 --> 02:10:10,000
now once you've done that make sure that
02:10:10,000 --> 02:10:12,229
now once you've done that make sure that
you have your SATA data and power facing
02:10:12,229 --> 02:10:12,239
you have your SATA data and power facing
02:10:12,239 --> 02:10:13,629
you have your SATA data and power facing
towards you and not toward the front of
02:10:13,629 --> 02:10:13,639
towards you and not toward the front of
02:10:13,639 --> 02:10:15,109
towards you and not toward the front of
the case where you can't reach it you
02:10:15,109 --> 02:10:15,119
the case where you can't reach it you
02:10:15,119 --> 02:10:16,629
the case where you can't reach it you
just take this and we're going to line
02:10:16,629 --> 02:10:16,639
just take this and we're going to line
02:10:16,639 --> 02:10:18,390
just take this and we're going to line
it up right here then we're just going
02:10:18,390 --> 02:10:18,400
it up right here then we're just going
02:10:18,400 --> 02:10:19,549
it up right here then we're just going
to take the hard drive and we're going
02:10:19,549 --> 02:10:19,559
to take the hard drive and we're going
02:10:19,559 --> 02:10:22,549
to take the hard drive and we're going
to click it right into place
02:10:22,549 --> 02:10:22,559
to click it right into place
02:10:22,559 --> 02:10:25,350
to click it right into place
boom look at that that's a hard drive
02:10:25,350 --> 02:10:25,360
boom look at that that's a hard drive
02:10:25,360 --> 02:10:27,950
boom look at that that's a hard drive
installed all we got to do now is grab
02:10:27,950 --> 02:10:27,960
installed all we got to do now is grab
02:10:27,960 --> 02:10:30,470
installed all we got to do now is grab
our SATA data cable we're going to plug
02:10:30,470 --> 02:10:30,480
our SATA data cable we're going to plug
02:10:30,480 --> 02:10:32,030
our SATA data cable we're going to plug
that in right here making sure that the
02:10:32,030 --> 02:10:32,040
that in right here making sure that the
02:10:32,040 --> 02:10:34,589
that in right here making sure that the
notch is facing downward and we're also
02:10:34,589 --> 02:10:34,599
notch is facing downward and we're also
02:10:34,599 --> 02:10:37,589
notch is facing downward and we're also
going to grab our lead from the power
02:10:37,589 --> 02:10:37,599
going to grab our lead from the power
02:10:37,599 --> 02:10:38,870
going to grab our lead from the power
supply which I probably should have
02:10:38,870 --> 02:10:38,880
supply which I probably should have
02:10:38,880 --> 02:10:40,510
supply which I probably should have
prepped ahead of time instead of leaving
02:10:40,510 --> 02:10:40,520
prepped ahead of time instead of leaving
02:10:40,520 --> 02:10:42,549
prepped ahead of time instead of leaving
it all dangled over here so basically
02:10:42,549 --> 02:10:42,559
it all dangled over here so basically
02:10:42,559 --> 02:10:43,990
it all dangled over here so basically
what I'm trying to do right now is I
02:10:43,990 --> 02:10:44,000
what I'm trying to do right now is I
02:10:44,000 --> 02:10:46,030
what I'm trying to do right now is I
need to install the SATA up here so
02:10:46,030 --> 02:10:46,040
need to install the SATA up here so
02:10:46,040 --> 02:10:47,709
need to install the SATA up here so
technically I have enough SATA leads
02:10:47,709 --> 02:10:47,719
technically I have enough SATA leads
02:10:47,719 --> 02:10:49,750
technically I have enough SATA leads
because I have one SATA that goes to the
02:10:49,750 --> 02:10:49,760
because I have one SATA that goes to the
02:10:49,760 --> 02:10:51,830
because I have one SATA that goes to the
fan header that comes in the case one
02:10:51,830 --> 02:10:51,840
fan header that comes in the case one
02:10:51,840 --> 02:10:52,950
fan header that comes in the case one
that comes to this one which is
02:10:52,950 --> 02:10:52,960
that comes to this one which is
02:10:52,960 --> 02:10:54,549
that comes to this one which is
installed here and the other one needs
02:10:54,549 --> 02:10:54,559
installed here and the other one needs
02:10:54,559 --> 02:10:57,589
installed here and the other one needs
to go into the hard drive but it is just
02:10:57,589 --> 02:10:57,599
to go into the hard drive but it is just
02:10:57,599 --> 02:10:59,470
to go into the hard drive but it is just
too short to actually reach I can kind
02:10:59,470 --> 02:10:59,480
too short to actually reach I can kind
02:10:59,480 --> 02:11:02,390
too short to actually reach I can kind
of get it but then no I just have to
02:11:02,390 --> 02:11:02,400
of get it but then no I just have to
02:11:02,400 --> 02:11:04,830
of get it but then no I just have to
rewire the whole thing damn all right so
02:11:04,830 --> 02:11:04,840
rewire the whole thing damn all right so
02:11:04,840 --> 02:11:05,629
rewire the whole thing damn all right so
I guess this is the point where we're
02:11:05,629 --> 02:11:05,639
I guess this is the point where we're
02:11:05,639 --> 02:11:07,350
I guess this is the point where we're
going to go into my box of power supply
02:11:07,350 --> 02:11:07,360
going to go into my box of power supply
02:11:07,360 --> 02:11:10,390
going to go into my box of power supply
cables install one extra SATA just for
02:11:10,390 --> 02:11:10,400
cables install one extra SATA just for
02:11:10,400 --> 02:11:12,069
cables install one extra SATA just for
one hard drive because it's ever so
02:11:12,069 --> 02:11:12,079
one hard drive because it's ever so
02:11:12,079 --> 02:11:14,189
one hard drive because it's ever so
slightly too far away so if you're like
02:11:14,189 --> 02:11:14,199
slightly too far away so if you're like
02:11:14,199 --> 02:11:16,390
slightly too far away so if you're like
me and need a little extra power in your
02:11:16,390 --> 02:11:16,400
me and need a little extra power in your
02:11:16,400 --> 02:11:17,709
me and need a little extra power in your
life what we're going to do is just plug
02:11:17,709 --> 02:11:17,719
life what we're going to do is just plug
02:11:17,719 --> 02:11:19,950
life what we're going to do is just plug
this into our power supply or maybe you
02:11:19,950 --> 02:11:19,960
this into our power supply or maybe you
02:11:19,960 --> 02:11:21,470
this into our power supply or maybe you
just plug this in to begin with cuz you
02:11:21,470 --> 02:11:21,480
just plug this in to begin with cuz you
02:11:21,480 --> 02:11:23,270
just plug this in to begin with cuz you
thought ahead and I was trying to be a
02:11:23,270 --> 02:11:23,280
thought ahead and I was trying to be a
02:11:23,280 --> 02:11:25,229
thought ahead and I was trying to be a
little too optimistic unplug this into
02:11:25,229 --> 02:11:25,239
little too optimistic unplug this into
02:11:25,239 --> 02:11:26,830
little too optimistic unplug this into
our power supply exactly the same way we
02:11:26,830 --> 02:11:26,840
our power supply exactly the same way we
02:11:26,840 --> 02:11:28,589
our power supply exactly the same way we
did earlier with our state of power
02:11:28,589 --> 02:11:28,599
did earlier with our state of power
02:11:28,599 --> 02:11:30,510
did earlier with our state of power
connected over here I'm going to run the
02:11:30,510 --> 02:11:30,520
connected over here I'm going to run the
02:11:30,520 --> 02:11:34,149
connected over here I'm going to run the
lead out and run it into our power
02:11:34,149 --> 02:11:34,159
lead out and run it into our power
02:11:34,159 --> 02:11:37,430
lead out and run it into our power
supply so there you go and now it is
02:11:37,430 --> 02:11:37,440
supply so there you go and now it is
02:11:37,440 --> 02:11:39,430
supply so there you go and now it is
connected now you'll see that our
02:11:39,430 --> 02:11:39,440
connected now you'll see that our
02:11:39,440 --> 02:11:41,510
connected now you'll see that our
cabling is getting a little bit out of
02:11:41,510 --> 02:11:41,520
cabling is getting a little bit out of
02:11:41,520 --> 02:11:43,149
cabling is getting a little bit out of
control although honestly it's not too
02:11:43,149 --> 02:11:43,159
control although honestly it's not too
02:11:43,159 --> 02:11:46,350
control although honestly it's not too
bad now it's tempting to start trying to
02:11:46,350 --> 02:11:46,360
bad now it's tempting to start trying to
02:11:46,360 --> 02:11:48,549
bad now it's tempting to start trying to
like zip tie and clean things up don't
02:11:48,549 --> 02:11:48,559
like zip tie and clean things up don't
02:11:48,559 --> 02:11:50,270
like zip tie and clean things up don't
do that yet make sure that everything is
02:11:50,270 --> 02:11:50,280
do that yet make sure that everything is
02:11:50,280 --> 02:11:51,750
do that yet make sure that everything is
installed in the case it's fired up
02:11:51,750 --> 02:11:51,760
installed in the case it's fired up
02:11:51,760 --> 02:11:53,510
installed in the case it's fired up
everything shows up first now a little
02:11:53,510 --> 02:11:53,520
everything shows up first now a little
02:11:53,520 --> 02:11:55,470
everything shows up first now a little
bit of like you know tucking a cable
02:11:55,470 --> 02:11:55,480
bit of like you know tucking a cable
02:11:55,480 --> 02:11:57,549
bit of like you know tucking a cable
behind a little clip here there trying
02:11:57,549 --> 02:11:57,559
behind a little clip here there trying
02:11:57,559 --> 02:11:59,390
behind a little clip here there trying
to sort of massage a run so it's not
02:11:59,390 --> 02:11:59,400
to sort of massage a run so it's not
02:11:59,400 --> 02:12:00,870
to sort of massage a run so it's not
going to be sticking out that's fine but
02:12:00,870 --> 02:12:00,880
going to be sticking out that's fine but
02:12:00,880 --> 02:12:02,990
going to be sticking out that's fine but
just don't go too deep because there's a
02:12:02,990 --> 02:12:03,000
just don't go too deep because there's a
02:12:03,000 --> 02:12:04,430
just don't go too deep because there's a
very decent likelihood that you may have
02:12:04,430 --> 02:12:04,440
very decent likelihood that you may have
02:12:04,440 --> 02:12:06,390
very decent likelihood that you may have
to start tearing some stuff out or you
02:12:06,390 --> 02:12:06,400
to start tearing some stuff out or you
02:12:06,400 --> 02:12:09,350
to start tearing some stuff out or you
forgot something like you 2 Ines short
02:12:09,350 --> 02:12:09,360
forgot something like you 2 Ines short
02:12:09,360 --> 02:12:11,030
forgot something like you 2 Ines short
of reaching your hard drive not that I
02:12:11,030 --> 02:12:11,040
of reaching your hard drive not that I
02:12:11,040 --> 02:12:13,910
of reaching your hard drive not that I
forgot I just didn't I just was hoping I
02:12:13,910 --> 02:12:13,920
forgot I just didn't I just was hoping I
02:12:13,920 --> 02:12:16,030
forgot I just didn't I just was hoping I
would be lucky with that the only other
02:12:16,030 --> 02:12:16,040
would be lucky with that the only other
02:12:16,040 --> 02:12:18,709
would be lucky with that the only other
thing we have to do is plug in our hard
02:12:18,709 --> 02:12:18,719
thing we have to do is plug in our hard
02:12:18,719 --> 02:12:21,229
thing we have to do is plug in our hard
drive to our motherboard so what we'll
02:12:21,229 --> 02:12:21,239
drive to our motherboard so what we'll
02:12:21,239 --> 02:12:23,310
drive to our motherboard so what we'll
do is we'll flip the case around oh it's
02:12:23,310 --> 02:12:23,320
do is we'll flip the case around oh it's
02:12:23,320 --> 02:12:25,750
do is we'll flip the case around oh it's
getting heavy
02:12:25,750 --> 02:12:25,760
getting heavy
02:12:25,760 --> 02:12:27,950
getting heavy
now all right so what I'm going to do is
02:12:27,950 --> 02:12:27,960
now all right so what I'm going to do is
02:12:27,960 --> 02:12:30,270
now all right so what I'm going to do is
I'm going to Route this cable over to
02:12:30,270 --> 02:12:30,280
I'm going to Route this cable over to
02:12:30,280 --> 02:12:32,109
I'm going to Route this cable over to
this side so this is a great opportunity
02:12:32,109 --> 02:12:32,119
this side so this is a great opportunity
02:12:32,119 --> 02:12:35,229
this side so this is a great opportunity
to show you how to try to run things
02:12:35,229 --> 02:12:35,239
to show you how to try to run things
02:12:35,239 --> 02:12:36,950
to show you how to try to run things
somewhat cleanly so you see we have
02:12:36,950 --> 02:12:36,960
somewhat cleanly so you see we have
02:12:36,960 --> 02:12:39,109
somewhat cleanly so you see we have
these little grommets so even though
02:12:39,109 --> 02:12:39,119
these little grommets so even though
02:12:39,119 --> 02:12:40,709
these little grommets so even though
we're not really worrying about Cable
02:12:40,709 --> 02:12:40,719
we're not really worrying about Cable
02:12:40,719 --> 02:12:43,470
we're not really worrying about Cable
Management yet always run cables to the
02:12:43,470 --> 02:12:43,480
Management yet always run cables to the
02:12:43,480 --> 02:12:45,790
Management yet always run cables to the
closest sort of access point so again I
02:12:45,790 --> 02:12:45,800
closest sort of access point so again I
02:12:45,800 --> 02:12:47,310
closest sort of access point so again I
can run it right here and you'll see
02:12:47,310 --> 02:12:47,320
can run it right here and you'll see
02:12:47,320 --> 02:12:48,990
can run it right here and you'll see
it's going to pop out right beside our
02:12:48,990 --> 02:12:49,000
it's going to pop out right beside our
02:12:49,000 --> 02:12:51,310
it's going to pop out right beside our
SATA leads so what we can do is if we
02:12:51,310 --> 02:12:51,320
SATA leads so what we can do is if we
02:12:51,320 --> 02:12:52,870
SATA leads so what we can do is if we
flip this cable around we actually kind
02:12:52,870 --> 02:12:52,880
flip this cable around we actually kind
02:12:52,880 --> 02:12:55,030
flip this cable around we actually kind
of plug that in so that it's sort of
02:12:55,030 --> 02:12:55,040
of plug that in so that it's sort of
02:12:55,040 --> 02:12:56,589
of plug that in so that it's sort of
hidden obviously it's not completely
02:12:56,589 --> 02:12:56,599
hidden obviously it's not completely
02:12:56,599 --> 02:12:58,830
hidden obviously it's not completely
hidden but that's like a nice flat clean
02:12:58,830 --> 02:12:58,840
hidden but that's like a nice flat clean
02:12:58,840 --> 02:13:01,549
hidden but that's like a nice flat clean
run this doesn't matter hugely for
02:13:01,549 --> 02:13:01,559
run this doesn't matter hugely for
02:13:01,559 --> 02:13:04,149
run this doesn't matter hugely for
anything besides Aesthetics but
02:13:04,149 --> 02:13:04,159
anything besides Aesthetics but
02:13:04,159 --> 02:13:05,270
anything besides Aesthetics but
especially if you're building in a white
02:13:05,270 --> 02:13:05,280
especially if you're building in a white
02:13:05,280 --> 02:13:07,189
especially if you're building in a white
case your cables are going to be very
02:13:07,189 --> 02:13:07,199
case your cables are going to be very
02:13:07,199 --> 02:13:08,830
case your cables are going to be very
very easy to see all the black cables
02:13:08,830 --> 02:13:08,840
very easy to see all the black cables
02:13:08,840 --> 02:13:09,910
very easy to see all the black cables
right it's going to be very very
02:13:09,910 --> 02:13:09,920
right it's going to be very very
02:13:09,920 --> 02:13:11,790
right it's going to be very very
contrasty so it's a good idea just to
02:13:11,790 --> 02:13:11,800
contrasty so it's a good idea just to
02:13:11,800 --> 02:13:14,549
contrasty so it's a good idea just to
try to run things somewhat cleanly when
02:13:14,549 --> 02:13:14,559
try to run things somewhat cleanly when
02:13:14,559 --> 02:13:16,430
try to run things somewhat cleanly when
you have the opportunity to cuz it will
02:13:16,430 --> 02:13:16,440
you have the opportunity to cuz it will
02:13:16,440 --> 02:13:18,990
you have the opportunity to cuz it will
make it look a whole lot nicer once you
02:13:18,990 --> 02:13:19,000
make it look a whole lot nicer once you
02:13:19,000 --> 02:13:21,229
make it look a whole lot nicer once you
get all the side panels on but with that
02:13:21,229 --> 02:13:21,239
get all the side panels on but with that
02:13:21,239 --> 02:13:23,270
get all the side panels on but with that
we have ourselves a hard drive or an SSD
02:13:23,270 --> 02:13:23,280
we have ourselves a hard drive or an SSD
02:13:23,280 --> 02:13:24,830
we have ourselves a hard drive or an SSD
if you're using that installed in the
02:13:24,830 --> 02:13:24,840
if you're using that installed in the
02:13:24,840 --> 02:13:26,709
if you're using that installed in the
system now the last thing I'll say on
02:13:26,709 --> 02:13:26,719
system now the last thing I'll say on
02:13:26,719 --> 02:13:28,910
system now the last thing I'll say on
this if for some reason you were
02:13:28,910 --> 02:13:28,920
this if for some reason you were
02:13:28,920 --> 02:13:31,390
this if for some reason you were
installing an optical drive so a DVD or
02:13:31,390 --> 02:13:31,400
installing an optical drive so a DVD or
02:13:31,400 --> 02:13:34,229
installing an optical drive so a DVD or
Blu-ray Drive it uses the exact same two
02:13:34,229 --> 02:13:34,239
Blu-ray Drive it uses the exact same two
02:13:34,239 --> 02:13:35,750
Blu-ray Drive it uses the exact same two
connectors as your hard drivve so you'll
02:13:35,750 --> 02:13:35,760
connectors as your hard drivve so you'll
02:13:35,760 --> 02:13:37,589
connectors as your hard drivve so you'll
have one state of power one state of
02:13:37,589 --> 02:13:37,599
have one state of power one state of
02:13:37,599 --> 02:13:38,990
have one state of power one state of
data typically It Go in the front of the
02:13:38,990 --> 02:13:39,000
data typically It Go in the front of the
02:13:39,000 --> 02:13:41,149
data typically It Go in the front of the
case I'll say I can't remember the last
02:13:41,149 --> 02:13:41,159
case I'll say I can't remember the last
02:13:41,159 --> 02:13:42,709
case I'll say I can't remember the last
time I saw a brand new case that still
02:13:42,709 --> 02:13:42,719
time I saw a brand new case that still
02:13:42,719 --> 02:13:44,950
time I saw a brand new case that still
had a 5 and a/4 inch drive for optical
02:13:44,950 --> 02:13:44,960
had a 5 and a/4 inch drive for optical
02:13:44,960 --> 02:13:48,790
had a 5 and a/4 inch drive for optical
drives so I mean if you're keeping the
02:13:48,790 --> 02:13:48,800
drives so I mean if you're keeping the
02:13:48,800 --> 02:13:50,790
drives so I mean if you're keeping the
physical media dream Alive by all means
02:13:50,790 --> 02:13:50,800
physical media dream Alive by all means
02:13:50,800 --> 02:13:53,229
physical media dream Alive by all means
have fun but um yeah that should be it
02:13:53,229 --> 02:13:53,239
have fun but um yeah that should be it
02:13:53,239 --> 02:13:55,750
have fun but um yeah that should be it
and now it's time to run some more
02:13:55,750 --> 02:13:55,760
and now it's time to run some more
02:13:55,760 --> 02:13:58,109
and now it's time to run some more
cables so our system is looking really
02:13:58,109 --> 02:13:58,119
cables so our system is looking really
02:13:58,119 --> 02:14:00,510
cables so our system is looking really
good right now the next step is going to
02:14:00,510 --> 02:14:00,520
good right now the next step is going to
02:14:00,520 --> 02:14:02,910
good right now the next step is going to
be getting a lot of our cabling actually
02:14:02,910 --> 02:14:02,920
be getting a lot of our cabling actually
02:14:02,920 --> 02:14:04,589
be getting a lot of our cabling actually
installed not cable management but
02:14:04,589 --> 02:14:04,599
installed not cable management but
02:14:04,599 --> 02:14:06,589
installed not cable management but
actually plugging stuff in now you could
02:14:06,589 --> 02:14:06,599
actually plugging stuff in now you could
02:14:06,599 --> 02:14:08,270
actually plugging stuff in now you could
install the GPU right now but I
02:14:08,270 --> 02:14:08,280
install the GPU right now but I
02:14:08,280 --> 02:14:09,669
install the GPU right now but I
recommend holding out against that
02:14:09,669 --> 02:14:09,679
recommend holding out against that
02:14:09,679 --> 02:14:11,589
recommend holding out against that
mostly for the same reason as why we did
02:14:11,589 --> 02:14:11,599
mostly for the same reason as why we did
02:14:11,599 --> 02:14:14,510
mostly for the same reason as why we did
this CPU power first the GPU is big and
02:14:14,510 --> 02:14:14,520
this CPU power first the GPU is big and
02:14:14,520 --> 02:14:15,709
this CPU power first the GPU is big and
kind of gets in the way so it's much
02:14:15,709 --> 02:14:15,719
kind of gets in the way so it's much
02:14:15,719 --> 02:14:17,510
kind of gets in the way so it's much
easier to do this without the GPU
02:14:17,510 --> 02:14:17,520
easier to do this without the GPU
02:14:17,520 --> 02:14:20,549
easier to do this without the GPU
installed so let's go from top to bottom
02:14:20,549 --> 02:14:20,559
installed so let's go from top to bottom
02:14:20,559 --> 02:14:23,589
installed so let's go from top to bottom
shall we first up we have our 20 plus 4
02:14:23,589 --> 02:14:23,599
shall we first up we have our 20 plus 4
02:14:23,599 --> 02:14:25,390
shall we first up we have our 20 plus 4
pen power connector now I like to start
02:14:25,390 --> 02:14:25,400
pen power connector now I like to start
02:14:25,400 --> 02:14:27,030
pen power connector now I like to start
with this largely because it's a very
02:14:27,030 --> 02:14:27,040
with this largely because it's a very
02:14:27,040 --> 02:14:29,390
with this largely because it's a very
thick cable so uh we're not worrying
02:14:29,390 --> 02:14:29,400
thick cable so uh we're not worrying
02:14:29,400 --> 02:14:30,750
thick cable so uh we're not worrying
about Cable Management right now but
02:14:30,750 --> 02:14:30,760
about Cable Management right now but
02:14:30,760 --> 02:14:31,870
about Cable Management right now but
what we are going to worry about is
02:14:31,870 --> 02:14:31,880
what we are going to worry about is
02:14:31,880 --> 02:14:33,910
what we are going to worry about is
being able to get our side panel on so
02:14:33,910 --> 02:14:33,920
being able to get our side panel on so
02:14:33,920 --> 02:14:35,669
being able to get our side panel on so
because this is so thick what you do
02:14:35,669 --> 02:14:35,679
because this is so thick what you do
02:14:35,679 --> 02:14:37,910
because this is so thick what you do
want to avoid is a situation where you
02:14:37,910 --> 02:14:37,920
want to avoid is a situation where you
02:14:37,920 --> 02:14:39,149
want to avoid is a situation where you
have to like run two of these thick
02:14:39,149 --> 02:14:39,159
have to like run two of these thick
02:14:39,159 --> 02:14:40,589
have to like run two of these thick
cables on top of each other you just
02:14:40,589 --> 02:14:40,599
cables on top of each other you just
02:14:40,599 --> 02:14:42,390
cables on top of each other you just
wouldn't have the room unless you really
02:14:42,390 --> 02:14:42,400
wouldn't have the room unless you really
02:14:42,400 --> 02:14:44,549
wouldn't have the room unless you really
squash your side panel on so what I like
02:14:44,549 --> 02:14:44,559
squash your side panel on so what I like
02:14:44,559 --> 02:14:46,430
squash your side panel on so what I like
to do is I like to run this 20 plus4 pen
02:14:46,430 --> 02:14:46,440
to do is I like to run this 20 plus4 pen
02:14:46,440 --> 02:14:48,430
to do is I like to run this 20 plus4 pen
early and then when you run the rest of
02:14:48,430 --> 02:14:48,440
early and then when you run the rest of
02:14:48,440 --> 02:14:49,549
early and then when you run the rest of
your cables you can kind of try to go
02:14:49,549 --> 02:14:49,559
your cables you can kind of try to go
02:14:49,559 --> 02:14:51,189
your cables you can kind of try to go
around it as opposed to just crossing
02:14:51,189 --> 02:14:51,199
around it as opposed to just crossing
02:14:51,199 --> 02:14:53,589
around it as opposed to just crossing
straight across it so once you run this
02:14:53,589 --> 02:14:53,599
straight across it so once you run this
02:14:53,599 --> 02:14:56,030
straight across it so once you run this
through it is going to have a clip on
02:14:56,030 --> 02:14:56,040
through it is going to have a clip on
02:14:56,040 --> 02:14:57,390
through it is going to have a clip on
the bottom side which is going to only
02:14:57,390 --> 02:14:57,400
the bottom side which is going to only
02:14:57,400 --> 02:14:59,270
the bottom side which is going to only
go in one way so usually going to have
02:14:59,270 --> 02:14:59,280
go in one way so usually going to have
02:14:59,280 --> 02:15:01,030
go in one way so usually going to have
to do a little rotating action on this
02:15:01,030 --> 02:15:01,040
to do a little rotating action on this
02:15:01,040 --> 02:15:03,430
to do a little rotating action on this
but it's not too bad and then we're
02:15:03,430 --> 02:15:03,440
but it's not too bad and then we're
02:15:03,440 --> 02:15:05,350
but it's not too bad and then we're
going to line it up and then just going
02:15:05,350 --> 02:15:05,360
going to line it up and then just going
02:15:05,360 --> 02:15:06,990
going to line it up and then just going
to give it a nice firm bit of pressure
02:15:06,990 --> 02:15:07,000
to give it a nice firm bit of pressure
02:15:07,000 --> 02:15:09,470
to give it a nice firm bit of pressure
on both sides in the middle until it
02:15:09,470 --> 02:15:09,480
on both sides in the middle until it
02:15:09,480 --> 02:15:11,910
on both sides in the middle until it
clicks and that's almost in there there
02:15:11,910 --> 02:15:11,920
clicks and that's almost in there there
02:15:11,920 --> 02:15:14,990
clicks and that's almost in there there
we go and that's it now I will try and
02:15:14,990 --> 02:15:15,000
we go and that's it now I will try and
02:15:15,000 --> 02:15:16,950
we go and that's it now I will try and
push that cable up a little bit so it
02:15:16,950 --> 02:15:16,960
push that cable up a little bit so it
02:15:16,960 --> 02:15:18,149
push that cable up a little bit so it
looks kind of decent it's a little
02:15:18,149 --> 02:15:18,159
looks kind of decent it's a little
02:15:18,159 --> 02:15:20,350
looks kind of decent it's a little
dangly right now the thing is we
02:15:20,350 --> 02:15:20,360
dangly right now the thing is we
02:15:20,360 --> 02:15:21,350
dangly right now the thing is we
actually have already done a bunch of
02:15:21,350 --> 02:15:21,360
actually have already done a bunch of
02:15:21,360 --> 02:15:22,510
actually have already done a bunch of
the other stuff right so we already have
02:15:22,510 --> 02:15:22,520
the other stuff right so we already have
02:15:22,520 --> 02:15:24,310
the other stuff right so we already have
our CPU power plugged in if you did not
02:15:24,310 --> 02:15:24,320
our CPU power plugged in if you did not
02:15:24,320 --> 02:15:26,350
our CPU power plugged in if you did not
do that definitely do it now we already
02:15:26,350 --> 02:15:26,360
do that definitely do it now we already
02:15:26,360 --> 02:15:28,669
do that definitely do it now we already
have our SATA connected so the next
02:15:28,669 --> 02:15:28,679
have our SATA connected so the next
02:15:28,679 --> 02:15:31,069
have our SATA connected so the next
thing is to tuck some of our extra
02:15:31,069 --> 02:15:31,079
thing is to tuck some of our extra
02:15:31,079 --> 02:15:32,270
thing is to tuck some of our extra
cables
02:15:32,270 --> 02:15:32,280
cables
02:15:32,280 --> 02:15:35,149
cables
in and we're going to start installing
02:15:35,149 --> 02:15:35,159
in and we're going to start installing
02:15:35,159 --> 02:15:38,310
in and we're going to start installing
some of our front panels accessories
02:15:38,310 --> 02:15:38,320
some of our front panels accessories
02:15:38,320 --> 02:15:40,229
some of our front panels accessories
that kind of thing so these are
02:15:40,229 --> 02:15:40,239
that kind of thing so these are
02:15:40,239 --> 02:15:41,950
that kind of thing so these are
essentially all of the bits and Bobs
02:15:41,950 --> 02:15:41,960
essentially all of the bits and Bobs
02:15:41,960 --> 02:15:44,270
essentially all of the bits and Bobs
that come from your case so starting out
02:15:44,270 --> 02:15:44,280
that come from your case so starting out
02:15:44,280 --> 02:15:47,149
that come from your case so starting out
with we have our big chunky USB 3.0
02:15:47,149 --> 02:15:47,159
with we have our big chunky USB 3.0
02:15:47,159 --> 02:15:48,709
with we have our big chunky USB 3.0
connector so like I mentioned in the
02:15:48,709 --> 02:15:48,719
connector so like I mentioned in the
02:15:48,719 --> 02:15:51,030
connector so like I mentioned in the
motherboard segment this is for your
02:15:51,030 --> 02:15:51,040
motherboard segment this is for your
02:15:51,040 --> 02:15:53,149
motherboard segment this is for your
front panel connectors on your case and
02:15:53,149 --> 02:15:53,159
front panel connectors on your case and
02:15:53,159 --> 02:15:55,109
front panel connectors on your case and
boy oh boy is it an easy connector to
02:15:55,109 --> 02:15:55,119
boy oh boy is it an easy connector to
02:15:55,119 --> 02:15:56,709
boy oh boy is it an easy connector to
break so when you plug it in make sure
02:15:56,709 --> 02:15:56,719
break so when you plug it in make sure
02:15:56,719 --> 02:15:58,669
break so when you plug it in make sure
you've got it run the correct way you
02:15:58,669 --> 02:15:58,679
you've got it run the correct way you
02:15:58,679 --> 02:16:00,270
you've got it run the correct way you
don't want to wiggle around or whatever
02:16:00,270 --> 02:16:00,280
don't want to wiggle around or whatever
02:16:00,280 --> 02:16:03,270
don't want to wiggle around or whatever
cuz sucks to remove this is our USBC
02:16:03,270 --> 02:16:03,280
cuz sucks to remove this is our USBC
02:16:03,280 --> 02:16:05,030
cuz sucks to remove this is our USBC
connector for the USBC on the front of
02:16:05,030 --> 02:16:05,040
connector for the USBC on the front of
02:16:05,040 --> 02:16:08,229
connector for the USBC on the front of
the case uh not all cases have USBC most
02:16:08,229 --> 02:16:08,239
the case uh not all cases have USBC most
02:16:08,239 --> 02:16:09,669
the case uh not all cases have USBC most
of them do at this point but that's what
02:16:09,669 --> 02:16:09,679
of them do at this point but that's what
02:16:09,679 --> 02:16:11,669
of them do at this point but that's what
we're going to use here then we also
02:16:11,669 --> 02:16:11,679
we're going to use here then we also
02:16:11,679 --> 02:16:15,030
we're going to use here then we also
have our front panel connectors now
02:16:15,030 --> 02:16:15,040
have our front panel connectors now
02:16:15,040 --> 02:16:17,549
have our front panel connectors now
something that has gotten so much better
02:16:17,549 --> 02:16:17,559
something that has gotten so much better
02:16:17,559 --> 02:16:19,709
something that has gotten so much better
compared to older School builds is how
02:16:19,709 --> 02:16:19,719
compared to older School builds is how
02:16:19,719 --> 02:16:21,030
compared to older School builds is how
easy it is to do the front panel
02:16:21,030 --> 02:16:21,040
easy it is to do the front panel
02:16:21,040 --> 02:16:22,189
easy it is to do the front panel
connectors so these are a bunch of
02:16:22,189 --> 02:16:22,199
connectors so these are a bunch of
02:16:22,199 --> 02:16:23,790
connectors so these are a bunch of
individual little connectors that are
02:16:23,790 --> 02:16:23,800
individual little connectors that are
02:16:23,800 --> 02:16:25,870
individual little connectors that are
for things like your power button the
02:16:25,870 --> 02:16:25,880
for things like your power button the
02:16:25,880 --> 02:16:28,430
for things like your power button the
LEDs your reset button that kind of
02:16:28,430 --> 02:16:28,440
LEDs your reset button that kind of
02:16:28,440 --> 02:16:31,030
LEDs your reset button that kind of
stuff now most systems used to have this
02:16:31,030 --> 02:16:31,040
stuff now most systems used to have this
02:16:31,040 --> 02:16:32,549
stuff now most systems used to have this
as a bunch of individual little
02:16:32,549 --> 02:16:32,559
as a bunch of individual little
02:16:32,559 --> 02:16:33,870
as a bunch of individual little
connectors so I'll show this from like a
02:16:33,870 --> 02:16:33,880
connectors so I'll show this from like a
02:16:33,880 --> 02:16:35,349
connectors so I'll show this from like a
previous video this is what it used to
02:16:35,349 --> 02:16:35,359
previous video this is what it used to
02:16:35,359 --> 02:16:37,429
previous video this is what it used to
look like but with this le le case it
02:16:37,429 --> 02:16:37,439
look like but with this le le case it
02:16:37,439 --> 02:16:38,790
look like but with this le le case it
all comes on a block which makes it
02:16:38,790 --> 02:16:38,800
all comes on a block which makes it
02:16:38,800 --> 02:16:40,910
all comes on a block which makes it
super simple and on top of that our
02:16:40,910 --> 02:16:40,920
super simple and on top of that our
02:16:40,920 --> 02:16:43,270
super simple and on top of that our
gigabyte motherboard has them all color
02:16:43,270 --> 02:16:43,280
gigabyte motherboard has them all color
02:16:43,280 --> 02:16:44,870
gigabyte motherboard has them all color
coded so instead of having to dig
02:16:44,870 --> 02:16:44,880
coded so instead of having to dig
02:16:44,880 --> 02:16:45,709
coded so instead of having to dig
through the manual and everything you
02:16:45,709 --> 02:16:45,719
through the manual and everything you
02:16:45,719 --> 02:16:47,150
through the manual and everything you
just look at the color code but with
02:16:47,150 --> 02:16:47,160
just look at the color code but with
02:16:47,160 --> 02:16:48,870
just look at the color code but with
this it's even simpler cuz I just plug
02:16:48,870 --> 02:16:48,880
this it's even simpler cuz I just plug
02:16:48,880 --> 02:16:51,469
this it's even simpler cuz I just plug
it in and it works there
02:16:51,469 --> 02:16:51,479
it in and it works there
02:16:51,479 --> 02:16:54,389
it in and it works there
ically last but not least
02:16:54,389 --> 02:16:54,399
ically last but not least
02:16:54,399 --> 02:16:58,709
ically last but not least
here we also have our audio connector
02:16:58,709 --> 02:16:58,719
here we also have our audio connector
02:16:58,719 --> 02:17:01,030
here we also have our audio connector
now this looks very similar to a USB 2.0
02:17:01,030 --> 02:17:01,040
now this looks very similar to a USB 2.0
02:17:01,040 --> 02:17:03,150
now this looks very similar to a USB 2.0
it is also 9 pen however it is going to
02:17:03,150 --> 02:17:03,160
it is also 9 pen however it is going to
02:17:03,160 --> 02:17:04,709
it is also 9 pen however it is going to
have a different pen knocked out so the
02:17:04,709 --> 02:17:04,719
have a different pen knocked out so the
02:17:04,719 --> 02:17:06,870
have a different pen knocked out so the
USB 2.0 has a pen knocked out on the top
02:17:06,870 --> 02:17:06,880
USB 2.0 has a pen knocked out on the top
02:17:06,880 --> 02:17:08,629
USB 2.0 has a pen knocked out on the top
left this one has the second from the
02:17:08,629 --> 02:17:08,639
left this one has the second from the
02:17:08,639 --> 02:17:10,110
left this one has the second from the
left so again you can't accidentally do
02:17:10,110 --> 02:17:10,120
left so again you can't accidentally do
02:17:10,120 --> 02:17:12,870
left so again you can't accidentally do
it but very clearly says audio on here
02:17:12,870 --> 02:17:12,880
it but very clearly says audio on here
02:17:12,880 --> 02:17:14,190
it but very clearly says audio on here
and this is going to be running into our
02:17:14,190 --> 02:17:14,200
and this is going to be running into our
02:17:14,200 --> 02:17:17,150
and this is going to be running into our
motherboard on the bottom left so right
02:17:17,150 --> 02:17:17,160
motherboard on the bottom left so right
02:17:17,160 --> 02:17:19,070
motherboard on the bottom left so right
here is where that gets plugged in now
02:17:19,070 --> 02:17:19,080
here is where that gets plugged in now
02:17:19,080 --> 02:17:20,309
here is where that gets plugged in now
it's good to take a look at this before
02:17:20,309 --> 02:17:20,319
it's good to take a look at this before
02:17:20,319 --> 02:17:22,270
it's good to take a look at this before
you start plug things in not only to
02:17:22,270 --> 02:17:22,280
you start plug things in not only to
02:17:22,280 --> 02:17:23,429
you start plug things in not only to
make sure that you're running cables in
02:17:23,429 --> 02:17:23,439
make sure that you're running cables in
02:17:23,439 --> 02:17:24,629
make sure that you're running cables in
a sort of neat way where you're not like
02:17:24,629 --> 02:17:24,639
a sort of neat way where you're not like
02:17:24,639 --> 02:17:27,270
a sort of neat way where you're not like
Crossing them and making a giant mess
02:17:27,270 --> 02:17:27,280
Crossing them and making a giant mess
02:17:27,280 --> 02:17:28,750
Crossing them and making a giant mess
but also just because it's nice to know
02:17:28,750 --> 02:17:28,760
