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These are the user uploaded subtitles that are being translated: 00:00:00,199 --> 00:00:03,790 Welcome to our 2024 gaming PC tutorial 00:00:03,790 --> 00:00:03,800 Welcome to our 2024 gaming PC tutorial 00:00:03,800 --> 00:00:05,070 Welcome to our 2024 gaming PC tutorial in this video I'm going to walk you 00:00:05,070 --> 00:00:05,080 in this video I'm going to walk you 00:00:05,080 --> 00:00:06,550 in this video I'm going to walk you through everything you need to know to 00:00:06,550 --> 00:00:06,560 through everything you need to know to 00:00:06,560 --> 00:00:08,870 through everything you need to know to build yourself a gaming PC so whether 00:00:08,870 --> 00:00:08,880 build yourself a gaming PC so whether 00:00:08,880 --> 00:00:10,310 build yourself a gaming PC so whether this is your first build or you just 00:00:10,310 --> 00:00:10,320 this is your first build or you just 00:00:10,320 --> 00:00:12,709 this is your first build or you just want to refresh on the 2024 latest and 00:00:12,709 --> 00:00:12,719 want to refresh on the 2024 latest and 00:00:12,719 --> 00:00:14,629 want to refresh on the 2024 latest and greatest on Tech this is the video for 00:00:14,629 --> 00:00:14,639 greatest on Tech this is the video for 00:00:14,639 --> 00:00:16,189 greatest on Tech this is the video for you so I'm going to show you how to pick 00:00:16,189 --> 00:00:16,199 you so I'm going to show you how to pick 00:00:16,199 --> 00:00:18,349 you so I'm going to show you how to pick your components how to put the entire PC 00:00:18,349 --> 00:00:18,359 your components how to put the entire PC 00:00:18,359 --> 00:00:19,990 your components how to put the entire PC together and all the other stuff you 00:00:19,990 --> 00:00:20,000 together and all the other stuff you 00:00:20,000 --> 00:00:22,109 together and all the other stuff you need to do to go from a pile of parts in 00:00:22,109 --> 00:00:22,119 need to do to go from a pile of parts in 00:00:22,119 --> 00:00:25,109 need to do to go from a pile of parts in your cart to a completed gaming PC and 00:00:25,109 --> 00:00:25,119 your cart to a completed gaming PC and 00:00:25,119 --> 00:00:26,390 your cart to a completed gaming PC and of course it is all thanks to our 00:00:26,390 --> 00:00:26,400 of course it is all thanks to our 00:00:26,400 --> 00:00:28,509 of course it is all thanks to our sponsors here at Microcenter so let's 00:00:28,509 --> 00:00:28,519 sponsors here at Microcenter so let's 00:00:28,519 --> 00:00:30,870 sponsors here at Microcenter so let's get started first first things first 00:00:30,870 --> 00:00:30,880 get started first first things first 00:00:30,880 --> 00:00:32,670 get started first first things first before you build a PC you need all of 00:00:32,670 --> 00:00:32,680 before you build a PC you need all of 00:00:32,680 --> 00:00:34,590 before you build a PC you need all of the right building blocks now it can be 00:00:34,590 --> 00:00:34,600 the right building blocks now it can be 00:00:34,600 --> 00:00:36,310 the right building blocks now it can be really tempting to just pick any old 00:00:36,310 --> 00:00:36,320 really tempting to just pick any old 00:00:36,320 --> 00:00:38,590 really tempting to just pick any old Parts based on the budget or aesthetic 00:00:38,590 --> 00:00:38,600 Parts based on the budget or aesthetic 00:00:38,600 --> 00:00:40,470 Parts based on the budget or aesthetic but you have to make sure that all 00:00:40,470 --> 00:00:40,480 but you have to make sure that all 00:00:40,480 --> 00:00:42,150 but you have to make sure that all components are compatible or they may 00:00:42,150 --> 00:00:42,160 components are compatible or they may 00:00:42,160 --> 00:00:44,029 components are compatible or they may not fit together or even turn on 00:00:44,029 --> 00:00:44,039 not fit together or even turn on 00:00:44,039 --> 00:00:46,350 not fit together or even turn on properly now there are several online 00:00:46,350 --> 00:00:46,360 properly now there are several online 00:00:46,360 --> 00:00:48,110 properly now there are several online compatibility Checkers including of 00:00:48,110 --> 00:00:48,120 compatibility Checkers including of 00:00:48,120 --> 00:00:50,389 compatibility Checkers including of course the Micro Center PC Builder which 00:00:50,389 --> 00:00:50,399 course the Micro Center PC Builder which 00:00:50,399 --> 00:00:52,189 course the Micro Center PC Builder which really are incredibly useful when 00:00:52,189 --> 00:00:52,199 really are incredibly useful when 00:00:52,199 --> 00:00:53,709 really are incredibly useful when finding components since they can 00:00:53,709 --> 00:00:53,719 finding components since they can 00:00:53,719 --> 00:00:55,709 finding components since they can automatically let you know if there is a 00:00:55,709 --> 00:00:55,719 automatically let you know if there is a 00:00:55,719 --> 00:00:57,910 automatically let you know if there is a compatibility issue with your Hardware 00:00:57,910 --> 00:00:57,920 compatibility issue with your Hardware 00:00:57,920 --> 00:01:00,630 compatibility issue with your Hardware the CPU AKA processor is often referred 00:01:00,630 --> 00:01:00,640 the CPU AKA processor is often referred 00:01:00,640 --> 00:01:03,229 the CPU AKA processor is often referred to as the brain of the computer now as 00:01:03,229 --> 00:01:03,239 to as the brain of the computer now as 00:01:03,239 --> 00:01:04,829 to as the brain of the computer now as far as your choices between AMD and 00:01:04,829 --> 00:01:04,839 far as your choices between AMD and 00:01:04,839 --> 00:01:07,270 far as your choices between AMD and Intel thankfully here in 2024 there is 00:01:07,270 --> 00:01:07,280 Intel thankfully here in 2024 there is 00:01:07,280 --> 00:01:09,910 Intel thankfully here in 2024 there is not a bad option and both on the ryzen 00:01:09,910 --> 00:01:09,920 not a bad option and both on the ryzen 00:01:09,920 --> 00:01:11,749 not a bad option and both on the ryzen side as well as on the Intel Core side 00:01:11,749 --> 00:01:11,759 side as well as on the Intel Core side 00:01:11,759 --> 00:01:13,670 side as well as on the Intel Core side you have a ton of selections so 00:01:13,670 --> 00:01:13,680 you have a ton of selections so 00:01:13,680 --> 00:01:15,350 you have a ton of selections so specifically looking at ryzen on the top 00:01:15,350 --> 00:01:15,360 specifically looking at ryzen on the top 00:01:15,360 --> 00:01:16,630 specifically looking at ryzen on the top of the Shelf here you can see the 00:01:16,630 --> 00:01:16,640 of the Shelf here you can see the 00:01:16,640 --> 00:01:19,109 of the Shelf here you can see the high-end ryzen 9 processors you can also 00:01:19,109 --> 00:01:19,119 high-end ryzen 9 processors you can also 00:01:19,119 --> 00:01:22,550 high-end ryzen 9 processors you can also come down to the ryzen 7 ryzen 5 and 00:01:22,550 --> 00:01:22,560 come down to the ryzen 7 ryzen 5 and 00:01:22,560 --> 00:01:24,830 come down to the ryzen 7 ryzen 5 and sometimes even ryzen 3 so for today I 00:01:24,830 --> 00:01:24,840 sometimes even ryzen 3 so for today I 00:01:24,840 --> 00:01:27,230 sometimes even ryzen 3 so for today I going to be using the AMD ryzen 00:01:27,230 --> 00:01:27,240 going to be using the AMD ryzen 00:01:27,240 --> 00:01:30,270 going to be using the AMD ryzen 77700 X this is an 8 core processor that 00:01:30,270 --> 00:01:30,280 77700 X this is an 8 core processor that 00:01:30,280 --> 00:01:31,710 77700 X this is an 8 core processor that is not going to give us a lot of gaming 00:01:31,710 --> 00:01:31,720 is not going to give us a lot of gaming 00:01:31,720 --> 00:01:33,310 is not going to give us a lot of gaming performance but importantly also 00:01:33,310 --> 00:01:33,320 performance but importantly also 00:01:33,320 --> 00:01:36,230 performance but importantly also productivity performance now the choice 00:01:36,230 --> 00:01:36,240 productivity performance now the choice 00:01:36,240 --> 00:01:38,710 productivity performance now the choice between AMD and Intel and ryzen 9 versus 00:01:38,710 --> 00:01:38,720 between AMD and Intel and ryzen 9 versus 00:01:38,720 --> 00:01:41,149 between AMD and Intel and ryzen 9 versus ryzen 7 or whatever is largely down to 00:01:41,149 --> 00:01:41,159 ryzen 7 or whatever is largely down to 00:01:41,159 --> 00:01:43,230 ryzen 7 or whatever is largely down to price as always when I'm at micr Center 00:01:43,230 --> 00:01:43,240 price as always when I'm at micr Center 00:01:43,240 --> 00:01:44,789 price as always when I'm at micr Center I like to take advantage of their bundle 00:01:44,789 --> 00:01:44,799 I like to take advantage of their bundle 00:01:44,799 --> 00:01:47,030 I like to take advantage of their bundle deals so this is normally a $320 00:01:47,030 --> 00:01:47,040 deals so this is normally a $320 00:01:47,040 --> 00:01:48,429 deals so this is normally a $320 processor but when you bundle it with a 00:01:48,429 --> 00:01:48,439 processor but when you bundle it with a 00:01:48,439 --> 00:01:49,870 processor but when you bundle it with a motherboard and RAM you can get the 00:01:49,870 --> 00:01:49,880 motherboard and RAM you can get the 00:01:49,880 --> 00:01:52,230 motherboard and RAM you can get the entire setup for $400 saving you a ton 00:01:52,230 --> 00:01:52,240 entire setup for $400 saving you a ton 00:01:52,240 --> 00:01:54,310 entire setup for $400 saving you a ton of money often times I let this dictate 00:01:54,310 --> 00:01:54,320 of money often times I let this dictate 00:01:54,320 --> 00:01:55,789 of money often times I let this dictate some of the parts that I choose because 00:01:55,789 --> 00:01:55,799 some of the parts that I choose because 00:01:55,799 --> 00:01:57,469 some of the parts that I choose because you can save an absolute Fortune by 00:01:57,469 --> 00:01:57,479 you can save an absolute Fortune by 00:01:57,479 --> 00:01:59,109 you can save an absolute Fortune by getting a nice little bundle and you 00:01:59,109 --> 00:01:59,119 getting a nice little bundle and you 00:01:59,119 --> 00:02:00,270 getting a nice little bundle and you know that it's all going to work 00:02:00,270 --> 00:02:00,280 know that it's all going to work 00:02:00,280 --> 00:02:01,670 know that it's all going to work together the last big thing to pay 00:02:01,670 --> 00:02:01,680 together the last big thing to pay 00:02:01,680 --> 00:02:03,270 together the last big thing to pay attention to is the socket and 00:02:03,270 --> 00:02:03,280 attention to is the socket and 00:02:03,280 --> 00:02:05,270 attention to is the socket and generation this will determine what kind 00:02:05,270 --> 00:02:05,280 generation this will determine what kind 00:02:05,280 --> 00:02:07,670 generation this will determine what kind of motherboard you compare the CPU with 00:02:07,670 --> 00:02:07,680 of motherboard you compare the CPU with 00:02:07,680 --> 00:02:09,150 of motherboard you compare the CPU with this also determines what kind of 00:02:09,150 --> 00:02:09,160 this also determines what kind of 00:02:09,160 --> 00:02:11,190 this also determines what kind of upgrade options you have in the future 00:02:11,190 --> 00:02:11,200 upgrade options you have in the future 00:02:11,200 --> 00:02:12,470 upgrade options you have in the future next we're going to choose our 00:02:12,470 --> 00:02:12,480 next we're going to choose our 00:02:12,480 --> 00:02:14,270 next we're going to choose our motherboard so this is an important 00:02:14,270 --> 00:02:14,280 motherboard so this is an important 00:02:14,280 --> 00:02:16,390 motherboard so this is an important component to pair with your CPU because 00:02:16,390 --> 00:02:16,400 component to pair with your CPU because 00:02:16,400 --> 00:02:18,630 component to pair with your CPU because while many components in a PC build are 00:02:18,630 --> 00:02:18,640 while many components in a PC build are 00:02:18,640 --> 00:02:20,229 while many components in a PC build are fairly Universal you know you could take 00:02:20,229 --> 00:02:20,239 fairly Universal you know you could take 00:02:20,239 --> 00:02:21,790 fairly Universal you know you could take a graphics card and install it on almost 00:02:21,790 --> 00:02:21,800 a graphics card and install it on almost 00:02:21,800 --> 00:02:24,790 a graphics card and install it on almost any PC an SSD will go into almost any PC 00:02:24,790 --> 00:02:24,800 any PC an SSD will go into almost any PC 00:02:24,800 --> 00:02:26,229 any PC an SSD will go into almost any PC but the CPU and motherboard need to be 00:02:26,229 --> 00:02:26,239 but the CPU and motherboard need to be 00:02:26,239 --> 00:02:28,670 but the CPU and motherboard need to be paired fairly close together so if I 00:02:28,670 --> 00:02:28,680 paired fairly close together so if I 00:02:28,680 --> 00:02:30,869 paired fairly close together so if I grab this which is a gigabyte b650 00:02:30,869 --> 00:02:30,879 grab this which is a gigabyte b650 00:02:30,879 --> 00:02:33,750 grab this which is a gigabyte b650 gaming X ax V2 you're going to see that 00:02:33,750 --> 00:02:33,760 gaming X ax V2 you're going to see that 00:02:33,760 --> 00:02:37,470 gaming X ax V2 you're going to see that is an AMD ryzen socket am5 board now 00:02:37,470 --> 00:02:37,480 is an AMD ryzen socket am5 board now 00:02:37,480 --> 00:02:39,790 is an AMD ryzen socket am5 board now remember brand and socket are important 00:02:39,790 --> 00:02:39,800 remember brand and socket are important 00:02:39,800 --> 00:02:41,589 remember