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hey what's going on guys js2sense here
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hey what's going on guys js2sense here
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hey what's going on guys js2sense here
and if you can't tell by this table of
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and if you can't tell by this table of
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and if you can't tell by this table of
parts and stuff in front of me today
00:00:05,090 --> 00:00:05,100
parts and stuff in front of me today
00:00:05,100 --> 00:00:06,289
parts and stuff in front of me today
we're going to talk about some of the
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we're going to talk about some of the
00:00:06,299 --> 00:00:07,789
we're going to talk about some of the
beginner mistakes people make I know
00:00:07,789 --> 00:00:07,799
beginner mistakes people make I know
00:00:07,799 --> 00:00:09,049
beginner mistakes people make I know
I've made this video before in the past
00:00:09,049 --> 00:00:09,059
I've made this video before in the past
00:00:09,059 --> 00:00:10,970
I've made this video before in the past
but with a new generation stuff out and
00:00:10,970 --> 00:00:10,980
but with a new generation stuff out and
00:00:10,980 --> 00:00:12,169
but with a new generation stuff out and
a lot of people building their first
00:00:12,169 --> 00:00:12,179
a lot of people building their first
00:00:12,179 --> 00:00:14,150
a lot of people building their first
computers finally I figured it was time
00:00:14,150 --> 00:00:14,160
computers finally I figured it was time
00:00:14,160 --> 00:00:16,369
computers finally I figured it was time
for a refresher to kind of get some of
00:00:16,369 --> 00:00:16,379
for a refresher to kind of get some of
00:00:16,379 --> 00:00:19,550
for a refresher to kind of get some of
the new confused confusion in this
00:00:19,550 --> 00:00:19,560
the new confused confusion in this
00:00:19,560 --> 00:00:22,730
the new confused confusion in this
business out of the way so that you guys
00:00:22,730 --> 00:00:22,740
business out of the way so that you guys
00:00:22,740 --> 00:00:26,290
business out of the way so that you guys
will build your computer and then go ah
00:00:26,290 --> 00:00:26,300
will build your computer and then go ah
00:00:26,300 --> 00:00:28,490
will build your computer and then go ah
nzxt's build is a quick and easy way to
00:00:28,490 --> 00:00:28,500
nzxt's build is a quick and easy way to
00:00:28,500 --> 00:00:30,230
nzxt's build is a quick and easy way to
get a new gaming computer build a gaming
00:00:30,230 --> 00:00:30,240
get a new gaming computer build a gaming
00:00:30,240 --> 00:00:31,790
get a new gaming computer build a gaming
PC on your budget using the built-in
00:00:31,790 --> 00:00:31,800
PC on your budget using the built-in
00:00:31,800 --> 00:00:33,709
PC on your budget using the built-in
configurator and see exactly how your
00:00:33,709 --> 00:00:33,719
configurator and see exactly how your
00:00:33,719 --> 00:00:35,330
configurator and see exactly how your
favorite games will perform want to
00:00:35,330 --> 00:00:35,340
favorite games will perform want to
00:00:35,340 --> 00:00:36,770
favorite games will perform want to
build your own PC but still have the
00:00:36,770 --> 00:00:36,780
build your own PC but still have the
00:00:36,780 --> 00:00:38,690
build your own PC but still have the
NZXT piece of Mind warranty then the new
00:00:38,690 --> 00:00:38,700
NZXT piece of Mind warranty then the new
00:00:38,700 --> 00:00:40,610
NZXT piece of Mind warranty then the new
BLD build it yourself kit has what you
00:00:40,610 --> 00:00:40,620
BLD build it yourself kit has what you
00:00:40,620 --> 00:00:42,170
BLD build it yourself kit has what you
want buy it and build it yourself and
00:00:42,170 --> 00:00:42,180
want buy it and build it yourself and
00:00:42,180 --> 00:00:44,030
want buy it and build it yourself and
NZXT has you covered to get started
00:00:44,030 --> 00:00:44,040
NZXT has you covered to get started
00:00:44,040 --> 00:00:45,709
NZXT has you covered to get started
configuring or building your next gaming
00:00:45,709 --> 00:00:45,719
configuring or building your next gaming
00:00:45,719 --> 00:00:47,209
configuring or building your next gaming
PC visit the build Link in the
00:00:47,209 --> 00:00:47,219
PC visit the build Link in the
00:00:47,219 --> 00:00:48,670
PC visit the build Link in the
description below
00:00:48,670 --> 00:00:48,680
description below
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description below
so there's a lot of new parts available
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so there's a lot of new parts available
00:00:50,700 --> 00:00:52,190
so there's a lot of new parts available
on the market
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on the market
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on the market
um obviously there's New Gen graphics
00:00:53,810 --> 00:00:53,820
um obviously there's New Gen graphics
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um obviously there's New Gen graphics
cards which isn't really that important
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cards which isn't really that important
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cards which isn't really that important
I mean PCI Express sockets the same the
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I mean PCI Express sockets the same the
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I mean PCI Express sockets the same the
pcie Gen 1 all the way up through Gen 5
00:01:01,069 --> 00:01:01,079
pcie Gen 1 all the way up through Gen 5
00:01:01,079 --> 00:01:02,630
pcie Gen 1 all the way up through Gen 5
now that's that's not the kind of stuff
00:01:02,630 --> 00:01:02,640
now that's that's not the kind of stuff
00:01:02,640 --> 00:01:03,650
now that's that's not the kind of stuff
I'm talking about I'm talking about how
00:01:03,650 --> 00:01:03,660
I'm talking about I'm talking about how
00:01:03,660 --> 00:01:06,289
I'm talking about I'm talking about how
easy it is now to accidentally uh
00:01:06,289 --> 00:01:06,299
easy it is now to accidentally uh
00:01:06,299 --> 00:01:09,410
easy it is now to accidentally uh
mismatch your CPU and your platform or
00:01:09,410 --> 00:01:09,420
mismatch your CPU and your platform or
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mismatch your CPU and your platform or
are mismatching your RAM or setting your
00:01:11,510 --> 00:01:11,520
are mismatching your RAM or setting your
00:01:11,520 --> 00:01:13,310
are mismatching your RAM or setting your
RAM up so that your PC won't actually
00:01:13,310 --> 00:01:13,320
RAM up so that your PC won't actually
00:01:13,320 --> 00:01:14,630
RAM up so that your PC won't actually
boot
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boot
00:01:14,640 --> 00:01:15,950
boot
um little things like that all the way
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um little things like that all the way
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um little things like that all the way
down to just some basic Builder mistakes
00:01:18,109 --> 00:01:18,119
down to just some basic Builder mistakes
00:01:18,119 --> 00:01:20,149
down to just some basic Builder mistakes
that you may not even know or mistakes
00:01:20,149 --> 00:01:20,159
that you may not even know or mistakes
00:01:20,159 --> 00:01:21,590
that you may not even know or mistakes
until this video points it out and you
00:01:21,590 --> 00:01:21,600
until this video points it out and you
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until this video points it out and you
look at your system and you go
00:01:23,149 --> 00:01:23,159
look at your system and you go
00:01:23,159 --> 00:01:25,190
look at your system and you go
huh yeah we've all done that we've all
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huh yeah we've all done that we've all
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huh yeah we've all done that we've all
been there and I've been building
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been there and I've been building
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been there and I've been building
computers
00:01:27,350 --> 00:01:27,360
computers
00:01:27,360 --> 00:01:30,410
computers
for 30 years now over 30 years now and
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for 30 years now over 30 years now and
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for 30 years now over 30 years now and
it's one of those things where you still
00:01:31,850 --> 00:01:31,860
it's one of those things where you still
00:01:31,860 --> 00:01:33,469
it's one of those things where you still
make these kinds of mistakes
00:01:33,469 --> 00:01:33,479
make these kinds of mistakes
00:01:33,479 --> 00:01:35,690
make these kinds of mistakes
far into like building experience so I
00:01:35,690 --> 00:01:35,700
far into like building experience so I
00:01:35,700 --> 00:01:37,069
far into like building experience so I
figured might as well at least give you
00:01:37,069 --> 00:01:37,079
figured might as well at least give you
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figured might as well at least give you
guys a little bit of an opportunity to
00:01:38,749 --> 00:01:38,759
guys a little bit of an opportunity to
00:01:38,759 --> 00:01:40,249
guys a little bit of an opportunity to
avoid these experiences by knowing what
00:01:40,249 --> 00:01:40,259
avoid these experiences by knowing what
00:01:40,259 --> 00:01:41,630
avoid these experiences by knowing what
they are before you ever experience them
00:01:41,630 --> 00:01:41,640
they are before you ever experience them
00:01:41,640 --> 00:01:43,310
they are before you ever experience them
so first and foremost let's go ahead and
00:01:43,310 --> 00:01:43,320
so first and foremost let's go ahead and
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so first and foremost let's go ahead and
start with some of the confusion
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start with some of the confusion
00:01:45,420 --> 00:01:47,030
start with some of the confusion
um and things to think about regarding
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um and things to think about regarding
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um and things to think about regarding
the newest platforms from both Intel and
00:01:50,389 --> 00:01:50,399
the newest platforms from both Intel and
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the newest platforms from both Intel and
AMD Intel uh has a a brand new socket
00:01:54,770 --> 00:01:54,780
AMD Intel uh has a a brand new socket
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AMD Intel uh has a a brand new socket
type called LGA 1700 if you ever wonder
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type called LGA 1700 if you ever wonder
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type called LGA 1700 if you ever wonder
what that number means it's basically
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what that number means it's basically
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what that number means it's basically
just the number of pins it's just that
00:02:00,469 --> 00:02:00,479
just the number of pins it's just that
00:02:00,479 --> 00:02:03,609
just the number of pins it's just that
simple but LGA 1700
00:02:03,609 --> 00:02:03,619
simple but LGA 1700
00:02:03,619 --> 00:02:06,289
simple but LGA 1700
is kind of confusing in the sense that
00:02:06,289 --> 00:02:06,299
is kind of confusing in the sense that
00:02:06,299 --> 00:02:07,389
is kind of confusing in the sense that
some
00:02:07,389 --> 00:02:07,399
some
00:02:07,399 --> 00:02:11,029
some
motherboards will only work with 1700
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motherboards will only work with 1700
00:02:11,039 --> 00:02:13,190
motherboards will only work with 1700
brackets now these brackets are going to
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brackets now these brackets are going to
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brackets now these brackets are going to
be whether they're aios or air coolers
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be whether they're aios or air coolers
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be whether they're aios or air coolers
they have to be able to attach through
00:02:17,750 --> 00:02:17,760
they have to be able to attach through
00:02:17,760 --> 00:02:19,430
they have to be able to attach through
the motherboard in some way so this
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the motherboard in some way so this
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the motherboard in some way so this
right here is an Asus tough
00:02:21,910 --> 00:02:21,920
right here is an Asus tough
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right here is an Asus tough
z690 plus Wi-Fi D4 motherboard couple
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z690 plus Wi-Fi D4 motherboard couple
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z690 plus Wi-Fi D4 motherboard couple
things to think about with that naming
00:02:26,770 --> 00:02:26,780
things to think about with that naming
00:02:26,780 --> 00:02:30,650
things to think about with that naming
one Intel currently has both for 12th
00:02:30,650 --> 00:02:30,660
one Intel currently has both for 12th
00:02:30,660 --> 00:02:34,369
one Intel currently has both for 12th
Jan and 13th gen CPUs of availability to
00:02:34,369 --> 00:02:34,379
Jan and 13th gen CPUs of availability to
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Jan and 13th gen CPUs of availability to
use ddr4 or ddr5 so first and foremost
00:02:38,390 --> 00:02:38,400
use ddr4 or ddr5 so first and foremost
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use ddr4 or ddr5 so first and foremost
it would be easy for you to accidentally
00:02:40,190 --> 00:02:40,200
it would be easy for you to accidentally
00:02:40,200 --> 00:02:42,530
it would be easy for you to accidentally
get ddr5 because you're like oh it's a
00:02:42,530 --> 00:02:42,540
get ddr5 because you're like oh it's a
00:02:42,540 --> 00:02:45,290
get ddr5 because you're like oh it's a
new platform it uses ddr5 and then
00:02:45,290 --> 00:02:45,300
new platform it uses ddr5 and then
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new platform it uses ddr5 and then
accidentally pair it with a ddr4
00:02:47,150 --> 00:02:47,160
accidentally pair it with a ddr4
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accidentally pair it with a ddr4
motherboard meaning you'll either have
00:02:48,589 --> 00:02:48,599
motherboard meaning you'll either have
00:02:48,599 --> 00:02:50,630
motherboard meaning you'll either have
to change your motherboard or your RAM
00:02:50,630 --> 00:02:50,640
to change your motherboard or your RAM
00:02:50,640 --> 00:02:52,430
to change your motherboard or your RAM
depending on the ram that you got both
00:02:52,430 --> 00:02:52,440
depending on the ram that you got both
00:02:52,440 --> 00:02:54,650
depending on the ram that you got both
could be about the same price so be
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could be about the same price so be
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could be about the same price so be
mindful of your particular motherboard
00:02:56,150 --> 00:02:56,160
mindful of your particular motherboard
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mindful of your particular motherboard
that you're using for Intel's 12th and
00:02:58,070 --> 00:02:58,080
that you're using for Intel's 12th and
00:02:58,080 --> 00:03:00,350
that you're using for Intel's 12th and
13s gen because of the fact that they
00:03:00,350 --> 00:03:00,360
13s gen because of the fact that they
00:03:00,360 --> 00:03:02,330
13s gen because of the fact that they
are compatible with both but you have to
00:03:02,330 --> 00:03:02,340
are compatible with both but you have to
00:03:02,340 --> 00:03:04,250
are compatible with both but you have to
buy the motherboard that's designed for
00:03:04,250 --> 00:03:04,260
buy the motherboard that's designed for