but also just because it's nice to know
02:17:28,760 --> 02:17:30,429
but also just because it's nice to know
what you're looking for as you start
02:17:30,429 --> 02:17:30,439
what you're looking for as you start
02:17:30,439 --> 02:17:31,629
what you're looking for as you start
diving into your motherboard which is
02:17:31,629 --> 02:17:31,639
diving into your motherboard which is
02:17:31,639 --> 02:17:33,030
diving into your motherboard which is
again why I like to show you what's
02:17:33,030 --> 02:17:33,040
again why I like to show you what's
02:17:33,040 --> 02:17:34,589
again why I like to show you what's
going on in the motherboard section so
02:17:34,589 --> 02:17:34,599
going on in the motherboard section so
02:17:34,599 --> 02:17:36,910
going on in the motherboard section so
that when I say hey look for USB 3.0
02:17:36,910 --> 02:17:36,920
that when I say hey look for USB 3.0
02:17:36,920 --> 02:17:39,549
that when I say hey look for USB 3.0
header you remember where that was right
02:17:39,549 --> 02:17:39,559
header you remember where that was right
02:17:39,559 --> 02:17:41,349
header you remember where that was right
you remember where a USB 3.0 header is
02:17:41,349 --> 02:17:41,359
you remember where a USB 3.0 header is
02:17:41,359 --> 02:17:42,910
you remember where a USB 3.0 header is
you looked for it and you made a mental
02:17:42,910 --> 02:17:42,920
you looked for it and you made a mental
02:17:42,920 --> 02:17:44,150
you looked for it and you made a mental
note of it before we moved on to this
02:17:44,150 --> 02:17:44,160
note of it before we moved on to this
02:17:44,160 --> 02:17:47,349
note of it before we moved on to this
part of the tutorial right good I'm glad
02:17:47,349 --> 02:17:47,359
part of the tutorial right good I'm glad
02:17:47,359 --> 02:17:48,709
part of the tutorial right good I'm glad
you were paying attention all right
02:17:48,709 --> 02:17:48,719
you were paying attention all right
02:17:48,719 --> 02:17:50,230
you were paying attention all right
let's start running stuff so what I'm
02:17:50,230 --> 02:17:50,240
let's start running stuff so what I'm
02:17:50,240 --> 02:17:51,429
let's start running stuff so what I'm
going to do is I'm going start with that
02:17:51,429 --> 02:17:51,439
going to do is I'm going start with that
02:17:51,439 --> 02:17:53,270
going to do is I'm going start with that
audio connector so again I'm kind of
02:17:53,270 --> 02:17:53,280
audio connector so again I'm kind of
02:17:53,280 --> 02:17:55,150
audio connector so again I'm kind of
breaking my own device by running some
02:17:55,150 --> 02:17:55,160
breaking my own device by running some
02:17:55,160 --> 02:17:57,589
breaking my own device by running some
of the cable management here but it's
02:17:57,589 --> 02:17:57,599
of the cable management here but it's
02:17:57,599 --> 02:17:59,110
of the cable management here but it's
going to make our lives easier so I'm
02:17:59,110 --> 02:17:59,120
going to make our lives easier so I'm
02:17:59,120 --> 02:18:00,309
going to make our lives easier so I'm
just going to try to tuck this
02:18:00,309 --> 02:18:00,319
just going to try to tuck this
02:18:00,319 --> 02:18:02,509
just going to try to tuck this
underneath we got our front panel audio
02:18:02,509 --> 02:18:02,519
underneath we got our front panel audio
02:18:02,519 --> 02:18:04,190
underneath we got our front panel audio
coming out so it's going to always go to
02:18:04,190 --> 02:18:04,200
coming out so it's going to always go to
02:18:04,200 --> 02:18:06,469
coming out so it's going to always go to
the far corner so I'm going to poke this
02:18:06,469 --> 02:18:06,479
the far corner so I'm going to poke this
02:18:06,479 --> 02:18:07,950
the far corner so I'm going to poke this
through on the back
02:18:07,950 --> 02:18:07,960
through on the back
02:18:07,960 --> 02:18:10,589
through on the back
side and then I'll rotate the case
02:18:10,589 --> 02:18:10,599
side and then I'll rotate the case
02:18:10,599 --> 02:18:11,870
side and then I'll rotate the case
around and you'll see that it is
02:18:11,870 --> 02:18:11,880
around and you'll see that it is
02:18:11,880 --> 02:18:14,150
around and you'll see that it is
sticking out so with our audio connector
02:18:14,150 --> 02:18:14,160
sticking out so with our audio connector
02:18:14,160 --> 02:18:15,589
sticking out so with our audio connector
pulled through again there's a pen
02:18:15,589 --> 02:18:15,599
pulled through again there's a pen
02:18:15,599 --> 02:18:17,110
pulled through again there's a pen
knocked out so it's going to only go in
02:18:17,110 --> 02:18:17,120
knocked out so it's going to only go in
02:18:17,120 --> 02:18:18,910
knocked out so it's going to only go in
one way which in this case the labeling
02:18:18,910 --> 02:18:18,920
one way which in this case the labeling
02:18:18,920 --> 02:18:21,349
one way which in this case the labeling
is going to go upside down I'll line it
02:18:21,349 --> 02:18:21,359
is going to go upside down I'll line it
02:18:21,359 --> 02:18:22,709
is going to go upside down I'll line it
up with this connector on the bottom
02:18:22,709 --> 02:18:22,719
up with this connector on the bottom
02:18:22,719 --> 02:18:25,230
up with this connector on the bottom
left which is for audio insert it and
02:18:25,230 --> 02:18:25,240
left which is for audio insert it and
02:18:25,240 --> 02:18:27,230
left which is for audio insert it and
there we go so that is going to get our
02:18:27,230 --> 02:18:27,240
there we go so that is going to get our
02:18:27,240 --> 02:18:29,309
there we go so that is going to get our
headphone combo audio jack on the front
02:18:29,309 --> 02:18:29,319
headphone combo audio jack on the front
02:18:29,319 --> 02:18:30,950
headphone combo audio jack on the front
to work okay so next up we're going to
02:18:30,950 --> 02:18:30,960
to work okay so next up we're going to
02:18:30,960 --> 02:18:32,669
to work okay so next up we're going to
install our USB C header which is going
02:18:32,669 --> 02:18:32,679
install our USB C header which is going
02:18:32,679 --> 02:18:34,830
install our USB C header which is going
to go onto the motherboard and it should
02:18:34,830 --> 02:18:34,840
to go onto the motherboard and it should
02:18:34,840 --> 02:18:36,230
to go onto the motherboard and it should
just click right into place there and
02:18:36,230 --> 02:18:36,240
just click right into place there and
02:18:36,240 --> 02:18:37,750
just click right into place there and
we'll just tuck the excess off to the
02:18:37,750 --> 02:18:37,760
we'll just tuck the excess off to the
02:18:37,760 --> 02:18:39,870
we'll just tuck the excess off to the
side one thing actually I almost did it
02:18:39,870 --> 02:18:39,880
side one thing actually I almost did it
02:18:39,880 --> 02:18:41,509
side one thing actually I almost did it
and I'm going to stop myself and explain
02:18:41,509 --> 02:18:41,519
and I'm going to stop myself and explain
02:18:41,519 --> 02:18:44,110
and I'm going to stop myself and explain
it to you really quick so as I push
02:18:44,110 --> 02:18:44,120
it to you really quick so as I push
02:18:44,120 --> 02:18:45,629
it to you really quick so as I push
these cables in and especially as you
02:18:45,629 --> 02:18:45,639
these cables in and especially as you
02:18:45,639 --> 02:18:47,110
these cables in and especially as you
start to do like cable management on the
02:18:47,110 --> 02:18:47,120
start to do like cable management on the
02:18:47,120 --> 02:18:48,709
start to do like cable management on the
back what you'll see is while you can
02:18:48,709 --> 02:18:48,719
back what you'll see is while you can
02:18:48,719 --> 02:18:50,589
back what you'll see is while you can
get a cable run nice and neat you see if
02:18:50,589 --> 02:18:50,599
get a cable run nice and neat you see if
02:18:50,599 --> 02:18:51,669
get a cable run nice and neat you see if
I start pulling this you see how it
02:18:51,669 --> 02:18:51,679
I start pulling this you see how it
02:18:51,679 --> 02:18:53,790
I start pulling this you see how it
starts kind of tugging that connector in
02:18:53,790 --> 02:18:53,800
starts kind of tugging that connector in
02:18:53,800 --> 02:18:56,469
starts kind of tugging that connector in
don't do that it's really easy to do try
02:18:56,469 --> 02:18:56,479
don't do that it's really easy to do try
02:18:56,479 --> 02:18:57,750
don't do that it's really easy to do try
to make sure that when you actually plug
02:18:57,750 --> 02:18:57,760
to make sure that when you actually plug
02:18:57,760 --> 02:18:59,429
to make sure that when you actually plug
these things in that they're coming out
02:18:59,429 --> 02:18:59,439
these things in that they're coming out
02:18:59,439 --> 02:19:02,589
these things in that they're coming out
at not too harsh of a Bend not only
02:19:02,589 --> 02:19:02,599
at not too harsh of a Bend not only
02:19:02,599 --> 02:19:03,669
at not too harsh of a Bend not only
because you don't want to break
02:19:03,669 --> 02:19:03,679
because you don't want to break
02:19:03,679 --> 02:19:05,070
because you don't want to break
something off but also sometimes you
02:19:05,070 --> 02:19:05,080
something off but also sometimes you
02:19:05,080 --> 02:19:06,629
something off but also sometimes you
might actually like slightly tug the
02:19:06,629 --> 02:19:06,639
might actually like slightly tug the
02:19:06,639 --> 02:19:07,750
might actually like slightly tug the
connector out when you're doing Cable
02:19:07,750 --> 02:19:07,760
connector out when you're doing Cable
02:19:07,760 --> 02:19:08,790
connector out when you're doing Cable
Management you do all your
02:19:08,790 --> 02:19:08,800
Management you do all your
02:19:08,800 --> 02:19:10,509
Management you do all your
troubleshooting you fire it up and then
02:19:10,509 --> 02:19:10,519
troubleshooting you fire it up and then
02:19:10,519 --> 02:19:11,830
troubleshooting you fire it up and then
like a week later you realize your front
02:19:11,830 --> 02:19:11,840
like a week later you realize your front
02:19:11,840 --> 02:19:13,790
like a week later you realize your front
USBC doesn't work so just a little
02:19:13,790 --> 02:19:13,800
USBC doesn't work so just a little
02:19:13,800 --> 02:19:15,870
USBC doesn't work so just a little
reminder to myself and to you when you
02:19:15,870 --> 02:19:15,880
reminder to myself and to you when you
02:19:15,880 --> 02:19:17,469
reminder to myself and to you when you
plug these things in get rid of the
02:19:17,469 --> 02:19:17,479
plug these things in get rid of the
02:19:17,479 --> 02:19:18,790
plug these things in get rid of the
slack but don't pull it too much cuz
02:19:18,790 --> 02:19:18,800
slack but don't pull it too much cuz
02:19:18,800 --> 02:19:20,429
slack but don't pull it too much cuz
otherwise you'll see that bends way too
02:19:20,429 --> 02:19:20,439
otherwise you'll see that bends way too
02:19:20,439 --> 02:19:22,070
otherwise you'll see that bends way too
far starts to pull it out of the thing
02:19:22,070 --> 02:19:22,080
far starts to pull it out of the thing
02:19:22,080 --> 02:19:24,030
far starts to pull it out of the thing
so something like that should look nice
02:19:24,030 --> 02:19:24,040
so something like that should look nice
02:19:24,040 --> 02:19:27,389
so something like that should look nice
and neat next let's do our front panel
02:19:27,389 --> 02:19:27,399
and neat next let's do our front panel
02:19:27,399 --> 02:19:29,830
and neat next let's do our front panel
connectors shall we if you're using a
02:19:29,830 --> 02:19:29,840
connectors shall we if you're using a
02:19:29,840 --> 02:19:32,030
connectors shall we if you're using a
case and or motherboard that does not
02:19:32,030 --> 02:19:32,040
case and or motherboard that does not
02:19:32,040 --> 02:19:34,429
case and or motherboard that does not
have everything nice neat and labeled
02:19:34,429 --> 02:19:34,439
have everything nice neat and labeled
02:19:34,439 --> 02:19:36,469
have everything nice neat and labeled
refer to your motherboard manual it will
02:19:36,469 --> 02:19:36,479
refer to your motherboard manual it will
02:19:36,479 --> 02:19:38,629
refer to your motherboard manual it will
tell you where to plug each thing in um
02:19:38,629 --> 02:19:38,639
tell you where to plug each thing in um
02:19:38,639 --> 02:19:39,830
tell you where to plug each thing in um
so again I'll show you some footage of
02:19:39,830 --> 02:19:39,840
so again I'll show you some footage of
02:19:39,840 --> 02:19:41,309
so again I'll show you some footage of
previous years when I've done this
02:19:41,309 --> 02:19:41,319
previous years when I've done this
02:19:41,319 --> 02:19:42,589
previous years when I've done this
essentially every one of those little
02:19:42,589 --> 02:19:42,599
essentially every one of those little
02:19:42,599 --> 02:19:43,709
essentially every one of those little
connectors are going to have a little
02:19:43,709 --> 02:19:43,719
connectors are going to have a little
02:19:43,719 --> 02:19:45,230
connectors are going to have a little
arrow on it that is going to denote the
02:19:45,230 --> 02:19:45,240
arrow on it that is going to denote the
02:19:45,240 --> 02:19:47,070
arrow on it that is going to denote the
positive so you'll see that like oh for
02:19:47,070 --> 02:19:47,080
positive so you'll see that like oh for
02:19:47,080 --> 02:19:48,630
positive so you'll see that like oh for
your power connector it'll say positive
02:19:48,630 --> 02:19:48,640
your power connector it'll say positive
02:19:48,640 --> 02:19:49,750
your power connector it'll say positive
on one side negative on the other you
02:19:49,750 --> 02:19:49,760
on one side negative on the other you
02:19:49,760 --> 02:19:51,030
on one side negative on the other you
would look for the arrow you would put
02:19:51,030 --> 02:19:51,040
would look for the arrow you would put
02:19:51,040 --> 02:19:52,910
would look for the arrow you would put
it in that orientation now when it comes
02:19:52,910 --> 02:19:52,920
it in that orientation now when it comes
02:19:52,920 --> 02:19:54,910
it in that orientation now when it comes
to doing these front panel connectors it
02:19:54,910 --> 02:19:54,920
to doing these front panel connectors it
02:19:54,920 --> 02:19:56,309
to doing these front panel connectors it
seems a little intimidating cuz a bunch
02:19:56,309 --> 02:19:56,319
seems a little intimidating cuz a bunch
02:19:56,319 --> 02:19:58,150
seems a little intimidating cuz a bunch
of little fiddly wires kind of hard to
02:19:58,150 --> 02:19:58,160
of little fiddly wires kind of hard to
02:19:58,160 --> 02:20:00,469
of little fiddly wires kind of hard to
see here's the thing you're not going to
02:20:00,469 --> 02:20:00,479
see here's the thing you're not going to
02:20:00,479 --> 02:20:02,510
see here's the thing you're not going to
do any damage if you mess it up it's
02:20:02,510 --> 02:20:02,520
do any damage if you mess it up it's
02:20:02,520 --> 02:20:04,190
do any damage if you mess it up it's
totally fine worst thing that'll happen
02:20:04,190 --> 02:20:04,200
totally fine worst thing that'll happen
02:20:04,200 --> 02:20:05,590
totally fine worst thing that'll happen
is that your power button won't work and
02:20:05,590 --> 02:20:05,600
is that your power button won't work and
02:20:05,600 --> 02:20:06,750
is that your power button won't work and
nothing will happen when you hit the bio
02:20:06,750 --> 02:20:06,760
nothing will happen when you hit the bio
02:20:06,760 --> 02:20:08,630
nothing will happen when you hit the bio
button or your LEDs w't work or whatever
02:20:08,630 --> 02:20:08,640
button or your LEDs w't work or whatever
02:20:08,640 --> 02:20:09,990
button or your LEDs w't work or whatever
so if you have any problems when you do
02:20:09,990 --> 02:20:10,000
so if you have any problems when you do
02:20:10,000 --> 02:20:11,590
so if you have any problems when you do
these uh front panel connectors if you
02:20:11,590 --> 02:20:11,600
these uh front panel connectors if you
02:20:11,600 --> 02:20:13,510
these uh front panel connectors if you
don't have them on this nice neat little
02:20:13,510 --> 02:20:13,520
don't have them on this nice neat little
02:20:13,520 --> 02:20:15,510
don't have them on this nice neat little
sort of breakout box don't worry about
02:20:15,510 --> 02:20:15,520
sort of breakout box don't worry about
02:20:15,520 --> 02:20:16,630
sort of breakout box don't worry about
it a little bit of trial and error you
02:20:16,630 --> 02:20:16,640
it a little bit of trial and error you
02:20:16,640 --> 02:20:18,150
it a little bit of trial and error you
will be just fine it's easy to panic
02:20:18,150 --> 02:20:18,160
will be just fine it's easy to panic
02:20:18,160 --> 02:20:19,110
will be just fine it's easy to panic
when you press the power button and
02:20:19,110 --> 02:20:19,120
when you press the power button and
02:20:19,120 --> 02:20:20,469
when you press the power button and
nothing happens when you realize you
02:20:20,469 --> 02:20:20,479
nothing happens when you realize you
02:20:20,479 --> 02:20:21,750
nothing happens when you realize you
actually plugged your power button into
02:20:21,750 --> 02:20:21,760
actually plugged your power button into
02:20:21,760 --> 02:20:23,910
actually plugged your power button into
your reset switch or something but if
02:20:23,910 --> 02:20:23,920
your reset switch or something but if
02:20:23,920 --> 02:20:26,230
your reset switch or something but if
you're using this le le case and some
02:20:26,230 --> 02:20:26,240
you're using this le le case and some
02:20:26,240 --> 02:20:27,910
you're using this le le case and some
most recent cases or at least a lot of
02:20:27,910 --> 02:20:27,920
most recent cases or at least a lot of
02:20:27,920 --> 02:20:29,590
most recent cases or at least a lot of
them do have this it's very simple
02:20:29,590 --> 02:20:29,600
them do have this it's very simple
02:20:29,600 --> 02:20:31,510
them do have this it's very simple
because this plugs directly in and again
02:20:31,510 --> 02:20:31,520
because this plugs directly in and again
02:20:31,520 --> 02:20:32,710
because this plugs directly in and again
this motherboard also works great
02:20:32,710 --> 02:20:32,720
this motherboard also works great
02:20:32,720 --> 02:20:34,270
this motherboard also works great
because it's all nice and neatly
02:20:34,270 --> 02:20:34,280
because it's all nice and neatly
02:20:34,280 --> 02:20:36,429
because it's all nice and neatly
colorcoded but for this what I'm going
02:20:36,429 --> 02:20:36,439
colorcoded but for this what I'm going
02:20:36,439 --> 02:20:38,349
colorcoded but for this what I'm going
to do is make sure that it is lined up
02:20:38,349 --> 02:20:38,359
to do is make sure that it is lined up
02:20:38,359 --> 02:20:40,070
to do is make sure that it is lined up
so we're going to see that it goes 1 2 3
02:20:40,070 --> 02:20:40,080
so we're going to see that it goes 1 2 3
02:20:40,080 --> 02:20:43,510
so we're going to see that it goes 1 2 3
4 1 2 3 4 so it goes in with the label
02:20:43,510 --> 02:20:43,520
4 1 2 3 4 so it goes in with the label
02:20:43,520 --> 02:20:45,110
4 1 2 3 4 so it goes in with the label
facing forward but again refer to your
02:20:45,110 --> 02:20:45,120
facing forward but again refer to your
02:20:45,120 --> 02:20:46,309
facing forward but again refer to your
manual if you have any questions about
02:20:46,309 --> 02:20:46,319
manual if you have any questions about
02:20:46,319 --> 02:20:48,910
manual if you have any questions about
it plug that in like that tuck the
02:20:48,910 --> 02:20:48,920
it plug that in like that tuck the
02:20:48,920 --> 02:20:51,790
it plug that in like that tuck the
excess out into the back and there we go
02:20:51,790 --> 02:20:51,800
excess out into the back and there we go
02:20:51,800 --> 02:20:53,190
excess out into the back and there we go
theoretically with that power button
02:20:53,190 --> 02:20:53,200
theoretically with that power button
02:20:53,200 --> 02:20:55,750
theoretically with that power button
things will work now all right last of
02:20:55,750 --> 02:20:55,760
things will work now all right last of
02:20:55,760 --> 02:20:56,950
things will work now all right last of
the connectors for the motherboard is
02:20:56,950 --> 02:20:56,960
the connectors for the motherboard is
02:20:56,960 --> 02:21:00,150
the connectors for the motherboard is
going to be that USB 3.0
02:21:00,150 --> 02:21:00,160
going to be that USB 3.0
02:21:00,160 --> 02:21:03,550
going to be that USB 3.0
boo USB 3.0 is good but boo USB 3.0
02:21:03,550 --> 02:21:03,560
boo USB 3.0 is good but boo USB 3.0
02:21:03,560 --> 02:21:05,910
boo USB 3.0 is good but boo USB 3.0
connector I sound like a freaking nerd
02:21:05,910 --> 02:21:05,920
connector I sound like a freaking nerd
02:21:05,920 --> 02:21:09,389
connector I sound like a freaking nerd
so for USB 3 um this one's a little bit
02:21:09,389 --> 02:21:09,399
so for USB 3 um this one's a little bit
02:21:09,399 --> 02:21:10,750
so for USB 3 um this one's a little bit
annoying to actually run because it's
02:21:10,750 --> 02:21:10,760
annoying to actually run because it's
02:21:10,760 --> 02:21:12,349
annoying to actually run because it's
like sort of a double thick cable cuz
02:21:12,349 --> 02:21:12,359
like sort of a double thick cable cuz
02:21:12,359 --> 02:21:14,349
like sort of a double thick cable cuz
it's got two little ends on it so we're
02:21:14,349 --> 02:21:14,359
it's got two little ends on it so we're
02:21:14,359 --> 02:21:16,389
it's got two little ends on it so we're
just we're going to poke it through
02:21:16,389 --> 02:21:16,399
just we're going to poke it through
02:21:16,399 --> 02:21:18,110
just we're going to poke it through
right here and again I'm going to try to
02:21:18,110 --> 02:21:18,120
right here and again I'm going to try to
02:21:18,120 --> 02:21:19,590
right here and again I'm going to try to
get it roughly where I want it the good
02:21:19,590 --> 02:21:19,600
get it roughly where I want it the good
02:21:19,600 --> 02:21:20,910
get it roughly where I want it the good
thing about this connector is that even
02:21:20,910 --> 02:21:20,920
thing about this connector is that even
02:21:20,920 --> 02:21:22,469
thing about this connector is that even
though it's got these two little cables
02:21:22,469 --> 02:21:22,479
though it's got these two little cables
02:21:22,479 --> 02:21:24,630
though it's got these two little cables
on the end it actually folds really nice
02:21:24,630 --> 02:21:24,640
on the end it actually folds really nice
02:21:24,640 --> 02:21:26,190
on the end it actually folds really nice
and flat so as long as you can get a
02:21:26,190 --> 02:21:26,200
and flat so as long as you can get a
02:21:26,200 --> 02:21:27,950
and flat so as long as you can get a
good bend on the back side of your
02:21:27,950 --> 02:21:27,960
good bend on the back side of your
02:21:27,960 --> 02:21:30,349
good bend on the back side of your
actual uh case which I'm going to try to
02:21:30,349 --> 02:21:30,359
actual uh case which I'm going to try to
02:21:30,359 --> 02:21:32,230
actual uh case which I'm going to try to
do like this um you actually should be
02:21:32,230 --> 02:21:32,240
do like this um you actually should be
02:21:32,240 --> 02:21:34,309
do like this um you actually should be
able to get it in nice and smoothly so
02:21:34,309 --> 02:21:34,319
able to get it in nice and smoothly so
02:21:34,319 --> 02:21:35,710
able to get it in nice and smoothly so
you'll see that on this there's a notch
02:21:35,710 --> 02:21:35,720
you'll see that on this there's a notch
02:21:35,720 --> 02:21:37,349
you'll see that on this there's a notch
so there's a notch only on one side that
02:21:37,349 --> 02:21:37,359
so there's a notch only on one side that
02:21:37,359 --> 02:21:38,710
so there's a notch only on one side that
is going to go with that corresponding
02:21:38,710 --> 02:21:38,720
is going to go with that corresponding
02:21:38,720 --> 02:21:40,550
is going to go with that corresponding
notch on the board so again it only goes
02:21:40,550 --> 02:21:40,560
notch on the board so again it only goes
02:21:40,560 --> 02:21:42,469
notch on the board so again it only goes
in one way please make sure that you've
02:21:42,469 --> 02:21:42,479
in one way please make sure that you've
02:21:42,479 --> 02:21:44,710
in one way please make sure that you've
got this lined up as best as possible
02:21:44,710 --> 02:21:44,720
got this lined up as best as possible
02:21:44,720 --> 02:21:46,950
got this lined up as best as possible
make sure that you don't need to unplug
02:21:46,950 --> 02:21:46,960
make sure that you don't need to unplug
02:21:46,960 --> 02:21:48,150
make sure that you don't need to unplug
this for cable management or whatever
02:21:48,150 --> 02:21:48,160
this for cable management or whatever
02:21:48,160 --> 02:21:49,870
this for cable management or whatever
try to tuck it in a nice neat spot
02:21:49,870 --> 02:21:49,880
try to tuck it in a nice neat spot
02:21:49,880 --> 02:21:51,950
try to tuck it in a nice neat spot
because again don't take this connector
02:21:51,950 --> 02:21:51,960
because again don't take this connector
02:21:51,960 --> 02:21:54,110
because again don't take this connector
out if you can avoid it it will come out
02:21:54,110 --> 02:21:54,120
out if you can avoid it it will come out
02:21:54,120 --> 02:21:55,389
out if you can avoid it it will come out
if you need to take it out try to do it
02:21:55,389 --> 02:21:55,399
if you need to take it out try to do it
02:21:55,399 --> 02:21:57,670
if you need to take it out try to do it
very gently cuz this little sleeve
02:21:57,670 --> 02:21:57,680
very gently cuz this little sleeve
02:21:57,680 --> 02:21:58,910
very gently cuz this little sleeve
especially on actually be fair this
02:21:58,910 --> 02:21:58,920
especially on actually be fair this
02:21:58,920 --> 02:21:59,910
especially on actually be fair this
one's built a little bit better that one
02:21:59,910 --> 02:21:59,920
one's built a little bit better that one
02:21:59,920 --> 02:22:01,550
one's built a little bit better that one
looks a little bit stronger but like
02:22:01,550 --> 02:22:01,560
looks a little bit stronger but like
02:22:01,560 --> 02:22:02,790
looks a little bit stronger but like
that little thing can break off and it
02:22:02,790 --> 02:22:02,800
that little thing can break off and it
02:22:02,800 --> 02:22:04,670
that little thing can break off and it
is such a pain so just when you plug
02:22:04,670 --> 02:22:04,680
is such a pain so just when you plug
02:22:04,680 --> 02:22:06,150
is such a pain so just when you plug
this Cable in try to make sure that
02:22:06,150 --> 02:22:06,160
this Cable in try to make sure that
02:22:06,160 --> 02:22:07,510
this Cable in try to make sure that
you've got it nice and neat and where
02:22:07,510 --> 02:22:07,520
you've got it nice and neat and where
02:22:07,520 --> 02:22:08,910
you've got it nice and neat and where
you want it so I'm going to line it up
02:22:08,910 --> 02:22:08,920
you want it so I'm going to line it up
02:22:08,920 --> 02:22:10,590
you want it so I'm going to line it up
whoops don't do that I almost grabbed
02:22:10,590 --> 02:22:10,600
whoops don't do that I almost grabbed
02:22:10,600 --> 02:22:11,349
whoops don't do that I almost grabbed
the
02:22:11,349 --> 02:22:11,359
the
02:22:11,359 --> 02:22:14,230
the
pen all right so line it up and give it
02:22:14,230 --> 02:22:14,240
pen all right so line it up and give it
02:22:14,240 --> 02:22:15,870
pen all right so line it up and give it
a nice little bit of pressure it clicks
02:22:15,870 --> 02:22:15,880
a nice little bit of pressure it clicks
02:22:15,880 --> 02:22:18,030
a nice little bit of pressure it clicks
into place and that is all you got to do
02:22:18,030 --> 02:22:18,040
into place and that is all you got to do
02:22:18,040 --> 02:22:21,389
into place and that is all you got to do
my friends we now have our piece see
02:22:21,389 --> 02:22:21,399
my friends we now have our piece see
02:22:21,399 --> 02:22:23,389
my friends we now have our piece see
pretty much good to go and in fact if
02:22:23,389 --> 02:22:23,399
pretty much good to go and in fact if
02:22:23,399 --> 02:22:25,790
pretty much good to go and in fact if
you were for some reason building a
02:22:25,790 --> 02:22:25,800
you were for some reason building a
02:22:25,800 --> 02:22:28,190
you were for some reason building a
computer without a graphics card we
02:22:28,190 --> 02:22:28,200
computer without a graphics card we
02:22:28,200 --> 02:22:29,590
computer without a graphics card we
actually could get started from this
02:22:29,590 --> 02:22:29,600
actually could get started from this
02:22:29,600 --> 02:22:32,270
actually could get started from this
point now you should definitely install
02:22:32,270 --> 02:22:32,280
point now you should definitely install
02:22:32,280 --> 02:22:33,750
point now you should definitely install
a graphics card if you were building a
02:22:33,750 --> 02:22:33,760
a graphics card if you were building a
02:22:33,760 --> 02:22:35,790
a graphics card if you were building a
PC um but technically this would be a
02:22:35,790 --> 02:22:35,800
PC um but technically this would be a
02:22:35,800 --> 02:22:37,630
PC um but technically this would be a
fully functional system now it is time
02:22:37,630 --> 02:22:37,640
fully functional system now it is time
02:22:37,640 --> 02:22:39,950
fully functional system now it is time
for the fun part let's install ourselves
02:22:39,950 --> 02:22:39,960
for the fun part let's install ourselves
02:22:39,960 --> 02:22:43,150
for the fun part let's install ourselves
a graphics card so before we do this we
02:22:43,150 --> 02:22:43,160
a graphics card so before we do this we
02:22:43,160 --> 02:22:44,830
a graphics card so before we do this we
do just need to prep the case just a
02:22:44,830 --> 02:22:44,840
do just need to prep the case just a
02:22:44,840 --> 02:22:46,990
do just need to prep the case just a
little bit so the graphics card like I
02:22:46,990 --> 02:22:47,000
little bit so the graphics card like I
02:22:47,000 --> 02:22:48,510
little bit so the graphics card like I
mentioned earlier is going to go into
02:22:48,510 --> 02:22:48,520
mentioned earlier is going to go into
02:22:48,520 --> 02:22:51,590
mentioned earlier is going to go into
this top PCI slot so so the way to do it
02:22:51,590 --> 02:22:51,600
this top PCI slot so so the way to do it
02:22:51,600 --> 02:22:53,230
this top PCI slot so so the way to do it
would be to take off some of these
02:22:53,230 --> 02:22:53,240
would be to take off some of these
02:22:53,240 --> 02:22:55,070
would be to take off some of these
covers now before you do that I actually
02:22:55,070 --> 02:22:55,080
covers now before you do that I actually
02:22:55,080 --> 02:22:57,150
covers now before you do that I actually
recommend to open up your graphics card
02:22:57,150 --> 02:22:57,160
recommend to open up your graphics card
02:22:57,160 --> 02:22:59,670
recommend to open up your graphics card
so most all graphics cards used to be
02:22:59,670 --> 02:22:59,680
so most all graphics cards used to be
02:22:59,680 --> 02:23:01,590
so most all graphics cards used to be
dual slot so the easy way to do it would
02:23:01,590 --> 02:23:01,600
dual slot so the easy way to do it would
02:23:01,600 --> 02:23:03,190
dual slot so the easy way to do it would
be to look at your slot and go oh I'm
02:23:03,190 --> 02:23:03,200
be to look at your slot and go oh I'm
02:23:03,200 --> 02:23:04,550
be to look at your slot and go oh I'm
going to remove this one and this one
02:23:04,550 --> 02:23:04,560
going to remove this one and this one
02:23:04,560 --> 02:23:07,190
going to remove this one and this one
right below it but these days graphics
02:23:07,190 --> 02:23:07,200
right below it but these days graphics
02:23:07,200 --> 02:23:08,790
right below it but these days graphics
cards have gotten enormous especially if
02:23:08,790 --> 02:23:08,800
cards have gotten enormous especially if
02:23:08,800 --> 02:23:10,550
cards have gotten enormous especially if
you haven't built a PC in a while
02:23:10,550 --> 02:23:10,560
you haven't built a PC in a while
02:23:10,560 --> 02:23:12,150
you haven't built a PC in a while
they've gotten long they've gotten tall
02:23:12,150 --> 02:23:12,160
they've gotten long they've gotten tall
02:23:12,160 --> 02:23:13,190
they've gotten long they've gotten tall
they've gotten wide like they've just
02:23:13,190 --> 02:23:13,200
they've gotten wide like they've just
02:23:13,200 --> 02:23:15,429
they've gotten wide like they've just
gotten huge so what I'd like to do you
02:23:15,429 --> 02:23:15,439
gotten huge so what I'd like to do you
02:23:15,439 --> 02:23:16,750
gotten huge so what I'd like to do you
can look up the spec but honestly I just
02:23:16,750 --> 02:23:16,760
can look up the spec but honestly I just
02:23:16,760 --> 02:23:18,269
can look up the spec but honestly I just
like to actually take the graphics card
02:23:18,269 --> 02:23:18,279
like to actually take the graphics card
02:23:18,279 --> 02:23:20,630
like to actually take the graphics card
out of the box line it up and just VIs
02:23:20,630 --> 02:23:20,640
out of the box line it up and just VIs
02:23:20,640 --> 02:23:22,150
out of the box line it up and just VIs
see like oh it's clearly a triple slot
02:23:22,150 --> 02:23:22,160
see like oh it's clearly a triple slot
02:23:22,160 --> 02:23:23,950
see like oh it's clearly a triple slot
card and blah blah blah it just sort of
02:23:23,950 --> 02:23:23,960
card and blah blah blah it just sort of
02:23:23,960 --> 02:23:25,429
card and blah blah blah it just sort of
helps to visualize before you start
02:23:25,429 --> 02:23:25,439
helps to visualize before you start
02:23:25,439 --> 02:23:27,990
helps to visualize before you start
taking off these little uh panel covers
02:23:27,990 --> 02:23:28,000
taking off these little uh panel covers
02:23:28,000 --> 02:23:29,550
taking off these little uh panel covers
these PCI covers and then realize that
02:23:29,550 --> 02:23:29,560
these PCI covers and then realize that
02:23:29,560 --> 02:23:31,309
these PCI covers and then realize that
you grabbed the wrong one cuz the
02:23:31,309 --> 02:23:31,319
you grabbed the wrong one cuz the
02:23:31,319 --> 02:23:32,429
you grabbed the wrong one cuz the
graphics card was bigger than you
02:23:32,429 --> 02:23:32,439
graphics card was bigger than you
02:23:32,439 --> 02:23:35,510
graphics card was bigger than you
thought now this actually should be a
02:23:35,510 --> 02:23:35,520
thought now this actually should be a
02:23:35,520 --> 02:23:38,030
thought now this actually should be a
fairly reasonable size GPU especially
02:23:38,030 --> 02:23:38,040
fairly reasonable size GPU especially
02:23:38,040 --> 02:23:38,790
fairly reasonable size GPU especially
when you get some of like the
02:23:38,790 --> 02:23:38,800
when you get some of like the
02:23:38,800 --> 02:23:40,469
when you get some of like the
overclocked cars that have like these
02:23:40,469 --> 02:23:40,479
overclocked cars that have like these
02:23:40,479 --> 02:23:42,349
overclocked cars that have like these
massive Beast speed coolers I mean
02:23:42,349 --> 02:23:42,359
massive Beast speed coolers I mean
02:23:42,359 --> 02:23:43,349
massive Beast speed coolers I mean
they're great they have a lot of
02:23:43,349 --> 02:23:43,359
they're great they have a lot of
02:23:43,359 --> 02:23:45,110
they're great they have a lot of
performance but they just take up so
02:23:45,110 --> 02:23:45,120
performance but they just take up so
02:23:45,120 --> 02:23:47,469
performance but they just take up so
much space uh which is also why cases
02:23:47,469 --> 02:23:47,479
much space uh which is also why cases
02:23:47,479 --> 02:23:48,790
much space uh which is also why cases
like this have a little bit of extra
02:23:48,790 --> 02:23:48,800
like this have a little bit of extra
02:23:48,800 --> 02:23:51,429
like this have a little bit of extra
width involved so you can see right here
02:23:51,429 --> 02:23:51,439
width involved so you can see right here
02:23:51,439 --> 02:23:53,269
width involved so you can see right here
a lot of cases used to kind of cut off
02:23:53,269 --> 02:23:53,279
a lot of cases used to kind of cut off
02:23:53,279 --> 02:23:55,230
a lot of cases used to kind of cut off
right about here but you have all this
02:23:55,230 --> 02:23:55,240
right about here but you have all this
02:23:55,240 --> 02:23:56,990
right about here but you have all this
extra space not only for cooling but
02:23:56,990 --> 02:23:57,000
extra space not only for cooling but
02:23:57,000 --> 02:23:58,990
extra space not only for cooling but
just to fit some really big cards like
02:23:58,990 --> 02:23:59,000
just to fit some really big cards like
02:23:59,000 --> 02:24:00,990
just to fit some really big cards like
you should be able to fit any graphics
02:24:00,990 --> 02:24:01,000
you should be able to fit any graphics
02:24:01,000 --> 02:24:02,870
you should be able to fit any graphics
card ever essentially in this case right
02:24:02,870 --> 02:24:02,880
card ever essentially in this case right
02:24:02,880 --> 02:24:04,349
card ever essentially in this case right