brand and socket are important here you cannot take an AMD processor 00:02:41,589 --> 00:02:41,599 here you cannot take an AMD processor 00:02:41,599 --> 00:02:43,149 here you cannot take an AMD processor and put it into an Intel motherboard or 00:02:43,149 --> 00:02:43,159 and put it into an Intel motherboard or 00:02:43,159 --> 00:02:45,070 and put it into an Intel motherboard or vice versa so make sure to pick out a 00:02:45,070 --> 00:02:45,080 vice versa so make sure to pick out a 00:02:45,080 --> 00:02:46,630 vice versa so make sure to pick out a motherboard with the socket that matches 00:02:46,630 --> 00:02:46,640 motherboard with the socket that matches 00:02:46,640 --> 00:02:48,910 motherboard with the socket that matches your CPU AMD sockets right now are 00:02:48,910 --> 00:02:48,920 your CPU AMD sockets right now are 00:02:48,920 --> 00:02:50,670 your CPU AMD sockets right now are either the older but incredibly well 00:02:50,670 --> 00:02:50,680 either the older but incredibly well 00:02:50,680 --> 00:02:52,830 either the older but incredibly well supported am4 and the newest socket 00:02:52,830 --> 00:02:52,840 supported am4 and the newest socket 00:02:52,840 --> 00:02:55,509 supported am4 and the newest socket being am5 Intel on the other hand call 00:02:55,509 --> 00:02:55,519 being am5 Intel on the other hand call 00:02:55,519 --> 00:02:58,390 being am5 Intel on the other hand call their sockets LGA numbers go here with 00:02:58,390 --> 00:02:58,400 their sockets LGA numbers go here with 00:02:58,400 --> 00:03:01,869 their sockets LGA numbers go here with the latest socket being LG GA 1700 size 00:03:01,869 --> 00:03:01,879 the latest socket being LG GA 1700 size 00:03:01,879 --> 00:03:03,509 the latest socket being LG GA 1700 size also matters here if you're looking to 00:03:03,509 --> 00:03:03,519 also matters here if you're looking to 00:03:03,519 --> 00:03:05,229 also matters here if you're looking to build in a small form factor case 00:03:05,229 --> 00:03:05,239 build in a small form factor case 00:03:05,239 --> 00:03:06,309 build in a small form factor case typically you'll need a smaller 00:03:06,309 --> 00:03:06,319 typically you'll need a smaller 00:03:06,319 --> 00:03:08,309 typically you'll need a smaller motherboard that will fit so motherboard 00:03:08,309 --> 00:03:08,319 motherboard that will fit so motherboard 00:03:08,319 --> 00:03:10,149 motherboard that will fit so motherboard sizes typically range from a full 00:03:10,149 --> 00:03:10,159 sizes typically range from a full 00:03:10,159 --> 00:03:12,550 sizes typically range from a full standard ATX going to a smaller Micro 00:03:12,550 --> 00:03:12,560 standard ATX going to a smaller Micro 00:03:12,560 --> 00:03:14,430 standard ATX going to a smaller Micro ATX and an even smaller miniitx 00:03:14,430 --> 00:03:14,440 ATX and an even smaller miniitx 00:03:14,440 --> 00:03:17,110 ATX and an even smaller miniitx generally standard HX motherboards will 00:03:17,110 --> 00:03:17,120 generally standard HX motherboards will 00:03:17,120 --> 00:03:19,750 generally standard HX motherboards will only fit in ATX size cases but smaller 00:03:19,750 --> 00:03:19,760 only fit in ATX size cases but smaller 00:03:19,760 --> 00:03:21,789 only fit in ATX size cases but smaller motherboards can fit into larger cases 00:03:21,789 --> 00:03:21,799 motherboards can fit into larger cases 00:03:21,799 --> 00:03:23,830 motherboards can fit into larger cases if you've got a small Peg it'll go in a 00:03:23,830 --> 00:03:23,840 if you've got a small Peg it'll go in a 00:03:23,840 --> 00:03:26,229 if you've got a small Peg it'll go in a big hole but if you got a big Peg it 00:03:26,229 --> 00:03:26,239 big hole but if you got a big Peg it 00:03:26,239 --> 00:03:27,789 big hole but if you got a big Peg it only fits in the big 00:03:27,789 --> 00:03:27,799 only fits in the big 00:03:27,799 --> 00:03:30,509 only fits in the big hole that really makes sense yeah yeah 00:03:30,509 --> 00:03:30,519 hole that really makes sense yeah yeah 00:03:30,519 --> 00:03:32,470 hole that really makes sense yeah yeah yeah yeah yeah yeah that's my analogy it 00:03:32,470 --> 00:03:32,480 yeah yeah yeah yeah that's my analogy it 00:03:32,480 --> 00:03:34,910 yeah yeah yeah yeah that's my analogy it makes sense personally I don't usually 00:03:34,910 --> 00:03:34,920 makes sense personally I don't usually 00:03:34,920 --> 00:03:37,190 makes sense personally I don't usually recommend making a small form factor PC 00:03:37,190 --> 00:03:37,200 recommend making a small form factor PC 00:03:37,200 --> 00:03:39,190 recommend making a small form factor PC as a first time build just because it 00:03:39,190 --> 00:03:39,200 as a first time build just because it 00:03:39,200 --> 00:03:41,149 as a first time build just because it could be really difficult to maneuver in 00:03:41,149 --> 00:03:41,159 could be really difficult to maneuver in 00:03:41,159 --> 00:03:42,990 could be really difficult to maneuver in you can get a little claustrophobic and 00:03:42,990 --> 00:03:43,000 you can get a little claustrophobic and 00:03:43,000 --> 00:03:44,350 you can get a little claustrophobic and plus you do have to worry a lot more 00:03:44,350 --> 00:03:44,360 plus you do have to worry a lot more 00:03:44,360 --> 00:03:46,670 plus you do have to worry a lot more about air flow in a smaller chassis and 00:03:46,670 --> 00:03:46,680 about air flow in a smaller chassis and 00:03:46,680 --> 00:03:47,789 about air flow in a smaller chassis and troubleshooting could be a bit of a 00:03:47,789 --> 00:03:47,799 troubleshooting could be a bit of a 00:03:47,799 --> 00:03:49,509 troubleshooting could be a bit of a nightmare when cables and stuff is just 00:03:49,509 --> 00:03:49,519 nightmare when cables and stuff is just 00:03:49,519 --> 00:03:51,229 nightmare when cables and stuff is just really really tiny in there but don't 00:03:51,229 --> 00:03:51,239 really really tiny in there but don't 00:03:51,239 --> 00:03:52,910 really really tiny in there but don't let me dissuade you if you're up with a 00:03:52,910 --> 00:03:52,920 let me dissuade you if you're up with a 00:03:52,920 --> 00:03:55,229 let me dissuade you if you're up with a challenge buy all means go for it I'll 00:03:55,229 --> 00:03:55,239 challenge buy all means go for it I'll 00:03:55,239 --> 00:03:56,509 challenge buy all means go for it I'll just say a lot of first time Builders 00:03:56,509 --> 00:03:56,519 just say a lot of first time Builders 00:03:56,519 --> 00:03:58,229 just say a lot of first time Builders have a much easier time building in a 00:03:58,229 --> 00:03:58,239 have a much easier time building in a 00:03:58,239 --> 00:04:00,550 have a much easier time building in a larger chassis for first time build you 00:04:00,550 --> 00:04:00,560 larger chassis for first time build you 00:04:00,560 --> 00:04:02,830 larger chassis for first time build you probably want to optt for a standard ATX 00:04:02,830 --> 00:04:02,840 probably want to optt for a standard ATX 00:04:02,840 --> 00:04:04,949 probably want to optt for a standard ATX or a Micro ATX for the most amount of 00:04:04,949 --> 00:04:04,959 or a Micro ATX for the most amount of 00:04:04,959 --> 00:04:06,990 or a Micro ATX for the most amount of options possible next up we're choosing 00:04:06,990 --> 00:04:07,000 options possible next up we're choosing 00:04:07,000 --> 00:04:09,869 options possible next up we're choosing our memory or Ram now this is a very 00:04:09,869 --> 00:04:09,879 our memory or Ram now this is a very 00:04:09,879 --> 00:04:11,710 our memory or Ram now this is a very important component in your system so 00:04:11,710 --> 00:04:11,720 important component in your system so 00:04:11,720 --> 00:04:13,030 important component in your system so for this video I'm going to be going 00:04:13,030 --> 00:04:13,040 for this video I'm going to be going 00:04:13,040 --> 00:04:15,390 for this video I'm going to be going with the gskill flare X5 so this is 00:04:15,390 --> 00:04:15,400 with the gskill flare X5 so this is 00:04:15,400 --> 00:04:18,310 with the gskill flare X5 so this is specifically 32 GB running at 6,000 00:04:18,310 --> 00:04:18,320 specifically 32 GB running at 6,000 00:04:18,320 --> 00:04:20,150 specifically 32 GB running at 6,000 megat transfers per second memory 00:04:20,150 --> 00:04:20,160 megat transfers per second memory 00:04:20,160 --> 00:04:22,189 megat transfers per second memory commonly known as RAM is kind of what it 00:04:22,189 --> 00:04:22,199 commonly known as RAM is kind of what it 00:04:22,199 --> 00:04:24,110 commonly known as RAM is kind of what it sounds like it determines how much data 00:04:24,110 --> 00:04:24,120 sounds like it determines how much data 00:04:24,120 --> 00:04:26,830 sounds like it determines how much data your PC can hold in short-term memory 00:04:26,830 --> 00:04:26,840 your PC can hold in short-term memory 00:04:26,840 --> 00:04:28,590 your PC can hold in short-term memory this is very important for multitasking 00:04:28,590 --> 00:04:28,600 this is very important for multitasking 00:04:28,600 --> 00:04:30,870 this is very important for multitasking and active programs such as web browsers 00:04:30,870 --> 00:04:30,880 and active programs such as web browsers 00:04:30,880 --> 00:04:32,830 and active programs such as web browsers video editing graphic design and even 00:04:32,830 --> 00:04:32,840 video editing graphic design and even 00:04:32,840 --> 00:04:34,870 video editing graphic design and even gaming one thing to keep in mind is that 00:04:34,870 --> 00:04:34,880 gaming one thing to keep in mind is that 00:04:34,880 --> 00:04:37,790 gaming one thing to keep in mind is that ddr5 is the latest generation of ram but 00:04:37,790 --> 00:04:37,800 ddr5 is the latest generation of ram but 00:04:37,800 --> 00:04:41,350 ddr5 is the latest generation of ram but ddr4 is still widely available ddr5 is 00:04:41,350 --> 00:04:41,360 ddr4 is still widely available ddr5 is 00:04:41,360 --> 00:04:43,189 ddr4 is still widely available ddr5 is faster but currently more expensive than 00:04:43,189 --> 00:04:43,199 faster but currently more expensive than 00:04:43,199 --> 00:04:45,430 faster but currently more expensive than the older ddr4 generation so the 00:04:45,430 --> 00:04:45,440 the older ddr4 generation so the 00:04:45,440 --> 00:04:47,189 the older ddr4 generation so the decision here is always going to be what 00:04:47,189 --> 00:04:47,199 decision here is always going to be what 00:04:47,199 --> 00:04:48,710 decision here is always going to be what kind of memory does your motherboard 00:04:48,710 --> 00:04:48,720 kind of memory does your motherboard 00:04:48,720 --> 00:04:50,790 kind of memory does your motherboard support So if you're using an Intel 00:04:50,790 --> 00:04:50,800 support So if you're using an Intel 00:04:50,800 --> 00:04:52,189 support So if you're using an Intel processor you could actually have either 00:04:52,189 --> 00:04:52,199 processor you could actually have either 00:04:52,199 --> 00:04:54,790 processor you could actually have either a ddr4 or a ddr5 motherboard really kind 00:04:54,790 --> 00:04:54,800 a ddr4 or a ddr5 motherboard really kind 00:04:54,800 --> 00:04:56,189 a ddr4 or a ddr5 motherboard really kind of depends typically the cheaper 00:04:56,189 --> 00:04:56,199 of depends typically the cheaper 00:04:56,199 --> 00:04:58,070 of depends typically the cheaper motherboards use dd4 the higher 00:04:58,070 --> 00:04:58,080 motherboards use dd4 the higher 00:04:58,080 --> 00:05:00,590 motherboards use dd4 the higher motherboards use ddr5 there's not a 00:05:00,590 --> 00:05:00,600 motherboards use ddr5 there's not a 00:05:00,600 --> 00:05:02,029 motherboards use ddr5 there's not a massive difference in performance 00:05:02,029 --> 00:05:02,039 massive difference in performance 00:05:02,039 --> 00:05:04,070 massive difference in performance between the two but you'll definitely 00:05:04,070 --> 00:05:04,080 between the two but you'll definitely 00:05:04,080 --> 00:05:05,110 between the two but you'll definitely want to make sure that you pick the 00:05:05,110 --> 00:05:05,120 want to make sure that you pick the 00:05:05,120 --> 00:05:07,270 want to make sure that you pick the correct RAM for your board now because 00:05:07,270 --> 00:05:07,280 correct RAM for your board now because 00:05:07,280 --> 00:05:09,790 correct RAM for your board now because we're going with AMD ryzen 7000 our 00:05:09,790 --> 00:05:09,800 we're going with AMD ryzen 7000 our 00:05:09,800 --> 00:05:11,510 we're going with AMD ryzen 7000 our decision's already been made for us we 00:05:11,510 --> 00:05:11,520 decision's already been made for us we 00:05:11,520 --> 00:05:14,150 decision's already been made for us we have to use ddr5 and the good thing is 00:05:14,150 --> 00:05:14,160 have to use ddr5 and the good thing is 00:05:14,160 --> 00:05:15,310 have to use ddr5 and the good thing is this is actually part of the bundle that 00:05:15,310 --> 00:05:15,320 this is actually part of the bundle that 00:05:15,320 --> 00:05:16,590 this is actually part of the bundle that I'm picking up here at Micro Center 00:05:16,590 --> 00:05:16,600 I'm picking up here at Micro Center 00:05:16,600 --> 00:05:18,790 I'm picking up here at Micro Center soting this the motherboard and the CPU 00:05:18,790 --> 00:05:18,800 soting this the motherboard and the CPU 00:05:18,800 --> 00:05:20,430 soting this the motherboard and the CPU all together which means that not only I 00:05:20,430 --> 00:05:20,440 