00:03:04,260 --> 00:03:06,110
buy the motherboard that's designed for
both this exact motherboard the tough is
00:03:06,110 --> 00:03:06,120
both this exact motherboard the tough is
00:03:06,120 --> 00:03:09,170
both this exact motherboard the tough is
available in a D4 and a D5 D4 for ddr4
00:03:09,170 --> 00:03:09,180
available in a D4 and a D5 D4 for ddr4
00:03:09,180 --> 00:03:11,270
available in a D4 and a D5 D4 for ddr4
and D5 for ddr5 but let's talk about the
00:03:11,270 --> 00:03:11,280
and D5 for ddr5 but let's talk about the
00:03:11,280 --> 00:03:12,949
and D5 for ddr5 but let's talk about the
cooler here for a second
00:03:12,949 --> 00:03:12,959
cooler here for a second
00:03:12,959 --> 00:03:15,350
cooler here for a second
because the CPU socket is bigger and it
00:03:15,350 --> 00:03:15,360
because the CPU socket is bigger and it
00:03:15,360 --> 00:03:18,470
because the CPU socket is bigger and it
uses LGA 1700 you're going to need a
00:03:18,470 --> 00:03:18,480
uses LGA 1700 you're going to need a
00:03:18,480 --> 00:03:21,470
uses LGA 1700 you're going to need a
compatible LGA 1700 cooler now usually
00:03:21,470 --> 00:03:21,480
compatible LGA 1700 cooler now usually
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compatible LGA 1700 cooler now usually
the only thing that denotes whether or
00:03:23,089 --> 00:03:23,099
the only thing that denotes whether or
00:03:23,099 --> 00:03:24,170
the only thing that denotes whether or
not a cooler is going to be compatible
00:03:24,170 --> 00:03:24,180
not a cooler is going to be compatible
00:03:24,180 --> 00:03:26,210
not a cooler is going to be compatible
with the new Intel sockets and there's
00:03:26,210 --> 00:03:26,220
with the new Intel sockets and there's
00:03:26,220 --> 00:03:28,490
with the new Intel sockets and there's
been a lot of sockets over the years is
00:03:28,490 --> 00:03:28,500
been a lot of sockets over the years is
00:03:28,500 --> 00:03:31,910
been a lot of sockets over the years is
basically the standoff spacing see Intel
00:03:31,910 --> 00:03:31,920
basically the standoff spacing see Intel
00:03:31,920 --> 00:03:33,830
basically the standoff spacing see Intel
doesn't come with any sort of back plate
00:03:33,830 --> 00:03:33,840
doesn't come with any sort of back plate
00:03:33,840 --> 00:03:36,470
doesn't come with any sort of back plate
mounted to their CPU there's some tape
00:03:36,470 --> 00:03:36,480
mounted to their CPU there's some tape
00:03:36,480 --> 00:03:39,110
mounted to their CPU there's some tape
on there that got stuck from this but
00:03:39,110 --> 00:03:39,120
on there that got stuck from this but
00:03:39,120 --> 00:03:41,869
on there that got stuck from this but
anyway it is intended for the cooler to
00:03:41,869 --> 00:03:41,879
anyway it is intended for the cooler to
00:03:41,879 --> 00:03:43,430
anyway it is intended for the cooler to
provide its own backplate mounting
00:03:43,430 --> 00:03:43,440
provide its own backplate mounting
00:03:43,440 --> 00:03:45,710
provide its own backplate mounting
solution so what that means is with the
00:03:45,710 --> 00:03:45,720
solution so what that means is with the
00:03:45,720 --> 00:03:48,110
solution so what that means is with the
additional width and 1700 being a bigger
00:03:48,110 --> 00:03:48,120
additional width and 1700 being a bigger
00:03:48,120 --> 00:03:49,850
additional width and 1700 being a bigger
socket means the square and it is a
00:03:49,850 --> 00:03:49,860
socket means the square and it is a
00:03:49,860 --> 00:03:51,710
socket means the square and it is a
perfect square by the way versus AMD has
00:03:51,710 --> 00:03:51,720
perfect square by the way versus AMD has
00:03:51,720 --> 00:03:52,970
perfect square by the way versus AMD has
always been more of a rectangle the
00:03:52,970 --> 00:03:52,980
always been more of a rectangle the
00:03:52,980 --> 00:03:55,430
always been more of a rectangle the
spacing of the holes gets wider so what
00:03:55,430 --> 00:03:55,440
spacing of the holes gets wider so what
00:03:55,440 --> 00:03:56,930
spacing of the holes gets wider so what
that means is that if you're going to
00:03:56,930 --> 00:03:56,940
that means is that if you're going to
00:03:56,940 --> 00:03:59,149
that means is that if you're going to
use a bracket that's compatible with
00:03:59,149 --> 00:03:59,159
use a bracket that's compatible with
00:03:59,159 --> 00:04:02,030
use a bracket that's compatible with
1700 it must come with the appropriate
00:04:02,030 --> 00:04:02,040
1700 it must come with the appropriate
00:04:02,040 --> 00:04:04,250
1700 it must come with the appropriate
1700 bracket for your cooler most
00:04:04,250 --> 00:04:04,260
1700 bracket for your cooler most
00:04:04,260 --> 00:04:06,649
1700 bracket for your cooler most
coolers today
00:04:06,649 --> 00:04:06,659
coolers today
00:04:06,659 --> 00:04:08,210
coolers today
depending on Overstock that's still
00:04:08,210 --> 00:04:08,220
depending on Overstock that's still
00:04:08,220 --> 00:04:10,130
depending on Overstock that's still
sitting on shelves from prior to 12th
00:04:10,130 --> 00:04:10,140
sitting on shelves from prior to 12th
00:04:10,140 --> 00:04:12,410
sitting on shelves from prior to 12th
gen even launching will include a 1700
00:04:12,410 --> 00:04:12,420
gen even launching will include a 1700
00:04:12,420 --> 00:04:14,210
gen even launching will include a 1700
bracket or at the very least you can
00:04:14,210 --> 00:04:14,220
bracket or at the very least you can
00:04:14,220 --> 00:04:15,830
bracket or at the very least you can
contact the manufacturer if it does not
00:04:15,830 --> 00:04:15,840
contact the manufacturer if it does not
00:04:15,840 --> 00:04:18,050
contact the manufacturer if it does not
have one and request one most of the
00:04:18,050 --> 00:04:18,060
have one and request one most of the
00:04:18,060 --> 00:04:19,909
have one and request one most of the
time they'll provide one for free or you
00:04:19,909 --> 00:04:19,919
time they'll provide one for free or you
00:04:19,919 --> 00:04:21,229
time they'll provide one for free or you
can buy one on Amazon usually they're
00:04:21,229 --> 00:04:21,239
can buy one on Amazon usually they're
00:04:21,239 --> 00:04:23,090
can buy one on Amazon usually they're
like 10 bucks depending on the
00:04:23,090 --> 00:04:23,100
like 10 bucks depending on the
00:04:23,100 --> 00:04:24,230
like 10 bucks depending on the
manufacturer
00:04:24,230 --> 00:04:24,240
manufacturer
00:04:24,240 --> 00:04:25,730
manufacturer
but one you may not even need that and
00:04:25,730 --> 00:04:25,740
but one you may not even need that and
00:04:25,740 --> 00:04:27,469
but one you may not even need that and
the reason why I say that is if you take
00:04:27,469 --> 00:04:27,479
the reason why I say that is if you take
00:04:27,479 --> 00:04:29,210
the reason why I say that is if you take
a look at the mounting holes on the
00:04:29,210 --> 00:04:29,220
a look at the mounting holes on the
00:04:29,220 --> 00:04:31,490
a look at the mounting holes on the
motherboard you'll notice on the 1700
00:04:31,490 --> 00:04:31,500
motherboard you'll notice on the 1700
00:04:31,500 --> 00:04:33,590
motherboard you'll notice on the 1700
motherboards the LGA 1700 boards 12th
00:04:33,590 --> 00:04:33,600
motherboards the LGA 1700 boards 12th
00:04:33,600 --> 00:04:36,350
motherboards the LGA 1700 boards 12th
gen 13th gen you might see this kind of
00:04:36,350 --> 00:04:36,360
gen 13th gen you might see this kind of
00:04:36,360 --> 00:04:38,450
gen 13th gen you might see this kind of
a double hole looks like a number eight
00:04:38,450 --> 00:04:38,460
a double hole looks like a number eight
00:04:38,460 --> 00:04:40,310
a double hole looks like a number eight
where there's two holes drilled on there
00:04:40,310 --> 00:04:40,320
where there's two holes drilled on there
00:04:40,320 --> 00:04:42,290
where there's two holes drilled on there
and the reason for that is it's
00:04:42,290 --> 00:04:42,300
and the reason for that is it's
00:04:42,300 --> 00:04:45,170
and the reason for that is it's
compatible with both 1700 brackets and
00:04:45,170 --> 00:04:45,180
compatible with both 1700 brackets and
00:04:45,180 --> 00:04:47,090
compatible with both 1700 brackets and
pre 1700 brackets meaning these
00:04:47,090 --> 00:04:47,100
pre 1700 brackets meaning these
00:04:47,100 --> 00:04:48,290
pre 1700 brackets meaning these
motherboards that have the double holes
00:04:48,290 --> 00:04:48,300
motherboards that have the double holes
00:04:48,300 --> 00:04:50,270
motherboards that have the double holes
like this will work with just about any
00:04:50,270 --> 00:04:50,280
like this will work with just about any
00:04:50,280 --> 00:04:52,730
like this will work with just about any
of the Intel coolers in the last like 10
00:04:52,730 --> 00:04:52,740
of the Intel coolers in the last like 10
00:04:52,740 --> 00:04:55,370
of the Intel coolers in the last like 10
years so that's something to keep in
00:04:55,370 --> 00:04:55,380
years so that's something to keep in
00:04:55,380 --> 00:04:56,990
years so that's something to keep in
mind most Intel brackets that you'll
00:04:56,990 --> 00:04:57,000
mind most Intel brackets that you'll
00:04:57,000 --> 00:04:58,550
mind most Intel brackets that you'll
find now are adjustable like this guy
00:04:58,550 --> 00:04:58,560
find now are adjustable like this guy
00:04:58,560 --> 00:05:01,610
find now are adjustable like this guy
where you can actually just push the
00:05:01,610 --> 00:05:01,620
where you can actually just push the
00:05:01,620 --> 00:05:03,710
where you can actually just push the
bracket out to match where it is
00:05:03,710 --> 00:05:03,720
bracket out to match where it is
00:05:03,720 --> 00:05:05,629
bracket out to match where it is
supposed to line up this particular one
00:05:05,629 --> 00:05:05,639
supposed to line up this particular one
00:05:05,639 --> 00:05:09,530
supposed to line up this particular one
right here supports lga775 115x it was
00:05:09,530 --> 00:05:09,540
right here supports lga775 115x it was
00:05:09,540 --> 00:05:11,450
right here supports lga775 115x it was
going to call 11 5x's because there was
00:05:11,450 --> 00:05:11,460
going to call 11 5x's because there was
00:05:11,460 --> 00:05:16,490
going to call 11 5x's because there was
a 1155 and 1156 and then uh 1366.
00:05:16,490 --> 00:05:16,500
a 1155 and 1156 and then uh 1366.
00:05:16,500 --> 00:05:20,330
a 1155 and 1156 and then uh 1366.
but as you saw it also works geez that
00:05:20,330 --> 00:05:20,340
but as you saw it also works geez that
00:05:20,340 --> 00:05:22,730
but as you saw it also works geez that
tape is very sticky it also works on the
00:05:22,730 --> 00:05:22,740
tape is very sticky it also works on the
00:05:22,740 --> 00:05:26,210
tape is very sticky it also works on the
LGA 1700 board because the board
00:05:26,210 --> 00:05:26,220
LGA 1700 board because the board
00:05:26,220 --> 00:05:28,909
LGA 1700 board because the board
supports the older cooler brackets not
00:05:28,909 --> 00:05:28,919
supports the older cooler brackets not
00:05:28,919 --> 00:05:31,249
supports the older cooler brackets not
the other way around so sort of another
00:05:31,249 --> 00:05:31,259
the other way around so sort of another
00:05:31,259 --> 00:05:33,290
the other way around so sort of another
mention here though when it comes to
00:05:33,290 --> 00:05:33,300
mention here though when it comes to
00:05:33,300 --> 00:05:36,590
mention here though when it comes to
amd's new am5 motherboard and this is
00:05:36,590 --> 00:05:36,600
amd's new am5 motherboard and this is
00:05:36,600 --> 00:05:38,029
amd's new am5 motherboard and this is
gonna probably end up throwing out my
00:05:38,029 --> 00:05:38,039
gonna probably end up throwing out my
00:05:38,039 --> 00:05:40,129
gonna probably end up throwing out my
shoulder this board is so heavy this is
00:05:40,129 --> 00:05:40,139
shoulder this board is so heavy this is
00:05:40,139 --> 00:05:43,730
shoulder this board is so heavy this is
a Crosshair extreme AMD am5 motherboard
00:05:43,730 --> 00:05:43,740
a Crosshair extreme AMD am5 motherboard
00:05:43,740 --> 00:05:45,770
a Crosshair extreme AMD am5 motherboard
it is the first motherboard from AMD in
00:05:45,770 --> 00:05:45,780
it is the first motherboard from AMD in
00:05:45,780 --> 00:05:48,290
it is the first motherboard from AMD in
a long time to be LGA which is land grid
00:05:48,290 --> 00:05:48,300
a long time to be LGA which is land grid
00:05:48,300 --> 00:05:49,670
a long time to be LGA which is land grid
array or means the pins are on the
00:05:49,670 --> 00:05:49,680
array or means the pins are on the
00:05:49,680 --> 00:05:51,350
array or means the pins are on the
motherboard not on the CPU which are
00:05:51,350 --> 00:05:51,360
motherboard not on the CPU which are
00:05:51,360 --> 00:05:53,270
motherboard not on the CPU which are
typical typically used to seeing now
00:05:53,270 --> 00:05:53,280
typical typically used to seeing now
00:05:53,280 --> 00:05:55,370
typical typically used to seeing now
these motherboards were designed with
00:05:55,370 --> 00:05:55,380
these motherboards were designed with
00:05:55,380 --> 00:05:57,590
these motherboards were designed with
backwards compatibility in mind sort of
00:05:57,590 --> 00:05:57,600
backwards compatibility in mind sort of
00:05:57,600 --> 00:05:58,670
backwards compatibility in mind sort of
like the motherboard I just showed for
00:05:58,670 --> 00:05:58,680
like the motherboard I just showed for
00:05:58,680 --> 00:06:01,189
like the motherboard I just showed for
Intel the difference being
00:06:01,189 --> 00:06:01,199
Intel the difference being
00:06:01,199 --> 00:06:04,070
Intel the difference being
if you have to use a cooler that
00:06:04,070 --> 00:06:04,080
if you have to use a cooler that
00:06:04,080 --> 00:06:05,870
if you have to use a cooler that
requires the removal of the AMD
00:06:05,870 --> 00:06:05,880
requires the removal of the AMD
00:06:05,880 --> 00:06:08,029
requires the removal of the AMD
backplate to use the Cooler's own
00:06:08,029 --> 00:06:08,039
backplate to use the Cooler's own
00:06:08,039 --> 00:06:10,909
backplate to use the Cooler's own
backplate it will not work let me repeat
00:06:10,909 --> 00:06:10,919
backplate it will not work let me repeat
00:06:10,919 --> 00:06:13,610
backplate it will not work let me repeat
that this back plate piece right here on
00:06:13,610 --> 00:06:13,620
that this back plate piece right here on
00:06:13,620 --> 00:06:15,650
that this back plate piece right here on
the back of the am5 motherboard on many
00:06:15,650 --> 00:06:15,660
the back of the am5 motherboard on many
00:06:15,660 --> 00:06:19,189
the back of the am5 motherboard on many
AMD motherboards in the past am4 am3a
00:06:19,189 --> 00:06:19,199
AMD motherboards in the past am4 am3a
00:06:19,199 --> 00:06:21,230
AMD motherboards in the past am4 am3a
and three plus would require you
00:06:21,230 --> 00:06:21,240
and three plus would require you
00:06:21,240 --> 00:06:23,330
and three plus would require you
especially water blocks and such would
00:06:23,330 --> 00:06:23,340
especially water blocks and such would
00:06:23,340 --> 00:06:25,430
especially water blocks and such would
require you to remove the back plate the
00:06:25,430 --> 00:06:25,440
require you to remove the back plate the
00:06:25,440 --> 00:06:27,110
require you to remove the back plate the
four screws that are on there
00:06:27,110 --> 00:06:27,120
four screws that are on there
00:06:27,120 --> 00:06:28,909
four screws that are on there
and then these two plastic retention
00:06:28,909 --> 00:06:28,919
and then these two plastic retention
00:06:28,919 --> 00:06:30,890
and then these two plastic retention
clips that are on here would remove and
00:06:30,890 --> 00:06:30,900
clips that are on here would remove and
00:06:30,900 --> 00:06:32,090
clips that are on here would remove and
you'd use their back plate and
00:06:32,090 --> 00:06:32,100
you'd use their back plate and
00:06:32,100 --> 00:06:34,370
you'd use their back plate and
pass-through screws and you would just
00:06:34,370 --> 00:06:34,380
pass-through screws and you would just
00:06:34,380 --> 00:06:35,689
pass-through screws and you would just
get rid of the Andy mounting system