here and that's becoming more and more
02:24:04,349 --> 02:24:04,359
here and that's becoming more and more
02:24:04,359 --> 02:24:06,790
here and that's becoming more and more
common um but if you are maybe like
02:24:06,790 --> 02:24:06,800
common um but if you are maybe like
02:24:06,800 --> 02:24:09,309
common um but if you are maybe like
reusing an older case from a previous
02:24:09,309 --> 02:24:09,319
reusing an older case from a previous
02:24:09,319 --> 02:24:11,070
reusing an older case from a previous
build this would be a great time to
02:24:11,070 --> 02:24:11,080
build this would be a great time to
02:24:11,080 --> 02:24:13,110
build this would be a great time to
double check that your graphics card
02:24:13,110 --> 02:24:13,120
double check that your graphics card
02:24:13,120 --> 02:24:15,830
double check that your graphics card
actually fits it should fit but some of
02:24:15,830 --> 02:24:15,840
actually fits it should fit but some of
02:24:15,840 --> 02:24:17,990
actually fits it should fit but some of
these things get huge man they really do
02:24:17,990 --> 02:24:18,000
these things get huge man they really do
02:24:18,000 --> 02:24:20,030
these things get huge man they really do
packing steps and unpacking steps really
02:24:20,030 --> 02:24:20,040
packing steps and unpacking steps really
02:24:20,040 --> 02:24:22,910
packing steps and unpacking steps really
you need tell me how to do this wow and
02:24:22,910 --> 02:24:22,920
you need tell me how to do this wow and
02:24:22,920 --> 02:24:25,950
you need tell me how to do this wow and
that's it wow look at that that's some
02:24:25,950 --> 02:24:25,960
that's it wow look at that that's some
02:24:25,960 --> 02:24:27,550
that's it wow look at that that's some
you know what this reminds me of this
02:24:27,550 --> 02:24:27,560
you know what this reminds me of this
02:24:27,560 --> 02:24:29,710
you know what this reminds me of this
reminds me of when you buy like uh an
02:24:29,710 --> 02:24:29,720
reminds me of when you buy like uh an
02:24:29,720 --> 02:24:31,190
reminds me of when you buy like uh an
Apple product like like an iPhone or
02:24:31,190 --> 02:24:31,200
Apple product like like an iPhone or
02:24:31,200 --> 02:24:32,389
Apple product like like an iPhone or
something when you when they ship it to
02:24:32,389 --> 02:24:32,399
something when you when they ship it to
02:24:32,399 --> 02:24:33,870
something when you when they ship it to
you they do it in this like little like
02:24:33,870 --> 02:24:33,880
you they do it in this like little like
02:24:33,880 --> 02:24:37,190
you they do it in this like little like
plastic sort of like containery thing
02:24:37,190 --> 02:24:37,200
plastic sort of like containery thing
02:24:37,200 --> 02:24:38,910
plastic sort of like containery thing
all right want get rid of all this the
02:24:38,910 --> 02:24:38,920
all right want get rid of all this the
02:24:38,920 --> 02:24:40,110
all right want get rid of all this the
only other thing in the box and we're
02:24:40,110 --> 02:24:40,120
only other thing in the box and we're
02:24:40,120 --> 02:24:41,190
only other thing in the box and we're
not going to be using it but I will
02:24:41,190 --> 02:24:41,200
not going to be using it but I will
02:24:41,200 --> 02:24:42,389
not going to be using it but I will
highlight it
02:24:42,389 --> 02:24:42,399
highlight it
02:24:42,399 --> 02:24:46,030
highlight it
nonetheless is a little adapter for your
02:24:46,030 --> 02:24:46,040
nonetheless is a little adapter for your
02:24:46,040 --> 02:24:48,870
nonetheless is a little adapter for your
graphics card so if you remember earlier
02:24:48,870 --> 02:24:48,880
graphics card so if you remember earlier
02:24:48,880 --> 02:24:49,990
graphics card so if you remember earlier
when I was talking about when we were
02:24:49,990 --> 02:24:50,000
when I was talking about when we were
02:24:50,000 --> 02:24:52,110
when I was talking about when we were
choosing us our power supply and I
02:24:52,110 --> 02:24:52,120
choosing us our power supply and I
02:24:52,120 --> 02:24:54,230
choosing us our power supply and I
mentioned if you're using a newer RTX 40
02:24:54,230 --> 02:24:54,240
mentioned if you're using a newer RTX 40
02:24:54,240 --> 02:24:56,150
mentioned if you're using a newer RTX 40
series card that it uses a different
02:24:56,150 --> 02:24:56,160
series card that it uses a different
02:24:56,160 --> 02:24:57,870
series card that it uses a different
kind of power connector so if you look
02:24:57,870 --> 02:24:57,880
kind of power connector so if you look
02:24:57,880 --> 02:25:01,110
kind of power connector so if you look
on top here this is our 12 pen power
02:25:01,110 --> 02:25:01,120
on top here this is our 12 pen power
02:25:01,120 --> 02:25:03,150
on top here this is our 12 pen power
connector so if you've not built a PC
02:25:03,150 --> 02:25:03,160
connector so if you've not built a PC
02:25:03,160 --> 02:25:04,510
connector so if you've not built a PC
recently this is probably going to be a
02:25:04,510 --> 02:25:04,520
recently this is probably going to be a
02:25:04,520 --> 02:25:06,469
recently this is probably going to be a
new looking connector now again that is
02:25:06,469 --> 02:25:06,479
new looking connector now again that is
02:25:06,479 --> 02:25:08,070
new looking connector now again that is
a single cable that will deliver up to
02:25:08,070 --> 02:25:08,080
a single cable that will deliver up to
02:25:08,080 --> 02:25:10,349
a single cable that will deliver up to
600 WTS plenty for this graphics card
02:25:10,349 --> 02:25:10,359
600 WTS plenty for this graphics card
02:25:10,359 --> 02:25:13,429
600 WTS plenty for this graphics card
and then some however if you are using
02:25:13,429 --> 02:25:13,439
and then some however if you are using
02:25:13,439 --> 02:25:15,309
and then some however if you are using
an older power supply that does not have
02:25:15,309 --> 02:25:15,319
an older power supply that does not have
02:25:15,319 --> 02:25:17,030
an older power supply that does not have
that connector every one of these
02:25:17,030 --> 02:25:17,040
that connector every one of these
02:25:17,040 --> 02:25:18,750
that connector every one of these
graphics cards should come with one of
02:25:18,750 --> 02:25:18,760
graphics cards should come with one of
02:25:18,760 --> 02:25:22,230
graphics cards should come with one of
these so on one end it's a a 12 pen 600
02:25:22,230 --> 02:25:22,240
these so on one end it's a a 12 pen 600
02:25:22,240 --> 02:25:24,469
these so on one end it's a a 12 pen 600
W adapter on the other end is a pair of
02:25:24,469 --> 02:25:24,479
W adapter on the other end is a pair of
02:25:24,479 --> 02:25:29,750
W adapter on the other end is a pair of
8 pen PCI connectors this will work it
02:25:29,750 --> 02:25:29,760
8 pen PCI connectors this will work it
02:25:29,760 --> 02:25:31,870
8 pen PCI connectors this will work it
is included in the box for a
02:25:31,870 --> 02:25:31,880
is included in the box for a
02:25:31,880 --> 02:25:36,070
is included in the box for a
reason they have been a little bit
02:25:36,070 --> 02:25:36,080
reason they have been a little bit
02:25:36,080 --> 02:25:38,870
reason they have been a little bit
unreliable if you are using this you can
02:25:38,870 --> 02:25:38,880
unreliable if you are using this you can
02:25:38,880 --> 02:25:42,150
unreliable if you are using this you can
feel free fully connect every part of it
02:25:42,150 --> 02:25:42,160
feel free fully connect every part of it
02:25:42,160 --> 02:25:43,269
feel free fully connect every part of it
make sure that the eight pens are
02:25:43,269 --> 02:25:43,279
make sure that the eight pens are
02:25:43,279 --> 02:25:44,910
make sure that the eight pens are
clicked in there make sure this goes
02:25:44,910 --> 02:25:44,920
clicked in there make sure this goes
02:25:44,920 --> 02:25:46,870
clicked in there make sure this goes
fully fully seated into the graphics
02:25:46,870 --> 02:25:46,880
fully fully seated into the graphics
02:25:46,880 --> 02:25:48,150
fully fully seated into the graphics
card because this is very very thin
02:25:48,150 --> 02:25:48,160
card because this is very very thin
02:25:48,160 --> 02:25:50,750
card because this is very very thin
gauge wiring which is pumping a ton of
02:25:50,750 --> 02:25:50,760
gauge wiring which is pumping a ton of
02:25:50,760 --> 02:25:52,710
gauge wiring which is pumping a ton of
voltage through it they do have a
02:25:52,710 --> 02:25:52,720
voltage through it they do have a
02:25:52,720 --> 02:25:55,429
voltage through it they do have a
tendency to fail so I would just say I
02:25:55,429 --> 02:25:55,439
tendency to fail so I would just say I
02:25:55,439 --> 02:25:57,349
tendency to fail so I would just say I
would normally recommend if you using a
02:25:57,349 --> 02:25:57,359
would normally recommend if you using a
02:25:57,359 --> 02:25:59,710
would normally recommend if you using a
RTX 40 series card to go with a newer
02:25:59,710 --> 02:25:59,720
RTX 40 series card to go with a newer
02:25:59,720 --> 02:26:02,269
RTX 40 series card to go with a newer
power supply that has that 12 pen built
02:26:02,269 --> 02:26:02,279
power supply that has that 12 pen built
02:26:02,279 --> 02:26:04,950
power supply that has that 12 pen built
on this will work it will come with
02:26:04,950 --> 02:26:04,960
on this will work it will come with
02:26:04,960 --> 02:26:06,590
on this will work it will come with
every 40 series card as far as I know
02:26:06,590 --> 02:26:06,600
every 40 series card as far as I know
02:26:06,600 --> 02:26:08,710
every 40 series card as far as I know
unless they change that in the future um
02:26:08,710 --> 02:26:08,720
unless they change that in the future um
02:26:08,720 --> 02:26:10,910
unless they change that in the future um
it's fine and again if you're using an
02:26:10,910 --> 02:26:10,920
it's fine and again if you're using an
02:26:10,920 --> 02:26:13,150
it's fine and again if you're using an
older Nvidia card at 30 series or
02:26:13,150 --> 02:26:13,160
older Nvidia card at 30 series or
02:26:13,160 --> 02:26:15,030
older Nvidia card at 30 series or
earlier you're using an AMD card if
02:26:15,030 --> 02:26:15,040
earlier you're using an AMD card if
02:26:15,040 --> 02:26:17,070
earlier you're using an AMD card if
you're using an Intel card uh this is
02:26:17,070 --> 02:26:17,080
you're using an Intel card uh this is
02:26:17,080 --> 02:26:18,190
you're using an Intel card uh this is
not relevant you're just going to have
02:26:18,190 --> 02:26:18,200
not relevant you're just going to have
02:26:18,200 --> 02:26:19,309
not relevant you're just going to have
like an eight pen or a couple of eight
02:26:19,309 --> 02:26:19,319
like an eight pen or a couple of eight
02:26:19,319 --> 02:26:21,389
like an eight pen or a couple of eight
pens on there but just as a heads up
02:26:21,389 --> 02:26:21,399
pens on there but just as a heads up
02:26:21,399 --> 02:26:23,870
pens on there but just as a heads up
this will be in the box and it's fine
02:26:23,870 --> 02:26:23,880
this will be in the box and it's fine
02:26:23,880 --> 02:26:26,830
this will be in the box and it's fine
but not really recommended so there is a
02:26:26,830 --> 02:26:26,840
but not really recommended so there is a
02:26:26,840 --> 02:26:29,070
but not really recommended so there is a
lot of plastic on this card look at that
02:26:29,070 --> 02:26:29,080
lot of plastic on this card look at that
02:26:29,080 --> 02:26:30,710
lot of plastic on this card look at that
wow that's they they really want to keep
02:26:30,710 --> 02:26:30,720
wow that's they they really want to keep
02:26:30,720 --> 02:26:32,750
wow that's they they really want to keep
you protected take off all the film
02:26:32,750 --> 02:26:32,760
you protected take off all the film
02:26:32,760 --> 02:26:35,349
you protected take off all the film
which I will say you should 100% do um
02:26:35,349 --> 02:26:35,359
which I will say you should 100% do um
02:26:35,359 --> 02:26:37,190
which I will say you should 100% do um
because this film even though it won't
02:26:37,190 --> 02:26:37,200
because this film even though it won't
02:26:37,200 --> 02:26:40,190
because this film even though it won't
keep it from working is super ugly and
02:26:40,190 --> 02:26:40,200
keep it from working is super ugly and
02:26:40,200 --> 02:26:41,389
keep it from working is super ugly and
if you leave the film on for a little
02:26:41,389 --> 02:26:41,399
if you leave the film on for a little
02:26:41,399 --> 02:26:42,990
if you leave the film on for a little
while it can melt on I've seen people
02:26:42,990 --> 02:26:43,000
while it can melt on I've seen people
02:26:43,000 --> 02:26:44,670
while it can melt on I've seen people
who never took this off and it freaking
02:26:44,670 --> 02:26:44,680
who never took this off and it freaking
02:26:44,680 --> 02:26:46,750
who never took this off and it freaking
gets all like yellowed and gross just
02:26:46,750 --> 02:26:46,760
gets all like yellowed and gross just
02:26:46,760 --> 02:26:48,910
gets all like yellowed and gross just
take off the film all right last things
02:26:48,910 --> 02:26:48,920
take off the film all right last things
02:26:48,920 --> 02:26:50,469
take off the film all right last things
we need to do is there's going to be a
02:26:50,469 --> 02:26:50,479
we need to do is there's going to be a
02:26:50,479 --> 02:26:52,469
we need to do is there's going to be a
little uh protector over our PCI slot so
02:26:52,469 --> 02:26:52,479
little uh protector over our PCI slot so
02:26:52,479 --> 02:26:53,590
little uh protector over our PCI slot so
you want to take that off the back that
02:26:53,590 --> 02:26:53,600
you want to take that off the back that
02:26:53,600 --> 02:26:54,750
you want to take that off the back that
is what was actually going to connect to
02:26:54,750 --> 02:26:54,760
is what was actually going to connect to
02:26:54,760 --> 02:26:56,670
is what was actually going to connect to
the motherboard and then on the back
02:26:56,670 --> 02:26:56,680
the motherboard and then on the back
02:26:56,680 --> 02:26:57,870
the motherboard and then on the back
side of the card there's a bunch of
02:26:57,870 --> 02:26:57,880
side of the card there's a bunch of
02:26:57,880 --> 02:27:00,190
side of the card there's a bunch of
little uh Port connectors for our
02:27:00,190 --> 02:27:00,200
little uh Port connectors for our
02:27:00,200 --> 02:27:03,349
little uh Port connectors for our
display ports and our HDMI wow that's
02:27:03,349 --> 02:27:03,359
display ports and our HDMI wow that's
02:27:03,359 --> 02:27:05,830
display ports and our HDMI wow that's
really iny and there's also of course
02:27:05,830 --> 02:27:05,840
really iny and there's also of course
02:27:05,840 --> 02:27:09,790
really iny and there's also of course
more plastic on the back all right that
02:27:09,790 --> 02:27:09,800
more plastic on the back all right that
02:27:09,800 --> 02:27:11,469
more plastic on the back all right that
should be everything we need to get our
02:27:11,469 --> 02:27:11,479
should be everything we need to get our
02:27:11,479 --> 02:27:12,870
should be everything we need to get our
graph scar up and running so before we
02:27:12,870 --> 02:27:12,880
graph scar up and running so before we
02:27:12,880 --> 02:27:14,190
graph scar up and running so before we
install it let me walk you around it
02:27:14,190 --> 02:27:14,200
install it let me walk you around it
02:27:14,200 --> 02:27:15,790
install it let me walk you around it
really quickly so obviously we have a
02:27:15,790 --> 02:27:15,800
really quickly so obviously we have a
02:27:15,800 --> 02:27:17,790
really quickly so obviously we have a
couple of fans U all graphics cards are
02:27:17,790 --> 02:27:17,800
couple of fans U all graphics cards are
02:27:17,800 --> 02:27:19,389
couple of fans U all graphics cards are
different some have two fans some have
02:27:19,389 --> 02:27:19,399
different some have two fans some have
02:27:19,399 --> 02:27:21,790
different some have two fans some have
three fans not super relevant what I
02:27:21,790 --> 02:27:21,800
three fans not super relevant what I
02:27:21,800 --> 02:27:24,429
three fans not super relevant what I
will point out is the actual backside of
02:27:24,429 --> 02:27:24,439
will point out is the actual backside of
02:27:24,439 --> 02:27:26,590
will point out is the actual backside of
the card so this is the actual part that
02:27:26,590 --> 02:27:26,600
the card so this is the actual part that
02:27:26,600 --> 02:27:28,469
the card so this is the actual part that
sticks out the C back of the Chassy so
02:27:28,469 --> 02:27:28,479
sticks out the C back of the Chassy so
02:27:28,479 --> 02:27:29,550
sticks out the C back of the Chassy so
you'll see that you have your display
02:27:29,550 --> 02:27:29,560
you'll see that you have your display
02:27:29,560 --> 02:27:31,510
you'll see that you have your display
port you have your HDMI now you'll see
02:27:31,510 --> 02:27:31,520
port you have your HDMI now you'll see
02:27:31,520 --> 02:27:33,269
port you have your HDMI now you'll see
that this actually sticks up over the
02:27:33,269 --> 02:27:33,279
that this actually sticks up over the
02:27:33,279 --> 02:27:35,590
that this actually sticks up over the
PCI slot right so older graphics cards
02:27:35,590 --> 02:27:35,600
PCI slot right so older graphics cards
02:27:35,600 --> 02:27:37,309
PCI slot right so older graphics cards
used to cut off at this point a lot of
02:27:37,309 --> 02:27:37,319
used to cut off at this point a lot of
02:27:37,319 --> 02:27:39,190
used to cut off at this point a lot of
newer ones have kind of expanded out
02:27:39,190 --> 02:27:39,200
newer ones have kind of expanded out
02:27:39,200 --> 02:27:41,750
newer ones have kind of expanded out
here which as I kind of show you here uh
02:27:41,750 --> 02:27:41,760
here which as I kind of show you here uh
02:27:41,760 --> 02:27:42,990
here which as I kind of show you here uh
that's where the some of this extra
02:27:42,990 --> 02:27:43,000
that's where the some of this extra
02:27:43,000 --> 02:27:44,950
that's where the some of this extra
space comes in handy that doesn't stick
02:27:44,950 --> 02:27:44,960
space comes in handy that doesn't stick
02:27:44,960 --> 02:27:46,469
space comes in handy that doesn't stick
out enough that it will be a problem for
02:27:46,469 --> 02:27:46,479
out enough that it will be a problem for
02:27:46,479 --> 02:27:48,550
out enough that it will be a problem for
most cases but just something to keep in
02:27:48,550 --> 02:27:48,560
most cases but just something to keep in
02:27:48,560 --> 02:27:49,469
most cases but just something to keep in
mind especially if you're building like
02:27:49,469 --> 02:27:49,479
mind especially if you're building like
02:27:49,479 --> 02:27:51,670
mind especially if you're building like
in a small form Factor system um make
02:27:51,670 --> 02:27:51,680
in a small form Factor system um make
02:27:51,680 --> 02:27:53,269
in a small form Factor system um make
sure that the dimensions of your card
02:27:53,269 --> 02:27:53,279
sure that the dimensions of your card
02:27:53,279 --> 02:27:55,790
sure that the dimensions of your card
are compatible with the case because it
02:27:55,790 --> 02:27:55,800
are compatible with the case because it
02:27:55,800 --> 02:27:57,750
are compatible with the case because it
can be a very tight fit even if it
02:27:57,750 --> 02:27:57,760
can be a very tight fit even if it
02:27:57,760 --> 02:27:58,870
can be a very tight fit even if it
technically works and you have like no
02:27:58,870 --> 02:27:58,880
technically works and you have like no
02:27:58,880 --> 02:28:00,190
technically works and you have like no
clearance it can be sometimes kind of
02:28:00,190 --> 02:28:00,200
clearance it can be sometimes kind of
02:28:00,200 --> 02:28:01,389
clearance it can be sometimes kind of
hard to like kind of wedge it in there
02:28:01,389 --> 02:28:01,399
hard to like kind of wedge it in there
02:28:01,399 --> 02:28:02,590
hard to like kind of wedge it in there
cuz basically what we need to do is line
02:28:02,590 --> 02:28:02,600
cuz basically what we need to do is line
02:28:02,600 --> 02:28:04,630
cuz basically what we need to do is line
up here and go straight back now
02:28:04,630 --> 02:28:04,640
up here and go straight back now
02:28:04,640 --> 02:28:07,309
up here and go straight back now
thankfully this is almost a true dual
02:28:07,309 --> 02:28:07,319
thankfully this is almost a true dual
02:28:07,319 --> 02:28:09,750
thankfully this is almost a true dual
slot card so what I mean by that is that
02:28:09,750 --> 02:28:09,760
slot card so what I mean by that is that
02:28:09,760 --> 02:28:11,150
slot card so what I mean by that is that
you'll see that we have the two slots it
02:28:11,150 --> 02:28:11,160
you'll see that we have the two slots it
02:28:11,160 --> 02:28:12,710
you'll see that we have the two slots it
goes over just a little bit so you see
02:28:12,710 --> 02:28:12,720
goes over just a little bit so you see
02:28:12,720 --> 02:28:14,830
goes over just a little bit so you see
here it's a little bit extra on the side
02:28:14,830 --> 02:28:14,840
here it's a little bit extra on the side
02:28:14,840 --> 02:28:17,429
here it's a little bit extra on the side
it's pretty close to a dual slot um I'll
02:28:17,429 --> 02:28:17,439
it's pretty close to a dual slot um I'll
02:28:17,439 --> 02:28:19,070
it's pretty close to a dual slot um I'll
tell you honestly this is actually a
02:28:19,070 --> 02:28:19,080
tell you honestly this is actually a
02:28:19,080 --> 02:28:21,670
tell you honestly this is actually a
fairly decent size GPU so again this is
02:28:21,670 --> 02:28:21,680
fairly decent size GPU so again this is
02:28:21,680 --> 02:28:24,349
fairly decent size GPU so again this is
a 4070 super um you can definitely find
02:28:24,349 --> 02:28:24,359
a 4070 super um you can definitely find
02:28:24,359 --> 02:28:27,710
a 4070 super um you can definitely find
graphics cards that are way way chunkier
02:28:27,710 --> 02:28:27,720
graphics cards that are way way chunkier
02:28:27,720 --> 02:28:29,150
graphics cards that are way way chunkier
on the cooler I think this is actually a
02:28:29,150 --> 02:28:29,160
on the cooler I think this is actually a
02:28:29,160 --> 02:28:31,269
on the cooler I think this is actually a
pretty nice blend now the last thing
02:28:31,269 --> 02:28:31,279
pretty nice blend now the last thing
02:28:31,279 --> 02:28:32,830
pretty nice blend now the last thing
I'll show you here and it's only going
02:28:32,830 --> 02:28:32,840
I'll show you here and it's only going
02:28:32,840 --> 02:28:34,349
I'll show you here and it's only going
to be on some cards is there's a little
02:28:34,349 --> 02:28:34,359
to be on some cards is there's a little
02:28:34,359 --> 02:28:37,550
to be on some cards is there's a little
switch here so there is a p and a q it
02:28:37,550 --> 02:28:37,560
switch here so there is a p and a q it
02:28:37,560 --> 02:28:39,950
switch here so there is a p and a q it
means mind your p's and q's n
02:28:39,950 --> 02:28:39,960
means mind your p's and q's n
02:28:39,960 --> 02:28:41,429
means mind your p's and q's n
performance and quiet I'm going to leave
02:28:41,429 --> 02:28:41,439
performance and quiet I'm going to leave
02:28:41,439 --> 02:28:43,429
performance and quiet I'm going to leave
it on performance mode um this is not
02:28:43,429 --> 02:28:43,439
it on performance mode um this is not
02:28:43,439 --> 02:28:45,190
it on performance mode um this is not
super important honestly and sometimes
02:28:45,190 --> 02:28:45,200
super important honestly and sometimes
02:28:45,200 --> 02:28:47,070
super important honestly and sometimes
you can even change that in the actual
02:28:47,070 --> 02:28:47,080
you can even change that in the actual
02:28:47,080 --> 02:28:49,469
you can even change that in the actual
driver settings sometimes no no sorry
02:28:49,469 --> 02:28:49,479
driver settings sometimes no no sorry
02:28:49,479 --> 02:28:51,030
driver settings sometimes no no sorry
not driver settings the like the Asus
02:28:51,030 --> 02:28:51,040
not driver settings the like the Asus
02:28:51,040 --> 02:28:53,150
not driver settings the like the Asus
software or whatever um this basically
02:28:53,150 --> 02:28:53,160
software or whatever um this basically
02:28:53,160 --> 02:28:54,389
software or whatever um this basically
just change the actual performance
02:28:54,389 --> 02:28:54,399
just change the actual performance
02:28:54,399 --> 02:28:57,550
just change the actual performance
profile of the GPU um I never play with
02:28:57,550 --> 02:28:57,560
profile of the GPU um I never play with
02:28:57,560 --> 02:28:59,630
profile of the GPU um I never play with
it I just always put in performance and
02:28:59,630 --> 02:28:59,640
it I just always put in performance and
02:28:59,640 --> 02:29:00,469
it I just always put in performance and
what do you want what are you going to
02:29:00,469 --> 02:29:00,479
what do you want what are you going to
02:29:00,479 --> 02:29:02,790
what do you want what are you going to
buy a 4070 super and then say hey I want
02:29:02,790 --> 02:29:02,800
buy a 4070 super and then say hey I want
02:29:02,800 --> 02:29:05,790
buy a 4070 super and then say hey I want
quiet
02:29:05,790 --> 02:29:05,800
02:29:05,800 --> 02:29:07,710
mode it's most ridiculous thing I've
02:29:07,710 --> 02:29:07,720
mode it's most ridiculous thing I've
02:29:07,720 --> 02:29:10,429
mode it's most ridiculous thing I've
ever heard um all right let's install
02:29:10,429 --> 02:29:10,439
ever heard um all right let's install
02:29:10,439 --> 02:29:12,590
ever heard um all right let's install
this thing so to install what we'll do
02:29:12,590 --> 02:29:12,600
this thing so to install what we'll do
02:29:12,600 --> 02:29:13,710
this thing so to install what we'll do
is before we actually do it we'll line
02:29:13,710 --> 02:29:13,720
is before we actually do it we'll line
02:29:13,720 --> 02:29:15,269
is before we actually do it we'll line
it up so we again want to make sure that
02:29:15,269 --> 02:29:15,279
it up so we again want to make sure that
02:29:15,279 --> 02:29:17,269
it up so we again want to make sure that
we know what actual covers we need to
02:29:17,269 --> 02:29:17,279
we know what actual covers we need to
02:29:17,279 --> 02:29:19,389
we know what actual covers we need to
remove so we'll line up with this uh
02:29:19,389 --> 02:29:19,399
remove so we'll line up with this uh
02:29:19,399 --> 02:29:20,990
remove so we'll line up with this uh
slot and you'll see that we need to
02:29:20,990 --> 02:29:21,000
slot and you'll see that we need to
02:29:21,000 --> 02:29:22,590
slot and you'll see that we need to
remove cover number two cover number
02:29:22,590 --> 02:29:22,600
remove cover number two cover number
02:29:22,600 --> 02:29:24,750
remove cover number two cover number
three very standard if you have a bigger
02:29:24,750 --> 02:29:24,760
three very standard if you have a bigger
02:29:24,760 --> 02:29:26,070
three very standard if you have a bigger
card sometimes you actually have to
02:29:26,070 --> 02:29:26,080
card sometimes you actually have to
02:29:26,080 --> 02:29:28,190
card sometimes you actually have to
remove three covers but for this we're
02:29:28,190 --> 02:29:28,200
remove three covers but for this we're
02:29:28,200 --> 02:29:30,630
remove three covers but for this we're
going to just install it in the top two
02:29:30,630 --> 02:29:30,640
going to just install it in the top two
02:29:30,640 --> 02:29:33,550
going to just install it in the top two
slots I will say some cases have a
02:29:33,550 --> 02:29:33,560
slots I will say some cases have a
02:29:33,560 --> 02:29:35,030
slots I will say some cases have a
vertical Graphics Mount so what that
02:29:35,030 --> 02:29:35,040
vertical Graphics Mount so what that
02:29:35,040 --> 02:29:36,389
vertical Graphics Mount so what that
would be is you would actually install
02:29:36,389 --> 02:29:36,399
would be is you would actually install
02:29:36,399 --> 02:29:37,790
would be is you would actually install
the graphics card like right here up
02:29:37,790 --> 02:29:37,800
the graphics card like right here up
02:29:37,800 --> 02:29:39,469
the graphics card like right here up
front and they would have like a little
02:29:39,469 --> 02:29:39,479
front and they would have like a little
02:29:39,479 --> 02:29:41,870
front and they would have like a little
Riser that plugs into your motherboard
02:29:41,870 --> 02:29:41,880
Riser that plugs into your motherboard
02:29:41,880 --> 02:29:43,710
Riser that plugs into your motherboard
it's a little bit specialty it certainly
02:29:43,710 --> 02:29:43,720
it's a little bit specialty it certainly
02:29:43,720 --> 02:29:45,349
it's a little bit specialty it certainly
is a thing and you actually can buy like
02:29:45,349 --> 02:29:45,359
is a thing and you actually can buy like
02:29:45,359 --> 02:29:46,630
is a thing and you actually can buy like
a lot of cases will actually have like
02:29:46,630 --> 02:29:46,640
a lot of cases will actually have like
02:29:46,640 --> 02:29:48,150
a lot of cases will actually have like
an adapter plate that you could do that
02:29:48,150 --> 02:29:48,160
an adapter plate that you could do that
02:29:48,160 --> 02:29:49,790
an adapter plate that you could do that
yourself it certainly looks cool I'll
02:29:49,790 --> 02:29:49,800
yourself it certainly looks cool I'll
02:29:49,800 --> 02:29:51,230
yourself it certainly looks cool I'll
totally admit it looks cool to have your
02:29:51,230 --> 02:29:51,240
totally admit it looks cool to have your
02:29:51,240 --> 02:29:53,630
totally admit it looks cool to have your
graphics card like that um but this is
02:29:53,630 --> 02:29:53,640
graphics card like that um but this is
02:29:53,640 --> 02:29:55,030
graphics card like that um but this is
by far the most standard kind of
02:29:55,030 --> 02:29:55,040
by far the most standard kind of
02:29:55,040 --> 02:29:56,910
by far the most standard kind of
configuration so we'll do is we're going
02:29:56,910 --> 02:29:56,920
configuration so we'll do is we're going
02:29:56,920 --> 02:29:59,990
configuration so we'll do is we're going
to remove slot number
02:29:59,990 --> 02:30:00,000
to remove slot number
02:30:00,000 --> 02:30:02,670
to remove slot number
two and keep these slot covers handy
02:30:02,670 --> 02:30:02,680
two and keep these slot covers handy
02:30:02,680 --> 02:30:04,309
two and keep these slot covers handy
when you take them off uh cuz if you
02:30:04,309 --> 02:30:04,319
when you take them off uh cuz if you
02:30:04,319 --> 02:30:06,550
when you take them off uh cuz if you
ever need to replace it or whatever it's
02:30:06,550 --> 02:30:06,560
ever need to replace it or whatever it's
02:30:06,560 --> 02:30:07,950
ever need to replace it or whatever it's
just nice to have and also keep the
02:30:07,950 --> 02:30:07,960
just nice to have and also keep the
02:30:07,960 --> 02:30:09,190
just nice to have and also keep the
screws we're going to reuse those in
02:30:09,190 --> 02:30:09,200
screws we're going to reuse those in
02:30:09,200 --> 02:30:12,550
screws we're going to reuse those in
just one second so see that's one cover
02:30:12,550 --> 02:30:12,560
just one second so see that's one cover
02:30:12,560 --> 02:30:14,910
just one second so see that's one cover
um I'll also mention it's really not
02:30:14,910 --> 02:30:14,920
um I'll also mention it's really not
02:30:14,920 --> 02:30:16,870
um I'll also mention it's really not
that common but if you're building in a
02:30:16,870 --> 02:30:16,880
that common but if you're building in a
02:30:16,880 --> 02:30:20,710
that common but if you're building in a
older or very cheap system sometimes
02:30:20,710 --> 02:30:20,720
older or very cheap system sometimes
02:30:20,720 --> 02:30:23,110
older or very cheap system sometimes
they actually don't unscrew sometimes
02:30:23,110 --> 02:30:23,120
they actually don't unscrew sometimes
02:30:23,120 --> 02:30:24,469
they actually don't unscrew sometimes
you actually have to like physically
02:30:24,469 --> 02:30:24,479
you actually have to like physically
02:30:24,479 --> 02:30:27,309
you actually have to like physically
Bend these little uh slot covers out
02:30:27,309 --> 02:30:27,319
Bend these little uh slot covers out
02:30:27,319 --> 02:30:30,230
Bend these little uh slot covers out
which feels really gross um just as a
02:30:30,230 --> 02:30:30,240
which feels really gross um just as a
02:30:30,240 --> 02:30:32,269
which feels really gross um just as a
heads up in case you again have like a
02:30:32,269 --> 02:30:32,279
heads up in case you again have like a
02:30:32,279 --> 02:30:35,230
heads up in case you again have like a
very very budget oriented case pretty
02:30:35,230 --> 02:30:35,240
very very budget oriented case pretty
02:30:35,240 --> 02:30:37,429
very very budget oriented case pretty
much anything above like that $50 price
02:30:37,429 --> 02:30:37,439
much anything above like that $50 price
02:30:37,439 --> 02:30:38,469
much anything above like that $50 price
point these days is going to be
02:30:38,469 --> 02:30:38,479
point these days is going to be
02:30:38,479 --> 02:30:41,269
point these days is going to be
unscrewed but just in case yours is a
02:30:41,269 --> 02:30:41,279
unscrewed but just in case yours is a
02:30:41,279 --> 02:30:44,070
unscrewed but just in case yours is a
one of those Bender things you just take
02:30:44,070 --> 02:30:44,080
one of those Bender things you just take
02:30:44,080 --> 02:30:45,150
one of those Bender things you just take
it and you bend it back and forth until
02:30:45,150 --> 02:30:45,160
it and you bend it back and forth until
02:30:45,160 --> 02:30:46,590
it and you bend it back and forth until
it snaps out doesn't feel good but
02:30:46,590 --> 02:30:46,600
it snaps out doesn't feel good but
02:30:46,600 --> 02:30:48,269
it snaps out doesn't feel good but
that's the way they're designed so got
02:30:48,269 --> 02:30:48,279
that's the way they're designed so got
02:30:48,279 --> 02:30:50,630
that's the way they're designed so got
to save some money somehow
02:30:50,630 --> 02:30:50,640
to save some money somehow
02:30:50,640 --> 02:30:52,150
to save some money somehow
okay my friends we've got ourselves our
02:30:52,150 --> 02:30:52,160
okay my friends we've got ourselves our
02:30:52,160 --> 02:30:53,910
okay my friends we've got ourselves our
covers out the installation of the
02:30:53,910 --> 02:30:53,920
covers out the installation of the
02:30:53,920 --> 02:30:56,389
covers out the installation of the
graphics card is incredibly simple so we
02:30:56,389 --> 02:30:56,399
graphics card is incredibly simple so we
02:30:56,399 --> 02:30:59,510
graphics card is incredibly simple so we
have our PCI connector right here is
02:30:59,510 --> 02:30:59,520
have our PCI connector right here is
02:30:59,520 --> 02:31:01,070
have our PCI connector right here is
going to go into the motherboard again
02:31:01,070 --> 02:31:01,080
going to go into the motherboard again
02:31:01,080 --> 02:31:03,309
going to go into the motherboard again
you want to go into the top PCI slot so
02:31:03,309 --> 02:31:03,319
you want to go into the top PCI slot so
02:31:03,319 --> 02:31:05,269
you want to go into the top PCI slot so
technically it would fit and work on the
02:31:05,269 --> 02:31:05,279
technically it would fit and work on the
02:31:05,279 --> 02:31:06,349
technically it would fit and work on the
bottom ones but you're going to be
02:31:06,349 --> 02:31:06,359
bottom ones but you're going to be
02:31:06,359 --> 02:31:08,469
bottom ones but you're going to be
severely limited in bandwidth also why
02:31:08,469 --> 02:31:08,479
severely limited in bandwidth also why
02:31:08,479 --> 02:31:10,710
severely limited in bandwidth also why
would you do that there's no reason okay
02:31:10,710 --> 02:31:10,720
would you do that there's no reason okay
02:31:10,720 --> 02:31:13,230
would you do that there's no reason okay
so we're going to line it up so make
02:31:13,230 --> 02:31:13,240
so we're going to line it up so make
02:31:13,240 --> 02:31:16,630
so we're going to line it up so make
sure that is lined up here and all you
02:31:16,630 --> 02:31:16,640
sure that is lined up here and all you
02:31:16,640 --> 02:31:18,870
sure that is lined up here and all you
got to do is making sure that it's all
02:31:18,870 --> 02:31:18,880
got to do is making sure that it's all
02:31:18,880 --> 02:31:21,910
got to do is making sure that it's all
securely set up we're going to firmly
02:31:21,910 --> 02:31:21,920
securely set up we're going to firmly
02:31:21,920 --> 02:31:23,110
securely set up we're going to firmly
push it into place and you'll hear it
02:31:23,110 --> 02:31:23,120
push it into place and you'll hear it
02:31:23,120 --> 02:31:28,269
push it into place and you'll hear it
click ready and boom there we go now if
02:31:28,269 --> 02:31:28,279
click ready and boom there we go now if
02:31:28,279 --> 02:31:29,550
click ready and boom there we go now if
this was a heavier graphics card I would
02:31:29,550 --> 02:31:29,560
this was a heavier graphics card I would
02:31:29,560 --> 02:31:31,710
this was a heavier graphics card I would