all together which means that not only I 00:05:20,440 --> 00:05:22,510 all together which means that not only I saving money but importantly I also know 00:05:22,510 --> 00:05:22,520 saving money but importantly I also know 00:05:22,520 --> 00:05:24,510 saving money but importantly I also know they are fully compatible when it comes 00:05:24,510 --> 00:05:24,520 they are fully compatible when it comes 00:05:24,520 --> 00:05:26,270 they are fully compatible when it comes to choosing the specific kit of ram you 00:05:26,270 --> 00:05:26,280 to choosing the specific kit of ram you 00:05:26,280 --> 00:05:28,070 to choosing the specific kit of ram you want to look for there's two things that 00:05:28,070 --> 00:05:28,080 want to look for there's two things that 00:05:28,080 --> 00:05:30,309 want to look for there's two things that I would say first and foremost get 00:05:30,309 --> 00:05:30,319 I would say first and foremost get 00:05:30,319 --> 00:05:33,270 I would say first and foremost get enough capacity so you could technically 00:05:33,270 --> 00:05:33,280 enough capacity so you could technically 00:05:33,280 --> 00:05:35,070 enough capacity so you could technically get away with 8 GB of RAM if you're 00:05:35,070 --> 00:05:35,080 get away with 8 GB of RAM if you're 00:05:35,080 --> 00:05:37,670 get away with 8 GB of RAM if you're doing a super budget PC but really get 00:05:37,670 --> 00:05:37,680 doing a super budget PC but really get 00:05:37,680 --> 00:05:40,390 doing a super budget PC but really get at least 16 gbt and ideally 32 it is 00:05:40,390 --> 00:05:40,400 at least 16 gbt and ideally 32 it is 00:05:40,400 --> 00:05:41,790 at least 16 gbt and ideally 32 it is going to give you a lot of flexibility 00:05:41,790 --> 00:05:41,800 going to give you a lot of flexibility 00:05:41,800 --> 00:05:43,550 going to give you a lot of flexibility in the future for multitasking gaming 00:05:43,550 --> 00:05:43,560 in the future for multitasking gaming 00:05:43,560 --> 00:05:45,309 in the future for multitasking gaming all that kind of stuff and it's not that 00:05:45,309 --> 00:05:45,319 all that kind of stuff and it's not that 00:05:45,319 --> 00:05:47,070 all that kind of stuff and it's not that much more expensive on top of that make 00:05:47,070 --> 00:05:47,080 much more expensive on top of that make 00:05:47,080 --> 00:05:50,350 much more expensive on top of that make sure to get a dual Channel kit so 00:05:50,350 --> 00:05:50,360 sure to get a dual Channel kit so 00:05:50,360 --> 00:05:51,909 sure to get a dual Channel kit so sometimes if you wanted to you could get 00:05:51,909 --> 00:05:51,919 sometimes if you wanted to you could get 00:05:51,919 --> 00:05:54,590 sometimes if you wanted to you could get a single stick of memory that will fully 00:05:54,590 --> 00:05:54,600 a single stick of memory that will fully 00:05:54,600 --> 00:05:55,950 a single stick of memory that will fully function you're not going to break 00:05:55,950 --> 00:05:55,960 function you're not going to break 00:05:55,960 --> 00:05:57,629 function you're not going to break anything but you're going to be leaving 00:05:57,629 --> 00:05:57,639 anything but you're going to be leaving 00:05:57,639 --> 00:05:59,430 anything but you're going to be leaving significant performance on the table 00:05:59,430 --> 00:05:59,440 significant performance on the table 00:05:59,440 --> 00:06:00,950 significant performance on the table your your CPU and your motherboard are 00:06:00,950 --> 00:06:00,960 your your CPU and your motherboard are 00:06:00,960 --> 00:06:02,870 your your CPU and your motherboard are both designed with dual Channel memory 00:06:02,870 --> 00:06:02,880 both designed with dual Channel memory 00:06:02,880 --> 00:06:05,350 both designed with dual Channel memory and mind and honestly the vast majority 00:06:05,350 --> 00:06:05,360 and mind and honestly the vast majority 00:06:05,360 --> 00:06:06,749 and mind and honestly the vast majority of the kits here mic Center are going to 00:06:06,749 --> 00:06:06,759 of the kits here mic Center are going to 00:06:06,759 --> 00:06:08,550 of the kits here mic Center are going to be in dual Channel configuration so just 00:06:08,550 --> 00:06:08,560 be in dual Channel configuration so just 00:06:08,560 --> 00:06:10,350 be in dual Channel configuration so just keep that in mind get at least two 00:06:10,350 --> 00:06:10,360 keep that in mind get at least two 00:06:10,360 --> 00:06:13,469 keep that in mind get at least two sticks of ram at a minimum of 16 GB for 00:06:13,469 --> 00:06:13,479 sticks of ram at a minimum of 16 GB for 00:06:13,479 --> 00:06:15,390 sticks of ram at a minimum of 16 GB for a gaming PC in 2024 I think that's a 00:06:15,390 --> 00:06:15,400 a gaming PC in 2024 I think that's a 00:06:15,400 --> 00:06:17,950 a gaming PC in 2024 I think that's a very safe thing 32 gigs if you can swing 00:06:17,950 --> 00:06:17,960 very safe thing 32 gigs if you can swing 00:06:17,960 --> 00:06:20,189 very safe thing 32 gigs if you can swing it February is build your own month at 00:06:20,189 --> 00:06:20,199 it February is build your own month at 00:06:20,199 --> 00:06:21,430 it February is build your own month at Microcenter which is the perfect 00:06:21,430 --> 00:06:21,440 Microcenter which is the perfect 00:06:21,440 --> 00:06:23,270 Microcenter which is the perfect opportunity to build upgrade and 00:06:23,270 --> 00:06:23,280 opportunity to build upgrade and 00:06:23,280 --> 00:06:25,150 opportunity to build upgrade and importantly save with a bunch of great 00:06:25,150 --> 00:06:25,160 importantly save with a bunch of great 00:06:25,160 --> 00:06:26,749 importantly save with a bunch of great deals a Microcenter have now of course 00:06:26,749 --> 00:06:26,759 deals a Microcenter have now of course 00:06:26,759 --> 00:06:28,029 deals a Microcenter have now of course they have great deals year round but 00:06:28,029 --> 00:06:28,039 they have great deals year round but 00:06:28,039 --> 00:06:29,710 they have great deals year round but this is the perfect time to upgrade your 00:06:29,710 --> 00:06:29,720 this is the perfect time to upgrade your 00:06:29,720 --> 00:06:31,629 this is the perfect time to upgrade your existing system or use this tutorial and 00:06:31,629 --> 00:06:31,639 existing system or use this tutorial and 00:06:31,639 --> 00:06:33,270 existing system or use this tutorial and build an all new one on top of that 00:06:33,270 --> 00:06:33,280 build an all new one on top of that 00:06:33,280 --> 00:06:34,749 build an all new one on top of that there is a brand new Microcenter opening 00:06:34,749 --> 00:06:34,759 there is a brand new Microcenter opening 00:06:34,759 --> 00:06:36,550 there is a brand new Microcenter opening in Charlotte in early 00:06:36,550 --> 00:06:36,560 in Charlotte in early 00:06:36,560 --> 00:06:38,589 in Charlotte in early 2024 not only will they have a huge 00:06:38,589 --> 00:06:38,599 2024 not only will they have a huge 00:06:38,599 --> 00:06:40,469 2024 not only will they have a huge selection of PC components but once the 00:06:40,469 --> 00:06:40,479 selection of PC components but once the 00:06:40,479 --> 00:06:42,790 selection of PC components but once the store opens you can receive a free 128 00:06:42,790 --> 00:06:42,800 store opens you can receive a free 128 00:06:42,800 --> 00:06:44,230 store opens you can receive a free 128 gig flash drive by signing up at the 00:06:44,230 --> 00:06:44,240 gig flash drive by signing up at the 00:06:44,240 --> 00:06:46,189 gig flash drive by signing up at the link in the description now it's time to 00:06:46,189 --> 00:06:46,199 link in the description now it's time to 00:06:46,199 --> 00:06:48,589 link in the description now it's time to get to the good part the GPU is probably 00:06:48,589 --> 00:06:48,599 get to the good part the GPU is probably 00:06:48,599 --> 00:06:50,749 get to the good part the GPU is probably the single most important component for 00:06:50,749 --> 00:06:50,759 the single most important component for 00:06:50,759 --> 00:06:53,550 the single most important component for a PC when it comes to gaming like how I 00:06:53,550 --> 00:06:53,560 a PC when it comes to gaming like how I 00:06:53,560 --> 00:06:56,230 a PC when it comes to gaming like how I CPU processes data the GPU processes 00:06:56,230 --> 00:06:56,240 CPU processes data the GPU processes 00:06:56,240 --> 00:06:58,670 CPU processes data the GPU processes data but more specifically Graphics data 00:06:58,670 --> 00:06:58,680 data but more specifically Graphics data 00:06:58,680 --> 00:07:00,469 data but more specifically Graphics data you can think of the CPU is your sort of 00:07:00,469 --> 00:07:00,479 you can think of the CPU is your sort of 00:07:00,479 --> 00:07:02,830 you can think of the CPU is your sort of Jack of all trades but a GPU is highly 00:07:02,830 --> 00:07:02,840 Jack of all trades but a GPU is highly 00:07:02,840 --> 00:07:05,070 Jack of all trades but a GPU is highly specialized in processing tasks such as 00:07:05,070 --> 00:07:05,080 specialized in processing tasks such as 00:07:05,080 --> 00:07:08,390 specialized in processing tasks such as AI related work game or video data 00:07:08,390 --> 00:07:08,400 AI related work game or video data 00:07:08,400 --> 00:07:10,629 AI related work game or video data usually everything else being equal the 00:07:10,629 --> 00:07:10,639 usually everything else being equal the 00:07:10,639 --> 00:07:13,469 usually everything else being equal the more powerful a GPU is the more FPS and 00:07:13,469 --> 00:07:13,479 more powerful a GPU is the more FPS and 00:07:13,479 --> 00:07:15,869 more powerful a GPU is the more FPS and resolution you can push in games so 00:07:15,869 --> 00:07:15,879 resolution you can push in games so 00:07:15,879 --> 00:07:18,189 resolution you can push in games so there are three options which is going 00:07:18,189 --> 00:07:18,199 there are three options which is going 00:07:18,199 --> 00:07:21,909 there are three options which is going to be AMD Intel and Nvidia now much like 00:07:21,909 --> 00:07:21,919 to be AMD Intel and Nvidia now much like 00:07:21,919 --> 00:07:24,350 to be AMD Intel and Nvidia now much like with CPUs you can't really go too wrong 00:07:24,350 --> 00:07:24,360 with CPUs you can't really go too wrong 00:07:24,360 --> 00:07:26,869 with CPUs you can't really go too wrong all these items are very heavily priced 00:07:26,869 --> 00:07:26,879 all these items are very heavily priced 00:07:26,879 --> 00:07:28,749 all these items are very heavily priced according to their performance level 00:07:28,749 --> 00:07:28,759 according to their performance level 00:07:28,759 --> 00:07:30,029 according to their performance level which really makes sure your decision a 00:07:30,029 --> 00:07:30,039 which really makes sure your decision a 00:07:30,039 --> 00:07:32,230 which really makes sure your decision a little bit easier the more of your 00:07:32,230 --> 00:07:32,240 little bit easier the more of your 00:07:32,240 --> 00:07:33,390 little bit easier the more of your budget that you can put into the 00:07:33,390 --> 00:07:33,400 budget that you can put into the 00:07:33,400 --> 00:07:35,430 budget that you can put into the graphics card will directly correlate to 00:07:35,430 --> 00:07:35,440 graphics card will directly correlate to 00:07:35,440 --> 00:07:37,589 graphics card will directly correlate to additional gaming performance now you 00:07:37,589 --> 00:07:37,599 additional gaming performance now you 00:07:37,599 --> 00:07:38,749 additional gaming performance now you want to be a little bit reasonable you 00:07:38,749 --> 00:07:38,759 want to be a little bit reasonable you 00:07:38,759 --> 00:07:40,350 want to be a little bit reasonable you don't to be like SpongeBob with one huge 00:07:40,350 --> 00:07:40,360 don't to be like SpongeBob with one huge 00:07:40,360 --> 00:07:41,869 don't to be like SpongeBob with one huge beefy arm or one little noodle arm you 00:07:41,869 --> 00:07:41,879 beefy arm or one little noodle arm you 00:07:41,879 --> 00:07:43,390 beefy arm or one little noodle arm you want to make sure that you're getting a 00:07:43,390 --> 00:07:43,400 want to make sure that you're getting a 00:07:43,400 --> 00:07:45,270 want to make sure that you're getting a decent power supply and CPU motherboard 00:07:45,270 --> 00:07:45,280 decent power supply and CPU motherboard 00:07:45,280 --> 00:07:46,950 decent power supply and CPU motherboard and all the stuff to support it but 00:07:46,950 --> 00:07:46,960 and all the stuff to support it but 00:07:46,960 --> 00:07:48,350 and all the stuff to support it but really when it comes to gaming 00:07:48,350 --> 00:07:48,360 really when it comes to gaming 00:07:48,360 --> 00:07:50,189 really when it comes to gaming performance the graphics card is what is 00:07:50,189 --> 00:07:50,199 performance the graphics card is what is 00:07:50,199 --> 00:07:52,110 performance the graphics card is what is going to dictate your resolution your 00:07:52,110 --> 00:07:52,120 going to dictate your resolution your 00:07:52,120 --> 00:07:54,350 going to dictate your resolution your frame rate all of that kind of stuff so 00:07:54,350 --> 00:07:54,360 frame rate all of that kind of stuff so 00:07:54,360 --> 00:07:56,390 frame rate all of that kind of stuff so for this video I am going to be taking 00:07:56,390 --> 00:07:56,400 for this video I am going to be taking 00:07:56,400 --> 00:08:00,670 for this video I am going to be taking advantage of the fairly new RTX 47 