00:06:35,689 --> 00:06:35,699
get rid of the Andy mounting system
00:06:35,699 --> 00:06:38,809
get rid of the Andy mounting system
altogether that is not possible with am5
00:06:38,809 --> 00:06:38,819
altogether that is not possible with am5
00:06:38,819 --> 00:06:40,730
altogether that is not possible with am5
because these four screws on the inside
00:06:40,730 --> 00:06:40,740
because these four screws on the inside
00:06:40,740 --> 00:06:42,170
because these four screws on the inside
of the back bracket are what's actually
00:06:42,170 --> 00:06:42,180
of the back bracket are what's actually
00:06:42,180 --> 00:06:45,230
of the back bracket are what's actually
holding down the LGA mounting system so
00:06:45,230 --> 00:06:45,240
holding down the LGA mounting system so
00:06:45,240 --> 00:06:48,590
holding down the LGA mounting system so
if you're cooler says you know am4 and
00:06:48,590 --> 00:06:48,600
if you're cooler says you know am4 and
00:06:48,600 --> 00:06:50,629
if you're cooler says you know am4 and
requires that you require remove the
00:06:50,629 --> 00:06:50,639
requires that you require remove the
00:06:50,639 --> 00:06:53,270
requires that you require remove the
back plate it will not be compatible and
00:06:53,270 --> 00:06:53,280
back plate it will not be compatible and
00:06:53,280 --> 00:06:54,469
back plate it will not be compatible and
that's something that was causing a lot
00:06:54,469 --> 00:06:54,479
that's something that was causing a lot
00:06:54,479 --> 00:06:56,090
that's something that was causing a lot
of confusion when am5 was New because
00:06:56,090 --> 00:06:56,100
of confusion when am5 was New because
00:06:56,100 --> 00:06:58,670
of confusion when am5 was New because
AMD said it's compatible with am4
00:06:58,670 --> 00:06:58,680
AMD said it's compatible with am4
00:06:58,680 --> 00:07:01,249
AMD said it's compatible with am4
coolers and that's only true if they use
00:07:01,249 --> 00:07:01,259
coolers and that's only true if they use
00:07:01,259 --> 00:07:04,610
coolers and that's only true if they use
the amd's clip mounting system which is
00:07:04,610 --> 00:07:04,620
the amd's clip mounting system which is
00:07:04,620 --> 00:07:06,170
the amd's clip mounting system which is
what's pre-installed on there one thing
00:07:06,170 --> 00:07:06,180
what's pre-installed on there one thing
00:07:06,180 --> 00:07:07,850
what's pre-installed on there one thing
to keep in mind though is the am5 only
00:07:07,850 --> 00:07:07,860
to keep in mind though is the am5 only
00:07:07,860 --> 00:07:09,710
to keep in mind though is the am5 only
uses ddr5 so don't make that mistake of
00:07:09,710 --> 00:07:09,720
uses ddr5 so don't make that mistake of
00:07:09,720 --> 00:07:12,350
uses ddr5 so don't make that mistake of
thinking that you can upgrade from ddr4
00:07:12,350 --> 00:07:12,360
thinking that you can upgrade from ddr4
00:07:12,360 --> 00:07:13,990
thinking that you can upgrade from ddr4
to a new platform and not get new memory
00:07:13,990 --> 00:07:14,000
to a new platform and not get new memory
00:07:14,000 --> 00:07:17,390
to a new platform and not get new memory
am5 ddr5 just match the fives and you're
00:07:17,390 --> 00:07:17,400
am5 ddr5 just match the fives and you're
00:07:17,400 --> 00:07:19,370
am5 ddr5 just match the fives and you're
good to go our momentum regarding cooler
00:07:19,370 --> 00:07:19,380
good to go our momentum regarding cooler
00:07:19,380 --> 00:07:21,050
good to go our momentum regarding cooler
compatibility though another common
00:07:21,050 --> 00:07:21,060
compatibility though another common
00:07:21,060 --> 00:07:22,430
compatibility though another common
mistake people will make is this one
00:07:22,430 --> 00:07:22,440
mistake people will make is this one
00:07:22,440 --> 00:07:24,350
mistake people will make is this one
it'd be very difficult to make this is
00:07:24,350 --> 00:07:24,360
it'd be very difficult to make this is
00:07:24,360 --> 00:07:27,409
it'd be very difficult to make this is
the chromax air cooler from noctua if it
00:07:27,409 --> 00:07:27,419
the chromax air cooler from noctua if it
00:07:27,419 --> 00:07:28,670
the chromax air cooler from noctua if it
has a little plastic cover like this and
00:07:28,670 --> 00:07:28,680
has a little plastic cover like this and
00:07:28,680 --> 00:07:30,290
has a little plastic cover like this and
has pre-installed thermal paste you're
00:07:30,290 --> 00:07:30,300
has pre-installed thermal paste you're
00:07:30,300 --> 00:07:31,610
has pre-installed thermal paste you're
probably going to be fine but if it's
00:07:31,610 --> 00:07:31,620
probably going to be fine but if it's
00:07:31,620 --> 00:07:33,650
probably going to be fine but if it's
the kind of cooler that wants you to
00:07:33,650 --> 00:07:33,660
the kind of cooler that wants you to
00:07:33,660 --> 00:07:35,089
the kind of cooler that wants you to
install the thermal paste that comes
00:07:35,089 --> 00:07:35,099
install the thermal paste that comes
00:07:35,099 --> 00:07:36,650
install the thermal paste that comes
separately and it doesn't have a plastic
00:07:36,650 --> 00:07:36,660
separately and it doesn't have a plastic
00:07:36,660 --> 00:07:38,390
separately and it doesn't have a plastic
piece it might have a piece of clear
00:07:38,390 --> 00:07:38,400
piece it might have a piece of clear
00:07:38,400 --> 00:07:41,390
piece it might have a piece of clear
plastic on the base of the cooler make
00:07:41,390 --> 00:07:41,400
plastic on the base of the cooler make
00:07:41,400 --> 00:07:43,129
plastic on the base of the cooler make
sure you peel that off usually it will
00:07:43,129 --> 00:07:43,139
sure you peel that off usually it will
00:07:43,139 --> 00:07:45,710
sure you peel that off usually it will
say remove before use it's still easy to
00:07:45,710 --> 00:07:45,720
say remove before use it's still easy to
00:07:45,720 --> 00:07:47,870
say remove before use it's still easy to
install it without removing
00:07:47,870 --> 00:07:47,880
install it without removing
00:07:47,880 --> 00:07:49,550
install it without removing
30 plus years and I've still done it a
00:07:49,550 --> 00:07:49,560
30 plus years and I've still done it a
00:07:49,560 --> 00:07:50,749
30 plus years and I've still done it a
handful of times just in the last few
00:07:50,749 --> 00:07:50,759
handful of times just in the last few
00:07:50,759 --> 00:07:53,150
handful of times just in the last few
years alone remove the plastic before
00:07:53,150 --> 00:07:53,160
years alone remove the plastic before
00:07:53,160 --> 00:07:55,670
years alone remove the plastic before
you install it that plastic makes a
00:07:55,670 --> 00:07:55,680
you install it that plastic makes a
00:07:55,680 --> 00:07:58,249
you install it that plastic makes a
great insulator not allowing heat to
00:07:58,249 --> 00:07:58,259
great insulator not allowing heat to
00:07:58,259 --> 00:08:00,890
great insulator not allowing heat to
transfer to the block from the CPU and
00:08:00,890 --> 00:08:00,900
transfer to the block from the CPU and
00:08:00,900 --> 00:08:02,930
transfer to the block from the CPU and
your CPU will run and it will turn on
00:08:02,930 --> 00:08:02,940
your CPU will run and it will turn on
00:08:02,940 --> 00:08:05,029
your CPU will run and it will turn on
but it will instantly throttle and
00:08:05,029 --> 00:08:05,039
but it will instantly throttle and
00:08:05,039 --> 00:08:06,110
but it will instantly throttle and
you'll just be like why is my computer
00:08:06,110 --> 00:08:06,120
you'll just be like why is my computer
00:08:06,120 --> 00:08:07,370
you'll just be like why is my computer
running like that until you could take
00:08:07,370 --> 00:08:07,380
running like that until you could take
00:08:07,380 --> 00:08:09,350
running like that until you could take
it off and then you go
00:08:09,350 --> 00:08:09,360
it off and then you go
00:08:09,360 --> 00:08:12,350
it off and then you go
oh now moving on to Ram this is where
00:08:12,350 --> 00:08:12,360
oh now moving on to Ram this is where
00:08:12,360 --> 00:08:15,589
oh now moving on to Ram this is where
things are becoming much more picky and
00:08:15,589 --> 00:08:15,599
things are becoming much more picky and
00:08:15,599 --> 00:08:17,629
things are becoming much more picky and
I don't mean picky as in like people are
00:08:17,629 --> 00:08:17,639
I don't mean picky as in like people are
00:08:17,639 --> 00:08:19,070
I don't mean picky as in like people are
picky I think most people would just be
00:08:19,070 --> 00:08:19,080
picky I think most people would just be
00:08:19,080 --> 00:08:20,510
picky I think most people would just be
happy using anything that works these
00:08:20,510 --> 00:08:20,520
happy using anything that works these
00:08:20,520 --> 00:08:24,110
happy using anything that works these
days ddr4 and ddr5 especially as we move
00:08:24,110 --> 00:08:24,120
days ddr4 and ddr5 especially as we move
00:08:24,120 --> 00:08:27,529
days ddr4 and ddr5 especially as we move
on to ddr5 is extremely extremely picky
00:08:27,529 --> 00:08:27,539
on to ddr5 is extremely extremely picky
00:08:27,539 --> 00:08:30,350
on to ddr5 is extremely extremely picky
with qvl now qvl is basically the list
00:08:30,350 --> 00:08:30,360
with qvl now qvl is basically the list
00:08:30,360 --> 00:08:32,930
with qvl now qvl is basically the list
that says this Ram with this speed and
00:08:32,930 --> 00:08:32,940
that says this Ram with this speed and
00:08:32,940 --> 00:08:34,790
that says this Ram with this speed and
these timings is compatible with this
00:08:34,790 --> 00:08:34,800
these timings is compatible with this
00:08:34,800 --> 00:08:36,889
these timings is compatible with this
motherboard and compatible with this CPU
00:08:36,889 --> 00:08:36,899
motherboard and compatible with this CPU
00:08:36,899 --> 00:08:39,170
motherboard and compatible with this CPU
to be able to run in their optimized
00:08:39,170 --> 00:08:39,180
to be able to run in their optimized
00:08:39,180 --> 00:08:41,029
to be able to run in their optimized
speeds remember the speed that is
00:08:41,029 --> 00:08:41,039
speeds remember the speed that is
00:08:41,039 --> 00:08:42,829
speeds remember the speed that is
printed on the ram whether it be ddr2
00:08:42,829 --> 00:08:42,839
printed on the ram whether it be ddr2
00:08:42,839 --> 00:08:46,730
printed on the ram whether it be ddr2
DDR3 ddr4 maybe not ddr2 but anyway DDR3
00:08:46,730 --> 00:08:46,740
DDR3 ddr4 maybe not ddr2 but anyway DDR3
00:08:46,740 --> 00:08:50,870
DDR3 ddr4 maybe not ddr2 but anyway DDR3
four and five the XMP or the Expo that
00:08:50,870 --> 00:08:50,880
four and five the XMP or the Expo that
00:08:50,880 --> 00:08:53,509
four and five the XMP or the Expo that
they call it now on AMD which was docp
00:08:53,509 --> 00:08:53,519
they call it now on AMD which was docp
00:08:53,519 --> 00:08:55,509
they call it now on AMD which was docp
in the past but now it's called Expo
00:08:55,509 --> 00:08:55,519
in the past but now it's called Expo
00:08:55,519 --> 00:08:58,970
in the past but now it's called Expo
these are actually overclocks these are
00:08:58,970 --> 00:08:58,980
these are actually overclocks these are
00:08:58,980 --> 00:09:00,829
these are actually overclocks these are
overclocked timing they are tighter
00:09:00,829 --> 00:09:00,839
overclocked timing they are tighter
00:09:00,839 --> 00:09:03,050
overclocked timing they are tighter
timings and overclocked frequencies that
00:09:03,050 --> 00:09:03,060
timings and overclocked frequencies that
00:09:03,060 --> 00:09:05,449
timings and overclocked frequencies that
are designed uh above and beyond the
00:09:05,449 --> 00:09:05,459
are designed uh above and beyond the
00:09:05,459 --> 00:09:08,269
are designed uh above and beyond the
base spec of where Ram operates ddr5's
00:09:08,269 --> 00:09:08,279
base spec of where Ram operates ddr5's
00:09:08,279 --> 00:09:10,250
base spec of where Ram operates ddr5's
base speed is 4 thousand megahertz
00:09:10,250 --> 00:09:10,260
base speed is 4 thousand megahertz
00:09:10,260 --> 00:09:13,550
base speed is 4 thousand megahertz
ddr4's base speed was 2133 and then it
00:09:13,550 --> 00:09:13,560
ddr4's base speed was 2133 and then it
00:09:13,560 --> 00:09:15,829
ddr4's base speed was 2133 and then it
became like 2400 as it matured if you
00:09:15,829 --> 00:09:15,839
became like 2400 as it matured if you
00:09:15,839 --> 00:09:18,110
became like 2400 as it matured if you
had like a 3600 megahertz stick of RAM
00:09:18,110 --> 00:09:18,120
had like a 3600 megahertz stick of RAM
00:09:18,120 --> 00:09:19,790
had like a 3600 megahertz stick of RAM
and you just put it in your system and
00:09:19,790 --> 00:09:19,800
and you just put it in your system and
00:09:19,800 --> 00:09:21,530
and you just put it in your system and
don't touch it it's going to run at the
00:09:21,530 --> 00:09:21,540
don't touch it it's going to run at the
00:09:21,540 --> 00:09:24,410
don't touch it it's going to run at the
2133 or ddr5 is going to run at either
00:09:24,410 --> 00:09:24,420
2133 or ddr5 is going to run at either
00:09:24,420 --> 00:09:26,870
2133 or ddr5 is going to run at either
4000 or 4800 depending on the
00:09:26,870 --> 00:09:26,880
4000 or 4800 depending on the
00:09:26,880 --> 00:09:28,550
4000 or 4800 depending on the
motherboard itself
00:09:28,550 --> 00:09:28,560
motherboard itself
00:09:28,560 --> 00:09:31,250
motherboard itself
keep in mind the moment you push enable
00:09:31,250 --> 00:09:31,260
keep in mind the moment you push enable
00:09:31,260 --> 00:09:34,310
keep in mind the moment you push enable
Expo or enable XMP it is going to be
00:09:34,310 --> 00:09:34,320
Expo or enable XMP it is going to be
00:09:34,320 --> 00:09:36,350
Expo or enable XMP it is going to be
applying an overclock to the memory
00:09:36,350 --> 00:09:36,360
applying an overclock to the memory
00:09:36,360 --> 00:09:38,150
applying an overclock to the memory
controller to run the speeds that are
00:09:38,150 --> 00:09:38,160
controller to run the speeds that are
00:09:38,160 --> 00:09:41,509
controller to run the speeds that are
listed what that means is a couple of
00:09:41,509 --> 00:09:41,519
listed what that means is a couple of
00:09:41,519 --> 00:09:44,630
listed what that means is a couple of
things one it may not even be stable it
00:09:44,630 --> 00:09:44,640
things one it may not even be stable it
00:09:44,640 --> 00:09:46,670
things one it may not even be stable it
may not run that is dependent on your
00:09:46,670 --> 00:09:46,680
may not run that is dependent on your
00:09:46,680 --> 00:09:49,610
may not run that is dependent on your
cpu's silicon lottery winnings and the
00:09:49,610 --> 00:09:49,620
cpu's silicon lottery winnings and the
00:09:49,620 --> 00:09:52,310
cpu's silicon lottery winnings and the
memory controller itself and the listed
00:09:52,310 --> 00:09:52,320
memory controller itself and the listed
00:09:52,320 --> 00:09:54,110
memory controller itself and the listed
qvl compatibility between your
00:09:54,110 --> 00:09:54,120
qvl compatibility between your
00:09:54,120 --> 00:09:55,850
qvl compatibility between your
particular sticks of RAM and the
00:09:55,850 --> 00:09:55,860
particular sticks of RAM and the
00:09:55,860 --> 00:09:57,889
particular sticks of RAM and the
motherboard so it's very important to
00:09:57,889 --> 00:09:57,899
motherboard so it's very important to
00:09:57,899 --> 00:09:59,930
motherboard so it's very important to
always cross-reference the part numbers
00:09:59,930 --> 00:09:59,940
always cross-reference the part numbers
00:09:59,940 --> 00:10:02,630
always cross-reference the part numbers
of the ram you're trying to use with the
00:10:02,630 --> 00:10:02,640
of the ram you're trying to use with the
00:10:02,640 --> 00:10:05,269
of the ram you're trying to use with the
motherboard you're picking to one make
00:10:05,269 --> 00:10:05,279
motherboard you're picking to one make
00:10:05,279 --> 00:10:07,190
motherboard you're picking to one make
sure that the motherboard has bios
00:10:07,190 --> 00:10:07,200
sure that the motherboard has bios
00:10:07,200 --> 00:10:09,710
sure that the motherboard has bios
support for that particular Ram set if
00:10:09,710 --> 00:10:09,720
support for that particular Ram set if
00:10:09,720 --> 00:10:12,110