have had taken my hand off so fast but
02:31:31,710 --> 02:31:31,720
have had taken my hand off so fast but
02:31:31,720 --> 02:31:34,150
have had taken my hand off so fast but
I'll tell you some of the really heavy
02:31:34,150 --> 02:31:34,160
I'll tell you some of the really heavy
02:31:34,160 --> 02:31:36,870
I'll tell you some of the really heavy
graphics cards are they're they're
02:31:36,870 --> 02:31:36,880
graphics cards are they're they're
02:31:36,880 --> 02:31:38,750
graphics cards are they're they're
they're really really heavy and they'll
02:31:38,750 --> 02:31:38,760
they're really really heavy and they'll
02:31:38,760 --> 02:31:40,590
they're really really heavy and they'll
actually kind of sag again this is a
02:31:40,590 --> 02:31:40,600
actually kind of sag again this is a
02:31:40,600 --> 02:31:43,150
actually kind of sag again this is a
plastic uh primarily plastic shroud GPU
02:31:43,150 --> 02:31:43,160
plastic uh primarily plastic shroud GPU
02:31:43,160 --> 02:31:44,269
plastic uh primarily plastic shroud GPU
it's not super heavy so that actually
02:31:44,269 --> 02:31:44,279
it's not super heavy so that actually
02:31:44,279 --> 02:31:46,389
it's not super heavy so that actually
sits in there fine some if you're
02:31:46,389 --> 02:31:46,399
sits in there fine some if you're
02:31:46,399 --> 02:31:48,550
sits in there fine some if you're
rocking like a really big heavy like
02:31:48,550 --> 02:31:48,560
rocking like a really big heavy like
02:31:48,560 --> 02:31:50,750
rocking like a really big heavy like
4090 or something often times you'll
02:31:50,750 --> 02:31:50,760
4090 or something often times you'll
02:31:50,760 --> 02:31:52,469
4090 or something often times you'll
actually want to use like a little Riser
02:31:52,469 --> 02:31:52,479
actually want to use like a little Riser
02:31:52,479 --> 02:31:53,670
actually want to use like a little Riser
so sometimes they actually come where
02:31:53,670 --> 02:31:53,680
so sometimes they actually come where
02:31:53,680 --> 02:31:55,070
so sometimes they actually come where
they just kind of give a little support
02:31:55,070 --> 02:31:55,080
they just kind of give a little support
02:31:55,080 --> 02:31:57,030
they just kind of give a little support
on the back side of the GPU or sometimes
02:31:57,030 --> 02:31:57,040
on the back side of the GPU or sometimes
02:31:57,040 --> 02:31:58,070
on the back side of the GPU or sometimes
they'll actually take up one of your
02:31:58,070 --> 02:31:58,080
they'll actually take up one of your
02:31:58,080 --> 02:31:59,630
they'll actually take up one of your
slot covers and give a little bit of
02:31:59,630 --> 02:31:59,640
slot covers and give a little bit of
02:31:59,640 --> 02:32:01,670
slot covers and give a little bit of
extra lift um it sounds a little bit
02:32:01,670 --> 02:32:01,680
extra lift um it sounds a little bit
02:32:01,680 --> 02:32:03,510
extra lift um it sounds a little bit
silly but when you get a really heavy
02:32:03,510 --> 02:32:03,520
silly but when you get a really heavy
02:32:03,520 --> 02:32:06,590
silly but when you get a really heavy
graphics card in place it can slowly sag
02:32:06,590 --> 02:32:06,600
graphics card in place it can slowly sag
02:32:06,600 --> 02:32:08,150
graphics card in place it can slowly sag
now that it looks sort of bad but it
02:32:08,150 --> 02:32:08,160
now that it looks sort of bad but it
02:32:08,160 --> 02:32:09,790
now that it looks sort of bad but it
actually can pull itself out of the slot
02:32:09,790 --> 02:32:09,800
actually can pull itself out of the slot
02:32:09,800 --> 02:32:11,230
actually can pull itself out of the slot
especially if you're ever like shipping
02:32:11,230 --> 02:32:11,240
especially if you're ever like shipping
02:32:11,240 --> 02:32:14,070
especially if you're ever like shipping
or moving your PC it's not really a PC
02:32:14,070 --> 02:32:14,080
or moving your PC it's not really a PC
02:32:14,080 --> 02:32:16,469
or moving your PC it's not really a PC
tutorial thing this is just a ownership
02:32:16,469 --> 02:32:16,479
tutorial thing this is just a ownership
02:32:16,479 --> 02:32:19,190
tutorial thing this is just a ownership
of a gaming PC kind of tip be careful
02:32:19,190 --> 02:32:19,200
of a gaming PC kind of tip be careful
02:32:19,200 --> 02:32:20,910
of a gaming PC kind of tip be careful
with the graphics card if you ever move
02:32:20,910 --> 02:32:20,920
with the graphics card if you ever move
02:32:20,920 --> 02:32:22,750
with the graphics card if you ever move
or ship your computer now we're going to
02:32:22,750 --> 02:32:22,760
or ship your computer now we're going to
02:32:22,760 --> 02:32:24,469
or ship your computer now we're going to
screw it into place that should be fine
02:32:24,469 --> 02:32:24,479
screw it into place that should be fine
02:32:24,479 --> 02:32:26,389
screw it into place that should be fine
for this but if you're ever actually
02:32:26,389 --> 02:32:26,399
for this but if you're ever actually
02:32:26,399 --> 02:32:28,349
for this but if you're ever actually
doing like some real moving of your PC
02:32:28,349 --> 02:32:28,359
doing like some real moving of your PC
02:32:28,359 --> 02:32:29,990
doing like some real moving of your PC
more than just like gently like picking
02:32:29,990 --> 02:32:30,000
more than just like gently like picking
02:32:30,000 --> 02:32:31,190
more than just like gently like picking
it up and bringing it to like your car
02:32:31,190 --> 02:32:31,200
it up and bringing it to like your car
02:32:31,200 --> 02:32:32,750
it up and bringing it to like your car
or something I actually pretty much
02:32:32,750 --> 02:32:32,760
or something I actually pretty much
02:32:32,760 --> 02:32:34,830
or something I actually pretty much
always take the graphics card out again
02:32:34,830 --> 02:32:34,840
always take the graphics card out again
02:32:34,840 --> 02:32:36,630
always take the graphics card out again
they've gotten really heavy and while
02:32:36,630 --> 02:32:36,640
they've gotten really heavy and while
02:32:36,640 --> 02:32:39,030
they've gotten really heavy and while
they're fine stationary if you're moving
02:32:39,030 --> 02:32:39,040
they're fine stationary if you're moving
02:32:39,040 --> 02:32:41,269
they're fine stationary if you're moving
this thing around it can either snap off
02:32:41,269 --> 02:32:41,279
this thing around it can either snap off
02:32:41,279 --> 02:32:43,389
this thing around it can either snap off
or fall or bend or whatever just if
02:32:43,389 --> 02:32:43,399
or fall or bend or whatever just if
02:32:43,399 --> 02:32:44,710
or fall or bend or whatever just if
you're doing anything more than just a
02:32:44,710 --> 02:32:44,720
you're doing anything more than just a
02:32:44,720 --> 02:32:46,510
you're doing anything more than just a
gentle move of your PC from place to
02:32:46,510 --> 02:32:46,520
gentle move of your PC from place to
02:32:46,520 --> 02:32:48,110
gentle move of your PC from place to
place I usually take the graphics card
02:32:48,110 --> 02:32:48,120
place I usually take the graphics card
02:32:48,120 --> 02:32:49,429
place I usually take the graphics card
out it's also really simple because it's
02:32:49,429 --> 02:32:49,439
out it's also really simple because it's
02:32:49,439 --> 02:32:51,190
out it's also really simple because it's
a couple of screws and one or two power
02:32:51,190 --> 02:32:51,200
a couple of screws and one or two power
02:32:51,200 --> 02:32:54,190
a couple of screws and one or two power
cables but just a little Pro tip so
02:32:54,190 --> 02:32:54,200
cables but just a little Pro tip so
02:32:54,200 --> 02:32:55,309
cables but just a little Pro tip so
we're going to take those same screws
02:32:55,309 --> 02:32:55,319
we're going to take those same screws
02:32:55,319 --> 02:32:57,190
we're going to take those same screws
that we took out of the covers and we're
02:32:57,190 --> 02:32:57,200
that we took out of the covers and we're
02:32:57,200 --> 02:32:59,070
that we took out of the covers and we're
going to load up our graphics card and
02:32:59,070 --> 02:32:59,080
going to load up our graphics card and
02:32:59,080 --> 02:33:00,710
going to load up our graphics card and
give it a little bit of extra support so
02:33:00,710 --> 02:33:00,720
give it a little bit of extra support so
02:33:00,720 --> 02:33:02,030
give it a little bit of extra support so
now the graphics card installed you
02:33:02,030 --> 02:33:02,040
now the graphics card installed you
02:33:02,040 --> 02:33:04,309
now the graphics card installed you
should see why we did so much before
02:33:04,309 --> 02:33:04,319
should see why we did so much before
02:33:04,319 --> 02:33:06,590
should see why we did so much before
this point because you know if I'm
02:33:06,590 --> 02:33:06,600
this point because you know if I'm
02:33:06,600 --> 02:33:09,670
this point because you know if I'm
trying to install our USBC or USB 3.0 or
02:33:09,670 --> 02:33:09,680
trying to install our USBC or USB 3.0 or
02:33:09,680 --> 02:33:11,790
trying to install our USBC or USB 3.0 or
a lot of these things it's much more
02:33:11,790 --> 02:33:11,800
a lot of these things it's much more
02:33:11,800 --> 02:33:13,150
a lot of these things it's much more
difficult to do with the graphics card
02:33:13,150 --> 02:33:13,160
difficult to do with the graphics card
02:33:13,160 --> 02:33:14,590
difficult to do with the graphics card
in the ways it's definitely nice to get
02:33:14,590 --> 02:33:14,600
in the ways it's definitely nice to get
02:33:14,600 --> 02:33:16,710
in the ways it's definitely nice to get
as much of this done as possible and
02:33:16,710 --> 02:33:16,720
as much of this done as possible and
02:33:16,720 --> 02:33:19,150
as much of this done as possible and
then install your graphics card we're
02:33:19,150 --> 02:33:19,160
then install your graphics card we're
02:33:19,160 --> 02:33:20,550
then install your graphics card we're
almost there my friends we're very very
02:33:20,550 --> 02:33:20,560
almost there my friends we're very very
02:33:20,560 --> 02:33:22,309
almost there my friends we're very very
close last thing we need to do for the
02:33:22,309 --> 02:33:22,319
close last thing we need to do for the
02:33:22,319 --> 02:33:25,110
close last thing we need to do for the
graphics card is run our power so yet
02:33:25,110 --> 02:33:25,120
graphics card is run our power so yet
02:33:25,120 --> 02:33:27,190
graphics card is run our power so yet
again I'll be very clear just in case
02:33:27,190 --> 02:33:27,200
again I'll be very clear just in case
02:33:27,200 --> 02:33:28,750
again I'll be very clear just in case
you skip to the video and weren't paying
02:33:28,750 --> 02:33:28,760
you skip to the video and weren't paying
02:33:28,760 --> 02:33:32,230
you skip to the video and weren't paying
attention we have ourselves our 12 pen
02:33:32,230 --> 02:33:32,240
attention we have ourselves our 12 pen
02:33:32,240 --> 02:33:34,389
attention we have ourselves our 12 pen
power connector which is very thankfully
02:33:34,389 --> 02:33:34,399
power connector which is very thankfully
02:33:34,399 --> 02:33:35,950
power connector which is very thankfully
yellow so you don't
02:33:35,950 --> 02:33:35,960
yellow so you don't
02:33:35,960 --> 02:33:38,070
yellow so you don't
accidentally forget to plug it in I
02:33:38,070 --> 02:33:38,080
accidentally forget to plug it in I
02:33:38,080 --> 02:33:39,349
accidentally forget to plug it in I
don't know we're going to plug this in
02:33:39,349 --> 02:33:39,359
don't know we're going to plug this in
02:33:39,359 --> 02:33:40,950
don't know we're going to plug this in
it is the exact same way if you were
02:33:40,950 --> 02:33:40,960
it is the exact same way if you were
02:33:40,960 --> 02:33:42,670
it is the exact same way if you were
using another kind of GPU you would be
02:33:42,670 --> 02:33:42,680
using another kind of GPU you would be
02:33:42,680 --> 02:33:45,750
using another kind of GPU you would be
plugging in your six your 6 plus2 your 8
02:33:45,750 --> 02:33:45,760
plugging in your six your 6 plus2 your 8
02:33:45,760 --> 02:33:46,750
plugging in your six your 6 plus2 your 8
however many power connectors it
02:33:46,750 --> 02:33:46,760
however many power connectors it
02:33:46,760 --> 02:33:48,030
however many power connectors it
actually needs you plug it in the same
02:33:48,030 --> 02:33:48,040
actually needs you plug it in the same
02:33:48,040 --> 02:33:49,990
actually needs you plug it in the same
way you connect it like say the CPU or
02:33:49,990 --> 02:33:50,000
way you connect it like say the CPU or
02:33:50,000 --> 02:33:51,389
way you connect it like say the CPU or
something there's a little notch on so
02:33:51,389 --> 02:33:51,399
something there's a little notch on so
02:33:51,399 --> 02:33:53,110
something there's a little notch on so
goes in one way but we're going to
02:33:53,110 --> 02:33:53,120
goes in one way but we're going to
02:33:53,120 --> 02:33:55,590
goes in one way but we're going to
install this like so now before I
02:33:55,590 --> 02:33:55,600
install this like so now before I
02:33:55,600 --> 02:33:57,150
install this like so now before I
actually do it I will say there's a
02:33:57,150 --> 02:33:57,160
actually do it I will say there's a
02:33:57,160 --> 02:33:59,590
actually do it I will say there's a
couple ways we could run this cable none
02:33:59,590 --> 02:33:59,600
couple ways we could run this cable none
02:33:59,600 --> 02:34:01,910
couple ways we could run this cable none
of them are that clean so I think I'm
02:34:01,910 --> 02:34:01,920
of them are that clean so I think I'm
02:34:01,920 --> 02:34:04,870
of them are that clean so I think I'm
just going to run along the side I could
02:34:04,870 --> 02:34:04,880
just going to run along the side I could
02:34:04,880 --> 02:34:06,630
just going to run along the side I could
run it from the top or the bottom the
02:34:06,630 --> 02:34:06,640
run it from the top or the bottom the
02:34:06,640 --> 02:34:07,670
run it from the top or the bottom the
thing is if you get on the bottom it
02:34:07,670 --> 02:34:07,680
thing is if you get on the bottom it
02:34:07,680 --> 02:34:08,790
thing is if you get on the bottom it
actually kind of gets close to the fans
02:34:08,790 --> 02:34:08,800
actually kind of gets close to the fans
02:34:08,800 --> 02:34:10,950
actually kind of gets close to the fans
and I don't like that and it looks kind
02:34:10,950 --> 02:34:10,960
and I don't like that and it looks kind
02:34:10,960 --> 02:34:12,910
and I don't like that and it looks kind
of ugly we could kind of do on the top
02:34:12,910 --> 02:34:12,920
of ugly we could kind of do on the top
02:34:12,920 --> 02:34:13,990
of ugly we could kind of do on the top
but honestly there's not like a really
02:34:13,990 --> 02:34:14,000
but honestly there's not like a really
02:34:14,000 --> 02:34:15,070
but honestly there's not like a really
good way of doing it I'm just going to
02:34:15,070 --> 02:34:15,080
good way of doing it I'm just going to
02:34:15,080 --> 02:34:17,429
good way of doing it I'm just going to
do it on the side and um we'll just kind
02:34:17,429 --> 02:34:17,439
do it on the side and um we'll just kind
02:34:17,439 --> 02:34:18,710
do it on the side and um we'll just kind
of get rid of the slack as much as
02:34:18,710 --> 02:34:18,720
of get rid of the slack as much as
02:34:18,720 --> 02:34:20,950
of get rid of the slack as much as
possible it's not the most pretty thing
02:34:20,950 --> 02:34:20,960
possible it's not the most pretty thing
02:34:20,960 --> 02:34:22,230
possible it's not the most pretty thing
in the world and you do want to be
02:34:22,230 --> 02:34:22,240
in the world and you do want to be
02:34:22,240 --> 02:34:23,670
in the world and you do want to be
careful when you plug that in to make
02:34:23,670 --> 02:34:23,680
careful when you plug that in to make
02:34:23,680 --> 02:34:26,389
careful when you plug that in to make
sure it's fully fully seated a little
02:34:26,389 --> 02:34:26,399
sure it's fully fully seated a little
02:34:26,399 --> 02:34:28,510
sure it's fully fully seated a little
less important when it is the actual
02:34:28,510 --> 02:34:28,520
less important when it is the actual
02:34:28,520 --> 02:34:30,389
less important when it is the actual
power supply versus the adapter this is
02:34:30,389 --> 02:34:30,399
power supply versus the adapter this is
02:34:30,399 --> 02:34:32,590
power supply versus the adapter this is
the adapter I'm like making sure it's in
02:34:32,590 --> 02:34:32,600
the adapter I'm like making sure it's in
02:34:32,600 --> 02:34:34,590
the adapter I'm like making sure it's in
there super tight that is definitely in
02:34:34,590 --> 02:34:34,600
there super tight that is definitely in
02:34:34,600 --> 02:34:36,590
there super tight that is definitely in
there but uh you don't want to like tug
02:34:36,590 --> 02:34:36,600
there but uh you don't want to like tug
02:34:36,600 --> 02:34:37,910
there but uh you don't want to like tug
or especially you have like a case that
02:34:37,910 --> 02:34:37,920
or especially you have like a case that
02:34:37,920 --> 02:34:40,110
or especially you have like a case that
has like a very sort of small tolerance
02:34:40,110 --> 02:34:40,120
has like a very sort of small tolerance
02:34:40,120 --> 02:34:41,750
has like a very sort of small tolerance
like if anything's like pushing against
02:34:41,750 --> 02:34:41,760
like if anything's like pushing against
02:34:41,760 --> 02:34:44,030
like if anything's like pushing against
that like the side panel not good
02:34:44,030 --> 02:34:44,040
that like the side panel not good
02:34:44,040 --> 02:34:45,269
that like the side panel not good
thankfully we have plenty of space so
02:34:45,269 --> 02:34:45,279
thankfully we have plenty of space so
02:34:45,279 --> 02:34:47,710
thankfully we have plenty of space so
it's fine so a little Bend is okay but
02:34:47,710 --> 02:34:47,720
it's fine so a little Bend is okay but
02:34:47,720 --> 02:34:49,190
it's fine so a little Bend is okay but
nothing that's too aggressive make sure
02:34:49,190 --> 02:34:49,200
nothing that's too aggressive make sure
02:34:49,200 --> 02:34:51,269
nothing that's too aggressive make sure
it just feels feel like it's uh got a
02:34:51,269 --> 02:34:51,279
it just feels feel like it's uh got a
02:34:51,279 --> 02:34:54,110
it just feels feel like it's uh got a
little bit of leeway that my friends is
02:34:54,110 --> 02:34:54,120
little bit of leeway that my friends is
02:34:54,120 --> 02:34:58,670
little bit of leeway that my friends is
actually a completed PC y I know right
02:34:58,670 --> 02:34:58,680
actually a completed PC y I know right
02:34:58,680 --> 02:35:01,750
actually a completed PC y I know right
where did the time go so there's a few
02:35:01,750 --> 02:35:01,760
where did the time go so there's a few
02:35:01,760 --> 02:35:02,990
where did the time go so there's a few
things we're going to want to do before
02:35:02,990 --> 02:35:03,000
things we're going to want to do before
02:35:03,000 --> 02:35:04,710
things we're going to want to do before
we're actually done so stay tuned we're
02:35:04,710 --> 02:35:04,720
we're actually done so stay tuned we're
02:35:04,720 --> 02:35:06,830
we're actually done so stay tuned we're
not done yet but before we go through
02:35:06,830 --> 02:35:06,840
not done yet but before we go through
02:35:06,840 --> 02:35:08,750
not done yet but before we go through
and tidy things up and button up the
02:35:08,750 --> 02:35:08,760
and tidy things up and button up the
02:35:08,760 --> 02:35:10,510
and tidy things up and button up the
case and everything we're going to do a
02:35:10,510 --> 02:35:10,520
case and everything we're going to do a
02:35:10,520 --> 02:35:11,990
case and everything we're going to do a
quick little power test now
02:35:11,990 --> 02:35:12,000
quick little power test now
02:35:12,000 --> 02:35:13,110
quick little power test now
theoretically you may have done this
02:35:13,110 --> 02:35:13,120
theoretically you may have done this
02:35:13,120 --> 02:35:15,030
theoretically you may have done this
power test earlier with all of your
02:35:15,030 --> 02:35:15,040
power test earlier with all of your
02:35:15,040 --> 02:35:16,630
power test earlier with all of your
components all over the case or all over
02:35:16,630 --> 02:35:16,640
components all over the case or all over
02:35:16,640 --> 02:35:18,309
components all over the case or all over
the the table or whatever that's fine
02:35:18,309 --> 02:35:18,319
the the table or whatever that's fine
02:35:18,319 --> 02:35:19,990
the the table or whatever that's fine
regardless you need to do it again with
02:35:19,990 --> 02:35:20,000
regardless you need to do it again with
02:35:20,000 --> 02:35:21,110
regardless you need to do it again with
everything installed here you want to
02:35:21,110 --> 02:35:21,120
everything installed here you want to
02:35:21,120 --> 02:35:22,630
everything installed here you want to
make sure everything works everything
02:35:22,630 --> 02:35:22,640
make sure everything works everything
02:35:22,640 --> 02:35:24,950
make sure everything works everything
shows up so time to grab your keyboard
02:35:24,950 --> 02:35:24,960
shows up so time to grab your keyboard
02:35:24,960 --> 02:35:27,349
shows up so time to grab your keyboard
your mouse your monitor power cable and
02:35:27,349 --> 02:35:27,359
your mouse your monitor power cable and
02:35:27,359 --> 02:35:29,670
your mouse your monitor power cable and
get everything plugged in so we can do
02:35:29,670 --> 02:35:29,680
get everything plugged in so we can do
02:35:29,680 --> 02:35:32,830
get everything plugged in so we can do
one final boot test so with everything
02:35:32,830 --> 02:35:32,840
one final boot test so with everything
02:35:32,840 --> 02:35:34,269
one final boot test so with everything
plugged in let me just run you through a
02:35:34,269 --> 02:35:34,279
plugged in let me just run you through a
02:35:34,279 --> 02:35:36,070
plugged in let me just run you through a
couple of steps before you hit that big
02:35:36,070 --> 02:35:36,080
couple of steps before you hit that big
02:35:36,080 --> 02:35:38,550
couple of steps before you hit that big
red or white or blue power button so
02:35:38,550 --> 02:35:38,560
red or white or blue power button so
02:35:38,560 --> 02:35:39,790
red or white or blue power button so
there's a few smaller things we should
02:35:39,790 --> 02:35:39,800
there's a few smaller things we should
02:35:39,800 --> 02:35:43,070
there's a few smaller things we should
do uh first and foremost you see this
02:35:43,070 --> 02:35:43,080
do uh first and foremost you see this
02:35:43,080 --> 02:35:44,269
do uh first and foremost you see this
little switch on the back of your power
02:35:44,269 --> 02:35:44,279
little switch on the back of your power
02:35:44,279 --> 02:35:46,950
little switch on the back of your power
supply see the zero and the one flip it
02:35:46,950 --> 02:35:46,960
supply see the zero and the one flip it
02:35:46,960 --> 02:35:48,790
supply see the zero and the one flip it
to one I can tell you the amount of
02:35:48,790 --> 02:35:48,800
to one I can tell you the amount of
02:35:48,800 --> 02:35:50,590
to one I can tell you the amount of
times I built a PC and forgot to do that
02:35:50,590 --> 02:35:50,600
times I built a PC and forgot to do that
02:35:50,600 --> 02:35:51,710
times I built a PC and forgot to do that
and it doesn't do anything cuz your
02:35:51,710 --> 02:35:51,720
and it doesn't do anything cuz your
02:35:51,720 --> 02:35:53,429
and it doesn't do anything cuz your
power supply is off um while you're back
02:35:53,429 --> 02:35:53,439
power supply is off um while you're back
02:35:53,439 --> 02:35:54,429
power supply is off um while you're back
here you also may want to press the
02:35:54,429 --> 02:35:54,439
here you also may want to press the
02:35:54,439 --> 02:35:56,550
here you also may want to press the
little zero fan button that's on most
02:35:56,550 --> 02:35:56,560
little zero fan button that's on most
02:35:56,560 --> 02:35:58,910
little zero fan button that's on most
moderate to highend power supplies that
02:35:58,910 --> 02:35:58,920
moderate to highend power supplies that
02:35:58,920 --> 02:36:00,110
moderate to highend power supplies that
is just going to allow the power supply
02:36:00,110 --> 02:36:00,120
is just going to allow the power supply
02:36:00,120 --> 02:36:01,830
is just going to allow the power supply
fan to only turn on when it needs to
02:36:01,830 --> 02:36:01,840
fan to only turn on when it needs to
02:36:01,840 --> 02:36:04,110
fan to only turn on when it needs to
versus always be spinning on top of that
02:36:04,110 --> 02:36:04,120
versus always be spinning on top of that
02:36:04,120 --> 02:36:05,670
versus always be spinning on top of that
you see how I've got my display port
02:36:05,670 --> 02:36:05,680
you see how I've got my display port
02:36:05,680 --> 02:36:07,870
you see how I've got my display port
cable plugged into my graphics card so
02:36:07,870 --> 02:36:07,880
cable plugged into my graphics card so
02:36:07,880 --> 02:36:09,710
cable plugged into my graphics card so
technically I could plug it into my
02:36:09,710 --> 02:36:09,720
technically I could plug it into my
02:36:09,720 --> 02:36:12,630
technically I could plug it into my
motherboard and that would work the
02:36:12,630 --> 02:36:12,640
motherboard and that would work the
02:36:12,640 --> 02:36:13,790
motherboard and that would work the
problem though is that I would be using
02:36:13,790 --> 02:36:13,800
problem though is that I would be using
02:36:13,800 --> 02:36:16,230
problem though is that I would be using
the very wimpy integrated graphics on
02:36:16,230 --> 02:36:16,240
the very wimpy integrated graphics on
02:36:16,240 --> 02:36:18,510
the very wimpy integrated graphics on
our CPU now that's fine for
02:36:18,510 --> 02:36:18,520
our CPU now that's fine for
02:36:18,520 --> 02:36:20,590
our CPU now that's fine for
troubleshooting or if maybe building the
02:36:20,590 --> 02:36:20,600
troubleshooting or if maybe building the
02:36:20,600 --> 02:36:21,870
troubleshooting or if maybe building the
PC you're getting your graphics card
02:36:21,870 --> 02:36:21,880
PC you're getting your graphics card
02:36:21,880 --> 02:36:24,309
PC you're getting your graphics card
next week or whatever um but if you have
02:36:24,309 --> 02:36:24,319
next week or whatever um but if you have
02:36:24,319 --> 02:36:26,830
next week or whatever um but if you have
a graphics card you should always always
02:36:26,830 --> 02:36:26,840
a graphics card you should always always
02:36:26,840 --> 02:36:29,710
a graphics card you should always always
plug it in to your graphics card right
02:36:29,710 --> 02:36:29,720
plug it in to your graphics card right
02:36:29,720 --> 02:36:32,150
plug it in to your graphics card right
don't use this if you have this that
02:36:32,150 --> 02:36:32,160
don't use this if you have this that
02:36:32,160 --> 02:36:34,269
don't use this if you have this that
make sense get a graphics card plug your
02:36:34,269 --> 02:36:34,279
make sense get a graphics card plug your
02:36:34,279 --> 02:36:38,070
make sense get a graphics card plug your
monitor into that one okay
02:36:38,070 --> 02:36:38,080
monitor into that one okay
02:36:38,080 --> 02:36:40,710
monitor into that one okay
good the amount of people who have like
02:36:40,710 --> 02:36:40,720
good the amount of people who have like
02:36:40,720 --> 02:36:43,830
good the amount of people who have like
a badass graphics card you plug in the
02:36:43,830 --> 02:36:43,840
a badass graphics card you plug in the
02:36:43,840 --> 02:36:45,550
a badass graphics card you plug in the
HDMI whatever to your motherboard and go
02:36:45,550 --> 02:36:45,560
HDMI whatever to your motherboard and go
02:36:45,560 --> 02:36:47,030
HDMI whatever to your motherboard and go
man this gaming sucks cuz you're not
02:36:47,030 --> 02:36:47,040
man this gaming sucks cuz you're not
02:36:47,040 --> 02:36:49,870
man this gaming sucks cuz you're not
using the graphics card um also while
02:36:49,870 --> 02:36:49,880
using the graphics card um also while
02:36:49,880 --> 02:36:51,070
using the graphics card um also while
I'm back here because my motherboard
02:36:51,070 --> 02:36:51,080
I'm back here because my motherboard
02:36:51,080 --> 02:36:53,150
I'm back here because my motherboard
does have Wi-Fi I'm going to pre-install
02:36:53,150 --> 02:36:53,160
does have Wi-Fi I'm going to pre-install
02:36:53,160 --> 02:36:55,550
does have Wi-Fi I'm going to pre-install
our modules or our little antennas um
02:36:55,550 --> 02:36:55,560
our modules or our little antennas um
02:36:55,560 --> 02:36:56,710
our modules or our little antennas um
you don't have to do this for the BIOS I
02:36:56,710 --> 02:36:56,720
you don't have to do this for the BIOS I
02:36:56,720 --> 02:36:57,750
you don't have to do this for the BIOS I
just like to do it while I'm back here
02:36:57,750 --> 02:36:57,760
just like to do it while I'm back here
02:36:57,760 --> 02:36:59,950
just like to do it while I'm back here
so I don't forget cuz technically much
02:36:59,950 --> 02:36:59,960
so I don't forget cuz technically much
02:36:59,960 --> 02:37:01,590
so I don't forget cuz technically much
like a lot of things on a computer you
02:37:01,590 --> 02:37:01,600
like a lot of things on a computer you
02:37:01,600 --> 02:37:04,190
like a lot of things on a computer you
can actually make it work in a somewhat
02:37:04,190 --> 02:37:04,200
can actually make it work in a somewhat
02:37:04,200 --> 02:37:05,670
can actually make it work in a somewhat
Jank way if you don't have the antennas
02:37:05,670 --> 02:37:05,680
Jank way if you don't have the antennas
02:37:05,680 --> 02:37:07,510
Jank way if you don't have the antennas
you actually will get some Wi-Fi
02:37:07,510 --> 02:37:07,520
you actually will get some Wi-Fi
02:37:07,520 --> 02:37:09,550
you actually will get some Wi-Fi
reception but obviously the antennas
02:37:09,550 --> 02:37:09,560
reception but obviously the antennas
02:37:09,560 --> 02:37:10,750
reception but obviously the antennas
help that
02:37:10,750 --> 02:37:10,760
help that
02:37:10,760 --> 02:37:13,110
help that
tremendously all right so we're going to
02:37:13,110 --> 02:37:13,120
tremendously all right so we're going to
02:37:13,120 --> 02:37:16,950
tremendously all right so we're going to
one and two cool I think that's pretty
02:37:16,950 --> 02:37:16,960
one and two cool I think that's pretty
02:37:16,960 --> 02:37:17,990
one and two cool I think that's pretty
much everything we need to do on the
02:37:17,990 --> 02:37:18,000
much everything we need to do on the
02:37:18,000 --> 02:37:20,269
much everything we need to do on the
back of the system now now the only
02:37:20,269 --> 02:37:20,279
back of the system now now the only
02:37:20,279 --> 02:37:23,030
back of the system now now the only
other thing I will mention is that uh
02:37:23,030 --> 02:37:23,040
other thing I will mention is that uh
02:37:23,040 --> 02:37:24,950
other thing I will mention is that uh
obviously we are doing this test with
02:37:24,950 --> 02:37:24,960
obviously we are doing this test with
02:37:24,960 --> 02:37:26,510
obviously we are doing this test with
the computer you know fully assembled
02:37:26,510 --> 02:37:26,520
the computer you know fully assembled
02:37:26,520 --> 02:37:28,230
the computer you know fully assembled
and whatnot now because this is our
02:37:28,230 --> 02:37:28,240
and whatnot now because this is our
02:37:28,240 --> 02:37:29,950
and whatnot now because this is our
first test boot of the system we're of
02:37:29,950 --> 02:37:29,960
first test boot of the system we're of
02:37:29,960 --> 02:37:31,070
first test boot of the system we're of
course just going to be pressing the
02:37:31,070 --> 02:37:31,080
course just going to be pressing the
02:37:31,080 --> 02:37:33,230
course just going to be pressing the
power button and hoping that it works if
02:37:33,230 --> 02:37:33,240
power button and hoping that it works if
02:37:33,240 --> 02:37:34,830
power button and hoping that it works if
however you have built your system
02:37:34,830 --> 02:37:34,840
however you have built your system
02:37:34,840 --> 02:37:37,110
however you have built your system
outside the case for a test you actually
02:37:37,110 --> 02:37:37,120
outside the case for a test you actually
02:37:37,120 --> 02:37:39,790
outside the case for a test you actually
can use a screwdriver to turn it on that
02:37:39,790 --> 02:37:39,800
can use a screwdriver to turn it on that
02:37:39,800 --> 02:37:41,469
can use a screwdriver to turn it on that
sounds sketchy but it's fine all you
02:37:41,469 --> 02:37:41,479
sounds sketchy but it's fine all you
02:37:41,479 --> 02:37:42,870
sounds sketchy but it's fine all you
need to do is go on your front panel
02:37:42,870 --> 02:37:42,880
need to do is go on your front panel
02:37:42,880 --> 02:37:44,670
need to do is go on your front panel
connectors and there are the two pens
02:37:44,670 --> 02:37:44,680
connectors and there are the two pens
02:37:44,680 --> 02:37:46,710
connectors and there are the two pens
for power you take a screwdriver or any
02:37:46,710 --> 02:37:46,720
for power you take a screwdriver or any
02:37:46,720 --> 02:37:48,190
for power you take a screwdriver or any
piece of metal really and you bridge
02:37:48,190 --> 02:37:48,200
piece of metal really and you bridge
02:37:48,200 --> 02:37:50,550
piece of metal really and you bridge
those two pens and ENT will turn on the
02:37:50,550 --> 02:37:50,560
those two pens and ENT will turn on the
02:37:50,560 --> 02:37:52,190
those two pens and ENT will turn on the
system so just a little heads up it's
02:37:52,190 --> 02:37:52,200
system so just a little heads up it's
02:37:52,200 --> 02:37:53,590
system so just a little heads up it's
really helpful for troubleshooting as
02:37:53,590 --> 02:37:53,600
really helpful for troubleshooting as
02:37:53,600 --> 02:37:54,830
really helpful for troubleshooting as
well knowing that you can just easily
02:37:54,830 --> 02:37:54,840
well knowing that you can just easily
02:37:54,840 --> 02:37:57,190
well knowing that you can just easily
jump the board um it's not sketchy don't
02:37:57,190 --> 02:37:57,200
jump the board um it's not sketchy don't
02:37:57,200 --> 02:37:58,870
jump the board um it's not sketchy don't
worry don't maybe stick your screwdriver
02:37:58,870 --> 02:37:58,880
worry don't maybe stick your screwdriver
02:37:58,880 --> 02:38:00,950
worry don't maybe stick your screwdriver
on all the pin and all the metal bits
02:38:00,950 --> 02:38:00,960
on all the pin and all the metal bits
02:38:00,960 --> 02:38:01,990
on all the pin and all the metal bits
you probably find something that's not
02:38:01,990 --> 02:38:02,000
you probably find something that's not
02:38:02,000 --> 02:38:03,190
you probably find something that's not
good but when it comes to those front
02:38:03,190 --> 02:38:03,200
good but when it comes to those front
02:38:03,200 --> 02:38:04,830
good but when it comes to those front
panel connectors you just have to tap it
02:38:04,830 --> 02:38:04,840
panel connectors you just have to tap it
02:38:04,840 --> 02:38:06,389
panel connectors you just have to tap it
but that's it that's everything we need
02:38:06,389 --> 02:38:06,399
but that's it that's everything we need
02:38:06,399 --> 02:38:08,790
but that's it that's everything we need
to do we've got our monitor plugged in
02:38:08,790 --> 02:38:08,800
to do we've got our monitor plugged in
02:38:08,800 --> 02:38:11,190
to do we've got our monitor plugged in
our HDMI display port connected mouse
02:38:11,190 --> 02:38:11,200
our HDMI display port connected mouse
02:38:11,200 --> 02:38:13,550
our HDMI display port connected mouse
and keyboard ready to go everything's
02:38:13,550 --> 02:38:13,560
and keyboard ready to go everything's
02:38:13,560 --> 02:38:16,469
and keyboard ready to go everything's
turned on fired up all we got to do now
02:38:16,469 --> 02:38:16,479
turned on fired up all we got to do now
02:38:16,479 --> 02:38:18,349
turned on fired up all we got to do now
is press the power button and hope that
02:38:18,349 --> 02:38:18,359
is press the power button and hope that
02:38:18,359 --> 02:38:21,230
is press the power button and hope that
we have made a good decision with our
02:38:21,230 --> 02:38:21,240
we have made a good decision with our
02:38:21,240 --> 02:38:25,230
we have made a good decision with our
lives Okay so we've got uh I forgot to
02:38:25,230 --> 02:38:25,240
lives Okay so we've got uh I forgot to
02:38:25,240 --> 02:38:27,870
lives Okay so we've got uh I forgot to
plug in the fans from the case so I'll
02:38:27,870 --> 02:38:27,880
plug in the fans from the case so I'll
02:38:27,880 --> 02:38:30,269
plug in the fans from the case so I'll
do that after we're done here but
02:38:30,269 --> 02:38:30,279
do that after we're done here but
02:38:30,279 --> 02:38:31,990
do that after we're done here but
importantly we have all three of our
02:38:31,990 --> 02:38:32,000
importantly we have all three of our
02:38:32,000 --> 02:38:34,030
importantly we have all three of our
UNIF fans running for the CPU Cooler
02:38:34,030 --> 02:38:34,040
UNIF fans running for the CPU Cooler