super 00:08:00,670 --> 00:08:00,680 advantage of the fairly new RTX 47 super 00:08:00,680 --> 00:08:03,070 advantage of the fairly new RTX 47 super this currently is running about $600 00:08:03,070 --> 00:08:03,080 this currently is running about $600 00:08:03,080 --> 00:08:04,469 this currently is running about $600 obviously prices will vary by the time 00:08:04,469 --> 00:08:04,479 obviously prices will vary by the time 00:08:04,479 --> 00:08:06,350 obviously prices will vary by the time you watch this video but it's a pretty 00:08:06,350 --> 00:08:06,360 you watch this video but it's a pretty 00:08:06,360 --> 00:08:08,430 you watch this video but it's a pretty high-end card okay so this is going to 00:08:08,430 --> 00:08:08,440 high-end card okay so this is going to 00:08:08,440 --> 00:08:10,950 high-end card okay so this is going to deliver plenty of performance for some 00:08:10,950 --> 00:08:10,960 deliver plenty of performance for some 00:08:10,960 --> 00:08:13,149 deliver plenty of performance for some 4K gaming some higher frame rate like 00:08:13,149 --> 00:08:13,159 4K gaming some higher frame rate like 00:08:13,159 --> 00:08:16,390 4K gaming some higher frame rate like 1440p gaming and whatnot 12 gigs of RAM 00:08:16,390 --> 00:08:16,400 1440p gaming and whatnot 12 gigs of RAM 00:08:16,400 --> 00:08:19,110 1440p gaming and whatnot 12 gigs of RAM it is a good card generally speaking you 00:08:19,110 --> 00:08:19,120 it is a good card generally speaking you 00:08:19,120 --> 00:08:21,029 it is a good card generally speaking you can go really in depth with graphics 00:08:21,029 --> 00:08:21,039 can go really in depth with graphics 00:08:21,039 --> 00:08:22,869 can go really in depth with graphics cards but the two most important specs 00:08:22,869 --> 00:08:22,879 cards but the two most important specs 00:08:22,879 --> 00:08:24,869 cards but the two most important specs to look for are processing power and 00:08:24,869 --> 00:08:24,879 to look for are processing power and 00:08:24,879 --> 00:08:26,990 to look for are processing power and memory now there's no General 00:08:26,990 --> 00:08:27,000 memory now there's no General 00:08:27,000 --> 00:08:28,790 memory now there's no General recommendation for processing power of a 00:08:28,790 --> 00:08:28,800 recommendation for processing power of a 00:08:28,800 --> 00:08:30,469 recommendation for processing power of a GPU I mean that's going to come down to 00:08:30,469 --> 00:08:30,479 GPU I mean that's going to come down to 00:08:30,479 --> 00:08:32,190 GPU I mean that's going to come down to the games you want to play what 00:08:32,190 --> 00:08:32,200 the games you want to play what 00:08:32,200 --> 00:08:33,909 the games you want to play what resolution and refresh rate your monitor 00:08:33,909 --> 00:08:33,919 resolution and refresh rate your monitor 00:08:33,919 --> 00:08:35,630 resolution and refresh rate your monitor can handle and of course the big 00:08:35,630 --> 00:08:35,640 can handle and of course the big 00:08:35,640 --> 00:08:37,670 can handle and of course the big elephant in the room what kind of budget 00:08:37,670 --> 00:08:37,680 elephant in the room what kind of budget 00:08:37,680 --> 00:08:40,029 elephant in the room what kind of budget you have to work with GPU memory is a 00:08:40,029 --> 00:08:40,039 you have to work with GPU memory is a 00:08:40,039 --> 00:08:41,709 you have to work with GPU memory is a little different from Ram so it's called 00:08:41,709 --> 00:08:41,719 little different from Ram so it's called 00:08:41,719 --> 00:08:43,949 little different from Ram so it's called vram here and that too is a very 00:08:43,949 --> 00:08:43,959 vram here and that too is a very 00:08:43,959 --> 00:08:46,430 vram here and that too is a very specialized thing for graphics another 00:08:46,430 --> 00:08:46,440 specialized thing for graphics another 00:08:46,440 --> 00:08:48,110 specialized thing for graphics another oversimplification but generally 00:08:48,110 --> 00:08:48,120 oversimplification but generally 00:08:48,120 --> 00:08:50,269 oversimplification but generally speaking more vram and more bandwidth is 00:08:50,269 --> 00:08:50,279 speaking more vram and more bandwidth is 00:08:50,279 --> 00:08:52,670 speaking more vram and more bandwidth is better it's a little easier to make a 00:08:52,670 --> 00:08:52,680 better it's a little easier to make a 00:08:52,680 --> 00:08:54,310 better it's a little easier to make a recommendation here when it comes to 00:08:54,310 --> 00:08:54,320 recommendation here when it comes to 00:08:54,320 --> 00:08:55,790 recommendation here when it comes to actual how much RAM you need for your 00:08:55,790 --> 00:08:55,800 actual how much RAM you need for your 00:08:55,800 --> 00:08:58,389 actual how much RAM you need for your card so I would say you want at least 8 00:08:58,389 --> 00:08:58,399 card so I would say you want at least 8 00:08:58,399 --> 00:09:00,550 card so I would say you want at least 8 GB of vram to play today's demanding 00:09:00,550 --> 00:09:00,560 GB of vram to play today's demanding 00:09:00,560 --> 00:09:02,389 GB of vram to play today's demanding games but honestly if you've got the 00:09:02,389 --> 00:09:02,399 games but honestly if you've got the 00:09:02,399 --> 00:09:04,910 games but honestly if you've got the budget for it 10 or 12 GB of vram can 00:09:04,910 --> 00:09:04,920 budget for it 10 or 12 GB of vram can 00:09:04,920 --> 00:09:06,230 budget for it 10 or 12 GB of vram can definitely make a difference and give 00:09:06,230 --> 00:09:06,240 definitely make a difference and give 00:09:06,240 --> 00:09:08,190 definitely make a difference and give you a little bit more Comfort level in 00:09:08,190 --> 00:09:08,200 you a little bit more Comfort level in 00:09:08,200 --> 00:09:10,110 you a little bit more Comfort level in the future next up we're going to be 00:09:10,110 --> 00:09:10,120 the future next up we're going to be 00:09:10,120 --> 00:09:12,630 the future next up we're going to be choosing the case now the case is 00:09:12,630 --> 00:09:12,640 choosing the case now the case is 00:09:12,640 --> 00:09:15,230 choosing the case now the case is definitely the most personal aspect of 00:09:15,230 --> 00:09:15,240 definitely the most personal aspect of 00:09:15,240 --> 00:09:17,190 definitely the most personal aspect of your PC build this is where the 00:09:17,190 --> 00:09:17,200 your PC build this is where the 00:09:17,200 --> 00:09:18,790 your PC build this is where the Aesthetics come in but also there's a 00:09:18,790 --> 00:09:18,800 Aesthetics come in but also there's a 00:09:18,800 --> 00:09:20,470 Aesthetics come in but also there's a lot of functionality so I'm going to be 00:09:20,470 --> 00:09:20,480 lot of functionality so I'm going to be 00:09:20,480 --> 00:09:22,949 lot of functionality so I'm going to be going with this Leon Lee lancool 216 00:09:22,949 --> 00:09:22,959 going with this Leon Lee lancool 216 00:09:22,959 --> 00:09:24,750 going with this Leon Lee lancool 216 this is an incredibly popular case it's 00:09:24,750 --> 00:09:24,760 this is an incredibly popular case it's 00:09:24,760 --> 00:09:27,710 this is an incredibly popular case it's a very safe bet it's very representative 00:09:27,710 --> 00:09:27,720 a very safe bet it's very representative 00:09:27,720 --> 00:09:30,110 a very safe bet it's very representative of the sort of average PC build because 00:09:30,110 --> 00:09:30,120 of the sort of average PC build because 00:09:30,120 --> 00:09:31,389 of the sort of average PC build because you've got a lot of flexibility on the 00:09:31,389 --> 00:09:31,399 you've got a lot of flexibility on the 00:09:31,399 --> 00:09:33,470 you've got a lot of flexibility on the inside it's very easy to work in you've 00:09:33,470 --> 00:09:33,480 inside it's very easy to work in you've 00:09:33,480 --> 00:09:35,269 inside it's very easy to work in you've got yourself three fans including two 00:09:35,269 --> 00:09:35,279 got yourself three fans including two 00:09:35,279 --> 00:09:36,990 got yourself three fans including two RGB fans in the front so you don't have 00:09:36,990 --> 00:09:37,000 RGB fans in the front so you don't have 00:09:37,000 --> 00:09:38,590 RGB fans in the front so you don't have to do a lot of extra work to actually 00:09:38,590 --> 00:09:38,600 to do a lot of extra work to actually 00:09:38,600 --> 00:09:40,590 to do a lot of extra work to actually make this thing look cool it comes in 00:09:40,590 --> 00:09:40,600 make this thing look cool it comes in 00:09:40,600 --> 00:09:41,790 make this thing look cool it comes in different colors I'm going to go with 00:09:41,790 --> 00:09:41,800 different colors I'm going to go with 00:09:41,800 --> 00:09:43,069 different colors I'm going to go with the white one cuz I personally think it 00:09:43,069 --> 00:09:43,079 the white one cuz I personally think it 00:09:43,079 --> 00:09:45,150 the white one cuz I personally think it pops we also have plenty of space for 00:09:45,150 --> 00:09:45,160 pops we also have plenty of space for 00:09:45,160 --> 00:09:47,350 pops we also have plenty of space for our ATX motherboard and our graphics 00:09:47,350 --> 00:09:47,360 our ATX motherboard and our graphics 00:09:47,360 --> 00:09:49,150 our ATX motherboard and our graphics card some things to consider when you're 00:09:49,150 --> 00:09:49,160 card some things to consider when you're 00:09:49,160 --> 00:09:50,790 card some things to consider when you're choosing your case outside of the 00:09:50,790 --> 00:09:50,800 choosing your case outside of the 00:09:50,800 --> 00:09:52,949 choosing your case outside of the Aesthetics is that you do want to make 00:09:52,949 --> 00:09:52,959 Aesthetics is that you do want to make 00:09:52,959 --> 00:09:54,550 Aesthetics is that you do want to make sure you have a reasonable amount of 00:09:54,550 --> 00:09:54,560 sure you have a reasonable amount of 00:09:54,560 --> 00:09:55,870 sure you have a reasonable amount of space especially if you want to go for a 00:09:55,870 --> 00:09:55,880 space especially if you want to go for a 00:09:55,880 --> 00:09:57,710 space especially if you want to go for a little bit more of a higher end system 00:09:57,710 --> 00:09:57,720 little bit more of a higher end system 00:09:57,720 --> 00:09:59,030 little bit more of a higher end system so take for example your graphics card 00:09:59,030 --> 00:09:59,040 so take for example your graphics card 00:09:59,040 --> 00:10:00,190 so take for example your graphics card support so your graphics card is going 00:10:00,190 --> 00:10:00,200 support so your graphics card is going 00:10:00,200 --> 00:10:01,949 support so your graphics card is going to live right in here but you can see 00:10:01,949 --> 00:10:01,959 to live right in here but you can see 00:10:01,959 --> 00:10:03,590 to live right in here but you can see that there's all this extra space on the 00:10:03,590 --> 00:10:03,600 that there's all this extra space on the 00:10:03,600 --> 00:10:05,430 that there's all this extra space on the side that's because especially these 00:10:05,430 --> 00:10:05,440 side that's because especially these 00:10:05,440 --> 00:10:06,790 side that's because especially these days higher in graphics cards can 00:10:06,790 --> 00:10:06,800 days higher in graphics cards can 00:10:06,800 --> 00:10:09,110 days higher in graphics cards can actually be quite tall so you actually 00:10:09,110 --> 00:10:09,120 actually be quite tall so you actually 00:10:09,120 --> 00:10:10,630 actually be quite tall so you actually need a little bit of this extra space to 00:10:10,630 --> 00:10:10,640 need a little bit of this extra space to 00:10:10,640 --> 00:10:12,389 need a little bit of this extra space to make sure that they will clear and you 00:10:12,389 --> 00:10:12,399 make sure that they will clear and you 00:10:12,399 --> 00:10:13,710 make sure that they will clear and you have room to plug in like your power 00:10:13,710 --> 00:10:13,720 have room to plug in like your power 00:10:13,720 --> 00:10:15,829 have room to plug in like your power cables and stuff so going to something 00:10:15,829 --> 00:10:15,839 cables and stuff so going to something 00:10:15,839 --> 00:10:18,110 cables and stuff so going to something like this 216 is going to be a nice safe 00:10:18,110 --> 00:10:18,120 like this 216 is going to be a nice safe 00:10:18,120 --> 00:10:20,150 like this 216 is going to be a nice safe bet that should last for years and years 00:10:20,150 --> 00:10:20,160 bet that should last for years and years 00:10:20,160 --> 00:10:22,230 bet that should last for years and years in the future plenty of space and 00:10:22,230 --> 00:10:22,240 in the future plenty of space and 00:10:22,240 --> 00:10:24,110 in the future plenty of space and install like radiators on top again 00:10:24,110 --> 00:10:24,120 install like radiators on top again 00:10:24,120 --> 00:10:25,350 install like radiators on top again you've got the fans you've got the 00:10:25,350 --> 00:10:25,360 you've got the fans you've got the 00:10:25,360 --> 00:10:26,470 you've got the fans you've got the basement where you can hide your power 00:10:26,470 --> 00:10:26,480 basement where you can hide your power 00:10:26,480 --> 00:10:28,110 basement where you can hide your power supply and some cables and stuff like I 00:10:28,110 --> 00:10:28,120 supply and some cables and stuff like I 00:10:28,120 --> 00:10:29,430 supply and some cables and stuff like I mentioned with motherboards there are 00:10:29,430 --> 00:10:29,440 mentioned with