support for that particular Ram set if
you're choosing a ddr4 build today it's
00:10:12,110 --> 00:10:12,120
you're choosing a ddr4 build today it's
00:10:12,120 --> 00:10:13,610
you're choosing a ddr4 build today it's
very unlikely that it's going to be a
00:10:13,610 --> 00:10:13,620
very unlikely that it's going to be a
00:10:13,620 --> 00:10:15,590
very unlikely that it's going to be a
problem because we've had so many bios
00:10:15,590 --> 00:10:15,600
problem because we've had so many bios
00:10:15,600 --> 00:10:18,470
problem because we've had so many bios
revisions with motherboards to create a
00:10:18,470 --> 00:10:18,480
revisions with motherboards to create a
00:10:18,480 --> 00:10:21,710
revisions with motherboards to create a
vast supply of compatibility now with
00:10:21,710 --> 00:10:21,720
vast supply of compatibility now with
00:10:21,720 --> 00:10:24,769
vast supply of compatibility now with
different RAM ddr5 on the other hand is
00:10:24,769 --> 00:10:24,779
different RAM ddr5 on the other hand is
00:10:24,779 --> 00:10:26,630
different RAM ddr5 on the other hand is
still building out that list you'll find
00:10:26,630 --> 00:10:26,640
still building out that list you'll find
00:10:26,640 --> 00:10:29,210
still building out that list you'll find
that motherboards that run ddr5 5 are
00:10:29,210 --> 00:10:29,220
that motherboards that run ddr5 5 are
00:10:29,220 --> 00:10:31,009
that motherboards that run ddr5 5 are
getting nearly monthly updates these
00:10:31,009 --> 00:10:31,019
getting nearly monthly updates these
00:10:31,019 --> 00:10:33,470
getting nearly monthly updates these
days to support Ram as it comes out
00:10:33,470 --> 00:10:33,480
days to support Ram as it comes out
00:10:33,480 --> 00:10:35,750
days to support Ram as it comes out
because as the ram gets faster
00:10:35,750 --> 00:10:35,760
because as the ram gets faster
00:10:35,760 --> 00:10:37,970
because as the ram gets faster
it has to be supported now a couple
00:10:37,970 --> 00:10:37,980
it has to be supported now a couple
00:10:37,980 --> 00:10:40,430
it has to be supported now a couple
things that qvl will also teach you is
00:10:40,430 --> 00:10:40,440
things that qvl will also teach you is
00:10:40,440 --> 00:10:42,949
things that qvl will also teach you is
not just what speed RAM and what
00:10:42,949 --> 00:10:42,959
not just what speed RAM and what
00:10:42,959 --> 00:10:45,110
not just what speed RAM and what
capacity of RAM is going to be supported
00:10:45,110 --> 00:10:45,120
capacity of RAM is going to be supported
00:10:45,120 --> 00:10:47,090
capacity of RAM is going to be supported
because believe it or not the capacity
00:10:47,090 --> 00:10:47,100
because believe it or not the capacity
00:10:47,100 --> 00:10:50,530
because believe it or not the capacity
itself is also a limiting factor on
00:10:50,530 --> 00:10:50,540
itself is also a limiting factor on
00:10:50,540 --> 00:10:54,050
itself is also a limiting factor on
compatibility the more RAM the faster it
00:10:54,050 --> 00:10:54,060
compatibility the more RAM the faster it
00:10:54,060 --> 00:10:55,910
compatibility the more RAM the faster it
goes the more hard it is on the memory
00:10:55,910 --> 00:10:55,920
goes the more hard it is on the memory
00:10:55,920 --> 00:10:57,949
goes the more hard it is on the memory
controller now one of the things that
00:10:57,949 --> 00:10:57,959
controller now one of the things that
00:10:57,959 --> 00:10:59,750
controller now one of the things that
you'll find out too is if you were
00:10:59,750 --> 00:10:59,760
you'll find out too is if you were
00:10:59,760 --> 00:11:01,970
you'll find out too is if you were
running a dual Channel motherboard which
00:11:01,970 --> 00:11:01,980
running a dual Channel motherboard which
00:11:01,980 --> 00:11:03,290
running a dual Channel motherboard which
is pretty much any motherboard these
00:11:03,290 --> 00:11:03,300
is pretty much any motherboard these
00:11:03,300 --> 00:11:04,490
is pretty much any motherboard these
days with the exception of anything
00:11:04,490 --> 00:11:04,500
days with the exception of anything
00:11:04,500 --> 00:11:06,829
days with the exception of anything
xeon-based or threadripper based it's
00:11:06,829 --> 00:11:06,839
xeon-based or threadripper based it's
00:11:06,839 --> 00:11:08,090
xeon-based or threadripper based it's
going to be two channels Channel a
00:11:08,090 --> 00:11:08,100
going to be two channels Channel a
00:11:08,100 --> 00:11:10,069
going to be two channels Channel a
channel B just because there's four
00:11:10,069 --> 00:11:10,079
channel B just because there's four
00:11:10,079 --> 00:11:12,050
channel B just because there's four
sticks of RAM on the motherboard does
00:11:12,050 --> 00:11:12,060
sticks of RAM on the motherboard does
00:11:12,060 --> 00:11:14,389
sticks of RAM on the motherboard does
not mean it's a four Channel Ram or four
00:11:14,389 --> 00:11:14,399
not mean it's a four Channel Ram or four
00:11:14,399 --> 00:11:16,069
not mean it's a four Channel Ram or four
Channel motherboard a lot of people get
00:11:16,069 --> 00:11:16,079
Channel motherboard a lot of people get
00:11:16,079 --> 00:11:17,630
Channel motherboard a lot of people get
that confused it just means there's two
00:11:17,630 --> 00:11:17,640
that confused it just means there's two
00:11:17,640 --> 00:11:19,190
that confused it just means there's two
sticks per channel so you have Channel
00:11:19,190 --> 00:11:19,200
sticks per channel so you have Channel
00:11:19,200 --> 00:11:23,990
sticks per channel so you have Channel
A1 and B1 and channel A2 and B2 so what
00:11:23,990 --> 00:11:24,000
A1 and B1 and channel A2 and B2 so what
00:11:24,000 --> 00:11:25,370
A1 and B1 and channel A2 and B2 so what
a lot of folks will do is sometimes
00:11:25,370 --> 00:11:25,380
a lot of folks will do is sometimes
00:11:25,380 --> 00:11:27,710
a lot of folks will do is sometimes
accidentally install the RAM sticks next
00:11:27,710 --> 00:11:27,720
accidentally install the RAM sticks next
00:11:27,720 --> 00:11:29,630
accidentally install the RAM sticks next
to each other instead of leaving a space
00:11:29,630 --> 00:11:29,640
to each other instead of leaving a space
00:11:29,640 --> 00:11:31,250
to each other instead of leaving a space
in between them if you don't reference
00:11:31,250 --> 00:11:31,260
in between them if you don't reference
00:11:31,260 --> 00:11:32,870
in between them if you don't reference
your motherboard manual you might be
00:11:32,870 --> 00:11:32,880
your motherboard manual you might be
00:11:32,880 --> 00:11:34,490
your motherboard manual you might be
sending this into single Channel mode
00:11:34,490 --> 00:11:34,500
sending this into single Channel mode
00:11:34,500 --> 00:11:36,889
sending this into single Channel mode
which is actually giving half of the
00:11:36,889 --> 00:11:36,899
which is actually giving half of the
00:11:36,899 --> 00:11:39,889
which is actually giving half of the
memory bandwidth available to the CPU
00:11:39,889 --> 00:11:39,899
memory bandwidth available to the CPU
00:11:39,899 --> 00:11:42,350
memory bandwidth available to the CPU
which is going to affect everything with
00:11:42,350 --> 00:11:42,360
which is going to affect everything with
00:11:42,360 --> 00:11:43,970
which is going to affect everything with
your computer if if you're one of those
00:11:43,970 --> 00:11:43,980
your computer if if you're one of those
00:11:43,980 --> 00:11:45,110
your computer if if you're one of those
people right now that look at your RAM
00:11:45,110 --> 00:11:45,120
people right now that look at your RAM
00:11:45,120 --> 00:11:46,970
people right now that look at your RAM
sticks and you see two next to each
00:11:46,970 --> 00:11:46,980
sticks and you see two next to each
00:11:46,980 --> 00:11:48,590
sticks and you see two next to each
other and two empty you're running
00:11:48,590 --> 00:11:48,600
other and two empty you're running
00:11:48,600 --> 00:11:50,269
other and two empty you're running
yourself in single Channel mode right
00:11:50,269 --> 00:11:50,279
yourself in single Channel mode right
00:11:50,279 --> 00:11:52,550
yourself in single Channel mode right
now if you were to pause this video turn
00:11:52,550 --> 00:11:52,560
now if you were to pause this video turn
00:11:52,560 --> 00:11:54,829
now if you were to pause this video turn
off your system switch one of these
00:11:54,829 --> 00:11:54,839
off your system switch one of these
00:11:54,839 --> 00:11:56,750
off your system switch one of these
sticks to another Channel where there's
00:11:56,750 --> 00:11:56,760
sticks to another Channel where there's
00:11:56,760 --> 00:11:58,069
sticks to another Channel where there's
a gap in between doesn't even matter if
00:11:58,069 --> 00:11:58,079
a gap in between doesn't even matter if
00:11:58,079 --> 00:11:59,449
a gap in between doesn't even matter if
it's the two outside or the two inside
00:11:59,449 --> 00:11:59,459
it's the two outside or the two inside
00:11:59,459 --> 00:12:01,430
it's the two outside or the two inside
because it can run in Channel A1 or
00:12:01,430 --> 00:12:01,440
because it can run in Channel A1 or
00:12:01,440 --> 00:12:03,769
because it can run in Channel A1 or
Channel A2 it'll be fine you would see
00:12:03,769 --> 00:12:03,779
Channel A2 it'll be fine you would see
00:12:03,779 --> 00:12:06,170
Channel A2 it'll be fine you would see
an instant increase in
00:12:06,170 --> 00:12:06,180
an instant increase in
00:12:06,180 --> 00:12:08,329
an instant increase in
peppiness of your system responsiveness
00:12:08,329 --> 00:12:08,339
peppiness of your system responsiveness
00:12:08,339 --> 00:12:11,389
peppiness of your system responsiveness
app loading times everything would get
00:12:11,389 --> 00:12:11,399
app loading times everything would get
00:12:11,399 --> 00:12:13,430
app loading times everything would get
better a lot I see this all the time in
00:12:13,430 --> 00:12:13,440
better a lot I see this all the time in
00:12:13,440 --> 00:12:15,170
better a lot I see this all the time in
our reactivity stuff as I see sticks of
00:12:15,170 --> 00:12:15,180
our reactivity stuff as I see sticks of
00:12:15,180 --> 00:12:16,610
our reactivity stuff as I see sticks of
ram next to each other like this and
00:12:16,610 --> 00:12:16,620
ram next to each other like this and
00:12:16,620 --> 00:12:18,769
ram next to each other like this and
it's like stop doing that
00:12:18,769 --> 00:12:18,779
it's like stop doing that
00:12:18,779 --> 00:12:21,170
it's like stop doing that
um the other thing is if you want to
00:12:21,170 --> 00:12:21,180
um the other thing is if you want to
00:12:21,180 --> 00:12:24,530
um the other thing is if you want to
occupy all four sticks of ram because
00:12:24,530 --> 00:12:24,540
occupy all four sticks of ram because
00:12:24,540 --> 00:12:26,810
occupy all four sticks of ram because
you want Max Capacity
00:12:26,810 --> 00:12:26,820
you want Max Capacity
00:12:26,820 --> 00:12:28,610
you want Max Capacity
you may not even be able to activate
00:12:28,610 --> 00:12:28,620
you may not even be able to activate
00:12:28,620 --> 00:12:31,850
you may not even be able to activate
your XMP or your XPO at all there's a
00:12:31,850 --> 00:12:31,860
your XMP or your XPO at all there's a
00:12:31,860 --> 00:12:33,829
your XMP or your XPO at all there's a
lot of ram compatibility issues when it
00:12:33,829 --> 00:12:33,839
lot of ram compatibility issues when it
00:12:33,839 --> 00:12:36,829
lot of ram compatibility issues when it
comes to maximizing all four sticks and
00:12:36,829 --> 00:12:36,839
comes to maximizing all four sticks and
00:12:36,839 --> 00:12:39,050
comes to maximizing all four sticks and
running XMP as the memory gets faster
00:12:39,050 --> 00:12:39,060
running XMP as the memory gets faster
00:12:39,060 --> 00:12:41,569
running XMP as the memory gets faster
and faster again qvl will tell you
00:12:41,569 --> 00:12:41,579
and faster again qvl will tell you
00:12:41,579 --> 00:12:43,069
and faster again qvl will tell you
everything that you need to know about
00:12:43,069 --> 00:12:43,079
everything that you need to know about
00:12:43,079 --> 00:12:44,629
everything that you need to know about
whether or not you're wasting your money
00:12:44,629 --> 00:12:44,639
whether or not you're wasting your money
00:12:44,639 --> 00:12:46,850
whether or not you're wasting your money
you'd have to decide too does your
00:12:46,850 --> 00:12:46,860
you'd have to decide too does your
00:12:46,860 --> 00:12:49,910
you'd have to decide too does your
particular use case of your system deem
00:12:49,910 --> 00:12:49,920
particular use case of your system deem
00:12:49,920 --> 00:12:52,250
particular use case of your system deem
that having maximum storage is more
00:12:52,250 --> 00:12:52,260
that having maximum storage is more
00:12:52,260 --> 00:12:54,230
that having maximum storage is more
important than maximum speed
00:12:54,230 --> 00:12:54,240
important than maximum speed
00:12:54,240 --> 00:12:56,150
important than maximum speed
then you can probably occupy all four
00:12:56,150 --> 00:12:56,160
then you can probably occupy all four
00:12:56,160 --> 00:12:58,129
then you can probably occupy all four
and it'll work fine again verify with
00:12:58,129 --> 00:12:58,139
and it'll work fine again verify with
00:12:58,139 --> 00:13:00,590
and it'll work fine again verify with
qvl some motherboards if you occupy all
00:13:00,590 --> 00:13:00,600
qvl some motherboards if you occupy all
00:13:00,600 --> 00:13:02,150
qvl some motherboards if you occupy all
four it won't even boot which leaves you
00:13:02,150 --> 00:13:02,160
four it won't even boot which leaves you
00:13:02,160 --> 00:13:03,530
four it won't even boot which leaves you
going why the hell are there four sticks
00:13:03,530 --> 00:13:03,540
going why the hell are there four sticks
00:13:03,540 --> 00:13:05,210
going why the hell are there four sticks
there's slots available anyway we've
00:13:05,210 --> 00:13:05,220
there's slots available anyway we've
00:13:05,220 --> 00:13:06,350
there's slots available anyway we've
experienced that where you put four
00:13:06,350 --> 00:13:06,360
experienced that where you put four
00:13:06,360 --> 00:13:07,730
experienced that where you put four
sticks in it doesn't even turn on but
00:13:07,730 --> 00:13:07,740
sticks in it doesn't even turn on but
00:13:07,740 --> 00:13:09,230
sticks in it doesn't even turn on but
the other thing too is if you want to
00:13:09,230 --> 00:13:09,240
the other thing too is if you want to
00:13:09,240 --> 00:13:11,629
the other thing too is if you want to
occupy all four and you find that like
00:13:11,629 --> 00:13:11,639
occupy all four and you find that like
00:13:11,639 --> 00:13:14,150
occupy all four and you find that like
okay qvl says I can run all four sticks
00:13:14,150 --> 00:13:14,160
okay qvl says I can run all four sticks
00:13:14,160 --> 00:13:16,069
okay qvl says I can run all four sticks
you'd be surprised too that sometimes
00:13:16,069 --> 00:13:16,079
you'd be surprised too that sometimes
00:13:16,079 --> 00:13:18,410
you'd be surprised too that sometimes
your system will not run if you run two
00:13:18,410 --> 00:13:18,420
your system will not run if you run two
00:13:18,420 --> 00:13:20,090
your system will not run if you run two
sets of dual sticks of ram that are
00:13:20,090 --> 00:13:20,100
sets of dual sticks of ram that are
00:13:20,100 --> 00:13:23,269
sets of dual sticks of ram that are
identical same part numbers same speeds
00:13:23,269 --> 00:13:23,279
identical same part numbers same speeds
00:13:23,279 --> 00:13:25,129
identical same part numbers same speeds
same timings but they're two separate
00:13:25,129 --> 00:13:25,139
same timings but they're two separate
00:13:25,139 --> 00:13:26,870
same timings but they're two separate
kits of two sticks putting them together
00:13:26,870 --> 00:13:26,880
kits of two sticks putting them together
00:13:26,880 --> 00:13:30,110
kits of two sticks putting them together
oftentimes will not run it's again qvl
00:13:30,110 --> 00:13:30,120
oftentimes will not run it's again qvl
00:13:30,120 --> 00:13:32,389
oftentimes will not run it's again qvl
will tell you all of this so it's a
00:13:32,389 --> 00:13:32,399
will tell you all of this so it's a
00:13:32,399 --> 00:13:35,810
will tell you all of this so it's a