02:38:34,040 --> 02:38:35,630
UNIF fans running for the CPU Cooler
your graphics card fans actually don't
02:38:35,630 --> 02:38:35,640
your graphics card fans actually don't
02:38:35,640 --> 02:38:38,349
your graphics card fans actually don't
always turn on so if it's a more modern
02:38:38,349 --> 02:38:38,359
always turn on so if it's a more modern
02:38:38,359 --> 02:38:40,349
always turn on so if it's a more modern
GPU often times they don't spin up until
02:38:40,349 --> 02:38:40,359
GPU often times they don't spin up until
02:38:40,359 --> 02:38:43,309
GPU often times they don't spin up until
the GPU gets a little hot uh we got our
02:38:43,309 --> 02:38:43,319
the GPU gets a little hot uh we got our
02:38:43,319 --> 02:38:45,349
the GPU gets a little hot uh we got our
screen on our le le cooler that's
02:38:45,349 --> 02:38:45,359
screen on our le le cooler that's
02:38:45,359 --> 02:38:49,870
screen on our le le cooler that's
activated and if I come around here hey
02:38:49,870 --> 02:38:49,880
activated and if I come around here hey
02:38:49,880 --> 02:38:52,070
activated and if I come around here hey
you got a new CPU installed
02:38:52,070 --> 02:38:52,080
you got a new CPU installed
02:38:52,080 --> 02:38:54,389
you got a new CPU installed
congratulations that is a very good sign
02:38:54,389 --> 02:38:54,399
congratulations that is a very good sign
02:38:54,399 --> 02:38:56,389
congratulations that is a very good sign
we're going to hit Y we're going to let
02:38:56,389 --> 02:38:56,399
we're going to hit Y we're going to let
02:38:56,399 --> 02:38:58,230
we're going to hit Y we're going to let
the motherboard do its thing and
02:38:58,230 --> 02:38:58,240
the motherboard do its thing and
02:38:58,240 --> 02:38:59,510
the motherboard do its thing and
assuming that everything shows up here
02:38:59,510 --> 02:38:59,520
assuming that everything shows up here
02:38:59,520 --> 02:39:01,269
assuming that everything shows up here
in the Bios we have successfully built
02:39:01,269 --> 02:39:01,279
in the Bios we have successfully built
02:39:01,279 --> 02:39:04,389
in the Bios we have successfully built
ourselves a PC so I will need to plug in
02:39:04,389 --> 02:39:04,399
ourselves a PC so I will need to plug in
02:39:04,399 --> 02:39:05,990
ourselves a PC so I will need to plug in
our fan header which I forgot to do in
02:39:05,990 --> 02:39:06,000
our fan header which I forgot to do in
02:39:06,000 --> 02:39:07,710
our fan header which I forgot to do in
fact here don't do this but I'm just
02:39:07,710 --> 02:39:07,720
fact here don't do this but I'm just
02:39:07,720 --> 02:39:08,790
fact here don't do this but I'm just
going to plug it in cuz I left it
02:39:08,790 --> 02:39:08,800
going to plug it in cuz I left it
02:39:08,800 --> 02:39:10,429
going to plug it in cuz I left it
connected right here so now you can see
02:39:10,429 --> 02:39:10,439
connected right here so now you can see
02:39:10,439 --> 02:39:11,950
connected right here so now you can see
that we got all of our fans running in
02:39:11,950 --> 02:39:11,960
that we got all of our fans running in
02:39:11,960 --> 02:39:14,550
that we got all of our fans running in
the system now at this point the fan is
02:39:14,550 --> 02:39:14,560
the system now at this point the fan is
02:39:14,560 --> 02:39:16,070
the system now at this point the fan is
cranking at 100% there's some things
02:39:16,070 --> 02:39:16,080
cranking at 100% there's some things
02:39:16,080 --> 02:39:17,429
cranking at 100% there's some things
that we're going to need to tweak none
02:39:17,429 --> 02:39:17,439
that we're going to need to tweak none
02:39:17,439 --> 02:39:18,910
that we're going to need to tweak none
of that matters right now there's plenty
02:39:18,910 --> 02:39:18,920
of that matters right now there's plenty
02:39:18,920 --> 02:39:21,070
of that matters right now there's plenty
of time to do do that all we need to do
02:39:21,070 --> 02:39:21,080
of time to do do that all we need to do
02:39:21,080 --> 02:39:24,150
of time to do do that all we need to do
is in our bios hit okay here and we want
02:39:24,150 --> 02:39:24,160
is in our bios hit okay here and we want
02:39:24,160 --> 02:39:27,990
is in our bios hit okay here and we want
to make sure that everything shows up so
02:39:27,990 --> 02:39:28,000
to make sure that everything shows up so
02:39:28,000 --> 02:39:29,190
to make sure that everything shows up so
we go through the list we see the
02:39:29,190 --> 02:39:29,200
we go through the list we see the
02:39:29,200 --> 02:39:33,469
we go through the list we see the
motherboard ryzen 7 7700x perfect we see
02:39:33,469 --> 02:39:33,479
motherboard ryzen 7 7700x perfect we see
02:39:33,479 --> 02:39:38,070
motherboard ryzen 7 7700x perfect we see
our SATA hard drive we see our PCI card
02:39:38,070 --> 02:39:38,080
our SATA hard drive we see our PCI card
02:39:38,080 --> 02:39:40,670
our SATA hard drive we see our PCI card
which is the PCI x16 perfect and we see
02:39:40,670 --> 02:39:40,680
which is the PCI x16 perfect and we see
02:39:40,680 --> 02:39:42,630
which is the PCI x16 perfect and we see
our Samsung 990 Pro so that means our
02:39:42,630 --> 02:39:42,640
our Samsung 990 Pro so that means our
02:39:42,640 --> 02:39:44,790
our Samsung 990 Pro so that means our
SSD our hard drive and our graphics card
02:39:44,790 --> 02:39:44,800
SSD our hard drive and our graphics card
02:39:44,800 --> 02:39:46,710
SSD our hard drive and our graphics card
are all showing up fine on top of that
02:39:46,710 --> 02:39:46,720
are all showing up fine on top of that
02:39:46,720 --> 02:39:48,950
are all showing up fine on top of that
we see our Ram so we see one G scale 16
02:39:48,950 --> 02:39:48,960
we see our Ram so we see one G scale 16
02:39:48,960 --> 02:39:52,309
we see our Ram so we see one G scale 16
and two GLE 16s that is everything we
02:39:52,309 --> 02:39:52,319
and two GLE 16s that is everything we
02:39:52,319 --> 02:39:53,790
and two GLE 16s that is everything we
need to look for for right now there's a
02:39:53,790 --> 02:39:53,800
need to look for for right now there's a
02:39:53,800 --> 02:39:54,910
need to look for for right now there's a
bunch more stuff we need to actually do
02:39:54,910 --> 02:39:54,920
bunch more stuff we need to actually do
02:39:54,920 --> 02:39:56,389
bunch more stuff we need to actually do
with the BIOS installing Windows I'm
02:39:56,389 --> 02:39:56,399
with the BIOS installing Windows I'm
02:39:56,399 --> 02:39:57,590
with the BIOS installing Windows I'm
going to walk you through that entire
02:39:57,590 --> 02:39:57,600
going to walk you through that entire
02:39:57,600 --> 02:39:59,110
going to walk you through that entire
process but this is a perfect
02:39:59,110 --> 02:39:59,120
process but this is a perfect
02:39:59,120 --> 02:40:01,230
process but this is a perfect
opportunity to take a big old deep
02:40:01,230 --> 02:40:01,240
opportunity to take a big old deep
02:40:01,240 --> 02:40:04,070
opportunity to take a big old deep
breath and say congratulations me I
02:40:04,070 --> 02:40:04,080
breath and say congratulations me I
02:40:04,080 --> 02:40:05,790
breath and say congratulations me I
built a PC I mean not me like I'm
02:40:05,790 --> 02:40:05,800
built a PC I mean not me like I'm
02:40:05,800 --> 02:40:08,710
built a PC I mean not me like I'm
congratulating you for building a PC
02:40:08,710 --> 02:40:08,720
congratulating you for building a PC
02:40:08,720 --> 02:40:13,670
congratulating you for building a PC
yeah we did it wo you're the best that
02:40:13,670 --> 02:40:13,680
yeah we did it wo you're the best that
02:40:13,680 --> 02:40:14,510
yeah we did it wo you're the best that
ever
02:40:14,510 --> 02:40:14,520
ever
02:40:14,520 --> 02:40:17,830
ever
was to catch them is my real test to
02:40:17,830 --> 02:40:17,840
was to catch them is my real test to
02:40:17,840 --> 02:40:21,309
was to catch them is my real test to
train them is my cut
02:40:21,309 --> 02:40:21,319
train them is my cut
02:40:21,319 --> 02:40:23,309
train them is my cut
so a lot of what we're doing today is
02:40:23,309 --> 02:40:23,319
so a lot of what we're doing today is
02:40:23,319 --> 02:40:24,590
so a lot of what we're doing today is
software so we're going to be updating
02:40:24,590 --> 02:40:24,600
software so we're going to be updating
02:40:24,600 --> 02:40:26,910
software so we're going to be updating
the BIOS installing Windows drivers that
02:40:26,910 --> 02:40:26,920
the BIOS installing Windows drivers that
02:40:26,920 --> 02:40:28,349
the BIOS installing Windows drivers that
kind of stuff but before we do that
02:40:28,349 --> 02:40:28,359
kind of stuff but before we do that
02:40:28,359 --> 02:40:29,510
kind of stuff but before we do that
we're going to do just a little bit of
02:40:29,510 --> 02:40:29,520
we're going to do just a little bit of
02:40:29,520 --> 02:40:31,110
we're going to do just a little bit of
cable management and I'm going to do the
02:40:31,110 --> 02:40:31,120
cable management and I'm going to do the
02:40:31,120 --> 02:40:32,590
cable management and I'm going to do the
one thing that I did not do yesterday
02:40:32,590 --> 02:40:32,600
one thing that I did not do yesterday
02:40:32,600 --> 02:40:34,670
one thing that I did not do yesterday
which is plug in our fan header and our
02:40:34,670 --> 02:40:34,680
which is plug in our fan header and our
02:40:34,680 --> 02:40:36,990
which is plug in our fan header and our
actual RGB Hub so if I rotate the system
02:40:36,990 --> 02:40:37,000
actual RGB Hub so if I rotate the system
02:40:37,000 --> 02:40:39,309
actual RGB Hub so if I rotate the system
around it's mounted here this is not on
02:40:39,309 --> 02:40:39,319
around it's mounted here this is not on
02:40:39,319 --> 02:40:41,110
around it's mounted here this is not on
all cases I would say a lot of cases
02:40:41,110 --> 02:40:41,120
all cases I would say a lot of cases
02:40:41,120 --> 02:40:42,830
all cases I would say a lot of cases
these days will have some kind of Fan
02:40:42,830 --> 02:40:42,840
these days will have some kind of Fan
02:40:42,840 --> 02:40:45,790
these days will have some kind of Fan
Hub so the problem with these is that
02:40:45,790 --> 02:40:45,800
Hub so the problem with these is that
02:40:45,800 --> 02:40:47,389
Hub so the problem with these is that
you got to do a little bit of searching
02:40:47,389 --> 02:40:47,399
you got to do a little bit of searching
02:40:47,399 --> 02:40:49,710
you got to do a little bit of searching
so for these I've got to fish my C out
02:40:49,710 --> 02:40:49,720
so for these I've got to fish my C out
02:40:49,720 --> 02:40:52,110
so for these I've got to fish my C out
from this Cable Management here so
02:40:52,110 --> 02:40:52,120
from this Cable Management here so
02:40:52,120 --> 02:40:53,910
from this Cable Management here so
technically they're run down but I
02:40:53,910 --> 02:40:53,920
technically they're run down but I
02:40:53,920 --> 02:40:55,150
technically they're run down but I
actually want to plug them into the top
02:40:55,150 --> 02:40:55,160
actually want to plug them into the top
02:40:55,160 --> 02:40:58,030
actually want to plug them into the top
of the board um so what you'll see here
02:40:58,030 --> 02:40:58,040
of the board um so what you'll see here
02:40:58,040 --> 02:40:59,429
of the board um so what you'll see here
is that this case has these nice little
02:40:59,429 --> 02:40:59,439
is that this case has these nice little
02:40:59,439 --> 02:41:01,429
is that this case has these nice little
cable channels which is lovely except
02:41:01,429 --> 02:41:01,439
cable channels which is lovely except
02:41:01,439 --> 02:41:02,990
cable channels which is lovely except
for when you need to pull something out
02:41:02,990 --> 02:41:03,000
for when you need to pull something out
02:41:03,000 --> 02:41:05,630
for when you need to pull something out
and you have to undo the twist ties now
02:41:05,630 --> 02:41:05,640
and you have to undo the twist ties now
02:41:05,640 --> 02:41:07,630
and you have to undo the twist ties now
I'm not going to go super in depth on
02:41:07,630 --> 02:41:07,640
I'm not going to go super in depth on
02:41:07,640 --> 02:41:08,910
I'm not going to go super in depth on
this part because it's is going to be
02:41:08,910 --> 02:41:08,920
this part because it's is going to be
02:41:08,920 --> 02:41:11,670
this part because it's is going to be
highly dependent on the case and the uh
02:41:11,670 --> 02:41:11,680
highly dependent on the case and the uh
02:41:11,680 --> 02:41:12,950
highly dependent on the case and the uh
kill management and whatnot that you've
02:41:12,950 --> 02:41:12,960
kill management and whatnot that you've
02:41:12,960 --> 02:41:14,790
kill management and whatnot that you've
got but what I will do is I will show
02:41:14,790 --> 02:41:14,800
got but what I will do is I will show
02:41:14,800 --> 02:41:18,590
got but what I will do is I will show
you pulling my fan headers out so right
02:41:18,590 --> 02:41:18,600
you pulling my fan headers out so right
02:41:18,600 --> 02:41:20,150
you pulling my fan headers out so right
now they actually works so you saw
02:41:20,150 --> 02:41:20,160
now they actually works so you saw
02:41:20,160 --> 02:41:21,510
now they actually works so you saw
earlier they actually fired up when I
02:41:21,510 --> 02:41:21,520
earlier they actually fired up when I
02:41:21,520 --> 02:41:23,510
earlier they actually fired up when I
gave them power the problem is that by
02:41:23,510 --> 02:41:23,520
gave them power the problem is that by
02:41:23,520 --> 02:41:24,469
gave them power the problem is that by
default they're just going to be running
02:41:24,469 --> 02:41:24,479
default they're just going to be running
02:41:24,479 --> 02:41:26,950
default they're just going to be running
at 100% speed which is not ideal I'm
02:41:26,950 --> 02:41:26,960
at 100% speed which is not ideal I'm
02:41:26,960 --> 02:41:29,469
at 100% speed which is not ideal I'm
going to pull these cables out which
02:41:29,469 --> 02:41:29,479
going to pull these cables out which
02:41:29,479 --> 02:41:31,670
going to pull these cables out which
come out from here so that's fine so
02:41:31,670 --> 02:41:31,680
come out from here so that's fine so
02:41:31,680 --> 02:41:33,510
come out from here so that's fine so
we're going to just pull the excess out
02:41:33,510 --> 02:41:33,520
we're going to just pull the excess out
02:41:33,520 --> 02:41:35,030
we're going to just pull the excess out
of here and then what I'll do is I'm
02:41:35,030 --> 02:41:35,040
of here and then what I'll do is I'm
02:41:35,040 --> 02:41:36,870
of here and then what I'll do is I'm
going to tuck the cables that we don't
02:41:36,870 --> 02:41:36,880
going to tuck the cables that we don't
02:41:36,880 --> 02:41:39,469
going to tuck the cables that we don't
need anymore Behind these little clips
02:41:39,469 --> 02:41:39,479
need anymore Behind these little clips
02:41:39,479 --> 02:41:41,590
need anymore Behind these little clips
now you can go incredibly in depth on
02:41:41,590 --> 02:41:41,600
now you can go incredibly in depth on
02:41:41,600 --> 02:41:43,950
now you can go incredibly in depth on
cable management for me as long as
02:41:43,950 --> 02:41:43,960
cable management for me as long as
02:41:43,960 --> 02:41:46,710
cable management for me as long as
things are sort of Tidy and I can easily
02:41:46,710 --> 02:41:46,720
things are sort of Tidy and I can easily
02:41:46,720 --> 02:41:48,469
things are sort of Tidy and I can easily
get at stuff and Trace runs I don't care
02:41:48,469 --> 02:41:48,479
get at stuff and Trace runs I don't care
02:41:48,479 --> 02:41:50,870
get at stuff and Trace runs I don't care
too much the main thing you have to do
02:41:50,870 --> 02:41:50,880
too much the main thing you have to do
02:41:50,880 --> 02:41:52,429
too much the main thing you have to do
is just make sure that your cables will
02:41:52,429 --> 02:41:52,439
is just make sure that your cables will
02:41:52,439 --> 02:41:55,070
is just make sure that your cables will
be able to close behind the side panel
02:41:55,070 --> 02:41:55,080
be able to close behind the side panel
02:41:55,080 --> 02:41:56,269
be able to close behind the side panel
so I can immediately tell that while a
02:41:56,269 --> 02:41:56,279
so I can immediately tell that while a
02:41:56,279 --> 02:41:57,510
so I can immediately tell that while a
lot of the stuff is actually not too far
02:41:57,510 --> 02:41:57,520
lot of the stuff is actually not too far
02:41:57,520 --> 02:42:00,670
lot of the stuff is actually not too far
off like my 20 plus 4 pin my CPU my GPU
02:42:00,670 --> 02:42:00,680
off like my 20 plus 4 pin my CPU my GPU
02:42:00,680 --> 02:42:02,030
off like my 20 plus 4 pin my CPU my GPU
actual cable some of these are going to
02:42:02,030 --> 02:42:02,040
actual cable some of these are going to
02:42:02,040 --> 02:42:03,630
actual cable some of these are going to
be a little bit thick so what I'll do is
02:42:03,630 --> 02:42:03,640
be a little bit thick so what I'll do is
02:42:03,640 --> 02:42:04,790
be a little bit thick so what I'll do is
in a minute I'll come back through and
02:42:04,790 --> 02:42:04,800
in a minute I'll come back through and
02:42:04,800 --> 02:42:06,429
in a minute I'll come back through and
actually run them all but the before I
02:42:06,429 --> 02:42:06,439
actually run them all but the before I
02:42:06,439 --> 02:42:08,670
actually run them all but the before I
do any of that let me plug in our last
02:42:08,670 --> 02:42:08,680
do any of that let me plug in our last
02:42:08,680 --> 02:42:11,309
do any of that let me plug in our last
cables which is going to be for our
02:42:11,309 --> 02:42:11,319
cables which is going to be for our
02:42:11,319 --> 02:42:16,910
cables which is going to be for our
RGB and for our fan controller um so
02:42:16,910 --> 02:42:16,920
RGB and for our fan controller um so
02:42:16,920 --> 02:42:18,309
RGB and for our fan controller um so
you'll you saw that when I plugged it
02:42:18,309 --> 02:42:18,319
you'll you saw that when I plugged it
02:42:18,319 --> 02:42:20,790
you'll you saw that when I plugged it
into Power the ual Hub all my fans on
02:42:20,790 --> 02:42:20,800
into Power the ual Hub all my fans on
02:42:20,800 --> 02:42:22,710
into Power the ual Hub all my fans on
the case started spinning that's totally
02:42:22,710 --> 02:42:22,720
the case started spinning that's totally
02:42:22,720 --> 02:42:24,389
the case started spinning that's totally
fine but they're spinning at 100%
02:42:24,389 --> 02:42:24,399
fine but they're spinning at 100%
02:42:24,399 --> 02:42:25,550
fine but they're spinning at 100%
because they have no communication with
02:42:25,550 --> 02:42:25,560
because they have no communication with
02:42:25,560 --> 02:42:26,870
because they have no communication with
the system they just have power they're
02:42:26,870 --> 02:42:26,880
the system they just have power they're
02:42:26,880 --> 02:42:28,750
the system they just have power they're
cranking so by plugging these into the
02:42:28,750 --> 02:42:28,760
cranking so by plugging these into the
02:42:28,760 --> 02:42:30,389
cranking so by plugging these into the
motherboard not only can we control the
02:42:30,389 --> 02:42:30,399
motherboard not only can we control the
02:42:30,399 --> 02:42:32,349
motherboard not only can we control the
RGB on these fans but importantly we can
02:42:32,349 --> 02:42:32,359
RGB on these fans but importantly we can
02:42:32,359 --> 02:42:33,870
RGB on these fans but importantly we can
also have the motherboard automatically
02:42:33,870 --> 02:42:33,880
also have the motherboard automatically
02:42:33,880 --> 02:42:35,790
also have the motherboard automatically
spin them up and down based on the load
02:42:35,790 --> 02:42:35,800
spin them up and down based on the load
02:42:35,800 --> 02:42:37,389
spin them up and down based on the load
of the system no reason to have fans
02:42:37,389 --> 02:42:37,399
of the system no reason to have fans
02:42:37,399 --> 02:42:41,269
of the system no reason to have fans
cranking 100% almost ever so rotate this
02:42:41,269 --> 02:42:41,279
cranking 100% almost ever so rotate this
02:42:41,279 --> 02:42:42,510
cranking 100% almost ever so rotate this
around here I'm going to plug these in
02:42:42,510 --> 02:42:42,520
around here I'm going to plug these in
02:42:42,520 --> 02:42:43,950
around here I'm going to plug these in
uh these are the exact same connectors
02:42:43,950 --> 02:42:43,960
uh these are the exact same connectors
02:42:43,960 --> 02:42:46,110
uh these are the exact same connectors
that we already showed so it is our 3
02:42:46,110 --> 02:42:46,120
that we already showed so it is our 3
02:42:46,120 --> 02:42:49,550
that we already showed so it is our 3
pen 5vt uh RGB header as well as our pen
02:42:49,550 --> 02:42:49,560
pen 5vt uh RGB header as well as our pen
02:42:49,560 --> 02:42:51,710
pen 5vt uh RGB header as well as our pen
pwm for the fans so I'm going to plug
02:42:51,710 --> 02:42:51,720
pwm for the fans so I'm going to plug
02:42:51,720 --> 02:42:54,309
pwm for the fans so I'm going to plug
that into our system fan slot up on the
02:42:54,309 --> 02:42:54,319
that into our system fan slot up on the
02:42:54,319 --> 02:42:57,349
that into our system fan slot up on the
top left or top right rather and same
02:42:57,349 --> 02:42:57,359
top left or top right rather and same
02:42:57,359 --> 02:42:59,830
top left or top right rather and same
thing for RGB and plug this in right
02:42:59,830 --> 02:42:59,840
thing for RGB and plug this in right
02:42:59,840 --> 02:43:01,870
thing for RGB and plug this in right
here it's the same stuff as we were
02:43:01,870 --> 02:43:01,880
here it's the same stuff as we were
02:43:01,880 --> 02:43:03,670
here it's the same stuff as we were
doing before just one additional set of
02:43:03,670 --> 02:43:03,680
doing before just one additional set of
02:43:03,680 --> 02:43:05,510
doing before just one additional set of
cables and then like always I'm going to
02:43:05,510 --> 02:43:05,520
cables and then like always I'm going to
02:43:05,520 --> 02:43:08,150
cables and then like always I'm going to
pull that excess out run it along the
02:43:08,150 --> 02:43:08,160
pull that excess out run it along the
02:43:08,160 --> 02:43:09,630
pull that excess out run it along the
top and then what I'll
02:43:09,630 --> 02:43:09,640
top and then what I'll
02:43:09,640 --> 02:43:12,349
top and then what I'll
do is I'm just going to tuck it into
02:43:12,349 --> 02:43:12,359
do is I'm just going to tuck it into
02:43:12,359 --> 02:43:15,990
do is I'm just going to tuck it into
this little plastic cable holder now you
02:43:15,990 --> 02:43:16,000
this little plastic cable holder now you
02:43:16,000 --> 02:43:17,750
this little plastic cable holder now you
see there's a lot of cables behind this
02:43:17,750 --> 02:43:17,760
see there's a lot of cables behind this
02:43:17,760 --> 02:43:19,510
see there's a lot of cables behind this
one but that's fine honestly like these
02:43:19,510 --> 02:43:19,520
one but that's fine honestly like these
02:43:19,520 --> 02:43:21,670
one but that's fine honestly like these
are really easy to work with so when it
02:43:21,670 --> 02:43:21,680
are really easy to work with so when it
02:43:21,680 --> 02:43:23,550
are really easy to work with so when it
comes to doing Cable Management I'm not
02:43:23,550 --> 02:43:23,560
comes to doing Cable Management I'm not
02:43:23,560 --> 02:43:24,550
comes to doing Cable Management I'm not
going to give you a super in-depth
02:43:24,550 --> 02:43:24,560
going to give you a super in-depth
02:43:24,560 --> 02:43:26,630
going to give you a super in-depth
tutorial again kind of try to clean
02:43:26,630 --> 02:43:26,640
tutorial again kind of try to clean
02:43:26,640 --> 02:43:28,230
tutorial again kind of try to clean
things up as much as you can it helps a
02:43:28,230 --> 02:43:28,240
things up as much as you can it helps a
02:43:28,240 --> 02:43:30,110
things up as much as you can it helps a
lot if you ran cable smartly the first
02:43:30,110 --> 02:43:30,120
lot if you ran cable smartly the first
02:43:30,120 --> 02:43:32,429
lot if you ran cable smartly the first
time so a few things that I will do is
02:43:32,429 --> 02:43:32,439
time so a few things that I will do is
02:43:32,439 --> 02:43:34,030
time so a few things that I will do is
tuck the obvious stuff like this thing
02:43:34,030 --> 02:43:34,040
tuck the obvious stuff like this thing
02:43:34,040 --> 02:43:35,590
tuck the obvious stuff like this thing
can just kind of tuck back here a little
02:43:35,590 --> 02:43:35,600
can just kind of tuck back here a little
02:43:35,600 --> 02:43:37,830
can just kind of tuck back here a little
bit more these are actually kind of fine
02:43:37,830 --> 02:43:37,840
bit more these are actually kind of fine
02:43:37,840 --> 02:43:40,469
bit more these are actually kind of fine
as is now you can go super in depth on
02:43:40,469 --> 02:43:40,479
as is now you can go super in depth on
02:43:40,479 --> 02:43:42,309
as is now you can go super in depth on
this if you'd like I like using these
02:43:42,309 --> 02:43:42,319
this if you'd like I like using these
02:43:42,319 --> 02:43:43,469
this if you'd like I like using these
little Clips because they really kind of
02:43:43,469 --> 02:43:43,479
little Clips because they really kind of
02:43:43,479 --> 02:43:45,750
little Clips because they really kind of
help hold things in place the other
02:43:45,750 --> 02:43:45,760
help hold things in place the other
02:43:45,760 --> 02:43:46,830
help hold things in place the other
thing you should do is if you have
02:43:46,830 --> 02:43:46,840
thing you should do is if you have
02:43:46,840 --> 02:43:48,269
thing you should do is if you have
something like Velcro so you can see I
02:43:48,269 --> 02:43:48,279
something like Velcro so you can see I
02:43:48,279 --> 02:43:50,309
something like Velcro so you can see I
have velcro ties all over the place
02:43:50,309 --> 02:43:50,319
have velcro ties all over the place
02:43:50,319 --> 02:43:52,230
have velcro ties all over the place
these essentially work as cable channels
02:43:52,230 --> 02:43:52,240
these essentially work as cable channels
02:43:52,240 --> 02:43:53,710
these essentially work as cable channels
for this one I realized oh I should run
02:43:53,710 --> 02:43:53,720
for this one I realized oh I should run
02:43:53,720 --> 02:43:55,230
for this one I realized oh I should run
that inside the velcro and help kind of
02:43:55,230 --> 02:43:55,240
that inside the velcro and help kind of
02:43:55,240 --> 02:43:57,710
that inside the velcro and help kind of
tuck it in a little bit so in fact I
02:43:57,710 --> 02:43:57,720
tuck it in a little bit so in fact I
02:43:57,720 --> 02:44:00,389
tuck it in a little bit so in fact I
sort of push both of these in and right
02:44:00,389 --> 02:44:00,399
sort of push both of these in and right
02:44:00,399 --> 02:44:03,349
sort of push both of these in and right
off the bat I bet you if I put that side
02:44:03,349 --> 02:44:03,359
off the bat I bet you if I put that side
02:44:03,359 --> 02:44:05,309
off the bat I bet you if I put that side
panel on it would just go we've all done
02:44:05,309 --> 02:44:05,319
panel on it would just go we've all done
02:44:05,319 --> 02:44:07,389
panel on it would just go we've all done
the whole struggle to shove the side
02:44:07,389 --> 02:44:07,399
the whole struggle to shove the side
02:44:07,399 --> 02:44:09,790
the whole struggle to shove the side
panel on there's no shame in that but um
02:44:09,790 --> 02:44:09,800
panel on there's no shame in that but um
02:44:09,800 --> 02:44:11,349
panel on there's no shame in that but um
yeah that will clearly work I'm going to
02:44:11,349 --> 02:44:11,359
yeah that will clearly work I'm going to
02:44:11,359 --> 02:44:12,830
yeah that will clearly work I'm going to
clean these cables up a little bit throw
02:44:12,830 --> 02:44:12,840
clean these cables up a little bit throw
02:44:12,840 --> 02:44:14,910
clean these cables up a little bit throw
the side panel on and then it is time to
02:44:14,910 --> 02:44:14,920
the side panel on and then it is time to
02:44:14,920 --> 02:44:19,269
the side panel on and then it is time to
start updating our bios and just
02:44:19,269 --> 02:44:19,279
start updating our bios and just
02:44:19,279 --> 02:44:21,670
start updating our bios and just
like that we've got ourselves a side
02:44:21,670 --> 02:44:21,680
like that we've got ourselves a side
02:44:21,680 --> 02:44:24,349
like that we've got ourselves a side
panel on now I will just take a second
02:44:24,349 --> 02:44:24,359
panel on now I will just take a second
02:44:24,359 --> 02:44:25,670
panel on now I will just take a second
and show you just putting the rest of
02:44:25,670 --> 02:44:25,680
and show you just putting the rest of
02:44:25,680 --> 02:44:27,150
and show you just putting the rest of
the case together before we install our
02:44:27,150 --> 02:44:27,160
the case together before we install our
02:44:27,160 --> 02:44:28,630
the case together before we install our
bios the rest of this is very
02:44:28,630 --> 02:44:28,640
bios the rest of this is very
02:44:28,640 --> 02:44:29,870
bios the rest of this is very
straightforward so we're going to take
02:44:29,870 --> 02:44:29,880
straightforward so we're going to take
02:44:29,880 --> 02:44:32,150
straightforward so we're going to take
our little cover for our basement and
02:44:32,150 --> 02:44:32,160
our little cover for our basement and
02:44:32,160 --> 02:44:36,790
our little cover for our basement and
line this up like
02:44:36,790 --> 02:44:36,800
02:44:36,800 --> 02:44:39,150
this and there we go so this will help
02:44:39,150 --> 02:44:39,160
this and there we go so this will help
02:44:39,160 --> 02:44:41,389
this and there we go so this will help
to hide our power supply and all of our
02:44:41,389 --> 02:44:41,399
to hide our power supply and all of our
02:44:41,399 --> 02:44:43,630
to hide our power supply and all of our
extra cables that we definitely very
02:44:43,630 --> 02:44:43,640
extra cables that we definitely very
02:44:43,640 --> 02:44:45,670
extra cables that we definitely very
carefully cable managed and it's super
02:44:45,670 --> 02:44:45,680
carefully cable managed and it's super
02:44:45,680 --> 02:44:48,030
carefully cable managed and it's super
tidy but um you know it's it's like your
02:44:48,030 --> 02:44:48,040
tidy but um you know it's it's like your
02:44:48,040 --> 02:44:49,950
tidy but um you know it's it's like your
basement in your real house you want to
02:44:49,950 --> 02:44:49,960
basement in your real house you want to
02:44:49,960 --> 02:44:51,870
basement in your real house you want to
hide it from view so that people don't
02:44:51,870 --> 02:44:51,880
hide it from view so that people don't
02:44:51,880 --> 02:44:53,870
hide it from view so that people don't
judge you for hoarding or I don't know
02:44:53,870 --> 02:44:53,880
judge you for hoarding or I don't know
02:44:53,880 --> 02:44:54,910
judge you for hoarding or I don't know
whatever you put in your basement I'm
02:44:54,910 --> 02:44:54,920
whatever you put in your basement I'm
02:44:54,920 --> 02:44:57,910
whatever you put in your basement I'm
not judging and then we're going to put
02:44:57,910 --> 02:44:57,920
not judging and then we're going to put
02:44:57,920 --> 02:45:00,030
not judging and then we're going to put
our top panel on here which again this
02:45:00,030 --> 02:45:00,040
our top panel on here which again this
02:45:00,040 --> 02:45:02,030
our top panel on here which again this
should just slide right on most cases
02:45:02,030 --> 02:45:02,040
should just slide right on most cases
02:45:02,040 --> 02:45:03,670
should just slide right on most cases
will break down to this level not all
02:45:03,670 --> 02:45:03,680
will break down to this level not all
02:45:03,680 --> 02:45:05,070
will break down to this level not all
cases will let you take off the cover
02:45:05,070 --> 02:45:05,080
cases will let you take off the cover
02:45:05,080 --> 02:45:07,830
cases will let you take off the cover
for the basement but most will and I'm
02:45:07,830 --> 02:45:07,840
for the basement but most will and I'm
02:45:07,840 --> 02:45:09,269
for the basement but most will and I'm
just going to line it up here make sure
02:45:09,269 --> 02:45:09,279
just going to line it up here make sure
02:45:09,279 --> 02:45:10,469
just going to line it up here make sure
it's fully
02:45:10,469 --> 02:45:10,479
it's fully
02:45:10,479 --> 02:45:12,830
it's fully
seated and uh the good thing about this
02:45:12,830 --> 02:45:12,840
seated and uh the good thing about this
02:45:12,840 --> 02:45:14,309
seated and uh the good thing about this
case is it's all thumb screws so you
02:45:14,309 --> 02:45:14,319
case is it's all thumb screws so you
02:45:14,319 --> 02:45:15,309
case is it's all thumb screws so you
actually don't need to pull out the
02:45:15,309 --> 02:45:15,319
actually don't need to pull out the
02:45:15,319 --> 02:45:16,510
actually don't need to pull out the
screwdriver if you don't want to like I
02:45:16,510 --> 02:45:16,520
screwdriver if you don't want to like I
02:45:16,520 --> 02:45:18,550
screwdriver if you don't want to like I
can thumb screw all this together it
02:45:18,550 --> 02:45:18,560
can thumb screw all this together it
02:45:18,560 --> 02:45:19,790
can thumb screw all this together it
also makes really easy if you need to
02:45:19,790 --> 02:45:19,800
also makes really easy if you need to
02:45:19,800 --> 02:45:21,150
also makes really easy if you need to
open up the case and double check
02:45:21,150 --> 02:45:21,160
open up the case and double check
02:45:21,160 --> 02:45:23,110
open up the case and double check
something or whatever before you put
02:45:23,110 --> 02:45:23,120
something or whatever before you put
02:45:23,120 --> 02:45:24,710
something or whatever before you put
everything everything back together
02:45:24,710 --> 02:45:24,720
everything everything back together
02:45:24,720 --> 02:45:25,950
everything everything back together
sometimes it's worth just giving it a
02:45:25,950 --> 02:45:25,960
sometimes it's worth just giving it a
02:45:25,960 --> 02:45:28,070
sometimes it's worth just giving it a
quick power cycle just to make sure that
02:45:28,070 --> 02:45:28,080
quick power cycle just to make sure that
02:45:28,080 --> 02:45:29,389
quick power cycle just to make sure that
everything is still working once you do
02:45:29,389 --> 02:45:29,399
everything is still working once you do
02:45:29,399 --> 02:45:31,309
everything is still working once you do
a cable management every once in a while
02:45:31,309 --> 02:45:31,319
a cable management every once in a while
02:45:31,319 --> 02:45:33,030
a cable management every once in a while
if you're like pulling a cable it might
02:45:33,030 --> 02:45:33,040
if you're like pulling a cable it might
02:45:33,040 --> 02:45:35,110
if you're like pulling a cable it might
pull something loose or whatever so you
02:45:35,110 --> 02:45:35,120
pull something loose or whatever so you
02:45:35,120 --> 02:45:36,190
pull something loose or whatever so you
know it's probably a good idea but
02:45:36,190 --> 02:45:36,200
know it's probably a good idea but
02:45:36,200 --> 02:45:37,150
know it's probably a good idea but
honestly as soon as you put the side
02:45:37,150 --> 02:45:37,160
honestly as soon as you put the side
02:45:37,160 --> 02:45:38,469
honestly as soon as you put the side
panels on you really shouldn't have to
02:45:38,469 --> 02:45:38,479
panels on you really shouldn't have to
02:45:38,479 --> 02:45:40,269
panels on you really shouldn't have to
take them off until you're ready to
02:45:40,269 --> 02:45:40,279
take them off until you're ready to
02:45:40,279 --> 02:45:42,429
take them off until you're ready to
upgrade or do something else I'll be
02:45:42,429 --> 02:45:42,439
upgrade or do something else I'll be
02:45:42,439 --> 02:45:44,750
upgrade or do something else I'll be
honest uh I don't always pay a ton of
02:45:44,750 --> 02:45:44,760
honest uh I don't always pay a ton of
02:45:44,760 --> 02:45:46,150
honest uh I don't always pay a ton of
attention to the color scheme in my
02:45:46,150 --> 02:45:46,160
attention to the color scheme in my
02:45:46,160 --> 02:45:47,990
attention to the color scheme in my
build I try but a lot of times I get
02:45:47,990 --> 02:45:48,000
build I try but a lot of times I get
02:45:48,000 --> 02:45:50,950
build I try but a lot of times I get
like blind ited or very excited about
02:45:50,950 --> 02:45:50,960
like blind ited or very excited about
02:45:50,960 --> 02:45:52,590
like blind ited or very excited about
some deal at Micro Center and I'll like
02:45:52,590 --> 02:45:52,600
some deal at Micro Center and I'll like
02:45:52,600 --> 02:45:54,510
some deal at Micro Center and I'll like
forget that it's a brown graphics card
02:45:54,510 --> 02:45:54,520
forget that it's a brown graphics card
02:45:54,520 --> 02:45:56,950
forget that it's a brown graphics card
for my red case or whatever but like
02:45:56,950 --> 02:45:56,960
for my red case or whatever but like
02:45:56,960 --> 02:45:58,469
for my red case or whatever but like