motherboards there are 00:10:29,440 --> 00:10:31,710 mentioned with motherboards there are different sizes of cases the standard 00:10:31,710 --> 00:10:31,720 different sizes of cases the standard 00:10:31,720 --> 00:10:34,430 different sizes of cases the standard size ATX cases are the traditional PC 00:10:34,430 --> 00:10:34,440 size ATX cases are the traditional PC 00:10:34,440 --> 00:10:37,030 size ATX cases are the traditional PC Tower size but there are smaller Micro 00:10:37,030 --> 00:10:37,040 Tower size but there are smaller Micro 00:10:37,040 --> 00:10:39,670 Tower size but there are smaller Micro ATX and many ITX cases if you do want to 00:10:39,670 --> 00:10:39,680 ATX and many ITX cases if you do want to 00:10:39,680 --> 00:10:42,030 ATX and many ITX cases if you do want to go for a smaller footprint just remember 00:10:42,030 --> 00:10:42,040 go for a smaller footprint just remember 00:10:42,040 --> 00:10:43,629 go for a smaller footprint just remember it may make building in them a little 00:10:43,629 --> 00:10:43,639 it may make building in them a little 00:10:43,639 --> 00:10:45,590 it may make building in them a little bit tricky and you do need to be mindful 00:10:45,590 --> 00:10:45,600 bit tricky and you do need to be mindful 00:10:45,600 --> 00:10:47,509 bit tricky and you do need to be mindful of air flow on the other end of the 00:10:47,509 --> 00:10:47,519 of air flow on the other end of the 00:10:47,519 --> 00:10:50,110 of air flow on the other end of the extreme you have e8x size cases which 00:10:50,110 --> 00:10:50,120 extreme you have e8x size cases which 00:10:50,120 --> 00:10:53,190 extreme you have e8x size cases which are massive chungi chungus 00:10:53,190 --> 00:10:53,200 are massive chungi chungus 00:10:53,200 --> 00:10:55,470 are massive chungi chungus chalinos that are specifically designed 00:10:55,470 --> 00:10:55,480 chalinos that are specifically designed 00:10:55,480 --> 00:10:57,110 chalinos that are specifically designed to house and show off your big bulky 00:10:57,110 --> 00:10:57,120 to house and show off your big bulky 00:10:57,120 --> 00:10:59,430 to house and show off your big bulky components like graphics cards or big 00:10:59,430 --> 00:10:59,440 components like graphics cards or big 00:10:59,440 --> 00:11:01,790 components like graphics cards or big than my head or intricate Hardline water 00:11:01,790 --> 00:11:01,800 than my head or intricate Hardline water 00:11:01,800 --> 00:11:03,870 than my head or intricate Hardline water cooling for first- time Builders I 00:11:03,870 --> 00:11:03,880 cooling for first- time Builders I 00:11:03,880 --> 00:11:06,509 cooling for first- time Builders I recommend just a standard ATX case as it 00:11:06,509 --> 00:11:06,519 recommend just a standard ATX case as it 00:11:06,519 --> 00:11:08,269 recommend just a standard ATX case as it will probably provide enough air flow 00:11:08,269 --> 00:11:08,279 will probably provide enough air flow 00:11:08,279 --> 00:11:10,269 will probably provide enough air flow and enough space to comfortably build in 00:11:10,269 --> 00:11:10,279 and enough space to comfortably build in 00:11:10,279 --> 00:11:11,870 and enough space to comfortably build in and it's a little bit of an easier 00:11:11,870 --> 00:11:11,880 and it's a little bit of an easier 00:11:11,880 --> 00:11:14,269 and it's a little bit of an easier process but again choose the case that 00:11:14,269 --> 00:11:14,279 process but again choose the case that 00:11:14,279 --> 00:11:16,310 process but again choose the case that you want best it's going to not only set 00:11:16,310 --> 00:11:16,320 you want best it's going to not only set 00:11:16,320 --> 00:11:17,829 you want best it's going to not only set up the aesthetic it's going to decide if 00:11:17,829 --> 00:11:17,839 up the aesthetic it's going to decide if 00:11:17,839 --> 00:11:19,870 up the aesthetic it's going to decide if it goes on your desk below your desk and 00:11:19,870 --> 00:11:19,880 it goes on your desk below your desk and 00:11:19,880 --> 00:11:21,790 it goes on your desk below your desk and it's the part that looks cool when it 00:11:21,790 --> 00:11:21,800 it's the part that looks cool when it 00:11:21,800 --> 00:11:24,550 it's the part that looks cool when it comes to cooling your CPU there are tons 00:11:24,550 --> 00:11:24,560 comes to cooling your CPU there are tons 00:11:24,560 --> 00:11:26,670 comes to cooling your CPU there are tons of options so on the high end you can do 00:11:26,670 --> 00:11:26,680 of options so on the high end you can do 00:11:26,680 --> 00:11:28,269 of options so on the high end you can do something like this which is a Hardline 00:11:28,269 --> 00:11:28,279 something like this which is a Hardline 00:11:28,279 --> 00:11:31,389 something like this which is a Hardline Loop now this as cool as it is is way 00:11:31,389 --> 00:11:31,399 Loop now this as cool as it is is way 00:11:31,399 --> 00:11:34,190 Loop now this as cool as it is is way outside the scope of a PC tutorial so 00:11:34,190 --> 00:11:34,200 outside the scope of a PC tutorial so 00:11:34,200 --> 00:11:35,430 outside the scope of a PC tutorial so traditionally you're going to choose one 00:11:35,430 --> 00:11:35,440 traditionally you're going to choose one 00:11:35,440 --> 00:11:38,030 traditionally you're going to choose one of two options air or liquid cooling so 00:11:38,030 --> 00:11:38,040 of two options air or liquid cooling so 00:11:38,040 --> 00:11:39,470 of two options air or liquid cooling so if you want to do air cooling there are 00:11:39,470 --> 00:11:39,480 if you want to do air cooling there are 00:11:39,480 --> 00:11:41,910 if you want to do air cooling there are options such as this which is an ak400 00:11:41,910 --> 00:11:41,920 options such as this which is an ak400 00:11:41,920 --> 00:11:43,949 options such as this which is an ak400 it's a fairly straightforward air cooler 00:11:43,949 --> 00:11:43,959 it's a fairly straightforward air cooler 00:11:43,959 --> 00:11:44,990 it's a fairly straightforward air cooler honestly if this is your first time 00:11:44,990 --> 00:11:45,000 honestly if this is your first time 00:11:45,000 --> 00:11:47,590 honestly if this is your first time building a PC this is usually the right 00:11:47,590 --> 00:11:47,600 building a PC this is usually the right 00:11:47,600 --> 00:11:49,389 building a PC this is usually the right move unless you have a very very highend 00:11:49,389 --> 00:11:49,399 move unless you have a very very highend 00:11:49,399 --> 00:11:50,949 move unless you have a very very highend CPU we'll talk a little bit about this 00:11:50,949 --> 00:11:50,959 CPU we'll talk a little bit about this 00:11:50,959 --> 00:11:52,350 CPU we'll talk a little bit about this later but the main thing I'm going to 00:11:52,350 --> 00:11:52,360 later but the main thing I'm going to 00:11:52,360 --> 00:11:54,389 later but the main thing I'm going to show you is how to install an all-in-one 00:11:54,389 --> 00:11:54,399 show you is how to install an all-in-one 00:11:54,399 --> 00:11:56,870 show you is how to install an all-in-one liquid cooler as you can see there are 00:11:56,870 --> 00:11:56,880 liquid cooler as you can see there are 00:11:56,880 --> 00:11:59,590 liquid cooler as you can see there are tons and tons of options so the the main 00:11:59,590 --> 00:11:59,600 tons and tons of options so the the main 00:11:59,600 --> 00:12:02,150 tons and tons of options so the the main things to consider would be the size and 00:12:02,150 --> 00:12:02,160 things to consider would be the size and 00:12:02,160 --> 00:12:04,150 things to consider would be the size and what kind of CPU you're cooling so for 00:12:04,150 --> 00:12:04,160 what kind of CPU you're cooling so for 00:12:04,160 --> 00:12:07,190 what kind of CPU you're cooling so for us with a ryzen 77700 x it's actually a 00:12:07,190 --> 00:12:07,200 us with a ryzen 77700 x it's actually a 00:12:07,200 --> 00:12:08,990 us with a ryzen 77700 x it's actually a fairly efficient chip we do not need a 00:12:08,990 --> 00:12:09,000 fairly efficient chip we do not need a 00:12:09,000 --> 00:12:10,870 fairly efficient chip we do not need a crazy cooler but for the purposes of 00:12:10,870 --> 00:12:10,880 crazy cooler but for the purposes of 00:12:10,880 --> 00:12:13,069 crazy cooler but for the purposes of this tutorial I'm going to go with a 00:12:13,069 --> 00:12:13,079 this tutorial I'm going to go with a 00:12:13,079 --> 00:12:16,189 this tutorial I'm going to go with a very high-end lean Lee specifically 360 00:12:16,189 --> 00:12:16,199 very high-end lean Lee specifically 360 00:12:16,199 --> 00:12:18,550 very high-end lean Lee specifically 360 mm radiator so the way the sizes work is 00:12:18,550 --> 00:12:18,560 mm radiator so the way the sizes work is 00:12:18,560 --> 00:12:20,590 mm radiator so the way the sizes work is that this is a 360 mm radiator which is 00:12:20,590 --> 00:12:20,600 that this is a 360 mm radiator which is 00:12:20,600 --> 00:12:23,910 that this is a 360 mm radiator which is essentially 310 mm fans so if I find a 00:12:23,910 --> 00:12:23,920 essentially 310 mm fans so if I find a 00:12:23,920 --> 00:12:26,870 essentially 310 mm fans so if I find a 240 for example this is two 120 mil fans 00:12:26,870 --> 00:12:26,880 240 for example this is two 120 mil fans 00:12:26,880 --> 00:12:29,629 240 for example this is two 120 mil fans or by the same token I could do two 140 00:12:29,629 --> 00:12:29,639 or by the same token I could do two 140 00:12:29,639 --> 00:12:32,990 or by the same token I could do two 140 mm fans which would equal 280 the way 00:12:32,990 --> 00:12:33,000 mm fans which would equal 280 the way 00:12:33,000 --> 00:12:34,990 mm fans which would equal 280 the way you choose this is very much down to 00:12:34,990 --> 00:12:35,000 you choose this is very much down to 00:12:35,000 --> 00:12:38,269 you choose this is very much down to your case so all cases will list what 00:12:38,269 --> 00:12:38,279 your case so all cases will list what 00:12:38,279 --> 00:12:39,910 your case so all cases will list what kind of radiator and fan support that 00:12:39,910 --> 00:12:39,920 kind of radiator and fan support that 00:12:39,920 --> 00:12:42,310 kind of radiator and fan support that they have so for our case we have up to 00:12:42,310 --> 00:12:42,320 they have so for our case we have up to 00:12:42,320 --> 00:12:44,829 they have so for our case we have up to a 360 mm Radiator on the top but some 00:12:44,829 --> 00:12:44,839 a 360 mm Radiator on the top but some 00:12:44,839 --> 00:12:46,030 a 360 mm Radiator on the top but some cases you could also mount it on the 00:12:46,030 --> 00:12:46,040 cases you could also mount it on the 00:12:46,040 --> 00:12:47,550 cases you could also mount it on the front or even sometimes on the bottom 00:12:47,550 --> 00:12:47,560 front or even sometimes on the bottom 00:12:47,560 --> 00:12:49,910 front or even sometimes on the bottom but traditionally your radiator your AIO 00:12:49,910 --> 00:12:49,920 but traditionally your radiator your AIO 00:12:49,920 --> 00:12:51,189 but traditionally your radiator your AIO will be installed either in the front or 00:12:51,189 --> 00:12:51,199 will be installed either in the front or 00:12:51,199 --> 00:12:52,949 will be installed either in the front or on the top so we're going to be using 00:12:52,949 --> 00:12:52,959 on the top so we're going to be using 00:12:52,959 --> 00:12:56,509 on the top so we're going to be using this one this is a very high-end AO it's 00:12:56,509 --> 00:12:56,519 this one this is a very high-end AO it's 00:12:56,519 --> 00:12:58,069 this one this is a very high-end AO it's more than we need but I'm going to show 00:12:58,069 --> 00:12:58,079 more than we need but I'm going to show 00:12:58,079 --> 00:12:59,949 more than we need but I'm going to show you for the purposes of this tutorial it 00:12:59,949 --> 00:12:59,959 you for the purposes of this tutorial it 00:12:59,959 --> 00:13:01,750 you for the purposes of this tutorial it also has a neat little screen on it too 00:13:01,750 --> 00:13:01,760 also has a neat little screen on it too 00:13:01,760 --> 00:13:04,069 also has a neat little screen on it too so I'll show you how to install this and 00:13:04,069 --> 00:13:04,079 so I'll show you how to install this and 00:13:04,079 --> 00:13:07,470 so I'll show you how to install this and while air cooling is the safer bet for 00:13:07,470 --> 00:13:07,480 while air cooling is the safer bet for 00:13:07,480 --> 00:13:09,829 while air cooling is the safer bet for most firsttime Builders if you want that 00:13:09,829 --> 00:13:09,839 most firsttime Builders if you want that 00:13:09,839 --> 00:13:12,550 most firsttime Builders if you want that sort of flashy RGB fans the liquid 00:13:12,550 --> 00:13:12,560 sort of flashy RGB fans the liquid 00:13:12,560 --> 00:13:13,910 sort of flashy RGB fans the liquid cooler the whole thing and you want to 00:13:13,910 --> 00:13:13,920 cooler the whole thing and you want to 00:13:13,920 --> 00:13:15,829 cooler the whole thing and you want to get the maximum performance this is a 00:13:15,829 --> 00:13:15,839 get the maximum performance this is a 00:13:15,839 --> 00:13:17,790 get the maximum performance this is a great move luckily a lot of low and 00:13:17,790 --> 00:13:17,800 great move luckily a lot of low and 00:13:17,800 --> 00:13:19,949 great move luckily a lot of low and mid-range gpus you buy will come with a 00:13:19,949 --> 00:13:19,959 mid-range gpus you buy will come