specifically XMP and Expo may not run
00:13:35,810 --> 00:13:35,820
specifically XMP and Expo may not run
00:13:35,820 --> 00:13:38,090
specifically XMP and Expo may not run
it's it is what it is it's been this way
00:13:38,090 --> 00:13:38,100
it's it is what it is it's been this way
00:13:38,100 --> 00:13:39,889
it's it is what it is it's been this way
now since ddr4 it's been this way always
00:13:39,889 --> 00:13:39,899
now since ddr4 it's been this way always
00:13:39,899 --> 00:13:41,930
now since ddr4 it's been this way always
but ddr4 as the speeds got faster it
00:13:41,930 --> 00:13:41,940
but ddr4 as the speeds got faster it
00:13:41,940 --> 00:13:44,090
but ddr4 as the speeds got faster it
really started showing and ddr5 with
00:13:44,090 --> 00:13:44,100
really started showing and ddr5 with
00:13:44,100 --> 00:13:45,889
really started showing and ddr5 with
them being like ragged Edge speeds from
00:13:45,889 --> 00:13:45,899
them being like ragged Edge speeds from
00:13:45,899 --> 00:13:47,449
them being like ragged Edge speeds from
day one
00:13:47,449 --> 00:13:47,459
day one
00:13:47,459 --> 00:13:49,550
day one
um you'll find that it's just
00:13:49,550 --> 00:13:49,560
um you'll find that it's just
00:13:49,560 --> 00:13:51,410
um you'll find that it's just
running four sticks more often than not
00:13:51,410 --> 00:13:51,420
running four sticks more often than not
00:13:51,420 --> 00:13:53,449
running four sticks more often than not
is not the right way to go in fact it's
00:13:53,449 --> 00:13:53,459
is not the right way to go in fact it's
00:13:53,459 --> 00:13:55,069
is not the right way to go in fact it's
why a lot of high-end motherboards have
00:13:55,069 --> 00:13:55,079
why a lot of high-end motherboards have
00:13:55,079 --> 00:13:57,470
why a lot of high-end motherboards have
started only using two sticks one stick
00:13:57,470 --> 00:13:57,480
started only using two sticks one stick
00:13:57,480 --> 00:13:59,449
started only using two sticks one stick
per Channel especially if it's an
00:13:59,449 --> 00:13:59,459
per Channel especially if it's an
00:13:59,459 --> 00:14:00,829
per Channel especially if it's an
overclocking motherboard because that's
00:14:00,829 --> 00:14:00,839
overclocking motherboard because that's
00:14:00,839 --> 00:14:02,449
overclocking motherboard because that's
how you get the max stability
00:14:02,449 --> 00:14:02,459
how you get the max stability
00:14:02,459 --> 00:14:04,490
how you get the max stability
um obviously double check too that your
00:14:04,490 --> 00:14:04,500
um obviously double check too that your
00:14:04,500 --> 00:14:06,889
um obviously double check too that your
matching ddr4 and four and five and five
00:14:06,889 --> 00:14:06,899
matching ddr4 and four and five and five
00:14:06,899 --> 00:14:08,329
matching ddr4 and four and five and five
when it comes to your motherboards and
00:14:08,329 --> 00:14:08,339
when it comes to your motherboards and
00:14:08,339 --> 00:14:09,829
when it comes to your motherboards and
stuff as I've already mentioned the
00:14:09,829 --> 00:14:09,839
stuff as I've already mentioned the
00:14:09,839 --> 00:14:11,629
stuff as I've already mentioned the
notch itself is different double check
00:14:11,629 --> 00:14:11,639
notch itself is different double check
00:14:11,639 --> 00:14:13,250
notch itself is different double check
that Notch is lining up it's harder on
00:14:13,250 --> 00:14:13,260
that Notch is lining up it's harder on
00:14:13,260 --> 00:14:16,370
that Notch is lining up it's harder on
ddr4 than ddr5 ddr4 5 it's nearly
00:14:16,370 --> 00:14:16,380
ddr4 than ddr5 ddr4 5 it's nearly
00:14:16,380 --> 00:14:17,870
ddr4 than ddr5 ddr4 5 it's nearly
centered so you might think you're lined
00:14:17,870 --> 00:14:17,880
centered so you might think you're lined
00:14:17,880 --> 00:14:19,730
centered so you might think you're lined
up and it's not ddr4 it's much more
00:14:19,730 --> 00:14:19,740
up and it's not ddr4 it's much more
00:14:19,740 --> 00:14:21,710
up and it's not ddr4 it's much more
off-centered double check that before
00:14:21,710 --> 00:14:21,720
off-centered double check that before
00:14:21,720 --> 00:14:23,389
off-centered double check that before
you go just shoving it down you don't
00:14:23,389 --> 00:14:23,399
you go just shoving it down you don't
00:14:23,399 --> 00:14:26,090
you go just shoving it down you don't
want to be this guy
00:14:26,090 --> 00:14:26,100
want to be this guy
00:14:26,100 --> 00:14:27,650
want to be this guy
foreign
00:14:27,650 --> 00:14:27,660
foreign
00:14:27,660 --> 00:14:30,310
foreign
let's move on to Storage storage is
00:14:30,310 --> 00:14:30,320
let's move on to Storage storage is
00:14:30,320 --> 00:14:32,389
let's move on to Storage storage is
simpler these days than it used to be
00:14:32,389 --> 00:14:32,399
simpler these days than it used to be
00:14:32,399 --> 00:14:34,190
simpler these days than it used to be
there's a lot of storage options I mean
00:14:34,190 --> 00:14:34,200
there's a lot of storage options I mean
00:14:34,200 --> 00:14:35,690
there's a lot of storage options I mean
you've got so many Brands out there now
00:14:35,690 --> 00:14:35,700
you've got so many Brands out there now
00:14:35,700 --> 00:14:38,150
you've got so many Brands out there now
with all different types of nvme drives
00:14:38,150 --> 00:14:38,160
with all different types of nvme drives
00:14:38,160 --> 00:14:40,250
with all different types of nvme drives
you got SATA ssds and we still have
00:14:40,250 --> 00:14:40,260
you got SATA ssds and we still have
00:14:40,260 --> 00:14:42,110
you got SATA ssds and we still have
obviously our hard drives a lot of folks
00:14:42,110 --> 00:14:42,120
obviously our hard drives a lot of folks
00:14:42,120 --> 00:14:44,930
obviously our hard drives a lot of folks
out there that still just I'm
00:14:44,930 --> 00:14:44,940
out there that still just I'm
00:14:44,940 --> 00:14:48,170
out there that still just I'm
dude no reliable spinning drive and then
00:14:48,170 --> 00:14:48,180
dude no reliable spinning drive and then
00:14:48,180 --> 00:14:51,590
dude no reliable spinning drive and then
just spit on that new stuff I'm sorry if
00:14:51,590 --> 00:14:51,600
just spit on that new stuff I'm sorry if
00:14:51,600 --> 00:14:53,449
just spit on that new stuff I'm sorry if
you feel that way someday you'll come
00:14:53,449 --> 00:14:53,459
you feel that way someday you'll come
00:14:53,459 --> 00:14:56,030
you feel that way someday you'll come
around anyway drives especially ssds
00:14:56,030 --> 00:14:56,040
around anyway drives especially ssds
00:14:56,040 --> 00:14:58,189
around anyway drives especially ssds
nvmes and two and a half inch data
00:14:58,189 --> 00:14:58,199
nvmes and two and a half inch data
00:14:58,199 --> 00:14:59,930
nvmes and two and a half inch data
drives have really dropped in price and
00:14:59,930 --> 00:14:59,940
drives have really dropped in price and
00:14:59,940 --> 00:15:01,370
drives have really dropped in price and
vmes are a lot more affordable than
00:15:01,370 --> 00:15:01,380
vmes are a lot more affordable than
00:15:01,380 --> 00:15:02,870
vmes are a lot more affordable than
they've ever been but yes they are still
00:15:02,870 --> 00:15:02,880
they've ever been but yes they are still
00:15:02,880 --> 00:15:04,250
they've ever been but yes they are still
somewhat expensive when you're
00:15:04,250 --> 00:15:04,260
somewhat expensive when you're
00:15:04,260 --> 00:15:05,990
somewhat expensive when you're
installing Windows
00:15:05,990 --> 00:15:06,000
installing Windows
00:15:06,000 --> 00:15:09,230
installing Windows
you disconnect the drive you don't want
00:15:09,230 --> 00:15:09,240
you disconnect the drive you don't want
00:15:09,240 --> 00:15:12,170
you disconnect the drive you don't want
Windows to be on this isn't so much of a
00:15:12,170 --> 00:15:12,180
Windows to be on this isn't so much of a
00:15:12,180 --> 00:15:13,189
Windows to be on this isn't so much of a
problem
00:15:13,189 --> 00:15:13,199
problem
00:15:13,199 --> 00:15:15,650
problem
if you're running different size drives
00:15:15,650 --> 00:15:15,660
if you're running different size drives
00:15:15,660 --> 00:15:17,810
if you're running different size drives
and you're smart enough to remember what
00:15:17,810 --> 00:15:17,820
and you're smart enough to remember what
00:15:17,820 --> 00:15:19,970
and you're smart enough to remember what
size Drive is what for instance I have a
00:15:19,970 --> 00:15:19,980
size Drive is what for instance I have a
00:15:19,980 --> 00:15:23,030
size Drive is what for instance I have a
500 gigabyte nvme SSD right here this is
00:15:23,030 --> 00:15:23,040
500 gigabyte nvme SSD right here this is
00:15:23,040 --> 00:15:24,710
500 gigabyte nvme SSD right here this is
pretty small by today's standards and
00:15:24,710 --> 00:15:24,720
pretty small by today's standards and
00:15:24,720 --> 00:15:25,790
pretty small by today's standards and
also pretty affordable you could
00:15:25,790 --> 00:15:25,800
also pretty affordable you could
00:15:25,800 --> 00:15:27,230
also pretty affordable you could
probably get this drive for like 35
00:15:27,230 --> 00:15:27,240
probably get this drive for like 35
00:15:27,240 --> 00:15:29,150
probably get this drive for like 35
bucks which would make an amazing
00:15:29,150 --> 00:15:29,160
bucks which would make an amazing
00:15:29,160 --> 00:15:32,210
bucks which would make an amazing
Windows drive an SSD especially in nvme
00:15:32,210 --> 00:15:32,220
Windows drive an SSD especially in nvme
00:15:32,220 --> 00:15:34,370
Windows drive an SSD especially in nvme
Drive makes an amazing Windows drive you
00:15:34,370 --> 00:15:34,380
Drive makes an amazing Windows drive you
00:15:34,380 --> 00:15:35,689
Drive makes an amazing Windows drive you
know it doesn't make amazing Windows
00:15:35,689 --> 00:15:35,699
know it doesn't make amazing Windows
00:15:35,699 --> 00:15:37,430
know it doesn't make amazing Windows
drives these days spinning platter
00:15:37,430 --> 00:15:37,440
drives these days spinning platter
00:15:37,440 --> 00:15:39,710
drives these days spinning platter
drives now let's this is a one terabyte
00:15:39,710 --> 00:15:39,720
drives now let's this is a one terabyte
00:15:39,720 --> 00:15:41,389
drives now let's this is a one terabyte
Toshiba right yeah just a high
00:15:41,389 --> 00:15:41,399
Toshiba right yeah just a high
00:15:41,399 --> 00:15:44,569
Toshiba right yeah just a high
performance p300 super basic Drive
00:15:44,569 --> 00:15:44,579
performance p300 super basic Drive
00:15:44,579 --> 00:15:46,189
performance p300 super basic Drive
um if these were both one terabyte
00:15:46,189 --> 00:15:46,199
um if these were both one terabyte
00:15:46,199 --> 00:15:48,170
um if these were both one terabyte
drives though after the partition space
00:15:48,170 --> 00:15:48,180
drives though after the partition space
00:15:48,180 --> 00:15:50,090
drives though after the partition space
and whatnot they might both show up as
00:15:50,090 --> 00:15:50,100
and whatnot they might both show up as
00:15:50,100 --> 00:15:53,509
and whatnot they might both show up as
like 980 gigabyte or 968 gigabyte drives
00:15:53,509 --> 00:15:53,519
like 980 gigabyte or 968 gigabyte drives
00:15:53,519 --> 00:15:55,009
like 980 gigabyte or 968 gigabyte drives
whatever it ends up being you get into
00:15:55,009 --> 00:15:55,019
whatever it ends up being you get into
00:15:55,019 --> 00:15:56,329
whatever it ends up being you get into
the windows installer and you're just
00:15:56,329 --> 00:15:56,339
the windows installer and you're just
00:15:56,339 --> 00:15:57,710
the windows installer and you're just
like oh whatever you just click the top
00:15:57,710 --> 00:15:57,720
like oh whatever you just click the top
00:15:57,720 --> 00:15:59,210
like oh whatever you just click the top
one you might accidentally be installing
00:15:59,210 --> 00:15:59,220
one you might accidentally be installing
00:15:59,220 --> 00:16:00,590
one you might accidentally be installing
Windows on your spinning drive but that
00:16:00,590 --> 00:16:00,600
Windows on your spinning drive but that
00:16:00,600 --> 00:16:01,790
Windows on your spinning drive but that
would have been a problem if it wasn't
00:16:01,790 --> 00:16:01,800
would have been a problem if it wasn't
00:16:01,800 --> 00:16:03,829
would have been a problem if it wasn't
plugged in at the time of installing
00:16:03,829 --> 00:16:03,839
plugged in at the time of installing
00:16:03,839 --> 00:16:07,090
plugged in at the time of installing
Windows so what I do is if I have
00:16:07,090 --> 00:16:07,100
Windows so what I do is if I have
00:16:07,100 --> 00:16:09,350
Windows so what I do is if I have
multiples of the same size Drive in
00:16:09,350 --> 00:16:09,360
multiples of the same size Drive in
00:16:09,360 --> 00:16:10,730
multiples of the same size Drive in
there and they're all nvme I don't
00:16:10,730 --> 00:16:10,740
there and they're all nvme I don't
00:16:10,740 --> 00:16:12,170
there and they're all nvme I don't
personally care because of the fact that
00:16:12,170 --> 00:16:12,180
personally care because of the fact that
00:16:12,180 --> 00:16:13,250
personally care because of the fact that
I'm not going to go in and unplug my
00:16:13,250 --> 00:16:13,260
I'm not going to go in and unplug my
00:16:13,260 --> 00:16:15,050
I'm not going to go in and unplug my
nvme's install Windows and then plug my
00:16:15,050 --> 00:16:15,060
nvme's install Windows and then plug my
00:16:15,060 --> 00:16:17,210
nvme's install Windows and then plug my
nvmes back in especially if there's a
00:16:17,210 --> 00:16:17,220
nvmes back in especially if there's a
00:16:17,220 --> 00:16:19,009
nvmes back in especially if there's a
graphics card in the way or it's
00:16:19,009 --> 00:16:19,019
graphics card in the way or it's
00:16:19,019 --> 00:16:20,769
graphics card in the way or it's
vertical mounted and rigid tube whatever
00:16:20,769 --> 00:16:20,779
vertical mounted and rigid tube whatever
00:16:20,779 --> 00:16:22,970
vertical mounted and rigid tube whatever
nvme's as long as it ends up on one past
00:16:22,970 --> 00:16:22,980
nvme's as long as it ends up on one past
00:16:22,980 --> 00:16:24,290
nvme's as long as it ends up on one past
that I don't really care but if I have
00:16:24,290 --> 00:16:24,300
that I don't really care but if I have
00:16:24,300 --> 00:16:26,569
that I don't really care but if I have
mixed drives like Skunk Works was I had
00:16:26,569 --> 00:16:26,579
mixed drives like Skunk Works was I had
00:16:26,579 --> 00:16:28,910
mixed drives like Skunk Works was I had
just a weird
00:16:28,910 --> 00:16:28,920
just a weird
00:16:28,920 --> 00:16:31,129
just a weird
pattern of drives all over the place and
00:16:31,129 --> 00:16:31,139
pattern of drives all over the place and
00:16:31,139 --> 00:16:32,389
pattern of drives all over the place and
when you go to install Windows you'd see
00:16:32,389 --> 00:16:32,399
when you go to install Windows you'd see
00:16:32,399 --> 00:16:33,949
when you go to install Windows you'd see
like 92 drives showing up and a lot of
00:16:33,949 --> 00:16:33,959
like 92 drives showing up and a lot of
00:16:33,959 --> 00:16:35,930
like 92 drives showing up and a lot of
them were the same size so I really had
00:16:35,930 --> 00:16:35,940
them were the same size so I really had
00:16:35,940 --> 00:16:37,670
them were the same size so I really had
to get used to unplugging the drives I
00:16:37,670 --> 00:16:37,680
to get used to unplugging the drives I
00:16:37,680 --> 00:16:39,350
to get used to unplugging the drives I
didn't want windows on also too
00:16:39,350 --> 00:16:39,360
didn't want windows on also too
00:16:39,360 --> 00:16:40,670
didn't want windows on also too
sometimes windows will put the
00:16:40,670 --> 00:16:40,680
sometimes windows will put the
00:16:40,680 --> 00:16:42,290
sometimes windows will put the
bootloader on one drive and then the
00:16:42,290 --> 00:16:42,300
bootloader on one drive and then the
00:16:42,300 --> 00:16:44,389
bootloader on one drive and then the
drive Windows OS on another Drive which
00:16:44,389 --> 00:16:44,399
drive Windows OS on another Drive which
00:16:44,399 --> 00:16:45,829
drive Windows OS on another Drive which
that if you ever take the bootload or