this one looks pretty good and what
02:45:58,469 --> 02:45:58,479
this one looks pretty good and what
02:45:58,479 --> 02:46:00,030
this one looks pretty good and what
you'll find was when you're picking
02:46:00,030 --> 02:46:00,040
you'll find was when you're picking
02:46:00,040 --> 02:46:02,870
you'll find was when you're picking
components um usually white and black
02:46:02,870 --> 02:46:02,880
components um usually white and black
02:46:02,880 --> 02:46:05,110
components um usually white and black
are like sort of the standard colors
02:46:05,110 --> 02:46:05,120
are like sort of the standard colors
02:46:05,120 --> 02:46:06,510
are like sort of the standard colors
because we also have to consider that we
02:46:06,510 --> 02:46:06,520
because we also have to consider that we
02:46:06,520 --> 02:46:09,110
because we also have to consider that we
have RGB to work with so you have some
02:46:09,110 --> 02:46:09,120
have RGB to work with so you have some
02:46:09,120 --> 02:46:10,750
have RGB to work with so you have some
element of customization even after
02:46:10,750 --> 02:46:10,760
element of customization even after
02:46:10,760 --> 02:46:12,469
element of customization even after
you've built it that certainly helps
02:46:12,469 --> 02:46:12,479
you've built it that certainly helps
02:46:12,479 --> 02:46:13,870
you've built it that certainly helps
when you have something looks clean
02:46:13,870 --> 02:46:13,880
when you have something looks clean
02:46:13,880 --> 02:46:16,190
when you have something looks clean
right out of the box all right so going
02:46:16,190 --> 02:46:16,200
right out of the box all right so going
02:46:16,200 --> 02:46:20,030
right out of the box all right so going
to line this up
02:46:20,030 --> 02:46:20,040
to line this up
02:46:20,040 --> 02:46:22,030
to line this up
it's going to pop in place and then
02:46:22,030 --> 02:46:22,040
it's going to pop in place and then
02:46:22,040 --> 02:46:23,190
it's going to pop in place and then
again there's one thumb screw in the
02:46:23,190 --> 02:46:23,200
again there's one thumb screw in the
02:46:23,200 --> 02:46:26,550
again there's one thumb screw in the
back and that is a physically assembled
02:46:26,550 --> 02:46:26,560
back and that is a physically assembled
02:46:26,560 --> 02:46:29,429
back and that is a physically assembled
computer good job my friends before we
02:46:29,429 --> 02:46:29,439
computer good job my friends before we
02:46:29,439 --> 02:46:31,349
computer good job my friends before we
proceed I definitely recommend to update
02:46:31,349 --> 02:46:31,359
proceed I definitely recommend to update
02:46:31,359 --> 02:46:33,230
proceed I definitely recommend to update
your bios so to do this you're going to
02:46:33,230 --> 02:46:33,240
your bios so to do this you're going to
02:46:33,240 --> 02:46:35,389
your bios so to do this you're going to
need a USB flash drive and uh typically
02:46:35,389 --> 02:46:35,399
need a USB flash drive and uh typically
02:46:35,399 --> 02:46:36,910
need a USB flash drive and uh typically
a Windows computer although you can
02:46:36,910 --> 02:46:36,920
a Windows computer although you can
02:46:36,920 --> 02:46:38,030
a Windows computer although you can
sometimes do it on a Mac you just have
02:46:38,030 --> 02:46:38,040
sometimes do it on a Mac you just have
02:46:38,040 --> 02:46:39,670
sometimes do it on a Mac you just have
to make sure that this is formatted
02:46:39,670 --> 02:46:39,680
to make sure that this is formatted
02:46:39,680 --> 02:46:41,910
to make sure that this is formatted
correctly typically it's fat 32 but I'll
02:46:41,910 --> 02:46:41,920
correctly typically it's fat 32 but I'll
02:46:41,920 --> 02:46:44,870
correctly typically it's fat 32 but I'll
show you that in just a second so the
02:46:44,870 --> 02:46:44,880
show you that in just a second so the
02:46:44,880 --> 02:46:46,950
show you that in just a second so the
point of updating your bios so the BIOS
02:46:46,950 --> 02:46:46,960
point of updating your bios so the BIOS
02:46:46,960 --> 02:46:48,429
point of updating your bios so the BIOS
is essentially the software that runs
02:46:48,429 --> 02:46:48,439
is essentially the software that runs
02:46:48,439 --> 02:46:50,269
is essentially the software that runs
your motherboard so this runs before
02:46:50,269 --> 02:46:50,279
your motherboard so this runs before
02:46:50,279 --> 02:46:52,070
your motherboard so this runs before
windows it's important for a lot of
02:46:52,070 --> 02:46:52,080
windows it's important for a lot of
02:46:52,080 --> 02:46:53,389
windows it's important for a lot of
reasons not only does it have like
02:46:53,389 --> 02:46:53,399
reasons not only does it have like
02:46:53,399 --> 02:46:55,429
reasons not only does it have like
security implications sometimes
02:46:55,429 --> 02:46:55,439
security implications sometimes
02:46:55,439 --> 02:46:58,230
security implications sometimes
performance stability it's a pretty
02:46:58,230 --> 02:46:58,240
performance stability it's a pretty
02:46:58,240 --> 02:47:00,790
performance stability it's a pretty
important thing now you can update this
02:47:00,790 --> 02:47:00,800
important thing now you can update this
02:47:00,800 --> 02:47:02,389
important thing now you can update this
later and it's not a bad idea to update
02:47:02,389 --> 02:47:02,399
later and it's not a bad idea to update
02:47:02,399 --> 02:47:04,309
later and it's not a bad idea to update
your bios every once in a while but when
02:47:04,309 --> 02:47:04,319
your bios every once in a while but when
02:47:04,319 --> 02:47:06,710
your bios every once in a while but when
you first got your PC built it is always
02:47:06,710 --> 02:47:06,720
you first got your PC built it is always
02:47:06,720 --> 02:47:08,230
you first got your PC built it is always
a good idea to either update it or make
02:47:08,230 --> 02:47:08,240
a good idea to either update it or make
02:47:08,240 --> 02:47:09,269
a good idea to either update it or make
sure that you are running the most
02:47:09,269 --> 02:47:09,279
sure that you are running the most
02:47:09,279 --> 02:47:11,150
sure that you are running the most
up-to-date bios so I already checked
02:47:11,150 --> 02:47:11,160
up-to-date bios so I already checked
02:47:11,160 --> 02:47:12,670
up-to-date bios so I already checked
earlier in it and I know that there's a
02:47:12,670 --> 02:47:12,680
earlier in it and I know that there's a
02:47:12,680 --> 02:47:14,870
earlier in it and I know that there's a
newer bios online cuz this is only F1
02:47:14,870 --> 02:47:14,880
newer bios online cuz this is only F1
02:47:14,880 --> 02:47:16,710
newer bios online cuz this is only F1
which is like the first launch model now
02:47:16,710 --> 02:47:16,720
which is like the first launch model now
02:47:16,720 --> 02:47:17,910
which is like the first launch model now
to find out what you'll do is you'll
02:47:17,910 --> 02:47:17,920
to find out what you'll do is you'll
02:47:17,920 --> 02:47:20,030
to find out what you'll do is you'll
just Google the name of your motherboard
02:47:20,030 --> 02:47:20,040
just Google the name of your motherboard
02:47:20,040 --> 02:47:21,230
just Google the name of your motherboard
this is a
02:47:21,230 --> 02:47:21,240
this is a
02:47:21,240 --> 02:47:23,750
this is a
gigabyte
02:47:23,750 --> 02:47:23,760
gigabyte
02:47:23,760 --> 02:47:29,469
gigabyte
b650 gaming X ax
02:47:29,469 --> 02:47:29,479
b650 gaming X ax
02:47:29,479 --> 02:47:32,590
b650 gaming X ax
V2 an easy name to remember so I'm going
02:47:32,590 --> 02:47:32,600
V2 an easy name to remember so I'm going
02:47:32,600 --> 02:47:34,269
V2 an easy name to remember so I'm going
to hop on to the gigabyte website same
02:47:34,269 --> 02:47:34,279
to hop on to the gigabyte website same
02:47:34,279 --> 02:47:35,790
to hop on to the gigabyte website same
thing if you're using Asus or MSI or
02:47:35,790 --> 02:47:35,800
thing if you're using Asus or MSI or
02:47:35,800 --> 02:47:37,230
thing if you're using Asus or MSI or
anything like that you're going to want
02:47:37,230 --> 02:47:37,240
anything like that you're going to want
02:47:37,240 --> 02:47:39,389
anything like that you're going to want
to look for support and so for bios we
02:47:39,389 --> 02:47:39,399
to look for support and so for bios we
02:47:39,399 --> 02:47:40,830
to look for support and so for bios we
can see that F1 which is what we're
02:47:40,830 --> 02:47:40,840
can see that F1 which is what we're
02:47:40,840 --> 02:47:43,790
can see that F1 which is what we're
running came out in December of 2023 but
02:47:43,790 --> 02:47:43,800
running came out in December of 2023 but
02:47:43,800 --> 02:47:45,710
running came out in December of 2023 but
there is a F3 bios that came out in
02:47:45,710 --> 02:47:45,720
there is a F3 bios that came out in
02:47:45,720 --> 02:47:47,389
there is a F3 bios that came out in
January so you can see there's a couple
02:47:47,389 --> 02:47:47,399
January so you can see there's a couple
02:47:47,399 --> 02:47:49,230
January so you can see there's a couple
of little updates doesn't matter we want
02:47:49,230 --> 02:47:49,240
of little updates doesn't matter we want
02:47:49,240 --> 02:47:50,830
of little updates doesn't matter we want
to download that when it comes to
02:47:50,830 --> 02:47:50,840
to download that when it comes to
02:47:50,840 --> 02:47:52,710
to download that when it comes to
installing biosis it's sometimes a
02:47:52,710 --> 02:47:52,720
installing biosis it's sometimes a
02:47:52,720 --> 02:47:55,070
installing biosis it's sometimes a
little different based on the vendor um
02:47:55,070 --> 02:47:55,080
little different based on the vendor um
02:47:55,080 --> 02:47:57,429
little different based on the vendor um
but typically you'll want to extract it
02:47:57,429 --> 02:47:57,439
but typically you'll want to extract it
02:47:57,439 --> 02:47:59,830
but typically you'll want to extract it
and copy it over to a flash drive you
02:47:59,830 --> 02:47:59,840
and copy it over to a flash drive you
02:47:59,840 --> 02:48:02,750
and copy it over to a flash drive you
can use any size flash drive really um
02:48:02,750 --> 02:48:02,760
can use any size flash drive really um
02:48:02,760 --> 02:48:03,990
can use any size flash drive really um
what I'm going to do is just for safety
02:48:03,990 --> 02:48:04,000
what I'm going to do is just for safety
02:48:04,000 --> 02:48:05,950
what I'm going to do is just for safety
I'm going to reformat this one I'm going
02:48:05,950 --> 02:48:05,960
I'm going to reformat this one I'm going
02:48:05,960 --> 02:48:08,510
I'm going to reformat this one I'm going
to format this drive as NTFS let me just
02:48:08,510 --> 02:48:08,520
to format this drive as NTFS let me just
02:48:08,520 --> 02:48:12,510
to format this drive as NTFS let me just
label it bios and hit start yes I do
02:48:12,510 --> 02:48:12,520
label it bios and hit start yes I do
02:48:12,520 --> 02:48:14,590
label it bios and hit start yes I do
want to format and then once ah is
02:48:14,590 --> 02:48:14,600
want to format and then once ah is
02:48:14,600 --> 02:48:18,190
want to format and then once ah is
formatted it will pop up for me and then
02:48:18,190 --> 02:48:18,200
formatted it will pop up for me and then
02:48:18,200 --> 02:48:19,990
formatted it will pop up for me and then
what we'll do is we'll close this out
02:48:19,990 --> 02:48:20,000
what we'll do is we'll close this out
02:48:20,000 --> 02:48:21,710
what we'll do is we'll close this out
and then all I need to do is copy the
02:48:21,710 --> 02:48:21,720
and then all I need to do is copy the
02:48:21,720 --> 02:48:23,750
and then all I need to do is copy the
entire contents of this it really needs
02:48:23,750 --> 02:48:23,760
entire contents of this it really needs
02:48:23,760 --> 02:48:25,190
entire contents of this it really needs
that F35 but I'm going to copy the
02:48:25,190 --> 02:48:25,200
that F35 but I'm going to copy the
02:48:25,200 --> 02:48:28,870
that F35 but I'm going to copy the
entire contents over to my BIOS USB so
02:48:28,870 --> 02:48:28,880
entire contents over to my BIOS USB so
02:48:28,880 --> 02:48:31,230
entire contents over to my BIOS USB so
we give it a second and that's it so we
02:48:31,230 --> 02:48:31,240
we give it a second and that's it so we
02:48:31,240 --> 02:48:33,429
we give it a second and that's it so we
take this USB out we plug it into our
02:48:33,429 --> 02:48:33,439
take this USB out we plug it into our
02:48:33,439 --> 02:48:35,990
take this USB out we plug it into our
system um you can plug it into any USB I
02:48:35,990 --> 02:48:36,000
system um you can plug it into any USB I
02:48:36,000 --> 02:48:37,309
system um you can plug it into any USB I
like to plug it into one of the ones on
02:48:37,309 --> 02:48:37,319
like to plug it into one of the ones on
02:48:37,319 --> 02:48:39,510
like to plug it into one of the ones on
the actual motherboard just because it
02:48:39,510 --> 02:48:39,520
the actual motherboard just because it
02:48:39,520 --> 02:48:41,550
the actual motherboard just because it
feels a little bit safer in fact
02:48:41,550 --> 02:48:41,560
feels a little bit safer in fact
02:48:41,560 --> 02:48:42,870
feels a little bit safer in fact
actually I will definitely do that
02:48:42,870 --> 02:48:42,880
actually I will definitely do that
02:48:42,880 --> 02:48:44,590
actually I will definitely do that
because on this board it has a specific
02:48:44,590 --> 02:48:44,600
because on this board it has a specific
02:48:44,600 --> 02:48:46,750
because on this board it has a specific
Port that looks for the BIOS this is
02:48:46,750 --> 02:48:46,760
Port that looks for the BIOS this is
02:48:46,760 --> 02:48:47,990
Port that looks for the BIOS this is
more meant for like troubleshooting and
02:48:47,990 --> 02:48:48,000
more meant for like troubleshooting and
02:48:48,000 --> 02:48:49,670
more meant for like troubleshooting and
stuff but whatever I'm just G to plug it
02:48:49,670 --> 02:48:49,680
stuff but whatever I'm just G to plug it
02:48:49,680 --> 02:48:51,590
stuff but whatever I'm just G to plug it
into my BIOS USB as I hit my power
02:48:51,590 --> 02:48:51,600
into my BIOS USB as I hit my power
02:48:51,600 --> 02:48:53,230
into my BIOS USB as I hit my power
button I'm going to spam the delete key
02:48:53,230 --> 02:48:53,240
button I'm going to spam the delete key
02:48:53,240 --> 02:48:54,990
button I'm going to spam the delete key
on my keyboard which will get us into
02:48:54,990 --> 02:48:55,000
on my keyboard which will get us into
02:48:55,000 --> 02:48:59,309
on my keyboard which will get us into
BIOS so spam spam spam you just want to
02:48:59,309 --> 02:48:59,319
BIOS so spam spam spam you just want to
02:48:59,319 --> 02:49:01,070
BIOS so spam spam spam you just want to
spam it until you actually get into the
02:49:01,070 --> 02:49:01,080
spam it until you actually get into the
02:49:01,080 --> 02:49:02,830
spam it until you actually get into the
BIOS um this is a little bit more
02:49:02,830 --> 02:49:02,840
BIOS um this is a little bit more
02:49:02,840 --> 02:49:03,990
BIOS um this is a little bit more
relevant when you already have windows
02:49:03,990 --> 02:49:04,000
relevant when you already have windows
02:49:04,000 --> 02:49:05,429
relevant when you already have windows
installed because traditionally when you
02:49:05,429 --> 02:49:05,439
installed because traditionally when you
02:49:05,439 --> 02:49:07,030
installed because traditionally when you
hit the power button on your computer
02:49:07,030 --> 02:49:07,040
hit the power button on your computer
02:49:07,040 --> 02:49:08,469
hit the power button on your computer
give it a second it will launch into
02:49:08,469 --> 02:49:08,479
give it a second it will launch into
02:49:08,479 --> 02:49:09,910
give it a second it will launch into
windows but you saw that gigabyte screen
02:49:09,910 --> 02:49:09,920
windows but you saw that gigabyte screen
02:49:09,920 --> 02:49:11,150
windows but you saw that gigabyte screen
that showed up there we want to make
02:49:11,150 --> 02:49:11,160
that showed up there we want to make
02:49:11,160 --> 02:49:12,590
that showed up there we want to make
sure that we clicked it by that point
02:49:12,590 --> 02:49:12,600
sure that we clicked it by that point
02:49:12,600 --> 02:49:15,070
sure that we clicked it by that point
but it's fine so what we're going to do
02:49:15,070 --> 02:49:15,080
but it's fine so what we're going to do
02:49:15,080 --> 02:49:16,790
but it's fine so what we're going to do
is before we adjust any of our settings
02:49:16,790 --> 02:49:16,800
is before we adjust any of our settings
02:49:16,800 --> 02:49:18,429
is before we adjust any of our settings
we want to make sure that our bios is up
02:49:18,429 --> 02:49:18,439
we want to make sure that our bios is up
02:49:18,439 --> 02:49:19,229
we want to make sure that our bios is up
to date
02:49:19,229 --> 02:49:19,239
to date
02:49:19,239 --> 02:49:21,110
to date
so what we need to do is go to Q flash
02:49:21,110 --> 02:49:21,120
so what we need to do is go to Q flash
02:49:21,120 --> 02:49:22,910
so what we need to do is go to Q flash
every vendor does it a little different
02:49:22,910 --> 02:49:22,920
every vendor does it a little different
02:49:22,920 --> 02:49:24,710
every vendor does it a little different
so some call it like easy flash some
02:49:24,710 --> 02:49:24,720
so some call it like easy flash some
02:49:24,720 --> 02:49:26,510
so some call it like easy flash some
call it Q flash look around your
02:49:26,510 --> 02:49:26,520
call it Q flash look around your
02:49:26,520 --> 02:49:27,710
call it Q flash look around your
settings or Google it really quick to
02:49:27,710 --> 02:49:27,720
settings or Google it really quick to
02:49:27,720 --> 02:49:29,110
settings or Google it really quick to
find exactly what it's called is
02:49:29,110 --> 02:49:29,120
find exactly what it's called is
02:49:29,120 --> 02:49:31,710
find exactly what it's called is
essentially the BIOS update tool so here
02:49:31,710 --> 02:49:31,720
essentially the BIOS update tool so here
02:49:31,720 --> 02:49:34,150
essentially the BIOS update tool so here
Q flash it's right here all right I
02:49:34,150 --> 02:49:34,160
Q flash it's right here all right I
02:49:34,160 --> 02:49:35,750
Q flash it's right here all right I
would like to update my bias yes I would
02:49:35,750 --> 02:49:35,760
would like to update my bias yes I would
02:49:35,760 --> 02:49:37,309
would like to update my bias yes I would
love to on the left here it tells me
02:49:37,309 --> 02:49:37,319
love to on the left here it tells me
02:49:37,319 --> 02:49:38,750
love to on the left here it tells me
what bias I'm currently running which is
02:49:38,750 --> 02:49:38,760
what bias I'm currently running which is
02:49:38,760 --> 02:49:42,429
what bias I'm currently running which is
F1 from December of 2023 but in this
02:49:42,429 --> 02:49:42,439
F1 from December of 2023 but in this
02:49:42,439 --> 02:49:43,870
F1 from December of 2023 but in this
case I already had checked beforehand
02:49:43,870 --> 02:49:43,880
case I already had checked beforehand
02:49:43,880 --> 02:49:45,830
case I already had checked beforehand
and I know that I need F3 which is a
02:49:45,830 --> 02:49:45,840
and I know that I need F3 which is a
02:49:45,840 --> 02:49:47,670
and I know that I need F3 which is a
more recent version from January so
02:49:47,670 --> 02:49:47,680
more recent version from January so
02:49:47,680 --> 02:49:49,429
more recent version from January so
going to click on that hit the arrow
02:49:49,429 --> 02:49:49,439
going to click on that hit the arrow
02:49:49,439 --> 02:49:50,870
going to click on that hit the arrow
button it's going to ask me if I want to
02:49:50,870 --> 02:49:50,880
button it's going to ask me if I want to
02:49:50,880 --> 02:49:53,670
button it's going to ask me if I want to
do it I say yes now as I do this it's
02:49:53,670 --> 02:49:53,680
do it I say yes now as I do this it's
02:49:53,680 --> 02:49:54,630
do it I say yes now as I do this it's
going to take a few minutes right so
02:49:54,630 --> 02:49:54,640
going to take a few minutes right so
02:49:54,640 --> 02:49:56,229
going to take a few minutes right so
it's going to verify now while we update
02:49:56,229 --> 02:49:56,239
it's going to verify now while we update
02:49:56,239 --> 02:49:58,950
it's going to verify now while we update
the BIOS don't touch your computer it's
02:49:58,950 --> 02:49:58,960
the BIOS don't touch your computer it's
02:49:58,960 --> 02:50:01,349
the BIOS don't touch your computer it's
going to do some stuff it's fine let it
02:50:01,349 --> 02:50:01,359
going to do some stuff it's fine let it
02:50:01,359 --> 02:50:02,830
going to do some stuff it's fine let it
do its thing because we are updating the
02:50:02,830 --> 02:50:02,840
do its thing because we are updating the
02:50:02,840 --> 02:50:06,190
do its thing because we are updating the
BIOS and while a lot of boards will be
02:50:06,190 --> 02:50:06,200
BIOS and while a lot of boards will be
02:50:06,200 --> 02:50:07,670
BIOS and while a lot of boards will be
fine if there's something goes wrong
02:50:07,670 --> 02:50:07,680
fine if there's something goes wrong
02:50:07,680 --> 02:50:09,030
fine if there's something goes wrong
it'll fall back it'll you know check
02:50:09,030 --> 02:50:09,040
it'll fall back it'll you know check
02:50:09,040 --> 02:50:10,630
it'll fall back it'll you know check
everything um you don't really want to
02:50:10,630 --> 02:50:10,640
everything um you don't really want to
02:50:10,640 --> 02:50:12,309
everything um you don't really want to
rely on that and if something does go
02:50:12,309 --> 02:50:12,319
rely on that and if something does go
02:50:12,319 --> 02:50:14,150
rely on that and if something does go
wrong during this process it could cause
02:50:14,150 --> 02:50:14,160
wrong during this process it could cause
02:50:14,160 --> 02:50:16,750
wrong during this process it could cause
some damage to your system um typically
02:50:16,750 --> 02:50:16,760
some damage to your system um typically
02:50:16,760 --> 02:50:18,830
some damage to your system um typically
it just requires you to reflash the bio
02:50:18,830 --> 02:50:18,840
it just requires you to reflash the bio
02:50:18,840 --> 02:50:20,910
it just requires you to reflash the bio
yourself but it's a whole thing so while
02:50:20,910 --> 02:50:20,920
yourself but it's a whole thing so while
02:50:20,920 --> 02:50:23,710
yourself but it's a whole thing so while
we're updating bios hands off everything
02:50:23,710 --> 02:50:23,720
we're updating bios hands off everything
02:50:23,720 --> 02:50:25,550
we're updating bios hands off everything
related to the computer don't let your
02:50:25,550 --> 02:50:25,560
related to the computer don't let your
02:50:25,560 --> 02:50:27,790
related to the computer don't let your
dog near the power cable to kick it down
02:50:27,790 --> 02:50:27,800
dog near the power cable to kick it down
02:50:27,800 --> 02:50:29,469
dog near the power cable to kick it down
or whatever the case is so see it's
02:50:29,469 --> 02:50:29,479
or whatever the case is so see it's
02:50:29,479 --> 02:50:31,510
or whatever the case is so see it's
restarted is now verifying the file is
02:50:31,510 --> 02:50:31,520
restarted is now verifying the file is
02:50:31,520 --> 02:50:34,429
restarted is now verifying the file is
correct and it should after 5 10 minutes
02:50:34,429 --> 02:50:34,439
correct and it should after 5 10 minutes
02:50:34,439 --> 02:50:37,190
correct and it should after 5 10 minutes
or so have a brand new bios installed on
02:50:37,190 --> 02:50:37,200
or so have a brand new bios installed on
02:50:37,200 --> 02:50:39,070
or so have a brand new bios installed on
our system so there it goes we're going
02:50:39,070 --> 02:50:39,080
our system so there it goes we're going
02:50:39,080 --> 02:50:40,710
our system so there it goes we're going
from F1 it's confirmed everything it is
02:50:40,710 --> 02:50:40,720
from F1 it's confirmed everything it is
02:50:40,720 --> 02:50:44,630
from F1 it's confirmed everything it is
now updating from F1 to F3 so again
02:50:44,630 --> 02:50:44,640
now updating from F1 to F3 so again
02:50:44,640 --> 02:50:45,870
now updating from F1 to F3 so again
hands
02:50:45,870 --> 02:50:45,880
hands
02:50:45,880 --> 02:50:48,190
hands
off keep a few feet away from your
02:50:48,190 --> 02:50:48,200
off keep a few feet away from your
02:50:48,200 --> 02:50:49,269
off keep a few feet away from your
system
02:50:49,269 --> 02:50:49,279
system
02:50:49,279 --> 02:50:50,790
system
don't breathe too hard that's fine just
02:50:50,790 --> 02:50:50,800
don't breathe too hard that's fine just
02:50:50,800 --> 02:50:52,469
don't breathe too hard that's fine just
don't touch it don't mess it up and then
02:50:52,469 --> 02:50:52,479
don't touch it don't mess it up and then
02:50:52,479 --> 02:50:54,110
don't touch it don't mess it up and then
once we've updated the BIOS that's when
02:50:54,110 --> 02:50:54,120
once we've updated the BIOS that's when
02:50:54,120 --> 02:50:55,510
once we've updated the BIOS that's when
we actually can go in and start tweaking
02:50:55,510 --> 02:50:55,520
we actually can go in and start tweaking
02:50:55,520 --> 02:50:57,150
we actually can go in and start tweaking
some settings but typically when you
02:50:57,150 --> 02:50:57,160
some settings but typically when you
02:50:57,160 --> 02:50:58,630
some settings but typically when you
update the BIOS it nukes all the
02:50:58,630 --> 02:50:58,640
update the BIOS it nukes all the
02:50:58,640 --> 02:51:00,870
update the BIOS it nukes all the
settings that you put in the bios so you
02:51:00,870 --> 02:51:00,880
settings that you put in the bios so you
02:51:00,880 --> 02:51:02,190
settings that you put in the bios so you
know if you start to like change your
02:51:02,190 --> 02:51:02,200
know if you start to like change your
02:51:02,200 --> 02:51:04,110
know if you start to like change your
RAM speed and you know dialing
02:51:04,110 --> 02:51:04,120
RAM speed and you know dialing
02:51:04,120 --> 02:51:05,710
RAM speed and you know dialing
overclocks or any of those things
02:51:05,710 --> 02:51:05,720
overclocks or any of those things
02:51:05,720 --> 02:51:07,150
overclocks or any of those things
typically not always but typically when
02:51:07,150 --> 02:51:07,160
typically not always but typically when
02:51:07,160 --> 02:51:08,790
typically not always but typically when
you update the BIOS all that gets re
02:51:08,790 --> 02:51:08,800
you update the BIOS all that gets re
02:51:08,800 --> 02:51:10,269
you update the BIOS all that gets re
wiped anyway so I just like to do this
02:51:10,269 --> 02:51:10,279
wiped anyway so I just like to do this
02:51:10,279 --> 02:51:12,269
wiped anyway so I just like to do this
at the very beginning and then we can go
02:51:12,269 --> 02:51:12,279
at the very beginning and then we can go
02:51:12,279 --> 02:51:14,030
at the very beginning and then we can go
in and tweak a couple of settings and
02:51:14,030 --> 02:51:14,040
in and tweak a couple of settings and
02:51:14,040 --> 02:51:16,910
in and tweak a couple of settings and
whatnot all right and no I didn't hit
02:51:16,910 --> 02:51:16,920
whatnot all right and no I didn't hit
02:51:16,920 --> 02:51:18,309
whatnot all right and no I didn't hit
the button fast up okay so here's a
02:51:18,309 --> 02:51:18,319
the button fast up okay so here's a
02:51:18,319 --> 02:51:21,150
the button fast up okay so here's a
little tip uh we should make sure we're
02:51:21,150 --> 02:51:21,160
little tip uh we should make sure we're
02:51:21,160 --> 02:51:22,710
little tip uh we should make sure we're
going to hit the reset button real quick
02:51:22,710 --> 02:51:22,720
going to hit the reset button real quick
02:51:22,720 --> 02:51:24,710
going to hit the reset button real quick
we should make sure to spam that delete
02:51:24,710 --> 02:51:24,720
we should make sure to spam that delete
02:51:24,720 --> 02:51:26,950
we should make sure to spam that delete
key most of the time it lands a bios
02:51:26,950 --> 02:51:26,960
key most of the time it lands a bios
02:51:26,960 --> 02:51:30,710
key most of the time it lands a bios
sometimes it doesn't spam the delete key
02:51:30,710 --> 02:51:30,720
sometimes it doesn't spam the delete key
02:51:30,720 --> 02:51:33,790
sometimes it doesn't spam the delete key
please there we go all right cool so now
02:51:33,790 --> 02:51:33,800
please there we go all right cool so now
02:51:33,800 --> 02:51:34,950
please there we go all right cool so now
we can see that everything worked
02:51:34,950 --> 02:51:34,960
we can see that everything worked
02:51:34,960 --> 02:51:36,910
we can see that everything worked
because in our bios information it now
02:51:36,910 --> 02:51:36,920
because in our bios information it now
02:51:36,920 --> 02:51:39,469
because in our bios information it now
says we are on F3 so we are on the most
02:51:39,469 --> 02:51:39,479
says we are on F3 so we are on the most
02:51:39,479 --> 02:51:41,190
says we are on F3 so we are on the most
up-to-date version of the BIOS now
02:51:41,190 --> 02:51:41,200
up-to-date version of the BIOS now
02:51:41,200 --> 02:51:43,229
up-to-date version of the BIOS now
there's a few things we want to do so
02:51:43,229 --> 02:51:43,239
there's a few things we want to do so
02:51:43,239 --> 02:51:44,830
there's a few things we want to do so
again a good time to just double check
02:51:44,830 --> 02:51:44,840
again a good time to just double check
02:51:44,840 --> 02:51:46,630
again a good time to just double check
everything still showing up correctly so
02:51:46,630 --> 02:51:46,640
everything still showing up correctly so
02:51:46,640 --> 02:51:49,190
everything still showing up correctly so
ryzen 7 we've got ourselves temperature
02:51:49,190 --> 02:51:49,200
ryzen 7 we've got ourselves temperature
02:51:49,200 --> 02:51:51,349
ryzen 7 we've got ourselves temperature
which is 28° which is very much within
02:51:51,349 --> 02:51:51,359
which is 28° which is very much within
02:51:51,359 --> 02:51:55,229
which is 28° which is very much within
spec if you were having issues like so
02:51:55,229 --> 02:51:55,239
spec if you were having issues like so
02:51:55,239 --> 02:51:58,309
spec if you were having issues like so
say you didn't put your thermal paste on
02:51:58,309 --> 02:51:58,319
say you didn't put your thermal paste on
02:51:58,319 --> 02:51:59,510
say you didn't put your thermal paste on
maybe you left the little plastic thing
02:51:59,510 --> 02:51:59,520
maybe you left the little plastic thing
02:51:59,520 --> 02:52:01,150
maybe you left the little plastic thing
on your fans are spinning what you would
02:52:01,150 --> 02:52:01,160
on your fans are spinning what you would
02:52:01,160 --> 02:52:02,990
on your fans are spinning what you would
see is even in BIOS this CPU temperature
02:52:02,990 --> 02:52:03,000
see is even in BIOS this CPU temperature
02:52:03,000 --> 02:52:06,269
see is even in BIOS this CPU temperature
start to climb very quickly um so you
02:52:06,269 --> 02:52:06,279
start to climb very quickly um so you
02:52:06,279 --> 02:52:08,990
start to climb very quickly um so you
should see it be generally below like
02:52:08,990 --> 02:52:09,000
should see it be generally below like
02:52:09,000 --> 02:52:11,429
should see it be generally below like
40° C would be a good sort of general
02:52:11,429 --> 02:52:11,439
40° C would be a good sort of general
02:52:11,439 --> 02:52:13,469
40° C would be a good sort of general
rule of thumb especially with a nice AIO
02:52:13,469 --> 02:52:13,479
rule of thumb especially with a nice AIO
02:52:13,479 --> 02:52:15,710
rule of thumb especially with a nice AIO
like this 28° C is barely above room
02:52:15,710 --> 02:52:15,720
like this 28° C is barely above room
02:52:15,720 --> 02:52:17,670
like this 28° C is barely above room
temperature it's very very cool all
02:52:17,670 --> 02:52:17,680
temperature it's very very cool all
02:52:17,680 --> 02:52:20,630
temperature it's very very cool all
right so so now let's go ahead and start
02:52:20,630 --> 02:52:20,640
right so so now let's go ahead and start
02:52:20,640 --> 02:52:22,150
right so so now let's go ahead and start
setting up a couple of things so this
02:52:22,150 --> 02:52:22,160
setting up a couple of things so this
02:52:22,160 --> 02:52:24,229
setting up a couple of things so this
motherboard actually has resizable bar
02:52:24,229 --> 02:52:24,239
motherboard actually has resizable bar
02:52:24,239 --> 02:52:26,030
motherboard actually has resizable bar
support right here and is already
02:52:26,030 --> 02:52:26,040
support right here and is already
02:52:26,040 --> 02:52:28,110
support right here and is already
enabled this is if it's an option you
02:52:28,110 --> 02:52:28,120
enabled this is if it's an option you
02:52:28,120 --> 02:52:30,030
enabled this is if it's an option you
should always do that most modern
02:52:30,030 --> 02:52:30,040
should always do that most modern
02:52:30,040 --> 02:52:32,030
should always do that most modern
graphics cards with resizable bar it
02:52:32,030 --> 02:52:32,040
graphics cards with resizable bar it
02:52:32,040 --> 02:52:33,830
graphics cards with resizable bar it
essentially allows them to bypass a
02:52:33,830 --> 02:52:33,840
essentially allows them to bypass a
02:52:33,840 --> 02:52:34,990
essentially allows them to bypass a
little bit of the overhead and sort of
02:52:34,990 --> 02:52:35,000
little bit of the overhead and sort of
02:52:35,000 --> 02:52:35,950
little bit of the overhead and sort of
just give you a little bit of extra
02:52:35,950 --> 02:52:35,960
just give you a little bit of extra
02:52:35,960 --> 02:52:37,750
just give you a little bit of extra
performance I can't think of any reason
02:52:37,750 --> 02:52:37,760
performance I can't think of any reason
02:52:37,760 --> 02:52:38,830
performance I can't think of any reason
why you would not want to turn that on
02:52:38,830 --> 02:52:38,840
why you would not want to turn that on
02:52:38,840 --> 02:52:40,429
why you would not want to turn that on
if it is an option if your graphics card
02:52:40,429 --> 02:52:40,439
if it is an option if your graphics card
02:52:40,439 --> 02:52:41,950
if it is an option if your graphics card
supports it so thankfully this board
02:52:41,950 --> 02:52:41,960
supports it so thankfully this board
02:52:41,960 --> 02:52:45,910
supports it so thankfully this board
already has it now we also have our ddr5
02:52:45,910 --> 02:52:45,920
already has it now we also have our ddr5
02:52:45,920 --> 02:52:48,110
already has it now we also have our ddr5
Auto booster so if I click on that and
02:52:48,110 --> 02:52:48,120
Auto booster so if I click on that and
02:52:48,120 --> 02:52:51,429
Auto booster so if I click on that and
it hit enable and I also hit on the XMP
02:52:51,429 --> 02:52:51,439
it hit enable and I also hit on the XMP
02:52:51,439 --> 02:52:54,429
it hit enable and I also hit on the XMP
Expo profile what is going to do is
02:52:54,429 --> 02:52:54,439
Expo profile what is going to do is
02:52:54,439 --> 02:52:57,190
Expo profile what is going to do is
automatically not overclock our Ram but
02:52:57,190 --> 02:52:57,200
automatically not overclock our Ram but
02:52:57,200 --> 02:52:59,070
automatically not overclock our Ram but
set the ram to the speed that it is
02:52:59,070 --> 02:52:59,080
set the ram to the speed that it is
02:52:59,080 --> 02:53:02,190
set the ram to the speed that it is
designed to run at so XMP is the Intel
02:53:02,190 --> 02:53:02,200
designed to run at so XMP is the Intel
02:53:02,200 --> 02:53:04,229
designed to run at so XMP is the Intel
version Expo is the AMD version they're
02:53:04,229 --> 02:53:04,239
version Expo is the AMD version they're
02:53:04,239 --> 02:53:06,469
version Expo is the AMD version they're
functionally the same in fact some AMD
02:53:06,469 --> 02:53:06,479
functionally the same in fact some AMD
02:53:06,479 --> 02:53:08,950
functionally the same in fact some AMD
systems will work with XMP and whatnot
02:53:08,950 --> 02:53:08,960
systems will work with XMP and whatnot
02:53:08,960 --> 02:53:10,910
systems will work with XMP and whatnot
doesn't really matter essentially this
02:53:10,910 --> 02:53:10,920
doesn't really matter essentially this
02:53:10,920 --> 02:53:13,110
doesn't really matter essentially this
Ram while default is running at 4,800
02:53:13,110 --> 02:53:13,120
Ram while default is running at 4,800
02:53:13,120 --> 02:53:15,229
Ram while default is running at 4,800
megat transfers I think this Ram runs at
02:53:15,229 --> 02:53:15,239
megat transfers I think this Ram runs at
02:53:15,239 --> 02:53:17,510
megat transfers I think this Ram runs at
6,000 yeah this runs at 6,000 so
02:53:17,510 --> 02:53:17,520
6,000 yeah this runs at 6,000 so
02:53:17,520 --> 02:53:19,590
6,000 yeah this runs at 6,000 so
basically that Ram can run faster which
02:53:19,590 --> 02:53:19,600
basically that Ram can run faster which
02:53:19,600 --> 02:53:21,110
basically that Ram can run faster which
is going to give you more bandwidth not
02:53:21,110 --> 02:53:21,120
is going to give you more bandwidth not
02:53:21,120 --> 02:53:22,670