with a 00:13:19,959 --> 00:13:22,350 mid-range gpus you buy will come with a stock cooler in the Box for most people 00:13:22,350 --> 00:13:22,360 stock cooler in the Box for most people 00:13:22,360 --> 00:13:25,150 stock cooler in the Box for most people this is completely fine it's not flashy 00:13:25,150 --> 00:13:25,160 this is completely fine it's not flashy 00:13:25,160 --> 00:13:26,629 this is completely fine it's not flashy and you won't want to push limits with 00:13:26,629 --> 00:13:26,639 and you won't want to push limits with 00:13:26,639 --> 00:13:28,590 and you won't want to push limits with overclocking but it is a perfectly 00:13:28,590 --> 00:13:28,600 overclocking but it is a perfectly 00:13:28,600 --> 00:13:30,069 overclocking but it is a perfectly reasonable opt option that you can 00:13:30,069 --> 00:13:30,079 reasonable opt option that you can 00:13:30,079 --> 00:13:32,230 reasonable opt option that you can always upgrade down the line now when it 00:13:32,230 --> 00:13:32,240 always upgrade down the line now when it 00:13:32,240 --> 00:13:33,870 always upgrade down the line now when it comes to high-end processors they 00:13:33,870 --> 00:13:33,880 comes to high-end processors they 00:13:33,880 --> 00:13:35,389 comes to high-end processors they typically don't ship with stock coolers 00:13:35,389 --> 00:13:35,399 typically don't ship with stock coolers 00:13:35,399 --> 00:13:37,230 typically don't ship with stock coolers at all as manufacturers expect you to 00:13:37,230 --> 00:13:37,240 at all as manufacturers expect you to 00:13:37,240 --> 00:13:38,829 at all as manufacturers expect you to get a better cooler anyway and the 00:13:38,829 --> 00:13:38,839 get a better cooler anyway and the 00:13:38,839 --> 00:13:40,910 get a better cooler anyway and the demands of those chips are a lot more 00:13:40,910 --> 00:13:40,920 demands of those chips are a lot more 00:13:40,920 --> 00:13:43,030 demands of those chips are a lot more than a little stock cooler can handle a 00:13:43,030 --> 00:13:43,040 than a little stock cooler can handle a 00:13:43,040 --> 00:13:44,870 than a little stock cooler can handle a high performance air cooler will do just 00:13:44,870 --> 00:13:44,880 high performance air cooler will do just 00:13:44,880 --> 00:13:47,150 high performance air cooler will do just as good of a job if not better than all 00:13:47,150 --> 00:13:47,160 as good of a job if not better than all 00:13:47,160 --> 00:13:49,550 as good of a job if not better than all but the beefiest AO liquid cooling 00:13:49,550 --> 00:13:49,560 but the beefiest AO liquid cooling 00:13:49,560 --> 00:13:52,030 but the beefiest AO liquid cooling solutions but there are other pros and 00:13:52,030 --> 00:13:52,040 solutions but there are other pros and 00:13:52,040 --> 00:13:54,030 solutions but there are other pros and cons to each liquid cooling draws the 00:13:54,030 --> 00:13:54,040 cons to each liquid cooling draws the 00:13:54,040 --> 00:13:56,269 cons to each liquid cooling draws the heat away from the CPU via heat sink and 00:13:56,269 --> 00:13:56,279 heat away from the CPU via heat sink and 00:13:56,279 --> 00:13:57,990 heat away from the CPU via heat sink and then the liquid carries that heat all 00:13:57,990 --> 00:13:58,000 then the liquid carries that heat all 00:13:58,000 --> 00:14:00,590 then the liquid carries that heat all the way through a rator to be dissipated 00:14:00,590 --> 00:14:00,600 the way through a rator to be dissipated 00:14:00,600 --> 00:14:02,350 the way through a rator to be dissipated now this method is typically quieter 00:14:02,350 --> 00:14:02,360 now this method is typically quieter 00:14:02,360 --> 00:14:04,269 now this method is typically quieter than air Cooling and the higher-end 00:14:04,269 --> 00:14:04,279 than air Cooling and the higher-end 00:14:04,279 --> 00:14:05,910 than air Cooling and the higher-end coolers have neat little screens that 00:14:05,910 --> 00:14:05,920 coolers have neat little screens that 00:14:05,920 --> 00:14:07,670 coolers have neat little screens that could show you like some specs or a gift 00:14:07,670 --> 00:14:07,680 could show you like some specs or a gift 00:14:07,680 --> 00:14:10,389 could show you like some specs or a gift Loop like they're very flashy but they 00:14:10,389 --> 00:14:10,399 Loop like they're very flashy but they 00:14:10,399 --> 00:14:12,189 Loop like they're very flashy but they typically require multiple fan slots in 00:14:12,189 --> 00:14:12,199 typically require multiple fan slots in 00:14:12,199 --> 00:14:13,550 typically require multiple fan slots in your case which can be difficult to 00:14:13,550 --> 00:14:13,560 your case which can be difficult to 00:14:13,560 --> 00:14:15,749 your case which can be difficult to install based on the configuration a lot 00:14:15,749 --> 00:14:15,759 install based on the configuration a lot 00:14:15,759 --> 00:14:17,670 install based on the configuration a lot more work to install to begin with not 00:14:17,670 --> 00:14:17,680 more work to install to begin with not 00:14:17,680 --> 00:14:19,790 more work to install to begin with not to mention that there's a small but 00:14:19,790 --> 00:14:19,800 to mention that there's a small but 00:14:19,800 --> 00:14:21,910 to mention that there's a small but still there's a risk of liquid leaking 00:14:21,910 --> 00:14:21,920 still there's a risk of liquid leaking 00:14:21,920 --> 00:14:23,829 still there's a risk of liquid leaking from that cooler and damaging other 00:14:23,829 --> 00:14:23,839 from that cooler and damaging other 00:14:23,839 --> 00:14:26,069 from that cooler and damaging other components air cooling is the tried 00:14:26,069 --> 00:14:26,079 components air cooling is the tried 00:14:26,079 --> 00:14:28,030 components air cooling is the tried andrue cooling method it's just a fan 00:14:28,030 --> 00:14:28,040 andrue cooling method it's just a fan 00:14:28,040 --> 00:14:29,590 andrue cooling method it's just a fan blowing air through a heat sink that is 00:14:29,590 --> 00:14:29,600 blowing air through a heat sink that is 00:14:29,600 --> 00:14:32,069 blowing air through a heat sink that is drawing that heat away from the CPU it's 00:14:32,069 --> 00:14:32,079 drawing that heat away from the CPU it's 00:14:32,079 --> 00:14:33,590 drawing that heat away from the CPU it's simple which means it's less likely to 00:14:33,590 --> 00:14:33,600 simple which means it's less likely to 00:14:33,600 --> 00:14:35,910 simple which means it's less likely to break but high performance air coolers 00:14:35,910 --> 00:14:35,920 break but high performance air coolers 00:14:35,920 --> 00:14:37,749 break but high performance air coolers do have some cons such as they typically 00:14:37,749 --> 00:14:37,759 do have some cons such as they typically 00:14:37,759 --> 00:14:40,030 do have some cons such as they typically take up a lot of space if your PC case 00:14:40,030 --> 00:14:40,040 take up a lot of space if your PC case 00:14:40,040 --> 00:14:41,470 take up a lot of space if your PC case doesn't have a lot of clearance or you 00:14:41,470 --> 00:14:41,480 doesn't have a lot of clearance or you 00:14:41,480 --> 00:14:42,990 doesn't have a lot of clearance or you have a smaller motherboard sometimes 00:14:42,990 --> 00:14:43,000 have a smaller motherboard sometimes 00:14:43,000 --> 00:14:44,430 have a smaller motherboard sometimes that can actually be very restrictive as 00:14:44,430 --> 00:14:44,440 that can actually be very restrictive as 00:14:44,440 --> 00:14:47,230 that can actually be very restrictive as far as how easily you can access the PC 00:14:47,230 --> 00:14:47,240 far as how easily you can access the PC 00:14:47,240 --> 00:14:49,189 far as how easily you can access the PC and on top of that if you're going to be 00:14:49,189 --> 00:14:49,199 and on top of that if you're going to be 00:14:49,199 --> 00:14:51,189 and on top of that if you're going to be moving your PC around a lot it's not 00:14:51,189 --> 00:14:51,199 moving your PC around a lot it's not 00:14:51,199 --> 00:14:52,790 moving your PC around a lot it's not necessarily a great idea to have a heavy 00:14:52,790 --> 00:14:52,800 necessarily a great idea to have a heavy 00:14:52,800 --> 00:14:55,030 necessarily a great idea to have a heavy air cooler just because the good ons 00:14:55,030 --> 00:14:55,040 air cooler just because the good ons 00:14:55,040 --> 00:14:56,430 air cooler just because the good ons while they're very good at cooling are 00:14:56,430 --> 00:14:56,440 while they're very good at cooling are 00:14:56,440 --> 00:14:57,990 while they're very good at cooling are very heavy they can put a lot of strain 00:14:57,990 --> 00:14:58,000 very heavy they can put a lot of strain 00:14:58,000 --> 00:14:59,710 very heavy they can put a lot of strain on the board and the mounting points 00:14:59,710 --> 00:14:59,720 on the board and the mounting points 00:14:59,720 --> 00:15:00,910 on the board and the mounting points while it definitely depends on the 00:15:00,910 --> 00:15:00,920 while it definitely depends on the 00:15:00,920 --> 00:15:03,030 while it definitely depends on the cooler that you choose air coolers can 00:15:03,030 --> 00:15:03,040 cooler that you choose air coolers can 00:15:03,040 --> 00:15:05,069 cooler that you choose air coolers can get a little bit on the loud side 00:15:05,069 --> 00:15:05,079 get a little bit on the loud side 00:15:05,079 --> 00:15:06,509 get a little bit on the loud side especially when the PC is working on a 00:15:06,509 --> 00:15:06,519 especially when the PC is working on a 00:15:06,519 --> 00:15:08,670 especially when the PC is working on a heavy load like gaming but look 00:15:08,670 --> 00:15:08,680 heavy load like gaming but look 00:15:08,680 --> 00:15:11,110 heavy load like gaming but look ultimately the choice is up to you I 00:15:11,110 --> 00:15:11,120 ultimately the choice is up to you I 00:15:11,120 --> 00:15:12,470 ultimately the choice is up to you I personally tend to lean more towards 00:15:12,470 --> 00:15:12,480 personally tend to lean more towards 00:15:12,480 --> 00:15:15,350 personally tend to lean more towards solid air coolers such as KN to options 00:15:15,350 --> 00:15:15,360 solid air coolers such as KN to options 00:15:15,360 --> 00:15:17,350 solid air coolers such as KN to options but I'd say most Gamers especially on 00:15:17,350 --> 00:15:17,360 but I'd say most Gamers especially on 00:15:17,360 --> 00:15:19,230 but I'd say most Gamers especially on the high end tend to take advantage of 00:15:19,230 --> 00:15:19,240 the high end tend to take advantage of 00:15:19,240 --> 00:15:21,069 the high end tend to take advantage of liquid cooling next up we're choosing 00:15:21,069 --> 00:15:21,079 liquid cooling next up we're choosing 00:15:21,079 --> 00:15:23,269 liquid cooling next up we're choosing our power supply this is a critical 00:15:23,269 --> 00:15:23,279 our power supply this is a critical 00:15:23,279 --> 00:15:25,590 our power supply this is a critical component of every PC build is quite 00:15:25,590 --> 00:15:25,600 component of every PC build is quite 00:15:25,600 --> 00:15:27,310 component of every PC build is quite literally the Beating Heart supplying 00:15:27,310 --> 00:15:27,320 literally the Beating Heart supplying 00:15:27,320 --> 00:15:29,309 literally the Beating Heart supplying power to every component in the system 00:15:29,309 --> 00:15:29,319 power to every component in the system 00:15:29,319 --> 00:15:30,749 power to every component in the system you want something high quality and you 00:15:30,749 --> 00:15:30,759 you want something high quality and you 00:15:30,759 --> 00:15:32,110 you want something high quality and you want to make sure that you have plenty 00:15:32,110 --> 00:15:32,120 want to make sure that you have plenty 00:15:32,120 --> 00:15:34,309 want to make sure that you have plenty of capacity it is a component that takes 00:15:34,309 --> 00:15:34,319 of capacity it is a component that takes 00:15:34,319 --> 00:15:36,389 of capacity it is a component that takes AC power from the wall and converts it 00:15:36,389 --> 00:15:36,399 AC power from the wall and converts it 00:15:36,399 --> 00:15:38,350 AC power from the wall and converts it into stable DC power that the PC can 00:15:38,350 --> 00:15:38,360 into stable DC power that the PC can 00:15:38,360 --> 00:15:40,509 into stable DC power that the PC can actually use it then distributes power 00:15:40,509 --> 00:15:40,519 actually use it then distributes power 00:15:40,519 --> 00:15:42,509 actually use it then distributes power through cables all like veins throughout 00:15:42,509 --> 00:15:42,519 through cables all like veins throughout 00:15:42,519 --> 00:15:45,430 through cables all like veins throughout the PC Now power supplies measure output 00:15:45,430 --> 00:15:45,440 the PC Now power supplies measure output 00:15:45,440 --> 00:15:48,189 the PC Now power supplies measure output via Watts it's fairly straightforward I 00:15:48,189 --> 00:15:48,199 via Watts it's fairly straightforward I 00:15:48,199 --> 00:15:49,590 via Watts it's fairly straightforward I mean you just need to add up the power 00:15:49,590 --> 00:15:49,600 mean you just need to add up the power 00:15:49,600 --> 00:15:51,509 mean you just need to add up the power requirements of your PC components and 00:15:51,509 --> 00:15:51,519 requirements of your PC components and 00:15:51,519 --> 00:15:53,189 requirements of your PC components and then choose a power supply that exceeds 00:15:53,189 --> 00:15:53,199 