00:16:45,829 --> 00:16:45,839
that if you ever take the bootload or
00:16:45,839 --> 00:16:47,629
that if you ever take the bootload or
drive out and then the OS won't post
00:16:47,629 --> 00:16:47,639
drive out and then the OS won't post
00:16:47,639 --> 00:16:50,629
drive out and then the OS won't post
anymore it's it's weird so a lot less of
00:16:50,629 --> 00:16:50,639
anymore it's it's weird so a lot less of
00:16:50,639 --> 00:16:52,189
anymore it's it's weird so a lot less of
an issue today as long as you keep drive
00:16:52,189 --> 00:16:52,199
an issue today as long as you keep drive
00:16:52,199 --> 00:16:53,810
an issue today as long as you keep drive
or keep track of which drives or which
00:16:53,810 --> 00:16:53,820
or keep track of which drives or which
00:16:53,820 --> 00:16:55,189
or keep track of which drives or which
kind of an honorable mention there
00:16:55,189 --> 00:16:55,199
kind of an honorable mention there
00:16:55,199 --> 00:16:57,470
kind of an honorable mention there
something that is still throws a lot of
00:16:57,470 --> 00:16:57,480
something that is still throws a lot of
00:16:57,480 --> 00:16:59,509
something that is still throws a lot of
people off today all right let's go and
00:16:59,509 --> 00:16:59,519
people off today all right let's go and
00:16:59,519 --> 00:17:00,949
people off today all right let's go and
talk about power supplies for a second
00:17:00,949 --> 00:17:00,959
talk about power supplies for a second
00:17:00,959 --> 00:17:04,010
talk about power supplies for a second
here this is another one where I I see a
00:17:04,010 --> 00:17:04,020
here this is another one where I I see a
00:17:04,020 --> 00:17:06,350
here this is another one where I I see a
lot of people really just
00:17:06,350 --> 00:17:06,360
lot of people really just
00:17:06,360 --> 00:17:08,150
lot of people really just
had the wrong mentality of a power
00:17:08,150 --> 00:17:08,160
had the wrong mentality of a power
00:17:08,160 --> 00:17:09,010
had the wrong mentality of a power
supply
00:17:09,010 --> 00:17:09,020
supply
00:17:09,020 --> 00:17:12,770
supply
there are so many more
00:17:12,770 --> 00:17:12,780
there are so many more
00:17:12,780 --> 00:17:14,530
there are so many more
things to consider in a power supply
00:17:14,530 --> 00:17:14,540
things to consider in a power supply
00:17:14,540 --> 00:17:16,909
things to consider in a power supply
than its wattage
00:17:16,909 --> 00:17:16,919
than its wattage
00:17:16,919 --> 00:17:20,210
than its wattage
power supplies are not created equal
00:17:20,210 --> 00:17:20,220
power supplies are not created equal
00:17:20,220 --> 00:17:22,130
power supplies are not created equal
it's the whole reason why the 80 plus
00:17:22,130 --> 00:17:22,140
it's the whole reason why the 80 plus
00:17:22,140 --> 00:17:24,350
it's the whole reason why the 80 plus
thing even came about and it wasn't just
00:17:24,350 --> 00:17:24,360
thing even came about and it wasn't just
00:17:24,360 --> 00:17:27,409
thing even came about and it wasn't just
80 plus doesn't tell you just about the
00:17:27,409 --> 00:17:27,419
80 plus doesn't tell you just about the
00:17:27,419 --> 00:17:29,630
80 plus doesn't tell you just about the
efficiency of the power supply
00:17:29,630 --> 00:17:29,640
efficiency of the power supply
00:17:29,640 --> 00:17:31,370
efficiency of the power supply
it tells you about the quality of the
00:17:31,370 --> 00:17:31,380
it tells you about the quality of the
00:17:31,380 --> 00:17:33,650
it tells you about the quality of the
parts inside the power supply because
00:17:33,650 --> 00:17:33,660
parts inside the power supply because
00:17:33,660 --> 00:17:35,150
parts inside the power supply because
there's a reason why those efficiency
00:17:35,150 --> 00:17:35,160
there's a reason why those efficiency
00:17:35,160 --> 00:17:37,909
there's a reason why those efficiency
ratings go up the quality of parts go up
00:17:37,909 --> 00:17:37,919
ratings go up the quality of parts go up
00:17:37,919 --> 00:17:39,950
ratings go up the quality of parts go up
with it so what I have right here is
00:17:39,950 --> 00:17:39,960
with it so what I have right here is
00:17:39,960 --> 00:17:43,730
with it so what I have right here is
just a basic 80 plus 500 EVGA it's like
00:17:43,730 --> 00:17:43,740
just a basic 80 plus 500 EVGA it's like
00:17:43,740 --> 00:17:45,710
just a basic 80 plus 500 EVGA it's like
there's it's just 80 plus it's like not
00:17:45,710 --> 00:17:45,720
there's it's just 80 plus it's like not
00:17:45,720 --> 00:17:47,750
there's it's just 80 plus it's like not
even like 80 plus silver which is or
00:17:47,750 --> 00:17:47,760
even like 80 plus silver which is or
00:17:47,760 --> 00:17:49,130
even like 80 plus silver which is or
even bronze which used to be like the
00:17:49,130 --> 00:17:49,140
even bronze which used to be like the
00:17:49,140 --> 00:17:50,990
even bronze which used to be like the
start it's just it barely makes the 80
00:17:50,990 --> 00:17:51,000
start it's just it barely makes the 80
00:17:51,000 --> 00:17:53,150
start it's just it barely makes the 80
plus now there's nothing wrong with this
00:17:53,150 --> 00:17:53,160
plus now there's nothing wrong with this
00:17:53,160 --> 00:17:54,710
plus now there's nothing wrong with this
power supply in fact we use it as our
00:17:54,710 --> 00:17:54,720
power supply in fact we use it as our
00:17:54,720 --> 00:17:57,470
power supply in fact we use it as our
test power supply quite often but more
00:17:57,470 --> 00:17:57,480
test power supply quite often but more
00:17:57,480 --> 00:17:59,270
test power supply quite often but more
often than not you know you're going to
00:17:59,270 --> 00:17:59,280
often than not you know you're going to
00:17:59,280 --> 00:18:01,430
often than not you know you're going to
be giving up things like modularity as
00:18:01,430 --> 00:18:01,440
be giving up things like modularity as
00:18:01,440 --> 00:18:02,870
be giving up things like modularity as
you can see this is a non-modular power
00:18:02,870 --> 00:18:02,880
you can see this is a non-modular power
00:18:02,880 --> 00:18:04,430
you can see this is a non-modular power
supply as you can see it's ketchup and
00:18:04,430 --> 00:18:04,440
supply as you can see it's ketchup and
00:18:04,440 --> 00:18:06,710
supply as you can see it's ketchup and
mustard cables with like a transparent
00:18:06,710 --> 00:18:06,720
mustard cables with like a transparent
00:18:06,720 --> 00:18:10,250
mustard cables with like a transparent
non-fine mesh it's just ugly but because
00:18:10,250 --> 00:18:10,260
non-fine mesh it's just ugly but because
00:18:10,260 --> 00:18:12,710
non-fine mesh it's just ugly but because
it's 80 plus I would trust this with
00:18:12,710 --> 00:18:12,720
it's 80 plus I would trust this with
00:18:12,720 --> 00:18:14,570
it's 80 plus I would trust this with
anything that needs up to 500 watts but
00:18:14,570 --> 00:18:14,580
anything that needs up to 500 watts but
00:18:14,580 --> 00:18:16,010
anything that needs up to 500 watts but
I wouldn't trust it if you were on the
00:18:16,010 --> 00:18:16,020
I wouldn't trust it if you were on the
00:18:16,020 --> 00:18:18,169
I wouldn't trust it if you were on the
edge and the reason for that is a lot of
00:18:18,169 --> 00:18:18,179
edge and the reason for that is a lot of
00:18:18,179 --> 00:18:20,210
edge and the reason for that is a lot of
power supplies can provide power beyond
00:18:20,210 --> 00:18:20,220
power supplies can provide power beyond
00:18:20,220 --> 00:18:22,610
power supplies can provide power beyond
its rated spec that it's showing if the
00:18:22,610 --> 00:18:22,620
its rated spec that it's showing if the
00:18:22,620 --> 00:18:24,529
its rated spec that it's showing if the
quality is there but you should never
00:18:24,529 --> 00:18:24,539
quality is there but you should never
00:18:24,539 --> 00:18:26,810
quality is there but you should never
expect your system so that you're on the
00:18:26,810 --> 00:18:26,820
expect your system so that you're on the
00:18:26,820 --> 00:18:30,890
expect your system so that you're on the
edge of the supplied rating of the power
00:18:30,890 --> 00:18:30,900
edge of the supplied rating of the power
00:18:30,900 --> 00:18:32,270
edge of the supplied rating of the power
supplier they see advertised rating of
00:18:32,270 --> 00:18:32,280
supplier they see advertised rating of
00:18:32,280 --> 00:18:34,070
supplier they see advertised rating of
the power supply so for instance this is
00:18:34,070 --> 00:18:34,080
the power supply so for instance this is
00:18:34,080 --> 00:18:36,950
the power supply so for instance this is
an RM 850x from Corsair I can't remember
00:18:36,950 --> 00:18:36,960
an RM 850x from Corsair I can't remember
00:18:36,960 --> 00:18:38,570
an RM 850x from Corsair I can't remember
what the 80 plus on this one is I think
00:18:38,570 --> 00:18:38,580
what the 80 plus on this one is I think
00:18:38,580 --> 00:18:40,310
what the 80 plus on this one is I think
I want to say it's gold I believe it's
00:18:40,310 --> 00:18:40,320
I want to say it's gold I believe it's
00:18:40,320 --> 00:18:42,049
I want to say it's gold I believe it's
gold you can often find the same power
00:18:42,049 --> 00:18:42,059
gold you can often find the same power
00:18:42,059 --> 00:18:44,870
gold you can often find the same power
supply in multiple ratings not so much
00:18:44,870 --> 00:18:44,880
supply in multiple ratings not so much
00:18:44,880 --> 00:18:46,669
supply in multiple ratings not so much
these days almost everything is gold now
00:18:46,669 --> 00:18:46,679
these days almost everything is gold now
00:18:46,679 --> 00:18:48,169
these days almost everything is gold now
when you see a bronze it's really rare
00:18:48,169 --> 00:18:48,179
when you see a bronze it's really rare
00:18:48,179 --> 00:18:50,210
when you see a bronze it's really rare
almost everything's gold and platinum
00:18:50,210 --> 00:18:50,220
almost everything's gold and platinum
00:18:50,220 --> 00:18:50,990
almost everything's gold and platinum
now
00:18:50,990 --> 00:18:51,000
now
00:18:51,000 --> 00:18:52,549
now
but what you get was something like a
00:18:52,549 --> 00:18:52,559
but what you get was something like a
00:18:52,559 --> 00:18:54,049
but what you get was something like a
higher end power supply is not just a
00:18:54,049 --> 00:18:54,059
higher end power supply is not just a
00:18:54,059 --> 00:18:56,270
higher end power supply is not just a
higher wattage you get the modularity of
00:18:56,270 --> 00:18:56,280
higher wattage you get the modularity of
00:18:56,280 --> 00:18:57,650
higher wattage you get the modularity of
being able to unplug the cables that you
00:18:57,650 --> 00:18:57,660
being able to unplug the cables that you
00:18:57,660 --> 00:18:59,750
being able to unplug the cables that you
don't want you get individually sleeved
00:18:59,750 --> 00:18:59,760
don't want you get individually sleeved
00:18:59,760 --> 00:19:01,909
don't want you get individually sleeved
cables as like just that's the way that
00:19:01,909 --> 00:19:01,919
cables as like just that's the way that
00:19:01,919 --> 00:19:04,490
cables as like just that's the way that
they came at least from Corsair
00:19:04,490 --> 00:19:04,500
they came at least from Corsair
00:19:04,500 --> 00:19:07,549
they came at least from Corsair
um and just overall the build quality is
00:19:07,549 --> 00:19:07,559
um and just overall the build quality is
00:19:07,559 --> 00:19:10,549
um and just overall the build quality is
better fortunately power supplies are
00:19:10,549 --> 00:19:10,559
better fortunately power supplies are
00:19:10,559 --> 00:19:12,350
better fortunately power supplies are
getting smaller you can get a power
00:19:12,350 --> 00:19:12,360
getting smaller you can get a power
00:19:12,360 --> 00:19:14,930
getting smaller you can get a power
supply this size that's 1200 watts now
00:19:14,930 --> 00:19:14,940
supply this size that's 1200 watts now
00:19:14,940 --> 00:19:16,850
supply this size that's 1200 watts now
whereas this is an 850 look how much
00:19:16,850 --> 00:19:16,860
whereas this is an 850 look how much
00:19:16,860 --> 00:19:19,010
whereas this is an 850 look how much
longer it is the longer power supplies
00:19:19,010 --> 00:19:19,020
longer it is the longer power supplies
00:19:19,020 --> 00:19:20,390
longer it is the longer power supplies
take up more room in the bottom of your
00:19:20,390 --> 00:19:20,400
take up more room in the bottom of your
00:19:20,400 --> 00:19:22,610
take up more room in the bottom of your
case uh which means less room for cable
00:19:22,610 --> 00:19:22,620
case uh which means less room for cable
00:19:22,620 --> 00:19:25,070
case uh which means less room for cable
management and just less room for things
00:19:25,070 --> 00:19:25,080
management and just less room for things
00:19:25,080 --> 00:19:26,270
management and just less room for things
and it's like you know you should never
00:19:26,270 --> 00:19:26,280
and it's like you know you should never
00:19:26,280 --> 00:19:28,970
and it's like you know you should never
spec your system for the minimum because
00:19:28,970 --> 00:19:28,980
spec your system for the minimum because
00:19:28,980 --> 00:19:31,130
spec your system for the minimum because
of the fact that you give yourself zero
00:19:31,130 --> 00:19:31,140
of the fact that you give yourself zero
00:19:31,140 --> 00:19:32,870
of the fact that you give yourself zero
expandability in the future and power
00:19:32,870 --> 00:19:32,880
expandability in the future and power
00:19:32,880 --> 00:19:34,310
expandability in the future and power
supplies are something that can live on
00:19:34,310 --> 00:19:34,320
supplies are something that can live on
00:19:34,320 --> 00:19:36,770
supplies are something that can live on
for a long long time in your system
00:19:36,770 --> 00:19:36,780
for a long long time in your system
00:19:36,780 --> 00:19:38,990
for a long long time in your system
through multiple iterations multiple
00:19:38,990 --> 00:19:39,000
through multiple iterations multiple
00:19:39,000 --> 00:19:41,810
through multiple iterations multiple
upgrades as long as you don't spec it
00:19:41,810 --> 00:19:41,820
upgrades as long as you don't spec it
00:19:41,820 --> 00:19:43,610
upgrades as long as you don't spec it
too small let the 30 series and 40
00:19:43,610 --> 00:19:43,620
too small let the 30 series and 40
00:19:43,620 --> 00:19:46,730
too small let the 30 series and 40
series be a prime example 250 Watts for
00:19:46,730 --> 00:19:46,740
series be a prime example 250 Watts for
00:19:46,740 --> 00:19:48,650
series be a prime example 250 Watts for
graphics cards was the norm for the
00:19:48,650 --> 00:19:48,660
graphics cards was the norm for the
00:19:48,660 --> 00:19:51,230
graphics cards was the norm for the
longest time then came 30 series with
00:19:51,230 --> 00:19:51,240
longest time then came 30 series with
00:19:51,240 --> 00:19:54,590
longest time then came 30 series with
the 320 watt 3080 and the 350 watt 30
00:19:54,590 --> 00:19:54,600
the 320 watt 3080 and the 350 watt 30
00:19:54,600 --> 00:19:58,370
the 320 watt 3080 and the 350 watt 30
90. then came the 450 watt 40 90 Tia or
00:19:58,370 --> 00:19:58,380
90. then came the 450 watt 40 90 Tia or
00:19:58,380 --> 00:20:01,789
90. then came the 450 watt 40 90 Tia or
3090 TI and the 450 watt 40 90 which can
00:20:01,789 --> 00:20:01,799
3090 TI and the 450 watt 40 90 which can
00:20:01,799 --> 00:20:04,010
3090 TI and the 450 watt 40 90 which can
easily pull over 500 watts if you even
00:20:04,010 --> 00:20:04,020
easily pull over 500 watts if you even
00:20:04,020 --> 00:20:05,450
easily pull over 500 watts if you even
start to play with the slide writers
00:20:05,450 --> 00:20:05,460
start to play with the slide writers
00:20:05,460 --> 00:20:07,549
start to play with the slide writers
whatsoever 500 watt power supply would
00:20:07,549 --> 00:20:07,559
whatsoever 500 watt power supply would
00:20:07,559 --> 00:20:09,529
whatsoever 500 watt power supply would
have been enough for what 250 watt
00:20:09,529 --> 00:20:09,539
have been enough for what 250 watt
00:20:09,539 --> 00:20:12,890
have been enough for what 250 watt
graphics cards and 85 to 90 watt CPUs
00:20:12,890 --> 00:20:12,900