is going to give you more bandwidth not
only going to help speed up your CPU
02:53:22,670 --> 02:53:22,680
only going to help speed up your CPU
02:53:22,680 --> 02:53:24,830
only going to help speed up your CPU
it's just a oneclick thing to give you a
02:53:24,830 --> 02:53:24,840
it's just a oneclick thing to give you a
02:53:24,840 --> 02:53:26,750
it's just a oneclick thing to give you a
whole lot more performance now there's
02:53:26,750 --> 02:53:26,760
whole lot more performance now there's
02:53:26,760 --> 02:53:29,309
whole lot more performance now there's
other stuff we can do in here I am not
02:53:29,309 --> 02:53:29,319
other stuff we can do in here I am not
02:53:29,319 --> 02:53:30,750
other stuff we can do in here I am not
going to be doing that for the purposes
02:53:30,750 --> 02:53:30,760
going to be doing that for the purposes
02:53:30,760 --> 02:53:33,750
going to be doing that for the purposes
of this tutorial now if you want you can
02:53:33,750 --> 02:53:33,760
of this tutorial now if you want you can
02:53:33,760 --> 02:53:35,710
of this tutorial now if you want you can
go into like there fan curves you can
02:53:35,710 --> 02:53:35,720
go into like there fan curves you can
02:53:35,720 --> 02:53:37,110
go into like there fan curves you can
actually adjust all the different fans
02:53:37,110 --> 02:53:37,120
actually adjust all the different fans
02:53:37,120 --> 02:53:39,229
actually adjust all the different fans
in here so if we want we can go out of
02:53:39,229 --> 02:53:39,239
in here so if we want we can go out of
02:53:39,239 --> 02:53:41,469
in here so if we want we can go out of
easy mode and into advanced mode this is
02:53:41,469 --> 02:53:41,479
easy mode and into advanced mode this is
02:53:41,479 --> 02:53:43,229
easy mode and into advanced mode this is
outside the scope of this video but if
02:53:43,229 --> 02:53:43,239
outside the scope of this video but if
02:53:43,239 --> 02:53:44,590
outside the scope of this video but if
you're going to be doing things like
02:53:44,590 --> 02:53:44,600
you're going to be doing things like
02:53:44,600 --> 02:53:46,229
you're going to be doing things like
overclocking or especially if you want
02:53:46,229 --> 02:53:46,239
overclocking or especially if you want
02:53:46,239 --> 02:53:47,670
overclocking or especially if you want
to do like troubleshooting so sometimes
02:53:47,670 --> 02:53:47,680
to do like troubleshooting so sometimes
02:53:47,680 --> 02:53:49,229
to do like troubleshooting so sometimes
you need like filled with some random
02:53:49,229 --> 02:53:49,239
you need like filled with some random
02:53:49,239 --> 02:53:50,710
you need like filled with some random
bits and Bobs again I'm not going to
02:53:50,710 --> 02:53:50,720
bits and Bobs again I'm not going to
02:53:50,720 --> 02:53:52,389
bits and Bobs again I'm not going to
show this for this video I'm just going
02:53:52,389 --> 02:53:52,399
show this for this video I'm just going
02:53:52,399 --> 02:53:56,469
show this for this video I'm just going
to hit save and exit I'm going to
02:53:56,469 --> 02:53:56,479
to hit save and exit I'm going to
02:53:56,479 --> 02:53:58,469
to hit save and exit I'm going to
save and I'm going to save the
02:53:58,469 --> 02:53:58,479
save and I'm going to save the
02:53:58,479 --> 02:54:00,469
save and I'm going to save the
configuration so we're going to do that
02:54:00,469 --> 02:54:00,479
configuration so we're going to do that
02:54:00,479 --> 02:54:02,030
configuration so we're going to do that
we're going to let it reboot I am going
02:54:02,030 --> 02:54:02,040
we're going to let it reboot I am going
02:54:02,040 --> 02:54:03,670
we're going to let it reboot I am going
to spam the delete key to get into the
02:54:03,670 --> 02:54:03,680
to spam the delete key to get into the
02:54:03,680 --> 02:54:05,429
to spam the delete key to get into the
BIOS one more time I just want to make
02:54:05,429 --> 02:54:05,439
BIOS one more time I just want to make
02:54:05,439 --> 02:54:07,830
BIOS one more time I just want to make
sure that the XMP profile or the Expo
02:54:07,830 --> 02:54:07,840
sure that the XMP profile or the Expo
02:54:07,840 --> 02:54:10,070
sure that the XMP profile or the Expo
profile in this case took and that
02:54:10,070 --> 02:54:10,080
profile in this case took and that
02:54:10,080 --> 02:54:13,550
profile in this case took and that
everything is booted correctly um a good
02:54:13,550 --> 02:54:13,560
everything is booted correctly um a good
02:54:13,560 --> 02:54:16,110
everything is booted correctly um a good
time to mention that if you run into
02:54:16,110 --> 02:54:16,120
time to mention that if you run into
02:54:16,120 --> 02:54:19,510
time to mention that if you run into
problems at this step typically memory
02:54:19,510 --> 02:54:19,520
problems at this step typically memory
02:54:19,520 --> 02:54:21,510
problems at this step typically memory
if you're clocking it too high or you
02:54:21,510 --> 02:54:21,520
if you're clocking it too high or you
02:54:21,520 --> 02:54:23,070
if you're clocking it too high or you
have like a really fancy kit and the CPU
02:54:23,070 --> 02:54:23,080
have like a really fancy kit and the CPU
02:54:23,080 --> 02:54:25,309
have like a really fancy kit and the CPU
can't hold up or whatever you could have
02:54:25,309 --> 02:54:25,319
can't hold up or whatever you could have
02:54:25,319 --> 02:54:26,950
can't hold up or whatever you could have
some stability issues that's why I like
02:54:26,950 --> 02:54:26,960
some stability issues that's why I like
02:54:26,960 --> 02:54:29,269
some stability issues that's why I like
to hop into the BIOS once it wants to
02:54:29,269 --> 02:54:29,279
to hop into the BIOS once it wants to
02:54:29,279 --> 02:54:31,429
to hop into the BIOS once it wants to
boot and ensure that we have actually
02:54:31,429 --> 02:54:31,439
boot and ensure that we have actually
02:54:31,439 --> 02:54:33,309
boot and ensure that we have actually
hit the correct speed which nine times
02:54:33,309 --> 02:54:33,319
hit the correct speed which nine times
02:54:33,319 --> 02:54:34,750
hit the correct speed which nine times
out of 10 it'll run fine right out of
02:54:34,750 --> 02:54:34,760
out of 10 it'll run fine right out of
02:54:34,760 --> 02:54:36,990
out of 10 it'll run fine right out of
the gate but we want to just go back
02:54:36,990 --> 02:54:37,000
the gate but we want to just go back
02:54:37,000 --> 02:54:38,710
the gate but we want to just go back
over to easy mode so you can see here
02:54:38,710 --> 02:54:38,720
over to easy mode so you can see here
02:54:38,720 --> 02:54:40,269
over to easy mode so you can see here
now that our memory frequency went from
02:54:40,269 --> 02:54:40,279
now that our memory frequency went from
02:54:40,279 --> 02:54:42,710
now that our memory frequency went from
4,800 to 6,000 which is exactly what
02:54:42,710 --> 02:54:42,720
4,800 to 6,000 which is exactly what
02:54:42,720 --> 02:54:45,590
4,800 to 6,000 which is exactly what
should be working with our Gull modules
02:54:45,590 --> 02:54:45,600
should be working with our Gull modules
02:54:45,600 --> 02:54:47,870
should be working with our Gull modules
cool all right so we're actually done
02:54:47,870 --> 02:54:47,880
cool all right so we're actually done
02:54:47,880 --> 02:54:49,830
cool all right so we're actually done
with the computer for a moment is now
02:54:49,830 --> 02:54:49,840
with the computer for a moment is now
02:54:49,840 --> 02:54:52,670
with the computer for a moment is now
time to install Windows when it comes to
02:54:52,670 --> 02:54:52,680
time to install Windows when it comes to
02:54:52,680 --> 02:54:54,269
time to install Windows when it comes to
installing Windows there are a few
02:54:54,269 --> 02:54:54,279
installing Windows there are a few
02:54:54,279 --> 02:54:55,910
installing Windows there are a few
options you have first and foremost you
02:54:55,910 --> 02:54:55,920
options you have first and foremost you
02:54:55,920 --> 02:54:57,030
options you have first and foremost you
need to make your decision between
02:54:57,030 --> 02:54:57,040
need to make your decision between
02:54:57,040 --> 02:54:59,349
need to make your decision between
Windows 10 and 11 I would recommend 11
02:54:59,349 --> 02:54:59,359
Windows 10 and 11 I would recommend 11
02:54:59,359 --> 02:55:01,429
Windows 10 and 11 I would recommend 11
mostly because Windows 10 is actually
02:55:01,429 --> 02:55:01,439
mostly because Windows 10 is actually
02:55:01,439 --> 02:55:02,670
mostly because Windows 10 is actually
getting a little bit like I think
02:55:02,670 --> 02:55:02,680
getting a little bit like I think
02:55:02,680 --> 02:55:04,190
getting a little bit like I think
they've only got like another year or
02:55:04,190 --> 02:55:04,200
they've only got like another year or
02:55:04,200 --> 02:55:06,269
they've only got like another year or
something of support like Windows 11 I
02:55:06,269 --> 02:55:06,279
something of support like Windows 11 I
02:55:06,279 --> 02:55:07,630
something of support like Windows 11 I
know some people aren't like a huge fan
02:55:07,630 --> 02:55:07,640
know some people aren't like a huge fan
02:55:07,640 --> 02:55:09,750
know some people aren't like a huge fan
of it but like at this point it's kind
02:55:09,750 --> 02:55:09,760
of it but like at this point it's kind
02:55:09,760 --> 02:55:11,389
of it but like at this point it's kind
of tough to justify using Windows 10
02:55:11,389 --> 02:55:11,399
of tough to justify using Windows 10
02:55:11,399 --> 02:55:12,670
of tough to justify using Windows 10
when it might not be supported for that
02:55:12,670 --> 02:55:12,680
when it might not be supported for that
02:55:12,680 --> 02:55:14,870
when it might not be supported for that
much longer now how you get Windows 11
02:55:14,870 --> 02:55:14,880
much longer now how you get Windows 11
02:55:14,880 --> 02:55:16,710
much longer now how you get Windows 11
there's a bunch of different ways so if
02:55:16,710 --> 02:55:16,720
there's a bunch of different ways so if
02:55:16,720 --> 02:55:18,550
there's a bunch of different ways so if
you already have a code for some reason
02:55:18,550 --> 02:55:18,560
you already have a code for some reason
02:55:18,560 --> 02:55:20,990
you already have a code for some reason
you could actually just download a
02:55:20,990 --> 02:55:21,000
you could actually just download a
02:55:21,000 --> 02:55:23,309
you could actually just download a
Windows tool which is available from
02:55:23,309 --> 02:55:23,319
Windows tool which is available from
02:55:23,319 --> 02:55:24,630
Windows tool which is available from
Microsoft and essentially that will
02:55:24,630 --> 02:55:24,640
Microsoft and essentially that will
02:55:24,640 --> 02:55:26,910
Microsoft and essentially that will
allow you to load up a copy of Windows
02:55:26,910 --> 02:55:26,920
allow you to load up a copy of Windows
02:55:26,920 --> 02:55:28,510
allow you to load up a copy of Windows
on a flash drive and you can use the
02:55:28,510 --> 02:55:28,520
on a flash drive and you can use the
02:55:28,520 --> 02:55:32,630
on a flash drive and you can use the
your own actual code for it um I of
02:55:32,630 --> 02:55:32,640
your own actual code for it um I of
02:55:32,640 --> 02:55:35,070
your own actual code for it um I of
course have purchased a full copy of
02:55:35,070 --> 02:55:35,080
course have purchased a full copy of
02:55:35,080 --> 02:55:36,750
course have purchased a full copy of
Windows 11 for Microcenter which I will
02:55:36,750 --> 02:55:36,760
Windows 11 for Microcenter which I will
02:55:36,760 --> 02:55:38,750
Windows 11 for Microcenter which I will
be using and the one that I've got here
02:55:38,750 --> 02:55:38,760
be using and the one that I've got here
02:55:38,760 --> 02:55:40,309
be using and the one that I've got here
comes with a flash drive so all I do is
02:55:40,309 --> 02:55:40,319
comes with a flash drive so all I do is
02:55:40,319 --> 02:55:42,630
comes with a flash drive so all I do is
plug this flash drive in and uh put the
02:55:42,630 --> 02:55:42,640
plug this flash drive in and uh put the
02:55:42,640 --> 02:55:44,229
plug this flash drive in and uh put the
code that comes in the back of the box
02:55:44,229 --> 02:55:44,239
code that comes in the back of the box
02:55:44,239 --> 02:55:47,229
code that comes in the back of the box
and that will be good to go so do with
02:55:47,229 --> 02:55:47,239
and that will be good to go so do with
02:55:47,239 --> 02:55:49,150
and that will be good to go so do with
that information as you wish
02:55:49,150 --> 02:55:49,160
that information as you wish
02:55:49,160 --> 02:55:52,269
that information as you wish
so here is our key so if I flip around
02:55:52,269 --> 02:55:52,279
so here is our key so if I flip around
02:55:52,279 --> 02:55:54,190
so here is our key so if I flip around
to the back you would see I'll cover it
02:55:54,190 --> 02:55:54,200
to the back you would see I'll cover it
02:55:54,200 --> 02:55:57,630
to the back you would see I'll cover it
up you see here's our key which has our
02:55:57,630 --> 02:55:57,640
up you see here's our key which has our
02:55:57,640 --> 02:55:59,710
up you see here's our key which has our
freaking 25 digigit or whatever code on
02:55:59,710 --> 02:55:59,720
freaking 25 digigit or whatever code on
02:55:59,720 --> 02:56:00,910
freaking 25 digigit or whatever code on
it we're going to keep this handy we're
02:56:00,910 --> 02:56:00,920
it we're going to keep this handy we're
02:56:00,920 --> 02:56:02,469
it we're going to keep this handy we're
going to need that a little bit and then
02:56:02,469 --> 02:56:02,479
going to need that a little bit and then
02:56:02,479 --> 02:56:05,229
going to need that a little bit and then
we have our handy Windows Flash drive
02:56:05,229 --> 02:56:05,239
we have our handy Windows Flash drive
02:56:05,239 --> 02:56:06,870
we have our handy Windows Flash drive
you can actually make your own Windows
02:56:06,870 --> 02:56:06,880
you can actually make your own Windows
02:56:06,880 --> 02:56:08,950
you can actually make your own Windows
Flash drive um it will be definitely a
02:56:08,950 --> 02:56:08,960
Flash drive um it will be definitely a
02:56:08,960 --> 02:56:10,389
Flash drive um it will be definitely a
more upto-date version than whatever was
02:56:10,389 --> 02:56:10,399
more upto-date version than whatever was
02:56:10,399 --> 02:56:12,429
more upto-date version than whatever was
shipping on this drive as far as I'm
02:56:12,429 --> 02:56:12,439
shipping on this drive as far as I'm
02:56:12,439 --> 02:56:14,550
shipping on this drive as far as I'm
concerned if it comes in the Box we'll
02:56:14,550 --> 02:56:14,560
concerned if it comes in the Box we'll
02:56:14,560 --> 02:56:15,990
concerned if it comes in the Box we'll
plug it in it'll just take a little bit
02:56:15,990 --> 02:56:16,000
plug it in it'll just take a little bit
02:56:16,000 --> 02:56:17,309
plug it in it'll just take a little bit
of extra time to update it's it's
02:56:17,309 --> 02:56:17,319
of extra time to update it's it's
02:56:17,319 --> 02:56:19,150
of extra time to update it's it's
outside the scope to like like freaking
02:56:19,150 --> 02:56:19,160
outside the scope to like like freaking
02:56:19,160 --> 02:56:20,110
outside the scope to like like freaking
make your own flash drive you don't need
02:56:20,110 --> 02:56:20,120
make your own flash drive you don't need
02:56:20,120 --> 02:56:21,510
make your own flash drive you don't need
to do that if you do need to make a
02:56:21,510 --> 02:56:21,520
to do that if you do need to make a
02:56:21,520 --> 02:56:23,269
to do that if you do need to make a
flash drive it is very simple there's a
02:56:23,269 --> 02:56:23,279
flash drive it is very simple there's a
02:56:23,279 --> 02:56:25,870
flash drive it is very simple there's a
tool I think it's the Windows media
02:56:25,870 --> 02:56:25,880
tool I think it's the Windows media
02:56:25,880 --> 02:56:27,550
tool I think it's the Windows media
creation tool you download it directly
02:56:27,550 --> 02:56:27,560
creation tool you download it directly
02:56:27,560 --> 02:56:30,110
creation tool you download it directly
from Microsoft you plug your USB in it
02:56:30,110 --> 02:56:30,120
from Microsoft you plug your USB in it
02:56:30,120 --> 02:56:31,710
from Microsoft you plug your USB in it
downloads Windows it puts on the drive
02:56:31,710 --> 02:56:31,720
downloads Windows it puts on the drive
02:56:31,720 --> 02:56:33,469
downloads Windows it puts on the drive
it's super easy but for now what we're
02:56:33,469 --> 02:56:33,479
it's super easy but for now what we're
02:56:33,479 --> 02:56:35,630
it's super easy but for now what we're
going to do is we're going to actually I
02:56:35,630 --> 02:56:35,640
going to do is we're going to actually I
02:56:35,640 --> 02:56:36,710
going to do is we're going to actually I
proba should done that beforehand I'm
02:56:36,710 --> 02:56:36,720
proba should done that beforehand I'm
02:56:36,720 --> 02:56:38,309
proba should done that beforehand I'm
going to restart the system so we're
02:56:38,309 --> 02:56:38,319
going to restart the system so we're
02:56:38,319 --> 02:56:41,190
going to restart the system so we're
going to go save and exit and one more
02:56:41,190 --> 02:56:41,200
going to go save and exit and one more
02:56:41,200 --> 02:56:43,670
going to go save and exit and one more
time we're going to spam that delete key
02:56:43,670 --> 02:56:43,680
time we're going to spam that delete key
02:56:43,680 --> 02:56:45,269
time we're going to spam that delete key
and with our USB install we want to make
02:56:45,269 --> 02:56:45,279
and with our USB install we want to make
02:56:45,279 --> 02:56:47,630
and with our USB install we want to make
sure that we're booting from this so get
02:56:47,630 --> 02:56:47,640
sure that we're booting from this so get
02:56:47,640 --> 02:56:49,389
sure that we're booting from this so get
used to that spamming the delete key to
02:56:49,389 --> 02:56:49,399
used to that spamming the delete key to
02:56:49,399 --> 02:56:50,710
used to that spamming the delete key to
get in the Bios cuz we're going to be
02:56:50,710 --> 02:56:50,720
get in the Bios cuz we're going to be
02:56:50,720 --> 02:56:53,070
get in the Bios cuz we're going to be
doing it a whole bunch
02:56:53,070 --> 02:56:53,080
doing it a whole bunch
02:56:53,080 --> 02:56:55,590
doing it a whole bunch
today cool all right so what we need to
02:56:55,590 --> 02:56:55,600
today cool all right so what we need to
02:56:55,600 --> 02:56:56,790
today cool all right so what we need to
do is we need to make sure that we're
02:56:56,790 --> 02:56:56,800
do is we need to make sure that we're
02:56:56,800 --> 02:56:59,269
do is we need to make sure that we're
booting from our USB so right here you
02:56:59,269 --> 02:56:59,279
booting from our USB so right here you
02:56:59,279 --> 02:57:00,750
booting from our USB so right here you
can see that I've got you Windows 10
02:57:00,750 --> 02:57:00,760
can see that I've got you Windows 10
02:57:00,760 --> 02:57:03,030
can see that I've got you Windows 10
here so I can just hit F10 and exit um
02:57:03,030 --> 02:57:03,040
here so I can just hit F10 and exit um
02:57:03,040 --> 02:57:05,030
here so I can just hit F10 and exit um
you also could manually just select like
02:57:05,030 --> 02:57:05,040
you also could manually just select like
02:57:05,040 --> 02:57:06,950
you also could manually just select like
USB or whatever but theoretically we
02:57:06,950 --> 02:57:06,960
USB or whatever but theoretically we
02:57:06,960 --> 02:57:08,830
USB or whatever but theoretically we
don't have to spam delete this time it
02:57:08,830 --> 02:57:08,840
don't have to spam delete this time it
02:57:08,840 --> 02:57:11,030
don't have to spam delete this time it
is going to restart the system and start
02:57:11,030 --> 02:57:11,040
is going to restart the system and start
02:57:11,040 --> 02:57:13,830
is going to restart the system and start
booting off of this USB now if that
02:57:13,830 --> 02:57:13,840
booting off of this USB now if that
02:57:13,840 --> 02:57:15,309
booting off of this USB now if that
works we will start to see Windows Z
02:57:15,309 --> 02:57:15,319
works we will start to see Windows Z
02:57:15,319 --> 02:57:18,510
works we will start to see Windows Z
bits pop up in one moment there we go
02:57:18,510 --> 02:57:18,520
bits pop up in one moment there we go
02:57:18,520 --> 02:57:20,150
bits pop up in one moment there we go
loading files so it is going to start
02:57:20,150 --> 02:57:20,160
loading files so it is going to start
02:57:20,160 --> 02:57:22,269
loading files so it is going to start
loading up a copy of Windows 11 so
02:57:22,269 --> 02:57:22,279
loading up a copy of Windows 11 so
02:57:22,279 --> 02:57:24,349
loading up a copy of Windows 11 so
you'll see soon as you see a little pin
02:57:24,349 --> 02:57:24,359
you'll see soon as you see a little pin
02:57:24,359 --> 02:57:27,630
you'll see soon as you see a little pin
wheel you know Windows is activating and
02:57:27,630 --> 02:57:27,640
wheel you know Windows is activating and
02:57:27,640 --> 02:57:29,030
wheel you know Windows is activating and
that is really fast there we go Windows
02:57:29,030 --> 02:57:29,040
that is really fast there we go Windows
02:57:29,040 --> 02:57:30,670
that is really fast there we go Windows
setup um I'm going to walk you this
02:57:30,670 --> 02:57:30,680
setup um I'm going to walk you this
02:57:30,680 --> 02:57:31,950
setup um I'm going to walk you this
really quickly there's not a whole lot
02:57:31,950 --> 02:57:31,960
really quickly there's not a whole lot
02:57:31,960 --> 02:57:34,229
really quickly there's not a whole lot
you need to worry about so um we'll just
02:57:34,229 --> 02:57:34,239
you need to worry about so um we'll just
02:57:34,239 --> 02:57:35,790
you need to worry about so um we'll just
get past the language screen there's
02:57:35,790 --> 02:57:35,800
get past the language screen there's
02:57:35,800 --> 02:57:37,030
get past the language screen there's
only one thing I really want to
02:57:37,030 --> 02:57:37,040
only one thing I really want to
02:57:37,040 --> 02:57:38,670
only one thing I really want to
highlight which is to install it on the
02:57:38,670 --> 02:57:38,680
highlight which is to install it on the
02:57:38,680 --> 02:57:40,269
highlight which is to install it on the
correct Drive especially if you have
02:57:40,269 --> 02:57:40,279
correct Drive especially if you have
02:57:40,279 --> 02:57:42,830
correct Drive especially if you have
multiple hard drives or ssds inside oh
02:57:42,830 --> 02:57:42,840
multiple hard drives or ssds inside oh
02:57:42,840 --> 02:57:44,830
multiple hard drives or ssds inside oh
look activating my Windows key I'm going
02:57:44,830 --> 02:57:44,840
look activating my Windows key I'm going
02:57:44,840 --> 02:57:47,030
look activating my Windows key I'm going
to do that later but uh I've got one and
02:57:47,030 --> 02:57:47,040
to do that later but uh I've got one and
02:57:47,040 --> 02:57:49,070
to do that later but uh I've got one and
I can install it whenever want uh you
02:57:49,070 --> 02:57:49,080
I can install it whenever want uh you
02:57:49,080 --> 02:57:50,269
I can install it whenever want uh you
should do that though uh if you've got
02:57:50,269 --> 02:57:50,279
should do that though uh if you've got
02:57:50,279 --> 02:57:52,590
should do that though uh if you've got
your key because windows will work
02:57:52,590 --> 02:57:52,600
your key because windows will work
02:57:52,600 --> 02:57:53,990
your key because windows will work
without the key for a little bit but it
02:57:53,990 --> 02:57:54,000
without the key for a little bit but it
02:57:54,000 --> 02:57:55,389
without the key for a little bit but it
gets grumpy you can't like change like
02:57:55,389 --> 02:57:55,399
gets grumpy you can't like change like
02:57:55,399 --> 02:57:57,030
gets grumpy you can't like change like
your wallpaper much by the stuff again
02:57:57,030 --> 02:57:57,040
your wallpaper much by the stuff again
02:57:57,040 --> 02:57:59,150
your wallpaper much by the stuff again
we're going to do that
02:57:59,150 --> 02:57:59,160
we're going to do that
02:57:59,160 --> 02:58:02,110
we're going to do that
soon all right so install the operating
02:58:02,110 --> 02:58:02,120
soon all right so install the operating
02:58:02,120 --> 02:58:03,510
soon all right so install the operating
system so you'll see that we have a ton
02:58:03,510 --> 02:58:03,520
system so you'll see that we have a ton
02:58:03,520 --> 02:58:05,590
system so you'll see that we have a ton
of options here we're going to want to
02:58:05,590 --> 02:58:05,600
of options here we're going to want to
02:58:05,600 --> 02:58:06,950
of options here we're going to want to
install the option that we've purchased
02:58:06,950 --> 02:58:06,960
install the option that we've purchased
02:58:06,960 --> 02:58:09,150
install the option that we've purchased
which in this case is Windows 11 home so
02:58:09,150 --> 02:58:09,160
which in this case is Windows 11 home so
02:58:09,160 --> 02:58:10,630
which in this case is Windows 11 home so
we're going to select home we're going
02:58:10,630 --> 02:58:10,640
we're going to select home we're going
02:58:10,640 --> 02:58:14,070
we're going to select home we're going
to agree to the terms and conditions now
02:58:14,070 --> 02:58:14,080
to agree to the terms and conditions now
02:58:14,080 --> 02:58:17,030
to agree to the terms and conditions now
we're going to hit custom install okay
02:58:17,030 --> 02:58:17,040
we're going to hit custom install okay
02:58:17,040 --> 02:58:18,590
we're going to hit custom install okay
now you'll see that we have two drives
02:58:18,590 --> 02:58:18,600
now you'll see that we have two drives
02:58:18,600 --> 02:58:20,670
now you'll see that we have two drives
showing up so we have drive zero which
02:58:20,670 --> 02:58:20,680
showing up so we have drive zero which
02:58:20,680 --> 02:58:23,389
showing up so we have drive zero which
shows us 3.7 uh terabytes and we have
02:58:23,389 --> 02:58:23,399
shows us 3.7 uh terabytes and we have
02:58:23,399 --> 02:58:25,830
shows us 3.7 uh terabytes and we have
drive 1 which shows us 2 terabytes so
02:58:25,830 --> 02:58:25,840
drive 1 which shows us 2 terabytes so
02:58:25,840 --> 02:58:27,190
drive 1 which shows us 2 terabytes so
you need to know what drives are in your
02:58:27,190 --> 02:58:27,200
you need to know what drives are in your
02:58:27,200 --> 02:58:29,590
you need to know what drives are in your
system because windows won't tell you
02:58:29,590 --> 02:58:29,600
system because windows won't tell you
02:58:29,600 --> 02:58:31,910
system because windows won't tell you
what's what and we could technically
02:58:31,910 --> 02:58:31,920
what's what and we could technically
02:58:31,920 --> 02:58:33,590
what's what and we could technically
install it on the bigger drive but that
02:58:33,590 --> 02:58:33,600
install it on the bigger drive but that
02:58:33,600 --> 02:58:35,590
install it on the bigger drive but that
is our very slow hard drive don't do
02:58:35,590 --> 02:58:35,600
is our very slow hard drive don't do
02:58:35,600 --> 02:58:37,550
is our very slow hard drive don't do
that install it on your SSD now if you
02:58:37,550 --> 02:58:37,560
that install it on your SSD now if you
02:58:37,560 --> 02:58:39,309
that install it on your SSD now if you
only have one drive in your system it's
02:58:39,309 --> 02:58:39,319
only have one drive in your system it's
02:58:39,319 --> 02:58:40,590
only have one drive in your system it's
pretty straightforward it's going to
02:58:40,590 --> 02:58:40,600
pretty straightforward it's going to
02:58:40,600 --> 02:58:42,190
pretty straightforward it's going to
only one's going to show up but would
02:58:42,190 --> 02:58:42,200
only one's going to show up but would
02:58:42,200 --> 02:58:44,630
only one's going to show up but would
highly recommend to take that drive one
02:58:44,630 --> 02:58:44,640
highly recommend to take that drive one
02:58:44,640 --> 02:58:48,269
highly recommend to take that drive one
we going to hit new apply and we're set
02:58:48,269 --> 02:58:48,279
we going to hit new apply and we're set
02:58:48,279 --> 02:58:49,950
we going to hit new apply and we're set
okay we're going to give it a second and
02:58:49,950 --> 02:58:49,960
okay we're going to give it a second and
02:58:49,960 --> 02:58:51,469
okay we're going to give it a second and
now it's ready to go don't worry about
02:58:51,469 --> 02:58:51,479
now it's ready to go don't worry about
02:58:51,479 --> 02:58:52,590
now it's ready to go don't worry about
your hard drive we're going to deal with
02:58:52,590 --> 02:58:52,600
your hard drive we're going to deal with
02:58:52,600 --> 02:58:54,190
your hard drive we're going to deal with
that once we get into Windows but make
02:58:54,190 --> 02:58:54,200
that once we get into Windows but make
02:58:54,200 --> 02:58:57,389
that once we get into Windows but make
sure to install it on your SSD if for
02:58:57,389 --> 02:58:57,399
sure to install it on your SSD if for
02:58:57,399 --> 02:59:00,070
sure to install it on your SSD if for
some reason you're installing like a 1
02:59:00,070 --> 02:59:00,080
some reason you're installing like a 1
02:59:00,080 --> 02:59:03,269
some reason you're installing like a 1
TB hard drive and a 1 tab SSD I guess
02:59:03,269 --> 02:59:03,279
TB hard drive and a 1 tab SSD I guess
02:59:03,279 --> 02:59:04,550
TB hard drive and a 1 tab SSD I guess
you could just unplug the hard drive to
02:59:04,550 --> 02:59:04,560
you could just unplug the hard drive to
02:59:04,560 --> 02:59:05,670
you could just unplug the hard drive to
make sure you know which one's which
02:59:05,670 --> 02:59:05,680
make sure you know which one's which
02:59:05,680 --> 02:59:08,070
make sure you know which one's which
because again there's no real way of
02:59:08,070 --> 02:59:08,080
because again there's no real way of
02:59:08,080 --> 02:59:09,950
because again there's no real way of
telling what drive you can just see how
02:59:09,950 --> 02:59:09,960
telling what drive you can just see how
02:59:09,960 --> 02:59:11,950
telling what drive you can just see how
actually like big the capacity is but
02:59:11,950 --> 02:59:11,960
actually like big the capacity is but
02:59:11,960 --> 02:59:13,389
actually like big the capacity is but
think almost anyone has two drives are
02:59:13,389 --> 02:59:13,399
think almost anyone has two drives are
02:59:13,399 --> 02:59:14,389
think almost anyone has two drives are
going to be different sizes and you'll
02:59:14,389 --> 02:59:14,399
going to be different sizes and you'll
02:59:14,399 --> 02:59:15,910
going to be different sizes and you'll
know which one's which but anyway make
02:59:15,910 --> 02:59:15,920
know which one's which but anyway make
02:59:15,920 --> 02:59:18,469
know which one's which but anyway make
sure to install this on the actual SSD
02:59:18,469 --> 02:59:18,479
sure to install this on the actual SSD
02:59:18,479 --> 02:59:20,030
sure to install this on the actual SSD
so going to hit next making sure that it
02:59:20,030 --> 02:59:20,040
so going to hit next making sure that it
02:59:20,040 --> 02:59:22,510
so going to hit next making sure that it
is automatically selected the primary
02:59:22,510 --> 02:59:22,520
is automatically selected the primary
02:59:22,520 --> 02:59:25,150
is automatically selected the primary
partition and at this point sit back
02:59:25,150 --> 02:59:25,160
partition and at this point sit back
02:59:25,160 --> 02:59:26,630
partition and at this point sit back
give it a little while I will tell you
02:59:26,630 --> 02:59:26,640
give it a little while I will tell you
02:59:26,640 --> 02:59:28,030
give it a little while I will tell you
that if you haven't built a PC in a
02:59:28,030 --> 02:59:28,040
that if you haven't built a PC in a
02:59:28,040 --> 02:59:30,190
that if you haven't built a PC in a
while Windows used to take forever to
02:59:30,190 --> 02:59:30,200
while Windows used to take forever to
02:59:30,200 --> 02:59:32,750
while Windows used to take forever to
install but with like modern like CPUs
02:59:32,750 --> 02:59:32,760
install but with like modern like CPUs
02:59:32,760 --> 02:59:34,750
install but with like modern like CPUs
especially like ssds this might only
02:59:34,750 --> 02:59:34,760
especially like ssds this might only
02:59:34,760 --> 02:59:36,550
especially like ssds this might only
take like 10 minutes or so so I'll be
02:59:36,550 --> 02:59:36,560
take like 10 minutes or so so I'll be
02:59:36,560 --> 02:59:37,670
take like 10 minutes or so so I'll be
right back as soon as it's done with the
02:59:37,670 --> 02:59:37,680
right back as soon as it's done with the
02:59:37,680 --> 02:59:39,990
right back as soon as it's done with the
install and there we go we are ready to
02:59:39,990 --> 02:59:40,000
install and there we go we are ready to
02:59:40,000 --> 02:59:42,190
install and there we go we are ready to
get going that took like 5 minutes um
02:59:42,190 --> 02:59:42,200
get going that took like 5 minutes um
02:59:42,200 --> 02:59:43,510
get going that took like 5 minutes um
now you'll notice that when you go to
02:59:43,510 --> 02:59:43,520
now you'll notice that when you go to
02:59:43,520 --> 02:59:44,950
now you'll notice that when you go to
the Windows setup your screen is going
02:59:44,950 --> 02:59:44,960
the Windows setup your screen is going
02:59:44,960 --> 02:59:46,710
the Windows setup your screen is going
to look a little weird a little blurry
02:59:46,710 --> 02:59:46,720
to look a little weird a little blurry
02:59:46,720 --> 02:59:48,030
to look a little weird a little blurry
we don't have drivers installed it's
02:59:48,030 --> 02:59:48,040
we don't have drivers installed it's
02:59:48,040 --> 02:59:48,790
we don't have drivers installed it's
it's not going to be running at the
02:59:48,790 --> 02:59:48,800
it's not going to be running at the
02:59:48,800 --> 02:59:50,269
it's not going to be running at the
correct resolution don't worry about it
02:59:50,269 --> 02:59:50,279
correct resolution don't worry about it
02:59:50,279 --> 02:59:52,990
correct resolution don't worry about it
we'll deal with that later so uh most of
02:59:52,990 --> 02:59:53,000
we'll deal with that later so uh most of
02:59:53,000 --> 02:59:54,269
we'll deal with that later so uh most of
this is really straightforward just
02:59:54,269 --> 02:59:54,279
this is really straightforward just
02:59:54,279 --> 02:59:55,469
this is really straightforward just
going to kind of Click through make sure
02:59:55,469 --> 02:59:55,479
going to kind of Click through make sure
02:59:55,479 --> 02:59:57,469
going to kind of Click through make sure
your keyboard's right yada yada yada
02:59:57,469 --> 02:59:57,479
your keyboard's right yada yada yada
02:59:57,479 --> 02:59:58,910
your keyboard's right yada yada yada
there's only one thing I really want to
02:59:58,910 --> 02:59:58,920
there's only one thing I really want to
02:59:58,920 --> 03:00:00,229
there's only one thing I really want to
point out which is that we're going to
03:00:00,229 --> 03:00:00,239
point out which is that we're going to
03:00:00,239 --> 03:00:02,590
point out which is that we're going to
need to be connected to a network now if
03:00:02,590 --> 03:00:02,600
need to be connected to a network now if
03:00:02,600 --> 03:00:04,710
need to be connected to a network now if
you're using Windows 10 this is a prompt
03:00:04,710 --> 03:00:04,720
you're using Windows 10 this is a prompt
03:00:04,720 --> 03:00:06,110
you're using Windows 10 this is a prompt
that you can ignore if you're using
03:00:06,110 --> 03:00:06,120
that you can ignore if you're using
03:00:06,120 --> 03:00:08,550
that you can ignore if you're using
Windows 11 home edition like we are you
03:00:08,550 --> 03:00:08,560
Windows 11 home edition like we are you
03:00:08,560 --> 03:00:10,710
Windows 11 home edition like we are you
do need an internet connection so you
03:00:10,710 --> 03:00:10,720
do need an internet connection so you
03:00:10,720 --> 03:00:11,990
do need an internet connection so you
can plug in via Ethernet which is what
03:00:11,990 --> 03:00:12,000
can plug in via Ethernet which is what
03:00:12,000 --> 03:00:14,150
can plug in via Ethernet which is what
I'm going to do you also if you've got a
03:00:14,150 --> 03:00:14,160
I'm going to do you also if you've got a
03:00:14,160 --> 03:00:16,630
I'm going to do you also if you've got a
Wi-Fi module built into your motherboard
03:00:16,630 --> 03:00:16,640
Wi-Fi module built into your motherboard
03:00:16,640 --> 03:00:18,830
Wi-Fi module built into your motherboard
you can do that on I am going to find my
03:00:18,830 --> 03:00:18,840
you can do that on I am going to find my
03:00:18,840 --> 03:00:20,510
you can do that on I am going to find my
ethernet cable down here and going to
03:00:20,510 --> 03:00:20,520
ethernet cable down here and going to
03:00:20,520 --> 03:00:23,269
ethernet cable down here and going to
plug this in um one of the reasons
03:00:23,269 --> 03:00:23,279
plug this in um one of the reasons
03:00:23,279 --> 03:00:24,830
plug this in um one of the reasons
people don't like Windows 11 I'm honest