graphics cards and 85 to 90 watt CPUs
00:20:12,900 --> 00:20:14,450
graphics cards and 85 to 90 watt CPUs
needed back in the day
00:20:14,450 --> 00:20:14,460
needed back in the day
00:20:14,460 --> 00:20:16,610
needed back in the day
this clearly wouldn't be enough to be
00:20:16,610 --> 00:20:16,620
this clearly wouldn't be enough to be
00:20:16,620 --> 00:20:19,130
this clearly wouldn't be enough to be
able to run something like an RTX 4080
00:20:19,130 --> 00:20:19,140
able to run something like an RTX 4080
00:20:19,140 --> 00:20:22,430
able to run something like an RTX 4080
or 4090 in the future if you were trying
00:20:22,430 --> 00:20:22,440
or 4090 in the future if you were trying
00:20:22,440 --> 00:20:23,750
or 4090 in the future if you were trying
to carry that power supply over which
00:20:23,750 --> 00:20:23,760
to carry that power supply over which
00:20:23,760 --> 00:20:24,830
to carry that power supply over which
means you'd have to upgrade your power
00:20:24,830 --> 00:20:24,840
means you'd have to upgrade your power
00:20:24,840 --> 00:20:26,570
means you'd have to upgrade your power
supply now speaking of power supplies
00:20:26,570 --> 00:20:26,580
supply now speaking of power supplies
00:20:26,580 --> 00:20:27,850
supply now speaking of power supplies
and I talked about Cable Management
00:20:27,850 --> 00:20:27,860
and I talked about Cable Management
00:20:27,860 --> 00:20:30,529
and I talked about Cable Management
momentarily one thing I highly recommend
00:20:30,529 --> 00:20:30,539
momentarily one thing I highly recommend
00:20:30,539 --> 00:20:34,250
momentarily one thing I highly recommend
and I've I've taken a lot of people on
00:20:34,250 --> 00:20:34,260
and I've I've taken a lot of people on
00:20:34,260 --> 00:20:36,049
and I've I've taken a lot of people on
their first PC building experience I
00:20:36,049 --> 00:20:36,059
their first PC building experience I
00:20:36,059 --> 00:20:37,190
their first PC building experience I
don't mean those of you watching that
00:20:37,190 --> 00:20:37,200
don't mean those of you watching that
00:20:37,200 --> 00:20:38,450
don't mean those of you watching that
are like hey I built my first PC because
00:20:38,450 --> 00:20:38,460
are like hey I built my first PC because
00:20:38,460 --> 00:20:40,010
are like hey I built my first PC because
I've watched your videos no I mean
00:20:40,010 --> 00:20:40,020
I've watched your videos no I mean
00:20:40,020 --> 00:20:41,330
I've watched your videos no I mean
people that I've literally brought here
00:20:41,330 --> 00:20:41,340
people that I've literally brought here
00:20:41,340 --> 00:20:42,950
people that I've literally brought here
never made videos about and I'm like hey
00:20:42,950 --> 00:20:42,960
never made videos about and I'm like hey
00:20:42,960 --> 00:20:43,970
never made videos about and I'm like hey
you want to build yourself a computer
00:20:43,970 --> 00:20:43,980
you want to build yourself a computer
00:20:43,980 --> 00:20:45,470
you want to build yourself a computer
come to my shop we'll do it I'll help
00:20:45,470 --> 00:20:45,480
come to my shop we'll do it I'll help
00:20:45,480 --> 00:20:47,570
come to my shop we'll do it I'll help
you learn we'll have a great time I see
00:20:47,570 --> 00:20:47,580
you learn we'll have a great time I see
00:20:47,580 --> 00:20:49,730
you learn we'll have a great time I see
it a lot people will plug their cables
00:20:49,730 --> 00:20:49,740
it a lot people will plug their cables
00:20:49,740 --> 00:20:52,250
it a lot people will plug their cables
in and then start yanking on the cables
00:20:52,250 --> 00:20:52,260
in and then start yanking on the cables
00:20:52,260 --> 00:20:54,350
in and then start yanking on the cables
to pull them tight and zip tie and cable
00:20:54,350 --> 00:20:54,360
to pull them tight and zip tie and cable
00:20:54,360 --> 00:20:56,450
to pull them tight and zip tie and cable
manage the problem with that is you
00:20:56,450 --> 00:20:56,460
manage the problem with that is you
00:20:56,460 --> 00:20:58,850
manage the problem with that is you
start putting a lot of pressure on the
00:20:58,850 --> 00:20:58,860
start putting a lot of pressure on the
00:20:58,860 --> 00:21:01,130
start putting a lot of pressure on the
headers the 24 pin header the eight pin
00:21:01,130 --> 00:21:01,140
headers the 24 pin header the eight pin
00:21:01,140 --> 00:21:03,830
headers the 24 pin header the eight pin
EPS header fan headers RGB headers if
00:21:03,830 --> 00:21:03,840
EPS header fan headers RGB headers if
00:21:03,840 --> 00:21:06,830
EPS header fan headers RGB headers if
plugged in especially the USB 3.0 or USB
00:21:06,830 --> 00:21:06,840
plugged in especially the USB 3.0 or USB
00:21:06,840 --> 00:21:08,930
plugged in especially the USB 3.0 or USB
2.0 headers those are fine cables on the
00:21:08,930 --> 00:21:08,940
2.0 headers those are fine cables on the
00:21:08,940 --> 00:21:11,450
2.0 headers those are fine cables on the
2.0 you could easily rip those out and
00:21:11,450 --> 00:21:11,460
2.0 you could easily rip those out and
00:21:11,460 --> 00:21:12,830
2.0 you could easily rip those out and
you start putting all kinds of
00:21:12,830 --> 00:21:12,840
you start putting all kinds of
00:21:12,840 --> 00:21:15,110
you start putting all kinds of
unnecessary tension on those headers and
00:21:15,110 --> 00:21:15,120
unnecessary tension on those headers and
00:21:15,120 --> 00:21:16,909
unnecessary tension on those headers and
you could potentially Bend or break off
00:21:16,909 --> 00:21:16,919
you could potentially Bend or break off
00:21:16,919 --> 00:21:18,710
you could potentially Bend or break off
or at the very least partially unplug
00:21:18,710 --> 00:21:18,720
or at the very least partially unplug
00:21:18,720 --> 00:21:20,630
or at the very least partially unplug
and then you're troubleshooting your
00:21:20,630 --> 00:21:20,640
and then you're troubleshooting your
00:21:20,640 --> 00:21:22,070
and then you're troubleshooting your
system going why are certain things not
00:21:22,070 --> 00:21:22,080
system going why are certain things not
00:21:22,080 --> 00:21:23,690
system going why are certain things not
working why is my power button not
00:21:23,690 --> 00:21:23,700
working why is my power button not
00:21:23,700 --> 00:21:25,070
working why is my power button not
working well because You Yank the front
00:21:25,070 --> 00:21:25,080
working well because You Yank the front
00:21:25,080 --> 00:21:26,750
working well because You Yank the front
panel connector so hard you pull them
00:21:26,750 --> 00:21:26,760
panel connector so hard you pull them
00:21:26,760 --> 00:21:27,529
panel connector so hard you pull them
off
00:21:27,529 --> 00:21:27,539
off
00:21:27,539 --> 00:21:28,730
off
then you're going through and doing a
00:21:28,730 --> 00:21:28,740
then you're going through and doing a
00:21:28,740 --> 00:21:29,930
then you're going through and doing a
lot of troubleshooting and if you've zip
00:21:29,930 --> 00:21:29,940
lot of troubleshooting and if you've zip
00:21:29,940 --> 00:21:33,710
lot of troubleshooting and if you've zip
tied everything down like it was
00:21:33,710 --> 00:21:33,720
tied everything down like it was
00:21:33,720 --> 00:21:35,810
tied everything down like it was
some sort of a horror movie
00:21:35,810 --> 00:21:35,820
some sort of a horror movie
00:21:35,820 --> 00:21:37,970
some sort of a horror movie
like I do in my builds then you're
00:21:37,970 --> 00:21:37,980
like I do in my builds then you're
00:21:37,980 --> 00:21:40,370
like I do in my builds then you're
having to undo 6200 zip ties just to be
00:21:40,370 --> 00:21:40,380
having to undo 6200 zip ties just to be
00:21:40,380 --> 00:21:41,630
having to undo 6200 zip ties just to be
able to plug back in your front panel
00:21:41,630 --> 00:21:41,640
able to plug back in your front panel
00:21:41,640 --> 00:21:43,490
able to plug back in your front panel
button so things that you should keep in
00:21:43,490 --> 00:21:43,500
button so things that you should keep in
00:21:43,500 --> 00:21:45,590
button so things that you should keep in
mind don't bundle it too tight don't
00:21:45,590 --> 00:21:45,600
mind don't bundle it too tight don't
00:21:45,600 --> 00:21:48,529
mind don't bundle it too tight don't
Yank on it too hard to try and get
00:21:48,529 --> 00:21:48,539
Yank on it too hard to try and get
00:21:48,539 --> 00:21:50,149
Yank on it too hard to try and get
everything cable managed because you
00:21:50,149 --> 00:21:50,159
everything cable managed because you
00:21:50,159 --> 00:21:51,830
everything cable managed because you
need to think about serviceability in
00:21:51,830 --> 00:21:51,840
need to think about serviceability in
00:21:51,840 --> 00:21:53,870
need to think about serviceability in
the future when it comes time to unplug
00:21:53,870 --> 00:21:53,880
the future when it comes time to unplug
00:21:53,880 --> 00:21:55,070
the future when it comes time to unplug
things if you're gonna need to change
00:21:55,070 --> 00:21:55,080
things if you're gonna need to change
00:21:55,080 --> 00:21:56,870
things if you're gonna need to change
out a component you need to troubleshoot
00:21:56,870 --> 00:21:56,880
out a component you need to troubleshoot
00:21:56,880 --> 00:21:58,789
out a component you need to troubleshoot
if you're trying to clean the system or
00:21:58,789 --> 00:21:58,799
if you're trying to clean the system or
00:21:58,799 --> 00:22:00,950
if you're trying to clean the system or
do any sort of deep cleaning having a
00:22:00,950 --> 00:22:00,960
do any sort of deep cleaning having a
00:22:00,960 --> 00:22:02,510
do any sort of deep cleaning having a
little bit of slack on all the cables
00:22:02,510 --> 00:22:02,520
little bit of slack on all the cables
00:22:02,520 --> 00:22:05,630
little bit of slack on all the cables
will still look fine but it will allow
00:22:05,630 --> 00:22:05,640
will still look fine but it will allow
00:22:05,640 --> 00:22:07,130
will still look fine but it will allow
you to be able to unplug cables when
00:22:07,130 --> 00:22:07,140
you to be able to unplug cables when
00:22:07,140 --> 00:22:09,590
you to be able to unplug cables when
necessary and not sit there and and
00:22:09,590 --> 00:22:09,600
necessary and not sit there and and
00:22:09,600 --> 00:22:12,110
necessary and not sit there and and
potentially cause damage to your headers
00:22:12,110 --> 00:22:12,120
potentially cause damage to your headers
00:22:12,120 --> 00:22:13,850
potentially cause damage to your headers
on your motherboard
00:22:13,850 --> 00:22:13,860
on your motherboard
00:22:13,860 --> 00:22:16,310
on your motherboard
because if you ever try and price out
00:22:16,310 --> 00:22:16,320
because if you ever try and price out
00:22:16,320 --> 00:22:17,870
because if you ever try and price out
how much it costs to get a header fixed
00:22:17,870 --> 00:22:17,880
how much it costs to get a header fixed
00:22:17,880 --> 00:22:19,370
how much it costs to get a header fixed
or replaced bycenium to someone like
00:22:19,370 --> 00:22:19,380
or replaced bycenium to someone like
00:22:19,380 --> 00:22:21,590
or replaced bycenium to someone like
Lewis Rossman or Chris fix or whoever is
00:22:21,590 --> 00:22:21,600
Lewis Rossman or Chris fix or whoever is
00:22:21,600 --> 00:22:23,810
Lewis Rossman or Chris fix or whoever is
is repairing these systems it's not
00:22:23,810 --> 00:22:23,820
is repairing these systems it's not
00:22:23,820 --> 00:22:26,270
is repairing these systems it's not
super cheap not to mention down you have
00:22:26,270 --> 00:22:26,280
super cheap not to mention down you have
00:22:26,280 --> 00:22:27,409
super cheap not to mention down you have
to mail it you have to hope it doesn't
00:22:27,409 --> 00:22:27,419
to mail it you have to hope it doesn't
00:22:27,419 --> 00:22:28,669
to mail it you have to hope it doesn't
get lost in the mail but doesn't get
00:22:28,669 --> 00:22:28,679
get lost in the mail but doesn't get
00:22:28,679 --> 00:22:30,289
get lost in the mail but doesn't get
damaged in the mail and then hope that
00:22:30,289 --> 00:22:30,299
damaged in the mail and then hope that
00:22:30,299 --> 00:22:31,490
damaged in the mail and then hope that
they can even fix it that you didn't
00:22:31,490 --> 00:22:31,500
they can even fix it that you didn't
00:22:31,500 --> 00:22:33,710
they can even fix it that you didn't
like rip pads off with it like I would
00:22:33,710 --> 00:22:33,720
like rip pads off with it like I would
00:22:33,720 --> 00:22:35,570
like rip pads off with it like I would
do if I was trying to fix it don't
00:22:35,570 --> 00:22:35,580
do if I was trying to fix it don't
00:22:35,580 --> 00:22:37,549
do if I was trying to fix it don't
bundle it too tight okay it's not like a
00:22:37,549 --> 00:22:37,559
bundle it too tight okay it's not like a
00:22:37,559 --> 00:22:39,289
bundle it too tight okay it's not like a
man bun you don't have to yank it super
00:22:39,289 --> 00:22:39,299
man bun you don't have to yank it super
00:22:39,299 --> 00:22:41,270
man bun you don't have to yank it super
hard although man buns shouldn't exist
00:22:41,270 --> 00:22:41,280
hard although man buns shouldn't exist
00:22:41,280 --> 00:22:42,649
hard although man buns shouldn't exist
anyway comment down below if you have a
00:22:42,649 --> 00:22:42,659
anyway comment down below if you have a
00:22:42,659 --> 00:22:44,149
anyway comment down below if you have a
man bun and you're triggered now let's
00:22:44,149 --> 00:22:44,159
man bun and you're triggered now let's
00:22:44,159 --> 00:22:46,250
man bun and you're triggered now let's
talk about fans here for a second
00:22:46,250 --> 00:22:46,260
talk about fans here for a second
00:22:46,260 --> 00:22:49,070
talk about fans here for a second
fans are not hard to understand I see a
00:22:49,070 --> 00:22:49,080
fans are not hard to understand I see a
00:22:49,080 --> 00:22:50,690
fans are not hard to understand I see a
lot of people that still like which way
00:22:50,690 --> 00:22:50,700
lot of people that still like which way
00:22:50,700 --> 00:22:52,549
lot of people that still like which way
does the fan go I don't know that's just
00:22:52,549 --> 00:22:52,559
does the fan go I don't know that's just
00:22:52,559 --> 00:22:54,649
does the fan go I don't know that's just
which way you know and it's not
00:22:54,649 --> 00:22:54,659
which way you know and it's not
00:22:54,659 --> 00:22:55,730
which way you know and it's not
difficult
00:22:55,730 --> 00:22:55,740
difficult
00:22:55,740 --> 00:22:58,370
difficult
most fans will put a header or or at
00:22:58,370 --> 00:22:58,380
most fans will put a header or or at
00:22:58,380 --> 00:23:00,649
most fans will put a header or or at
least an arrow on the cage that shows
00:23:00,649 --> 00:23:00,659
least an arrow on the cage that shows
00:23:00,659 --> 00:23:02,390
least an arrow on the cage that shows
one the direction of airflow and then
00:23:02,390 --> 00:23:02,400
one the direction of airflow and then
00:23:02,400 --> 00:23:03,950
one the direction of airflow and then
two the direction of this the fan
00:23:03,950 --> 00:23:03,960
two the direction of this the fan
00:23:03,960 --> 00:23:07,370
two the direction of this the fan
spinning 99 times out of 100 the air is
00:23:07,370 --> 00:23:07,380
spinning 99 times out of 100 the air is
00:23:07,380 --> 00:23:10,190
spinning 99 times out of 100 the air is
gonna flow from the open side of the fan
00:23:10,190 --> 00:23:10,200
gonna flow from the open side of the fan
00:23:10,200 --> 00:23:11,630
gonna flow from the open side of the fan
which means the side that does not have
00:23:11,630 --> 00:23:11,640
which means the side that does not have
00:23:11,640 --> 00:23:15,169
which means the side that does not have
the Hub support stilts through those
00:23:15,169 --> 00:23:15,179
the Hub support stilts through those
00:23:15,179 --> 00:23:17,210
the Hub support stilts through those
supports okay that means it's going to
00:23:17,210 --> 00:23:17,220
supports okay that means it's going to
00:23:17,220 --> 00:23:19,190
supports okay that means it's going to
go from the open side of the fan out the
00:23:19,190 --> 00:23:19,200
go from the open side of the fan out the
00:23:19,200 --> 00:23:21,890
go from the open side of the fan out the
cage side of the fan 99 out of 100.
00:23:21,890 --> 00:23:21,900
cage side of the fan 99 out of 100.
00:23:21,900 --> 00:23:23,510
cage side of the fan 99 out of 100.
every now and then you'll find some fans
00:23:23,510 --> 00:23:23,520
every now and then you'll find some fans
00:23:23,520 --> 00:23:25,549
every now and then you'll find some fans
like we showed with the Monte Sky 2 case
00:23:25,549 --> 00:23:25,559
like we showed with the Monte Sky 2 case
00:23:25,559 --> 00:23:27,230
like we showed with the Monte Sky 2 case
that have what's called a reverse fan
00:23:27,230 --> 00:23:27,240
that have what's called a reverse fan
00:23:27,240 --> 00:23:29,570
that have what's called a reverse fan
which means it's actually backwards it's
00:23:29,570 --> 00:23:29,580
which means it's actually backwards it's
00:23:29,580 --> 00:23:31,909
which means it's actually backwards it's
pulling air through the cage and out the
00:23:31,909 --> 00:23:31,919
pulling air through the cage and out the
00:23:31,919 --> 00:23:33,830
pulling air through the cage and out the
other direction that exists simply
00:23:33,830 --> 00:23:33,840
other direction that exists simply
00:23:33,840 --> 00:23:35,450
other direction that exists simply
because of the fact of the side that the
00:23:35,450 --> 00:23:35,460
because of the fact of the side that the
00:23:35,460 --> 00:23:37,430
because of the fact of the side that the
RGB ring is on they make it so that it's
00:23:37,430 --> 00:23:37,440
RGB ring is on they make it so that it's
00:23:37,440 --> 00:23:38,990
RGB ring is on they make it so that it's
always facing the interior of the case
00:23:38,990 --> 00:23:39,000
always facing the interior of the case
00:23:39,000 --> 00:23:41,270
always facing the interior of the case
so you can see it those are very one-off
00:23:41,270 --> 00:23:41,280
so you can see it those are very one-off
00:23:41,280 --> 00:23:42,770
so you can see it those are very one-off
in fact of all the years I've been doing
00:23:42,770 --> 00:23:42,780
in fact of all the years I've been doing
00:23:42,780 --> 00:23:44,630
in fact of all the years I've been doing
YouTube those are the first fans I've
00:23:44,630 --> 00:23:44,640
YouTube those are the first fans I've
00:23:44,640 --> 00:23:46,549
YouTube those are the first fans I've
seen listed as reverse I didn't know
00:23:46,549 --> 00:23:46,559
seen listed as reverse I didn't know
00:23:46,559 --> 00:23:47,930
seen listed as reverse I didn't know
what the heck it meant until we looked
00:23:47,930 --> 00:23:47,940
what the heck it meant until we looked
00:23:47,940 --> 00:23:49,490
what the heck it meant until we looked
into it and then we realized what it was
00:23:49,490 --> 00:23:49,500
into it and then we realized what it was
00:23:49,500 --> 00:23:51,590
into it and then we realized what it was
but I see it all the time where folks
00:23:51,590 --> 00:23:51,600
but I see it all the time where folks
00:23:51,600 --> 00:23:53,510
but I see it all the time where folks
will have like on the front of their
00:23:53,510 --> 00:23:53,520
will have like on the front of their
00:23:53,520 --> 00:23:54,470
will have like on the front of their
case
00:23:54,470 --> 00:23:54,480
case
00:23:54,480 --> 00:23:56,630
case
it's like this or it's like one intake
00:23:56,630 --> 00:23:56,640
it's like this or it's like one intake
00:23:56,640 --> 00:23:58,669
it's like this or it's like one intake
one exhaust because they just mounted it
00:23:58,669 --> 00:23:58,679
one exhaust because they just mounted it
00:23:58,679 --> 00:23:59,990
one exhaust because they just mounted it
up and didn't think about it I myself
00:23:59,990 --> 00:24:00,000
up and didn't think about it I myself
00:24:00,000 --> 00:24:01,430
up and didn't think about it I myself
have done it a million times where like
00:24:01,430 --> 00:24:01,440
have done it a million times where like
00:24:01,440 --> 00:24:02,810
have done it a million times where like
usually it's the rear fan where I'm just
00:24:02,810 --> 00:24:02,820
usually it's the rear fan where I'm just
00:24:02,820 --> 00:24:04,149
usually it's the rear fan where I'm just
like
00:24:04,149 --> 00:24:04,159
like
00:24:04,159 --> 00:24:06,590
like
ah crap but I'm doing it and turning it
00:24:06,590 --> 00:24:06,600
ah crap but I'm doing it and turning it
00:24:06,600 --> 00:24:08,029
ah crap but I'm doing it and turning it
around and then getting adjusted so the
00:24:08,029 --> 00:24:08,039
around and then getting adjusted so the
00:24:08,039 --> 00:24:09,350
around and then getting adjusted so the
cables on the right side and all that
00:24:09,350 --> 00:24:09,360
cables on the right side and all that
00:24:09,360 --> 00:24:13,070
cables on the right side and all that
but fans don't have to be difficult the
00:24:13,070 --> 00:24:13,080
but fans don't have to be difficult the
00:24:13,080 --> 00:24:14,330
but fans don't have to be difficult the
front of your case should almost always
00:24:14,330 --> 00:24:14,340
front of your case should almost always
00:24:14,340 --> 00:24:16,250
front of your case should almost always
be intakes the top of your case should
00:24:16,250 --> 00:24:16,260
be intakes the top of your case should
00:24:16,260 --> 00:24:18,169
be intakes the top of your case should
almost always be exhaust by the way it's
00:24:18,169 --> 00:24:18,179
almost always be exhaust by the way it's
00:24:18,179 --> 00:24:20,330
almost always be exhaust by the way it's
called exhaust not outtake an outtake is
00:24:20,330 --> 00:24:20,340
called exhaust not outtake an outtake is
00:24:20,340 --> 00:24:22,010
called exhaust not outtake an outtake is
when I say something stupid and then
00:24:22,010 --> 00:24:22,020
when I say something stupid and then
00:24:22,020 --> 00:24:24,230
when I say something stupid and then
filled up intakes on the front exhaust
00:24:24,230 --> 00:24:24,240
filled up intakes on the front exhaust
00:24:24,240 --> 00:24:26,210
filled up intakes on the front exhaust
on the top exhaust on the back when it
00:24:26,210 --> 00:24:26,220
on the top exhaust on the back when it
00:24:26,220 --> 00:24:28,250
on the top exhaust on the back when it
comes to the amount of fans we always
00:24:28,250 --> 00:24:28,260
comes to the amount of fans we always
00:24:28,260 --> 00:24:29,990
comes to the amount of fans we always
prefer positive pressure around here but
00:24:29,990 --> 00:24:30,000
prefer positive pressure around here but
00:24:30,000 --> 00:24:31,490
prefer positive pressure around here but
modern cases have so much ventilation
00:24:31,490 --> 00:24:31,500
modern cases have so much ventilation
00:24:31,500 --> 00:24:32,870
modern cases have so much ventilation
these days it's almost always going to
00:24:32,870 --> 00:24:32,880
these days it's almost always going to
00:24:32,880 --> 00:24:34,370
these days it's almost always going to
be neutral pressure in some way anyway
00:24:34,370 --> 00:24:34,380
be neutral pressure in some way anyway
00:24:34,380 --> 00:24:36,590
be neutral pressure in some way anyway
if you have more intakes then you do
00:24:36,590 --> 00:24:36,600
if you have more intakes then you do
00:24:36,600 --> 00:24:38,029
if you have more intakes then you do
exhaust that's positive pressure which
00:24:38,029 --> 00:24:38,039
exhaust that's positive pressure which
00:24:38,039 --> 00:24:39,710
exhaust that's positive pressure which
is fine it helps with dust if you have
00:24:39,710 --> 00:24:39,720
is fine it helps with dust if you have
00:24:39,720 --> 00:24:41,690
is fine it helps with dust if you have
more exhaust and you do intakes it'll
00:24:41,690 --> 00:24:41,700
more exhaust and you do intakes it'll
00:24:41,700 --> 00:24:43,909
more exhaust and you do intakes it'll
start pulling in air through gaps and
00:24:43,909 --> 00:24:43,919
start pulling in air through gaps and
00:24:43,919 --> 00:24:45,529
start pulling in air through gaps and
other ventilation and such but most
00:24:45,529 --> 00:24:45,539
other ventilation and such but most
00:24:45,539 --> 00:24:47,810
other ventilation and such but most
cases have a mesh on most of those
00:24:47,810 --> 00:24:47,820
cases have a mesh on most of those
00:24:47,820 --> 00:24:50,270
cases have a mesh on most of those
intakes and stuff anyway so there you go
00:24:50,270 --> 00:24:50,280
intakes and stuff anyway so there you go
00:24:50,280 --> 00:24:53,029
intakes and stuff anyway so there you go
those are some of my 2023 don't make
00:24:53,029 --> 00:24:53,039
those are some of my 2023 don't make
00:24:53,039 --> 00:24:55,370
those are some of my 2023 don't make
these mistakes building tips for you
00:24:55,370 --> 00:24:55,380
these mistakes building tips for you
00:24:55,380 --> 00:24:57,830
these mistakes building tips for you
guys this is Roy look there you we could
00:24:57,830 --> 00:24:57,840
guys this is Roy look there you we could
00:24:57,840 --> 00:25:00,350
guys this is Roy look there you we could
make hundreds of these hundreds of
00:25:00,350 --> 00:25:00,360
make hundreds of these hundreds of
00:25:00,360 --> 00:25:01,909
make hundreds of these hundreds of
things that you shouldn't do and this is
00:25:01,909 --> 00:25:01,919
things that you shouldn't do and this is
00:25:01,919 --> 00:25:02,990
things that you shouldn't do and this is
where you should sound off in the
00:25:02,990 --> 00:25:03,000
where you should sound off in the
00:25:03,000 --> 00:25:04,549
where you should sound off in the
comments below what is your number one
00:25:04,549 --> 00:25:04,559
comments below what is your number one
00:25:04,559 --> 00:25:06,770
comments below what is your number one
building mistake that you learned the
00:25:06,770 --> 00:25:06,780
building mistake that you learned the
00:25:06,780 --> 00:25:09,289
building mistake that you learned the
hard way that you also think that uh
00:25:09,289 --> 00:25:09,299
hard way that you also think that uh
00:25:09,299 --> 00:25:10,789
hard way that you also think that uh
people could learn from I think an
00:25:10,789 --> 00:25:10,799
people could learn from I think an
00:25:10,799 --> 00:25:12,289
people could learn from I think an
honorable mention should be before any
00:25:12,289 --> 00:25:12,299
honorable mention should be before any
00:25:12,299 --> 00:25:14,149
honorable mention should be before any
of this bench test your stuff put your
00:25:14,149 --> 00:25:14,159
of this bench test your stuff put your
00:25:14,159 --> 00:25:15,710
of this bench test your stuff put your
CPU in your motherboard put your cooler
00:25:15,710 --> 00:25:15,720
CPU in your motherboard put your cooler
00:25:15,720 --> 00:25:17,090
CPU in your motherboard put your cooler
on it put your RAM on it put your power
00:25:17,090 --> 00:25:17,100
on it put your RAM on it put your power
00:25:17,100 --> 00:25:18,470
on it put your RAM on it put your power
supply in it put your graphics card on
00:25:18,470 --> 00:25:18,480
supply in it put your graphics card on
00:25:18,480 --> 00:25:20,210
supply in it put your graphics card on
it set it on the motherboard box plug in
00:25:20,210 --> 00:25:20,220
it set it on the motherboard box plug in
00:25:20,220 --> 00:25:22,549
it set it on the motherboard box plug in
the monitor do you get an image does it
00:25:22,549 --> 00:25:22,559
the monitor do you get an image does it
00:25:22,559 --> 00:25:25,010
the monitor do you get an image does it
post that's the first thing you should
00:25:25,010 --> 00:25:25,020
post that's the first thing you should
00:25:25,020 --> 00:25:27,289
post that's the first thing you should
do before you build your system
00:25:27,289 --> 00:25:27,299
do before you build your system
00:25:27,299 --> 00:25:29,149
do before you build your system
because if you need a Motherboard BIOS
00:25:29,149 --> 00:25:29,159
because if you need a Motherboard BIOS
00:25:29,159 --> 00:25:31,310
because if you need a Motherboard BIOS
update most motherboards have bios
00:25:31,310 --> 00:25:31,320
update most motherboards have bios
00:25:31,320 --> 00:25:32,690
update most motherboards have bios
flashback features and stuff built into
00:25:32,690 --> 00:25:32,700
flashback features and stuff built into
00:25:32,700 --> 00:25:34,490
flashback features and stuff built into
them now but at least you know it works
00:25:34,490 --> 00:25:34,500
them now but at least you know it works
00:25:34,500 --> 00:25:36,110
them now but at least you know it works
before you get it in your case and if it
00:25:36,110 --> 00:25:36,120
before you get it in your case and if it
00:25:36,120 --> 00:25:37,130
before you get it in your case and if it
doesn't work after you get it in your
00:25:37,130 --> 00:25:37,140
doesn't work after you get it in your
00:25:37,140 --> 00:25:38,450
doesn't work after you get it in your
case you start looking for pinched wires
00:25:38,450 --> 00:25:38,460
case you start looking for pinched wires
00:25:38,460 --> 00:25:39,950
case you start looking for pinched wires
or unplugged stuff so at least you know
00:25:39,950 --> 00:25:39,960
or unplugged stuff so at least you know
00:25:39,960 --> 00:25:42,289
or unplugged stuff so at least you know
it's not bad componentry all right guys
00:25:42,289 --> 00:25:42,299
it's not bad componentry all right guys
00:25:42,299 --> 00:25:44,330
it's not bad componentry all right guys
sound off with your best advice you have
00:25:44,330 --> 00:25:44,340
sound off with your best advice you have
00:25:44,340 --> 00:25:46,250
sound off with your best advice you have
for a beginning builder of don't let
00:25:46,250 --> 00:25:46,260
for a beginning builder of don't let
00:25:46,260 --> 00:25:47,690
for a beginning builder of don't let
this happen to you
00:25:47,690 --> 00:25:47,700
this happen to you
00:25:47,700 --> 00:25:49,370
this happen to you
and also don't let not being subscribed
00:25:49,370 --> 00:25:49,380
and also don't let not being subscribed
00:25:49,380 --> 00:25:50,990
and also don't let not being subscribed
happen to you because I don't know
00:25:50,990 --> 00:25:51,000
happen to you because I don't know
00:25:51,000 --> 00:25:51,950
happen to you because I don't know
that's just what you're supposed to say
00:25:51,950 --> 00:25:51,960
that's just what you're supposed to say
00:25:51,960 --> 00:25:53,570
that's just what you're supposed to say
as a YouTuber subscribe and like and all
00:25:53,570 --> 00:25:53,580
as a YouTuber subscribe and like and all
00:25:53,580 --> 00:25:55,940
as a YouTuber subscribe and like and all
that stuff
137525
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