03:00:24,830 --> 03:00:24,840
people don't like Windows 11 I'm honest
03:00:24,840 --> 03:00:26,229
people don't like Windows 11 I'm honest
with you so I'm going to plug my
03:00:26,229 --> 03:00:26,239
with you so I'm going to plug my
03:00:26,239 --> 03:00:27,510
with you so I'm going to plug my
ethernet
03:00:27,510 --> 03:00:27,520
ethernet
03:00:27,520 --> 03:00:29,670
ethernet
in give it a minute it should
03:00:29,670 --> 03:00:29,680
in give it a minute it should
03:00:29,680 --> 03:00:31,830
in give it a minute it should
automatically pop up and then it will
03:00:31,830 --> 03:00:31,840
automatically pop up and then it will
03:00:31,840 --> 03:00:34,229
automatically pop up and then it will
start to download some initial updates
03:00:34,229 --> 03:00:34,239
start to download some initial updates
03:00:34,239 --> 03:00:35,790
start to download some initial updates
and at this point as soon as you
03:00:35,790 --> 03:00:35,800
and at this point as soon as you
03:00:35,800 --> 03:00:37,469
and at this point as soon as you
actually get online everything is going
03:00:37,469 --> 03:00:37,479
actually get online everything is going
03:00:37,479 --> 03:00:38,950
actually get online everything is going
to be really straightforward just click
03:00:38,950 --> 03:00:38,960
to be really straightforward just click
03:00:38,960 --> 03:00:40,590
to be really straightforward just click
through log in with your Microsoft
03:00:40,590 --> 03:00:40,600
through log in with your Microsoft
03:00:40,600 --> 03:00:42,070
through log in with your Microsoft
account yada y yada there's nothing it's
03:00:42,070 --> 03:00:42,080
account yada y yada there's nothing it's
03:00:42,080 --> 03:00:44,070
account yada y yada there's nothing it's
all that spicy or the ethernet cannot
03:00:44,070 --> 03:00:44,080
all that spicy or the ethernet cannot
03:00:44,080 --> 03:00:46,790
all that spicy or the ethernet cannot
work so here's the other thing makes it
03:00:46,790 --> 03:00:46,800
work so here's the other thing makes it
03:00:46,800 --> 03:00:48,630
work so here's the other thing makes it
real fun
03:00:48,630 --> 03:00:48,640
real fun
03:00:48,640 --> 03:00:52,750
real fun
sometimes it don't want to work um and
03:00:52,750 --> 03:00:52,760
sometimes it don't want to work um and
03:00:52,760 --> 03:00:54,150
sometimes it don't want to work um and
it don't want to
03:00:54,150 --> 03:00:54,160
it don't want to
03:00:54,160 --> 03:00:56,950
it don't want to
work if you were unfortunate enough to
03:00:56,950 --> 03:00:56,960
work if you were unfortunate enough to
03:00:56,960 --> 03:00:58,429
work if you were unfortunate enough to
be in the position I am in which my
03:00:58,429 --> 03:00:58,439
be in the position I am in which my
03:00:58,439 --> 03:01:01,030
be in the position I am in which my
computer doesn't want to get online you
03:01:01,030 --> 03:01:01,040
computer doesn't want to get online you
03:01:01,040 --> 03:01:04,469
computer doesn't want to get online you
can bypass this setup so we going hit
03:01:04,469 --> 03:01:04,479
can bypass this setup so we going hit
03:01:04,479 --> 03:01:06,830
can bypass this setup so we going hit
shift and F10 on our keyboard we're
03:01:06,830 --> 03:01:06,840
shift and F10 on our keyboard we're
03:01:06,840 --> 03:01:11,229
shift and F10 on our keyboard we're
going to type in o o b backspace
03:01:11,229 --> 03:01:11,239
going to type in o o b backspace
03:01:11,239 --> 03:01:15,510
going to type in o o b backspace
bypass nro enter so this is going to put
03:01:15,510 --> 03:01:15,520
bypass nro enter so this is going to put
03:01:15,520 --> 03:01:18,429
bypass nro enter so this is going to put
us in limited setup mode it will work
03:01:18,429 --> 03:01:18,439
us in limited setup mode it will work
03:01:18,439 --> 03:01:20,429
us in limited setup mode it will work
theoretically it just doesn't like to do
03:01:20,429 --> 03:01:20,439
theoretically it just doesn't like to do
03:01:20,439 --> 03:01:23,030
theoretically it just doesn't like to do
this but in a case like this where it
03:01:23,030 --> 03:01:23,040
this but in a case like this where it
03:01:23,040 --> 03:01:25,750
this but in a case like this where it
doesn't want to work with our drivers uh
03:01:25,750 --> 03:01:25,760
doesn't want to work with our drivers uh
03:01:25,760 --> 03:01:28,309
doesn't want to work with our drivers uh
what you going to do that say backspace
03:01:28,309 --> 03:01:28,319
what you going to do that say backspace
03:01:28,319 --> 03:01:30,389
what you going to do that say backspace
back slash don't hit backspace that just
03:01:30,389 --> 03:01:30,399
back slash don't hit backspace that just
03:01:30,399 --> 03:01:32,229
back slash don't hit backspace that just
deletes whatever you just typed I'm a
03:01:32,229 --> 03:01:32,239
deletes whatever you just typed I'm a
03:01:32,239 --> 03:01:33,990
deletes whatever you just typed I'm a
front slash guy so I don't I don't think
03:01:33,990 --> 03:01:34,000
front slash guy so I don't I don't think
03:01:34,000 --> 03:01:35,790
front slash guy so I don't I don't think
about backslashes a lot all right we
03:01:35,790 --> 03:01:35,800
about backslashes a lot all right we
03:01:35,800 --> 03:01:39,150
about backslashes a lot all right we
going try that one more
03:01:39,150 --> 03:01:39,160
03:01:39,160 --> 03:01:45,550
time yep yep skip I don't have
03:01:45,550 --> 03:01:45,560
time yep yep skip I don't have
03:01:45,560 --> 03:01:48,389
time yep yep skip I don't have
internet connect continue with limited
03:01:48,389 --> 03:01:48,399
internet connect continue with limited
03:01:48,399 --> 03:01:50,750
internet connect continue with limited
setup imagine if that was just a button
03:01:50,750 --> 03:01:50,760
setup imagine if that was just a button
03:01:50,760 --> 03:01:53,070
setup imagine if that was just a button
you could press from the beginning all
03:01:53,070 --> 03:01:53,080
you could press from the beginning all
03:01:53,080 --> 03:01:54,070
you could press from the beginning all
right so now we're going to go through
03:01:54,070 --> 03:01:54,080
right so now we're going to go through
03:01:54,080 --> 03:01:55,670
right so now we're going to go through
the setup so again at this point is
03:01:55,670 --> 03:01:55,680
the setup so again at this point is
03:01:55,680 --> 03:01:57,269
the setup so again at this point is
basically the same regardless of whether
03:01:57,269 --> 03:01:57,279
basically the same regardless of whether
03:01:57,279 --> 03:01:58,950
basically the same regardless of whether
you were lucky enough to have the
03:01:58,950 --> 03:01:58,960
you were lucky enough to have the
03:01:58,960 --> 03:02:01,150
you were lucky enough to have the
internet Grace your presence or not so
03:02:01,150 --> 03:02:01,160
internet Grace your presence or not so
03:02:01,160 --> 03:02:03,070
internet Grace your presence or not so
log in um for this case because we don't
03:02:03,070 --> 03:02:03,080
log in um for this case because we don't
03:02:03,080 --> 03:02:03,950
log in um for this case because we don't
have Internet we're not going to log
03:02:03,950 --> 03:02:03,960
have Internet we're not going to log
03:02:03,960 --> 03:02:05,190
have Internet we're not going to log
into our Microsoft account we'll do that
03:02:05,190 --> 03:02:05,200
into our Microsoft account we'll do that
03:02:05,200 --> 03:02:07,469
into our Microsoft account we'll do that
in a little bit create a name yada y
03:02:07,469 --> 03:02:07,479
in a little bit create a name yada y
03:02:07,479 --> 03:02:09,550
in a little bit create a name yada y
yada and I will see you on the other
03:02:09,550 --> 03:02:09,560
yada and I will see you on the other
03:02:09,560 --> 03:02:10,510
yada and I will see you on the other
side my
03:02:10,510 --> 03:02:10,520
side my
03:02:10,520 --> 03:02:12,750
side my
friends with windows installed the first
03:02:12,750 --> 03:02:12,760
friends with windows installed the first
03:02:12,760 --> 03:02:14,070
friends with windows installed the first
thing I want to do is hit the Windows
03:02:14,070 --> 03:02:14,080
thing I want to do is hit the Windows
03:02:14,080 --> 03:02:17,269
thing I want to do is hit the Windows
key and type in task manager so all
03:02:17,269 --> 03:02:17,279
key and type in task manager so all
03:02:17,279 --> 03:02:18,389
key and type in task manager so all
we're doing here we'll get rid of this
03:02:18,389 --> 03:02:18,399
we're doing here we'll get rid of this
03:02:18,399 --> 03:02:19,670
we're doing here we'll get rid of this
gigabyte thing is just make sure that
03:02:19,670 --> 03:02:19,680
gigabyte thing is just make sure that
03:02:19,680 --> 03:02:20,910
gigabyte thing is just make sure that
everything is showing up correctly it
03:02:20,910 --> 03:02:20,920
everything is showing up correctly it
03:02:20,920 --> 03:02:24,950
everything is showing up correctly it
should we see AMD ryzen 7 7700x sweet we
03:02:24,950 --> 03:02:24,960
should we see AMD ryzen 7 7700x sweet we
03:02:24,960 --> 03:02:28,229
should we see AMD ryzen 7 7700x sweet we
see 31 or 32 gigs of RAM sweet we see
03:02:28,229 --> 03:02:28,239
see 31 or 32 gigs of RAM sweet we see
03:02:28,239 --> 03:02:30,830
see 31 or 32 gigs of RAM sweet we see
our hard drive and our SSD both of those
03:02:30,830 --> 03:02:30,840
our hard drive and our SSD both of those
03:02:30,840 --> 03:02:33,110
our hard drive and our SSD both of those
are fine and that's pretty much it so we
03:02:33,110 --> 03:02:33,120
are fine and that's pretty much it so we
03:02:33,120 --> 03:02:34,590
are fine and that's pretty much it so we
can actually take out our Windows Flash
03:02:34,590 --> 03:02:34,600
can actually take out our Windows Flash
03:02:34,600 --> 03:02:36,229
can actually take out our Windows Flash
drive now keep this handy if you ever
03:02:36,229 --> 03:02:36,239
drive now keep this handy if you ever
03:02:36,239 --> 03:02:37,510
drive now keep this handy if you ever
need to reinstall Windows but you can
03:02:37,510 --> 03:02:37,520
need to reinstall Windows but you can
03:02:37,520 --> 03:02:38,950
need to reinstall Windows but you can
easily remake one of these it's not
03:02:38,950 --> 03:02:38,960
easily remake one of these it's not
03:02:38,960 --> 03:02:41,870
easily remake one of these it's not
super important and now it is time to
03:02:41,870 --> 03:02:41,880
super important and now it is time to
03:02:41,880 --> 03:02:44,190
super important and now it is time to
grab our drivers now if your computer is
03:02:44,190 --> 03:02:44,200
grab our drivers now if your computer is
03:02:44,200 --> 03:02:46,389
grab our drivers now if your computer is
online and everything is functioning you
03:02:46,389 --> 03:02:46,399
online and everything is functioning you
03:02:46,399 --> 03:02:49,030
online and everything is functioning you
can just download these directly because
03:02:49,030 --> 03:02:49,040
can just download these directly because
03:02:49,040 --> 03:02:50,750
can just download these directly because
we're not online yet I'm going to come
03:02:50,750 --> 03:02:50,760
we're not online yet I'm going to come
03:02:50,760 --> 03:02:52,590
we're not online yet I'm going to come
over to my laptop here with my flash
03:02:52,590 --> 03:02:52,600
over to my laptop here with my flash
03:02:52,600 --> 03:02:53,790
over to my laptop here with my flash
drive installed and I'm going to
03:02:53,790 --> 03:02:53,800
drive installed and I'm going to
03:02:53,800 --> 03:02:56,309
drive installed and I'm going to
download a few things so in this same
03:02:56,309 --> 03:02:56,319
download a few things so in this same
03:02:56,319 --> 03:02:57,750
download a few things so in this same
support page that we downloaded the BIOS
03:02:57,750 --> 03:02:57,760
support page that we downloaded the BIOS
03:02:57,760 --> 03:02:59,710
support page that we downloaded the BIOS
you're going to see a bunch of drivers
03:02:59,710 --> 03:02:59,720
you're going to see a bunch of drivers
03:02:59,720 --> 03:03:01,910
you're going to see a bunch of drivers
you want to download almost all of these
03:03:01,910 --> 03:03:01,920
you want to download almost all of these
03:03:01,920 --> 03:03:03,269
you want to download almost all of these
you'll see for example for audio there's
03:03:03,269 --> 03:03:03,279
you'll see for example for audio there's
03:03:03,279 --> 03:03:04,750
you'll see for example for audio there's
two versions there's an older one and a
03:03:04,750 --> 03:03:04,760
two versions there's an older one and a
03:03:04,760 --> 03:03:05,750
two versions there's an older one and a
newer one so I'm going to download the
03:03:05,750 --> 03:03:05,760
newer one so I'm going to download the
03:03:05,760 --> 03:03:06,750
newer one so I'm going to download the
newer
03:03:06,750 --> 03:03:06,760
newer
03:03:06,760 --> 03:03:09,870
newer
version we're going to grab chipset so
03:03:09,870 --> 03:03:09,880
version we're going to grab chipset so
03:03:09,880 --> 03:03:11,590
version we're going to grab chipset so
again we'll grab the newer versions
03:03:11,590 --> 03:03:11,600
again we'll grab the newer versions
03:03:11,600 --> 03:03:13,349
again we'll grab the newer versions
which are Apu and chipset so we're
03:03:13,349 --> 03:03:13,359
which are Apu and chipset so we're
03:03:13,359 --> 03:03:15,150
which are Apu and chipset so we're
download both of these you want to grab
03:03:15,150 --> 03:03:15,160
download both of these you want to grab
03:03:15,160 --> 03:03:17,070
download both of these you want to grab
your land driver very important so we're
03:03:17,070 --> 03:03:17,080
your land driver very important so we're
03:03:17,080 --> 03:03:18,349
your land driver very important so we're
going to grab the most recent version
03:03:18,349 --> 03:03:18,359
going to grab the most recent version
03:03:18,359 --> 03:03:21,349
going to grab the most recent version
which looks like it is from December of
03:03:21,349 --> 03:03:21,359
which looks like it is from December of
03:03:21,359 --> 03:03:23,190
which looks like it is from December of
2023 and we're going to grab it for
03:03:23,190 --> 03:03:23,200
2023 and we're going to grab it for
03:03:23,200 --> 03:03:25,950
2023 and we're going to grab it for
Windows 11 um you can sort in the actual
03:03:25,950 --> 03:03:25,960
Windows 11 um you can sort in the actual
03:03:25,960 --> 03:03:27,910
Windows 11 um you can sort in the actual
setup here if you which driver OS you
03:03:27,910 --> 03:03:27,920
setup here if you which driver OS you
03:03:27,920 --> 03:03:30,190
setup here if you which driver OS you
have but it's pretty simple uh we don't
03:03:30,190 --> 03:03:30,200
have but it's pretty simple uh we don't
03:03:30,200 --> 03:03:31,469
have but it's pretty simple uh we don't
actually need the raid driver we'll show
03:03:31,469 --> 03:03:31,479
actually need the raid driver we'll show
03:03:31,479 --> 03:03:34,229
actually need the raid driver we'll show
that later and the wireless Bluetooth
03:03:34,229 --> 03:03:34,239
that later and the wireless Bluetooth
03:03:34,239 --> 03:03:35,110
that later and the wireless Bluetooth
all this kind of stuff so I'm going to
03:03:35,110 --> 03:03:35,120
all this kind of stuff so I'm going to
03:03:35,120 --> 03:03:37,429
all this kind of stuff so I'm going to
download all of the things so we got all
03:03:37,429 --> 03:03:37,439
download all of the things so we got all
03:03:37,439 --> 03:03:39,670
download all of the things so we got all
these set up now there is also utility
03:03:39,670 --> 03:03:39,680
these set up now there is also utility
03:03:39,680 --> 03:03:40,830
these set up now there is also utility
which is going to be the gigabyte
03:03:40,830 --> 03:03:40,840
which is going to be the gigabyte
03:03:40,840 --> 03:03:42,670
which is going to be the gigabyte
control center um I'm actually going to
03:03:42,670 --> 03:03:42,680
control center um I'm actually going to
03:03:42,680 --> 03:03:45,750
control center um I'm actually going to
do this later every motherboard
03:03:45,750 --> 03:03:45,760
do this later every motherboard
03:03:45,760 --> 03:03:46,990
do this later every motherboard
manufacturer is going to have different
03:03:46,990 --> 03:03:47,000
manufacturer is going to have different
03:03:47,000 --> 03:03:48,830
manufacturer is going to have different
sort of setups so typically they'll have
03:03:48,830 --> 03:03:48,840
sort of setups so typically they'll have
03:03:48,840 --> 03:03:50,190
sort of setups so typically they'll have
some kind of like Masterpiece of
03:03:50,190 --> 03:03:50,200
some kind of like Masterpiece of
03:03:50,200 --> 03:03:51,750
some kind of like Masterpiece of
software which will help help you pull
03:03:51,750 --> 03:03:51,760
software which will help help you pull
03:03:51,760 --> 03:03:53,950
software which will help help you pull
downloads and updates uh from that point
03:03:53,950 --> 03:03:53,960
downloads and updates uh from that point
03:03:53,960 --> 03:03:55,110
downloads and updates uh from that point
and it will say that Windows once you
03:03:55,110 --> 03:03:55,120
and it will say that Windows once you
03:03:55,120 --> 03:03:57,070
and it will say that Windows once you
actually get this online Windows update
03:03:57,070 --> 03:03:57,080
actually get this online Windows update
03:03:57,080 --> 03:03:58,950
actually get this online Windows update
will do its best to grab some drivers
03:03:58,950 --> 03:03:58,960
will do its best to grab some drivers
03:03:58,960 --> 03:04:00,670
will do its best to grab some drivers
but typically I like to grab the drivers
03:04:00,670 --> 03:04:00,680
but typically I like to grab the drivers
03:04:00,680 --> 03:04:02,590
but typically I like to grab the drivers
directly from the manufacturer of my
03:04:02,590 --> 03:04:02,600
directly from the manufacturer of my
03:04:02,600 --> 03:04:04,469
directly from the manufacturer of my
motherboard to make sure they are as up
03:04:04,469 --> 03:04:04,479
motherboard to make sure they are as up
03:04:04,479 --> 03:04:06,030
motherboard to make sure they are as up
to dat and everything as possible so
03:04:06,030 --> 03:04:06,040
to dat and everything as possible so
03:04:06,040 --> 03:04:07,550
to dat and everything as possible so
I've got all of my Gigabyte drivers
03:04:07,550 --> 03:04:07,560
I've got all of my Gigabyte drivers
03:04:07,560 --> 03:04:09,429
I've got all of my Gigabyte drivers
downloaded but before I move on just
03:04:09,429 --> 03:04:09,439
downloaded but before I move on just
03:04:09,439 --> 03:04:10,910
downloaded but before I move on just
because I know my system is not online I
03:04:10,910 --> 03:04:10,920
because I know my system is not online I
03:04:10,920 --> 03:04:12,150
because I know my system is not online I
don't have to deal with it also going to
03:04:12,150 --> 03:04:12,160
don't have to deal with it also going to
03:04:12,160 --> 03:04:14,190
don't have to deal with it also going to
look up NVIDIA drivers now you would do
03:04:14,190 --> 03:04:14,200
look up NVIDIA drivers now you would do
03:04:14,200 --> 03:04:16,309
look up NVIDIA drivers now you would do
this exact same thing if this was AMD or
03:04:16,309 --> 03:04:16,319
this exact same thing if this was AMD or
03:04:16,319 --> 03:04:17,990
this exact same thing if this was AMD or
Intel you just want to download Lo the
03:04:17,990 --> 03:04:18,000
Intel you just want to download Lo the
03:04:18,000 --> 03:04:20,870
Intel you just want to download Lo the
drivers for your specific GPU so for us
03:04:20,870 --> 03:04:20,880
drivers for your specific GPU so for us
03:04:20,880 --> 03:04:22,870
drivers for your specific GPU so for us
we know that we have a GeForce card I
03:04:22,870 --> 03:04:22,880
we know that we have a GeForce card I
03:04:22,880 --> 03:04:27,150
we know that we have a GeForce card I
have a 40 series and it is a 4070
03:04:27,150 --> 03:04:27,160
have a 40 series and it is a 4070
03:04:27,160 --> 03:04:31,150
have a 40 series and it is a 4070
super that's super good Windows 11 and
03:04:31,150 --> 03:04:31,160
super that's super good Windows 11 and
03:04:31,160 --> 03:04:32,590
super that's super good Windows 11 and
we hit search and it should give us the
03:04:32,590 --> 03:04:32,600
we hit search and it should give us the
03:04:32,600 --> 03:04:34,349
we hit search and it should give us the
most upto-date driver so we're going to
03:04:34,349 --> 03:04:34,359
most upto-date driver so we're going to
03:04:34,359 --> 03:04:36,630
most upto-date driver so we're going to
download that as well and then once we
03:04:36,630 --> 03:04:36,640
download that as well and then once we
03:04:36,640 --> 03:04:37,910
download that as well and then once we
got everything downloaded we're going to
03:04:37,910 --> 03:04:37,920
got everything downloaded we're going to
03:04:37,920 --> 03:04:39,790
got everything downloaded we're going to
copy all of it over to our flash drive
03:04:39,790 --> 03:04:39,800
copy all of it over to our flash drive
03:04:39,800 --> 03:04:41,349
copy all of it over to our flash drive
and move it over to the system
03:04:41,349 --> 03:04:41,359
and move it over to the system
03:04:41,359 --> 03:04:43,830
and move it over to the system
downloading your motherboard drivers and
03:04:43,830 --> 03:04:43,840
downloading your motherboard drivers and
03:04:43,840 --> 03:04:45,910
downloading your motherboard drivers and
your graphics drivers are the most
03:04:45,910 --> 03:04:45,920
your graphics drivers are the most
03:04:45,920 --> 03:04:48,550
your graphics drivers are the most
important thing now at this point you
03:04:48,550 --> 03:04:48,560
important thing now at this point you
03:04:48,560 --> 03:04:49,870
important thing now at this point you
will probably want to download some
03:04:49,870 --> 03:04:49,880
will probably want to download some
03:04:49,880 --> 03:04:51,710
will probably want to download some
other stuff so for example because we
03:04:51,710 --> 03:04:51,720
other stuff so for example because we
03:04:51,720 --> 03:04:53,510
other stuff so for example because we
have a Leon Lee case and cooler we would
03:04:53,510 --> 03:04:53,520
have a Leon Lee case and cooler we would
03:04:53,520 --> 03:04:55,429
have a Leon Lee case and cooler we would
want to download the lean Lee uh
03:04:55,429 --> 03:04:55,439
want to download the lean Lee uh
03:04:55,439 --> 03:04:57,870
want to download the lean Lee uh
lconnect software which will allow us to
03:04:57,870 --> 03:04:57,880
lconnect software which will allow us to
03:04:57,880 --> 03:04:59,790
lconnect software which will allow us to
not only adjust of course all of our RGB
03:04:59,790 --> 03:04:59,800
not only adjust of course all of our RGB
03:04:59,800 --> 03:05:01,750
not only adjust of course all of our RGB
and stuff but specifically adjust the
03:05:01,750 --> 03:05:01,760
and stuff but specifically adjust the
03:05:01,760 --> 03:05:03,550
and stuff but specifically adjust the
actual screen here I'm not going to show
03:05:03,550 --> 03:05:03,560
actual screen here I'm not going to show
03:05:03,560 --> 03:05:04,710
actual screen here I'm not going to show
you how to do that I'll be honest with
03:05:04,710 --> 03:05:04,720
you how to do that I'll be honest with
03:05:04,720 --> 03:05:06,950
you how to do that I'll be honest with
you every bit of RGB software is
03:05:06,950 --> 03:05:06,960
you every bit of RGB software is
03:05:06,960 --> 03:05:08,870
you every bit of RGB software is
Different download
03:05:08,870 --> 03:05:08,880
Different download
03:05:08,880 --> 03:05:11,790
Different download
whatever setup is correct for your
03:05:11,790 --> 03:05:11,800
whatever setup is correct for your
03:05:11,800 --> 03:05:14,429
whatever setup is correct for your
system go through the little tutorial be
03:05:14,429 --> 03:05:14,439
system go through the little tutorial be
03:05:14,439 --> 03:05:16,070
system go through the little tutorial be
aware that sometimes that RGB stuff
03:05:16,070 --> 03:05:16,080
aware that sometimes that RGB stuff
03:05:16,080 --> 03:05:18,429
aware that sometimes that RGB stuff
could be really finicky but it's gotten
03:05:18,429 --> 03:05:18,439
could be really finicky but it's gotten
03:05:18,439 --> 03:05:20,590
could be really finicky but it's gotten
better um but for the purposes of this
03:05:20,590 --> 03:05:20,600
better um but for the purposes of this
03:05:20,600 --> 03:05:21,750
better um but for the purposes of this
tutorial I'm just going to show you how
03:05:21,750 --> 03:05:21,760
tutorial I'm just going to show you how
03:05:21,760 --> 03:05:23,429
tutorial I'm just going to show you how
to get this thing online with the
03:05:23,429 --> 03:05:23,439
to get this thing online with the
03:05:23,439 --> 03:05:25,269
to get this thing online with the
correct Graphics drivers and then we're
03:05:25,269 --> 03:05:25,279
correct Graphics drivers and then we're
03:05:25,279 --> 03:05:26,429
correct Graphics drivers and then we're
going to run Windows update and we
03:05:26,429 --> 03:05:26,439
going to run Windows update and we
03:05:26,439 --> 03:05:28,469
going to run Windows update and we
should hopefully be done all right so
03:05:28,469 --> 03:05:28,479
should hopefully be done all right so
03:05:28,479 --> 03:05:29,670
should hopefully be done all right so
everything is copied over to my driver
03:05:29,670 --> 03:05:29,680
everything is copied over to my driver
03:05:29,680 --> 03:05:32,550
everything is copied over to my driver
USB I'm going to plug this in so uh I'm
03:05:32,550 --> 03:05:32,560
USB I'm going to plug this in so uh I'm
03:05:32,560 --> 03:05:34,349
USB I'm going to plug this in so uh I'm
just going to plug it into the back USBS
03:05:34,349 --> 03:05:34,359
just going to plug it into the back USBS
03:05:34,359 --> 03:05:36,190
just going to plug it into the back USBS
um it's a really small note but
03:05:36,190 --> 03:05:36,200
um it's a really small note but
03:05:36,200 --> 03:05:38,190
um it's a really small note but
typically the fastest USB ports on your
03:05:38,190 --> 03:05:38,200
typically the fastest USB ports on your
03:05:38,200 --> 03:05:40,190
typically the fastest USB ports on your
computer are the ones on the motherboard
03:05:40,190 --> 03:05:40,200
computer are the ones on the motherboard
03:05:40,200 --> 03:05:42,229
computer are the ones on the motherboard
these are fine but sometimes they're
03:05:42,229 --> 03:05:42,239
these are fine but sometimes they're
03:05:42,239 --> 03:05:44,590
these are fine but sometimes they're
like only USB 3.0 speeds it doesn't
03:05:44,590 --> 03:05:44,600
like only USB 3.0 speeds it doesn't
03:05:44,600 --> 03:05:46,790
like only USB 3.0 speeds it doesn't
really matter but if you got like an SSD
03:05:46,790 --> 03:05:46,800
really matter but if you got like an SSD
03:05:46,800 --> 03:05:48,150
really matter but if you got like an SSD
or something faster I just always like
03:05:48,150 --> 03:05:48,160
or something faster I just always like
03:05:48,160 --> 03:05:49,550
or something faster I just always like
plugging into the motherboard feels a
03:05:49,550 --> 03:05:49,560
plugging into the motherboard feels a
03:05:49,560 --> 03:05:50,710
plugging into the motherboard feels a
little bit more
03:05:50,710 --> 03:05:50,720
little bit more
03:05:50,720 --> 03:05:52,990
little bit more
reliable all right so with that plugged
03:05:52,990 --> 03:05:53,000
reliable all right so with that plugged
03:05:53,000 --> 03:05:54,670
reliable all right so with that plugged
in we're going to go into file manager
03:05:54,670 --> 03:05:54,680
in we're going to go into file manager
03:05:54,680 --> 03:05:56,229
in we're going to go into file manager
we see our drivers we're going to copy
03:05:56,229 --> 03:05:56,239
we see our drivers we're going to copy
03:05:56,239 --> 03:05:58,309
we see our drivers we're going to copy
all of this stuff over into our I just
03:05:58,309 --> 03:05:58,319
all of this stuff over into our I just
03:05:58,319 --> 03:06:00,990
all of this stuff over into our I just
put in documents or downloads so I copy
03:06:00,990 --> 03:06:01,000
put in documents or downloads so I copy
03:06:01,000 --> 03:06:03,269
put in documents or downloads so I copy
everything over to our actual SSD or our
03:06:03,269 --> 03:06:03,279
everything over to our actual SSD or our
03:06:03,279 --> 03:06:04,950
everything over to our actual SSD or our
computer itself once everything is
03:06:04,950 --> 03:06:04,960
computer itself once everything is
03:06:04,960 --> 03:06:06,550
computer itself once everything is
copied over we want to run it off the
03:06:06,550 --> 03:06:06,560
copied over we want to run it off the
03:06:06,560 --> 03:06:07,750
copied over we want to run it off the
internal drive cuz it's can be a lot
03:06:07,750 --> 03:06:07,760
internal drive cuz it's can be a lot
03:06:07,760 --> 03:06:09,950
internal drive cuz it's can be a lot
faster ideally as you install these
03:06:09,950 --> 03:06:09,960
faster ideally as you install these
03:06:09,960 --> 03:06:12,510
faster ideally as you install these
drivers things start to work thankfully
03:06:12,510 --> 03:06:12,520
drivers things start to work thankfully
03:06:12,520 --> 03:06:15,070
drivers things start to work thankfully
after some driver downloads and a quick
03:06:15,070 --> 03:06:15,080
after some driver downloads and a quick
03:06:15,080 --> 03:06:18,349
after some driver downloads and a quick
restart we are now online so at this
03:06:18,349 --> 03:06:18,359
restart we are now online so at this
03:06:18,359 --> 03:06:20,110
restart we are now online so at this
point we're almost done so I do have
03:06:20,110 --> 03:06:20,120
point we're almost done so I do have
03:06:20,120 --> 03:06:21,630
point we're almost done so I do have
this little popup asking me to download
03:06:21,630 --> 03:06:21,640
this little popup asking me to download
03:06:21,640 --> 03:06:23,349
this little popup asking me to download
gigabyte control center I will do that
03:06:23,349 --> 03:06:23,359
gigabyte control center I will do that
03:06:23,359 --> 03:06:25,030
gigabyte control center I will do that
because that is that sort of overall
03:06:25,030 --> 03:06:25,040
because that is that sort of overall
03:06:25,040 --> 03:06:26,190
because that is that sort of overall
piece of software that's going to help
03:06:26,190 --> 03:06:26,200
piece of software that's going to help
03:06:26,200 --> 03:06:27,510
piece of software that's going to help
me to make sure that everything is up to
03:06:27,510 --> 03:06:27,520
me to make sure that everything is up to
03:06:27,520 --> 03:06:29,950
me to make sure that everything is up to
date and the last step is going to be to
03:06:29,950 --> 03:06:29,960
date and the last step is going to be to
03:06:29,960 --> 03:06:32,830
date and the last step is going to be to
download updates and believeing I say
03:06:32,830 --> 03:06:32,840
download updates and believeing I say
03:06:32,840 --> 03:06:34,590
download updates and believeing I say
windows is going to have a whole lot of
03:06:34,590 --> 03:06:34,600
windows is going to have a whole lot of
03:06:34,600 --> 03:06:38,110
windows is going to have a whole lot of
updates so let it run you may need to
03:06:38,110 --> 03:06:38,120
updates so let it run you may need to
03:06:38,120 --> 03:06:40,070
updates so let it run you may need to
restart a couple of times and check it
03:06:40,070 --> 03:06:40,080
restart a couple of times and check it
03:06:40,080 --> 03:06:41,910
restart a couple of times and check it
again and it will show up we're not
03:06:41,910 --> 03:06:41,920
again and it will show up we're not
03:06:41,920 --> 03:06:43,510
again and it will show up we're not
quite done yet one really quick little
03:06:43,510 --> 03:06:43,520
quite done yet one really quick little
03:06:43,520 --> 03:06:46,349
quite done yet one really quick little
thing let me quickly hop into our
03:06:46,349 --> 03:06:46,359
thing let me quickly hop into our
03:06:46,359 --> 03:06:49,870
thing let me quickly hop into our
display uh I say this just because it's
03:06:49,870 --> 03:06:49,880
display uh I say this just because it's
03:06:49,880 --> 03:06:51,750
display uh I say this just because it's
easy to miss double check your
03:06:51,750 --> 03:06:51,760
easy to miss double check your
03:06:51,760 --> 03:06:53,550
easy to miss double check your
resolution specifically the frame rate
03:06:53,550 --> 03:06:53,560
resolution specifically the frame rate
03:06:53,560 --> 03:06:55,389
resolution specifically the frame rate
on your monitor before we finish so
03:06:55,389 --> 03:06:55,399
on your monitor before we finish so
03:06:55,399 --> 03:06:57,110
on your monitor before we finish so
you'll see here this is a 1440p monitor
03:06:57,110 --> 03:06:57,120
you'll see here this is a 1440p monitor
03:06:57,120 --> 03:06:58,590
you'll see here this is a 1440p monitor
which is correct but we also want to
03:06:58,590 --> 03:06:58,600
which is correct but we also want to
03:06:58,600 --> 03:07:00,309
which is correct but we also want to
pull up the advanced display so this is
03:07:00,309 --> 03:07:00,319
pull up the advanced display so this is
03:07:00,319 --> 03:07:01,870
pull up the advanced display so this is
going to be in your actual system
03:07:01,870 --> 03:07:01,880
going to be in your actual system
03:07:01,880 --> 03:07:04,510
going to be in your actual system
display settings so if you click on this
03:07:04,510 --> 03:07:04,520
display settings so if you click on this
03:07:04,520 --> 03:07:06,550
display settings so if you click on this
it immediately does give us 240 HZ good
03:07:06,550 --> 03:07:06,560
it immediately does give us 240 HZ good
03:07:06,560 --> 03:07:08,510
it immediately does give us 240 HZ good
if you have a high refresh rate monitor
03:07:08,510 --> 03:07:08,520
if you have a high refresh rate monitor
03:07:08,520 --> 03:07:10,630
if you have a high refresh rate monitor
sometimes they'll defa theault to 60 and
03:07:10,630 --> 03:07:10,640
sometimes they'll defa theault to 60 and
03:07:10,640 --> 03:07:11,870
sometimes they'll defa theault to 60 and
you might not realize that you're not
03:07:11,870 --> 03:07:11,880
you might not realize that you're not
03:07:11,880 --> 03:07:13,110
you might not realize that you're not
getting the full experience out of your
03:07:13,110 --> 03:07:13,120
getting the full experience out of your
03:07:13,120 --> 03:07:15,710
getting the full experience out of your
monitor now we have successfully built
03:07:15,710 --> 03:07:15,720
monitor now we have successfully built
03:07:15,720 --> 03:07:18,429
monitor now we have successfully built
ourselves a gaming computer
03:07:18,429 --> 03:07:18,439
ourselves a gaming computer
03:07:18,439 --> 03:07:21,070
ourselves a gaming computer
yay congratulations thank you very much
03:07:21,070 --> 03:07:21,080
yay congratulations thank you very much
03:07:21,080 --> 03:07:22,469
yay congratulations thank you very much
to mic Center for sponsoring this
03:07:22,469 --> 03:07:22,479
to mic Center for sponsoring this
03:07:22,479 --> 03:07:24,429
to mic Center for sponsoring this
tutorial as always if you're ever
03:07:24,429 --> 03:07:24,439
tutorial as always if you're ever
03:07:24,439 --> 03:07:26,110
tutorial as always if you're ever
interested in buying any PC components
03:07:26,110 --> 03:07:26,120
interested in buying any PC components
03:07:26,120 --> 03:07:28,590
interested in buying any PC components
Microcenter is your number one stop for
03:07:28,590 --> 03:07:28,600
Microcenter is your number one stop for
03:07:28,600 --> 03:07:32,630
Microcenter is your number one stop for
all things gaming computer related
03:07:32,630 --> 03:07:32,640
all things gaming computer related
03:07:32,640 --> 03:07:37,150
all things gaming computer related
excuse me my friends I'm going to go and
03:07:37,150 --> 03:07:37,160
excuse me my friends I'm going to go and
03:07:37,160 --> 03:07:39,590
excuse me my friends I'm going to go and
apologize to our wonderful edit team for
03:07:39,590 --> 03:07:39,600
apologize to our wonderful edit team for
03:07:39,600 --> 03:07:41,590
apologize to our wonderful edit team for
asking them to edit through 17 hours of
03:07:41,590 --> 03:07:41,600
asking them to edit through 17 hours of
03:07:41,600 --> 03:07:42,670
asking them to edit through 17 hours of
footage but hopefully you found this
03:07:42,670 --> 03:07:42,680
footage but hopefully you found this
03:07:42,680 --> 03:07:44,070
footage but hopefully you found this
tutorial helpful if you did make sure to
03:07:44,070 --> 03:07:44,080
tutorial helpful if you did make sure to
03:07:44,080 --> 03:07:45,910
tutorial helpful if you did make sure to
subscribe to the channel ring L that
03:07:45,910 --> 03:07:45,920
subscribe to the channel ring L that
03:07:45,920 --> 03:07:47,630
subscribe to the channel ring L that
dingling button and check out all all
03:07:47,630 --> 03:07:47,640
dingling button and check out all all
03:07:47,640 --> 03:07:48,790
dingling button and check out all all
the components that we purchased for
03:07:48,790 --> 03:07:48,800
the components that we purchased for
03:07:48,800 --> 03:07:52,870
the components that we purchased for
this video at the links in the
03:07:52,870 --> 03:07:52,880
03:07:52,880 --> 03:07:57,600
description I'll see you next year
1058113
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