then choose a power supply that exceeds 00:15:53,199 --> 00:15:55,470 then choose a power supply that exceeds that number usually your CPU and 00:15:55,470 --> 00:15:55,480 that number usually your CPU and 00:15:55,480 --> 00:15:57,389 that number usually your CPU and especially your GPU will have minimum 00:15:57,389 --> 00:15:57,399 especially your GPU will have minimum 00:15:57,399 --> 00:15:59,350 especially your GPU will have minimum recommended wattages which is great 00:15:59,350 --> 00:15:59,360 recommended wattages which is great 00:15:59,360 --> 00:16:01,949 recommended wattages which is great place to start again micr Center has an 00:16:01,949 --> 00:16:01,959 place to start again micr Center has an 00:16:01,959 --> 00:16:03,710 place to start again micr Center has an online pc Builder that will help you 00:16:03,710 --> 00:16:03,720 online pc Builder that will help you 00:16:03,720 --> 00:16:05,189 online pc Builder that will help you calculate how much power your power 00:16:05,189 --> 00:16:05,199 calculate how much power your power 00:16:05,199 --> 00:16:07,990 calculate how much power your power supply needs but just as a baseline a 00:16:07,990 --> 00:16:08,000 supply needs but just as a baseline a 00:16:08,000 --> 00:16:10,030 supply needs but just as a baseline a lower to mid-tier PC may need something 00:16:10,030 --> 00:16:10,040 lower to mid-tier PC may need something 00:16:10,040 --> 00:16:12,990 lower to mid-tier PC may need something like 500 or 600 watts an upper tier 00:16:12,990 --> 00:16:13,000 like 500 or 600 watts an upper tier 00:16:13,000 --> 00:16:14,949 like 500 or 600 watts an upper tier system may need something closer to 750 00:16:14,949 --> 00:16:14,959 system may need something closer to 750 00:16:14,959 --> 00:16:16,829 system may need something closer to 750 watts and a high-end system will likely 00:16:16,829 --> 00:16:16,839 watts and a high-end system will likely 00:16:16,839 --> 00:16:19,150 watts and a high-end system will likely need 850 Watts plus definitely do the 00:16:19,150 --> 00:16:19,160 need 850 Watts plus definitely do the 00:16:19,160 --> 00:16:20,790 need 850 Watts plus definitely do the math on your own system you don't want 00:16:20,790 --> 00:16:20,800 math on your own system you don't want 00:16:20,800 --> 00:16:22,269 math on your own system you don't want your computer to draw more power than 00:16:22,269 --> 00:16:22,279 your computer to draw more power than 00:16:22,279 --> 00:16:24,189 your computer to draw more power than the power supply can provide or else it 00:16:24,189 --> 00:16:24,199 the power supply can provide or else it 00:16:24,199 --> 00:16:26,269 the power supply can provide or else it will just crash or shut down immediately 00:16:26,269 --> 00:16:26,279 will just crash or shut down immediately 00:16:26,279 --> 00:16:27,870 will just crash or shut down immediately or you could even do long-term damage to 00:16:27,870 --> 00:16:27,880 or you could even do long-term damage to 00:16:27,880 --> 00:16:29,470 or you could even do long-term damage to your system for the for this build I'm 00:16:29,470 --> 00:16:29,480 your system for the for this build I'm 00:16:29,480 --> 00:16:32,910 your system for the for this build I'm going to go with this the MSI mag aa50 G 00:16:32,910 --> 00:16:32,920 going to go with this the MSI mag aa50 G 00:16:32,920 --> 00:16:35,430 going to go with this the MSI mag aa50 G PCI 5 there's a few reasons why I like 00:16:35,430 --> 00:16:35,440 PCI 5 there's a few reasons why I like 00:16:35,440 --> 00:16:37,829 PCI 5 there's a few reasons why I like this power supply first of all 850 wats 00:16:37,829 --> 00:16:37,839 this power supply first of all 850 wats 00:16:37,839 --> 00:16:39,870 this power supply first of all 850 wats is going to be plenty for this system 00:16:39,870 --> 00:16:39,880 is going to be plenty for this system 00:16:39,880 --> 00:16:41,590 is going to be plenty for this system but I don't mind that typically for a 00:16:41,590 --> 00:16:41,600 but I don't mind that typically for a 00:16:41,600 --> 00:16:43,389 but I don't mind that typically for a system because power supplies usually 00:16:43,389 --> 00:16:43,399 system because power supplies usually 00:16:43,399 --> 00:16:45,189 system because power supplies usually have quite long warranties and can last 00:16:45,189 --> 00:16:45,199 have quite long warranties and can last 00:16:45,199 --> 00:16:47,829 have quite long warranties and can last for several iterations of your system so 00:16:47,829 --> 00:16:47,839 for several iterations of your system so 00:16:47,839 --> 00:16:49,389 for several iterations of your system so having a little bit of that extra margin 00:16:49,389 --> 00:16:49,399 having a little bit of that extra margin 00:16:49,399 --> 00:16:51,269 having a little bit of that extra margin is nice to have something else to 00:16:51,269 --> 00:16:51,279 is nice to have something else to 00:16:51,279 --> 00:16:53,629 is nice to have something else to consider is some of the specs on this so 00:16:53,629 --> 00:16:53,639 consider is some of the specs on this so 00:16:53,639 --> 00:16:56,629 consider is some of the specs on this so because we are using an RTX 470 super a 00:16:56,629 --> 00:16:56,639 because we are using an RTX 470 super a 00:16:56,639 --> 00:16:58,629 because we are using an RTX 470 super a 40 series GPU we actually going to want 00:16:58,629 --> 00:16:58,639 40 series GPU we actually going to want 00:16:58,639 --> 00:17:01,110 40 series GPU we actually going to want to take advantage of the PCI 5 specs 00:17:01,110 --> 00:17:01,120 to take advantage of the PCI 5 specs 00:17:01,120 --> 00:17:03,030 to take advantage of the PCI 5 specs you'll see here it says ATX 3.0 00:17:03,030 --> 00:17:03,040 you'll see here it says ATX 3.0 00:17:03,040 --> 00:17:06,230 you'll see here it says ATX 3.0 compatible PCI 5.0 ready what that means 00:17:06,230 --> 00:17:06,240 compatible PCI 5.0 ready what that means 00:17:06,240 --> 00:17:08,230 compatible PCI 5.0 ready what that means is that it has with the actual cables in 00:17:08,230 --> 00:17:08,240 is that it has with the actual cables in 00:17:08,240 --> 00:17:10,189 is that it has with the actual cables in the Box a specific cable which is 00:17:10,189 --> 00:17:10,199 the Box a specific cable which is 00:17:10,199 --> 00:17:12,669 the Box a specific cable which is designed to be used for RTX 40 series 00:17:12,669 --> 00:17:12,679 designed to be used for RTX 40 series 00:17:12,679 --> 00:17:15,309 designed to be used for RTX 40 series cards this is nice because for our GPU 00:17:15,309 --> 00:17:15,319 cards this is nice because for our GPU 00:17:15,319 --> 00:17:16,750 cards this is nice because for our GPU if we don't have this built into the 00:17:16,750 --> 00:17:16,760 if we don't have this built into the 00:17:16,760 --> 00:17:17,909 if we don't have this built into the power supply we actually have to use an 00:17:17,909 --> 00:17:17,919 power supply we actually have to use an 00:17:17,919 --> 00:17:19,909 power supply we actually have to use an adapter which technically will work but 00:17:19,909 --> 00:17:19,919 adapter which technically will work but 00:17:19,919 --> 00:17:21,829 adapter which technically will work but I don't really recommend it so if you 00:17:21,829 --> 00:17:21,839 I don't really recommend it so if you 00:17:21,839 --> 00:17:23,429 I don't really recommend it so if you have the luxury of buying a brand new 00:17:23,429 --> 00:17:23,439 have the luxury of buying a brand new 00:17:23,439 --> 00:17:25,110 have the luxury of buying a brand new power supply for your system getting 00:17:25,110 --> 00:17:25,120 power supply for your system getting 00:17:25,120 --> 00:17:27,990 power supply for your system getting something with ATX 3.0 is very nice to 00:17:27,990 --> 00:17:28,000 something with ATX 3.0 is very nice to 00:17:28,000 --> 00:17:30,190 something with ATX 3.0 is very nice to have that futureproof built in other 00:17:30,190 --> 00:17:30,200 have that futureproof built in other 00:17:30,200 --> 00:17:31,390 have that futureproof built in other things to consider here is that this is 00:17:31,390 --> 00:17:31,400 things to consider here is that this is 00:17:31,400 --> 00:17:33,190 things to consider here is that this is a fully modular power supply which means 00:17:33,190 --> 00:17:33,200 a fully modular power supply which means 00:17:33,200 --> 00:17:35,190 a fully modular power supply which means that we can easily plug in only the 00:17:35,190 --> 00:17:35,200 that we can easily plug in only the 00:17:35,200 --> 00:17:37,070 that we can easily plug in only the actual cables we need so our cable runs 00:17:37,070 --> 00:17:37,080 actual cables we need so our cable runs 00:17:37,080 --> 00:17:38,789 actual cables we need so our cable runs can be a little bit cleaner and this is 00:17:38,789 --> 00:17:38,799 can be a little bit cleaner and this is 00:17:38,799 --> 00:17:41,710 can be a little bit cleaner and this is also an 80 plus gold rated power supply 00:17:41,710 --> 00:17:41,720 also an 80 plus gold rated power supply 00:17:41,720 --> 00:17:44,590 also an 80 plus gold rated power supply 80 plus ratings while sometimes you can 00:17:44,590 --> 00:17:44,600 80 plus ratings while sometimes you can 00:17:44,600 --> 00:17:45,710 80 plus ratings while sometimes you can kind of use them as a little bit of a 00:17:45,710 --> 00:17:45,720 kind of use them as a little bit of a 00:17:45,720 --> 00:17:47,710 kind of use them as a little bit of a bar for Quality typically they're much 00:17:47,710 --> 00:17:47,720 bar for Quality typically they're much 00:17:47,720 --> 00:17:49,789 bar for Quality typically they're much more meant for the actual efficiency of 00:17:49,789 --> 00:17:49,799 more meant for the actual efficiency of 00:17:49,799 --> 00:17:52,310 more meant for the actual efficiency of your power supply so you can do 80 plus 00:17:52,310 --> 00:17:52,320 your power supply so you can do 80 plus 00:17:52,320 --> 00:17:55,110 your power supply so you can do 80 plus white silver gold Platinum like they go 00:17:55,110 --> 00:17:55,120 white silver gold Platinum like they go 00:17:55,120 --> 00:17:57,710 white silver gold Platinum like they go up quite a bit for me gold is usually 00:17:57,710 --> 00:17:57,720 up quite a bit for me gold is usually 00:17:57,720 --> 00:17:59,190 up quite a bit for me gold is usually the right sweet spot between between 00:17:59,190 --> 00:17:59,200 the right sweet spot between between 00:17:59,200 --> 00:18:02,350 the right sweet spot between between price efficiency and typically quality 00:18:02,350 --> 00:18:02,360 price efficiency and typically quality 00:18:02,360 --> 00:18:03,870 price efficiency and typically quality so this will be what will power our 00:18:03,870 --> 00:18:03,880 so this will be what will power our 00:18:03,880 --> 00:18:06,470 so this will be what will power our gaming PC now when it comes to storage 00:18:06,470 --> 00:18:06,480 gaming PC now when it comes to storage 00:18:06,480 --> 00:18:08,110 gaming PC now when it comes to storage for your system you have a couple of 00:18:08,110 --> 00:18:08,120 for your system you have a couple of 00:18:08,120 --> 00:18:10,310 for your system you have a couple of options so old school PCS traditionally 00:18:10,310 --> 00:18:10,320 options so old school PCS traditionally 00:18:10,320 --> 00:18:11,830 options so old school PCS traditionally use hard drives we are going to use a 00:18:11,830 --> 00:18:11,840 use hard drives we are going to use a 00:18:11,840 --> 00:18:13,669 use hard drives we are going to use a hard drive for the system but for 00:18:13,669 --> 00:18:13,679 hard drive for the system but for 00:18:13,679 --> 00:18:15,909 hard drive for the system but for Windows for gaming for all of your 00:18:15,909 --> 00:18:15,919 Windows for gaming for all of your 00:18:15,919 --> 00:18:18,750 Windows for gaming for all of your normal use I would highly highly 00:18:18,750 --> 00:18:18,760 normal use I would highly highly 00:18:18,760 --> 00:18:21,710 normal use I would highly highly recommend an SSD if Rand is short-term 00:18:21,710 --> 00:18:21,720 recommend an SSD if Rand is short-term 00:18:21,720 --> 00:18:24,070 recommend an SSD if Rand is short-term memory storage like ssds and hard drives 00:18:24,070 --> 00:18:24,080 memory storage like ssds and hard drives 00:18:24,080 --> 00:18:26,510 memory storage like ssds and hard drives are more like long-term memory they hold 00:18:26,510 --> 00:18:26,520 are more like long-term memory they hold 00:18:26,520 --> 00:18:28,029 are more like long-term memory they hold all of your data like your computer 00:18:28,029 --> 00:18:28,039 all of your data like your computer 00:18:28,039 --> 00:18:31,430 all of your data like your computer programs photos videos Games Etc ready 00:18:31,430 --> 00:18:31,440 programs photos videos Games Etc ready 00:18:31,440 --> 00:18:33,270 programs photos videos Games Etc ready to be accessed whenever you need them 00:18:33,270 --> 00:18:33,280 to be accessed whenever you need them 00:18:33,280 --> 00:18:35,110 to be accessed whenever you need them there are two main types of ssds to 00:18:35,110 --> 00:18:35,120 there are two main types of ssds to 00:18:35,120 --> 00:18:37,270 there are two main types of ssds to choose from SATA which are older school 00:18:37,270 --> 00:18:37,280 choose from SATA which are older school 00:18:37,280 --> 00:18:38,950 choose from SATA which are older school and use these same connectors as a hard 00:18:38,950 --> 00:18:38,960 and use these same connectors as a hard 00:18:38,960 --> 00:18:40,789 and use these same connectors as a hard drive and can easily be swapped into 00:18:40,789 --> 00:18:40,799 drive and can easily be swapped into 00:18:40,799 --> 00:18:43,510 drive and can easily be swapped into like say an older system for example but 00:18:43,510 --> 00:18:43,520 like say an older system for example but 00:18:43,520 --> 00:18:45,230 like say an older system for example but if you're building a modern system I 00:18:45,230 --> 00:18:45,240 if you're building a modern system I 00:18:45,240 --> 00:18:48,510 if you're building a modern system I recommend an M2 nvme SSD they use the 00:18:48,510 --> 00:18:48,520 recommend an M2 nvme SSD they use the 00:18:48,520 --> 00:18:50,149 recommend an M2 nvme SSD they use the same type of flash memory as regular 00:18:50,149 --> 00:18:50,159 same type of flash memory as regular 00:18:50,159 --> 00:18:52,110 same type of flash memory as regular ssds do but they get rid of that old 00:18:52,110 --> 00:18:52,120 ssds do but they get rid of that old 00:18:52,120 --> 00:18:53,630 ssds do but they get rid of that old SATA connection that limited their 00:18:53,630 --> 00:18:53,640 SATA connection that limited their 00:18:53,640 --> 00:18:56,870 SATA connection that limited their speeds top-of-the-line inum ssds are 00:18:56,870 --> 00:18:56,880 speeds top-of-the-line inum ssds are 00:18:56,880 --> 00:18:59,669 speeds top-of-the-line inum ssds are about 60 times faster than hard drives 00:18:59,669 --> 00:18:59,679 about 60 times faster than hard drives 00:18:59,679 --> 00:19:02,750 about 60 times faster than hard drives that's right 60 60 times faster like 00:19:02,750 --> 00:19:02,760 that's right 60 60 times faster like 00:19:02,760 --> 00:19:04,590 that's right 60 60 times faster like Rand you want to pay attention to speed 00:19:04,590 --> 00:19:04,600 Rand you want to pay attention to speed 00:19:04,600 --> 00:19:06,750 Rand you want to pay attention to speed and capacity here one reason to go with 00:19:06,750 --> 00:19:06,760 and capacity here one reason to go with 00:19:06,760 --> 00:19:09,310 and capacity here one reason to go with an MVM SSD is that they are pretty much 00:19:09,310 --> 00:19:09,320 an MVM SSD is that they are pretty much 00:19:09,320 --> 00:19:11,310 an MVM SSD is that they are pretty much universally fast enough for basically 00:19:11,310 --> 00:19:11,320 universally fast enough for basically 00:19:11,320 --> 00:19:13,149 universally fast enough for basically any task you could throw at them I mean 00:19:13,149 --> 00:19:13,159 any task you could throw at them I mean 00:19:13,159 --> 00:19:15,549 any task you could throw at them I mean even a slow MVM Drive will be faster 00:19:15,549 --> 00:19:15,559 even a slow MVM Drive will be faster 00:19:15,559 --> 00:19:17,590 even a slow MVM Drive will be faster than any other hard driver regular SSD 00:19:17,590 --> 00:19:17,600 than any other hard driver regular SSD 00:19:17,600 --> 00:19:20,110 than any other hard driver regular SSD out there as for capacity I recommend at 00:19:20,110 --> 00:19:20,120 out there as for capacity I recommend at 00:19:20,120 --> 00:19:22,110 out there as for capacity I recommend at least 500 GB if you pair it with 00:19:22,110 --> 00:19:22,120 least 500 GB if you pair it with 00:19:22,120 --> 00:19:24,230 least 500 GB if you pair it with something like a hard drive but honestly 00:19:24,230 --> 00:19:24,240 something like a hard drive but honestly 00:19:24,240 --> 00:19:26,630 something like a hard drive but honestly one or even 2 terby mvme drives are 00:19:26,630 --> 00:19:26,640 one or even 2 terby mvme drives are 00:19:26,640 --> 00:19:28,270 one or even 2 terby mvme drives are relatively cheap these days and will 00:19:28,270 --> 00:19:28,280 relatively cheap these days and will 00:19:28,280 --> 00:19:30,110 relatively cheap these days and will give you plenty of Headroom to store all 00:19:30,110 --> 00:19:30,120 give you plenty of Headroom to store all 00:19:30,120 --> 00:19:31,870 give you plenty of Headroom to store all of your games so for this system we're 00:19:31,870 --> 00:19:31,880 of your games so for this system we're 00:19:31,880 --> 00:19:33,510 of your games so for this system we're going to go high-end with the Samsung 00:19:33,510 --> 00:19:33,520 going to go high-end with the Samsung 00:19:33,520 --> 00:19:36,710 going to go high-end with the Samsung 990 Pro you can also install a hard 00:19:36,710 --> 00:19:36,720 990 Pro you can also install a hard 00:19:36,720 --> 00:19:37,950 990 Pro you can also install a hard drive now technically you could use a 00:19:37,950 --> 00:19:37,960 drive now technically you could use a 00:19:37,960 --> 00:19:39,789 drive now technically you could use a hard drive instead of an SSD but I would 00:19:39,789 --> 00:19:39,799 hard drive instead of an SSD but I would 00:19:39,799 --> 00:19:41,590 hard drive instead of an SSD but I would highly recommend against it but what a 00:19:41,590 --> 00:19:41,600 highly recommend against it but what a 00:19:41,600 --> 00:19:43,669 highly recommend against it but what a hard drive does have over an SSD is a 00:19:43,669 --> 00:19:43,679 hard drive does have over an SSD is a 00:19:43,679 --> 00:19:45,669 hard drive does have over an SSD is a lot of capacity for not a lot of money 00:19:45,669 --> 00:19:45,679 lot of capacity for not a lot of money 00:19:45,679 --> 00:19:47,909 lot of capacity for not a lot of money so take for example this which is a wd 00:19:47,909 --> 00:19:47,919 so take for example this which is a wd 00:19:47,919 --> 00:19:51,029 so take for example this which is a wd blue 4 TB drive for only 50 bucks you're 00:19:51,029 --> 00:19:51,039 blue 4 TB drive for only 50 bucks you're 00:19:51,039 --> 00:19:52,470 blue 4 TB drive for only 50 bucks you're also going to almost certainly want a 00:19:52,470 --> 00:19:52,480 also going to almost certainly want a 00:19:52,480 --> 00:19:55,270 also going to almost certainly want a copy of Windows 11 for your gaming PC 00:19:55,270 --> 00:19:55,280 copy of Windows 11 for your gaming PC 00:19:55,280 --> 00:19:56,950 copy of Windows 11 for your gaming PC now technically you could do Windows 10 00:19:56,950 --> 00:19:56,960 now technically you could do Windows 10 00:19:56,960 --> 00:19:58,830 now technically you could do Windows 10 although at this point Windows 11 is 00:19:58,830 --> 00:19:58,840 although at this point Windows 11 is 00:19:58,840 --> 00:20:00,470 although at this point Windows 11 is pretty much the no-brainer there's 00:20:00,470 --> 00:20:00,480 pretty much the no-brainer there's 00:20:00,480 --> 00:20:02,909 pretty much the no-brainer there's Windows 11 home as well as Pro honestly 00:20:02,909 --> 00:20:02,919 Windows 11 home as well as Pro honestly 00:20:02,919 --> 00:20:04,669 Windows 11 home as well as Pro honestly you can just get Windows 11 home but 00:20:04,669 --> 00:20:04,679 you can just get Windows 11 home but 00:20:04,679 --> 00:20:05,830 you can just get Windows 11 home but this I'll show you how to install it 00:20:05,830 --> 00:20:05,840 this I'll show you how to install it 00:20:05,840 --> 00:20:07,230 this I'll show you how to install it later but it is very important to have a 00:20:07,230 --> 00:20:07,240 later but it is very important to have a 00:20:07,240 --> 00:20:11,190 later but it is very important to have a copy of Windows otherwise your PC will 00:20:11,190 --> 00:20:11,200 copy of Windows otherwise your PC will 00:20:11,200 --> 00:20:13,510 copy of Windows otherwise your PC will have a great view of the bio screen or 00:20:13,510 --> 00:20:13,520 have a great view of the bio screen or 00:20:13,520 --> 00:20:15,310 have a great view of the bio screen or you can install Linux but that's a 00:20:15,310 --> 00:20:15,320 you can install Linux but that's a 00:20:15,320 --> 00:20:17,310 you can install Linux but that's a little bit outside the scope for a PC 00:20:17,310 --> 00:20:17,320 little bit outside the scope for a PC 00:20:17,320 --> 00:20:19,950 little bit outside the scope for a PC tutorial all right my friends it is time 00:20:19,950 --> 00:20:19,960 tutorial all right my friends it is time 00:20:19,960 --> 00:20:23,070 tutorial all right my friends it is time to build ourselves a gaming computer so 00:20:23,070 --> 00:20:23,080 to build ourselves a gaming computer so 00:20:23,080 --> 00:20:24,390 to build ourselves a gaming computer so if this is your first time building I'm 00:20:24,390 --> 00:20:24,400 if this is your first time building I'm 00:20:24,400 --> 00:20:26,190 if this is your first time building I'm going to walk you through step by step 00:20:26,190 --> 00:20:26,200 going to walk you through step by step 00:20:26,200 --> 00:20:27,789 going to walk you through step by step all the components how we put them 00:20:27,789 --> 00:20:27,799 all the components how we put them 00:20:27,799 --> 00:20:29,230 all the components how we put them together some combination issues the 00:20:29,230 --> 00:20:29,240 together some combination issues the 00:20:29,240 --> 00:20:31,430 together some combination issues the whole thing but sit back relax this is 00:20:31,430 --> 00:20:31,440 whole thing but sit back relax this is 00:20:31,440 --> 00:20:33,669 whole thing but sit back relax this is going to be easy and fun and we're not 00:20:33,669 --> 00:20:33,679 going to be easy and fun and we're not 00:20:33,679 --> 00:20:35,950 going to be easy and fun and we're not going to have any problems at 00:20:35,950 --> 00:20:35,960 going to have any problems at 00:20:35,960 --> 00:20:39,029 going to have any problems at all positivity it's an important element 00:20:39,029 --> 00:20:39,039 all positivity it's an important element 00:20:39,039 --> 00:20:41,590 all positivity it's an important element of PC Building so right here I've got 00:20:41,590 --> 00:20:41,600 of PC Building so right here I've got 00:20:41,600 --> 00:20:43,270 of PC Building so right here I've got all the components that we need for the 00:20:43,270 --> 00:20:43,280 all the components that we need for the 00:20:43,280 --> 00:20:45,750 all the components that we need for the build laid out here so what you'll 00:20:45,750 --> 00:20:45,760 build laid out here so what you'll 00:20:45,760 --> 00:20:47,190 build laid out here so what you'll actually need to build your computer 00:20:47,190 --> 00:20:47,200 actually need to build your computer 00:20:47,200 --> 00:20:49,350 actually need to build your computer outside of the the parts to do it with 00:20:49,350 --> 00:20:49,360 outside of the the parts to do it with 00:20:49,360 --> 00:20:51,750 outside of the the parts to do it with is going to be a decent sized workspace 00:20:51,750 --> 00:20:51,760 is going to be a decent sized workspace 00:20:51,760 --> 00:20:53,710 is going to be a decent sized workspace so a desk a table make sure you have at 00:20:53,710 --> 00:20:53,720 so a desk a table make sure you have at 00:20:53,720 --> 00:20:54,789 so a desk a table make sure you have at least a little bit of space because 00:20:54,789 --> 00:20:54,799 least a little bit of space because 00:20:54,799 --> 00:20:56,110 least a little bit of space because trust me once you start opening all 00:20:56,110 --> 00:20:56,120 trust me once you start opening all 00:20:56,120 --> 00:20:57,789 trust me once you start opening all these boxes it gets cluttered very 00:20:57,789 --> 00:20:57,799 these boxes it gets cluttered very 00:20:57,799 --> 00:20:59,750 these boxes it gets cluttered very quickly and need to a couple tools by a 00:20:59,750 --> 00:20:59,760 quickly and need to a couple tools by a 00:20:59,760 --> 00:21:02,470 quickly and need to a couple tools by a couple I mean a knife to open boxes and 00:21:02,470 --> 00:21:02,480 couple I mean a knife to open boxes and 00:21:02,480 --> 00:21:04,669 couple I mean a knife to open boxes and A Philip screwdriver that's literally it 00:21:04,669 --> 00:21:04,679 A Philip screwdriver that's literally it 00:21:04,679 --> 00:21:07,070 A Philip screwdriver that's literally it it is very simple all the other bits and 00:21:07,070 --> 00:21:07,080 it is very simple all the other bits and 00:21:07,080 --> 00:21:08,909 it is very simple all the other bits and Bobs cables screws all that kind of 00:21:08,909 --> 00:21:08,919 Bobs cables screws all that kind of 00:21:08,919 --> 00:21:10,669 Bobs cables screws all that kind of stuff should be included in the various 00:21:10,669 --> 00:21:10,679 stuff should be included in the various 00:21:10,679 --> 00:21:12,230 stuff should be included in the various component boxes that we're going to be 00:21:12,230 --> 00:21:12,240 component boxes that we're going to be 00:21:12,240 --> 00:21:15,190 component boxes that we're going to be using now beyond that it's really pretty 00:21:15,190 --> 00:21:15,200 using now beyond that it's really pretty 00:21:15,200 --> 00:21:16,789 using now beyond that it's really pretty straightforward let's clear up some 00:21:16,789 --> 00:21:16,799 straightforward let's clear up some 00:21:16,799 --> 00:21:18,990 straightforward let's clear up some space grab our case box and we will 00:21:18,990 --> 00:21:19,000 space grab our case box and we will 00:21:19,000 --> 00:21:21,390 space grab our case box and we will begin unboxing and building our gaming 00:21:21,390 --> 00:21:21,400 begin unboxing and building our gaming 00:21:21,400 --> 00:21:23,110 begin unboxing and building our gaming computer I always like to start with a 00:21:23,110 --> 00:21:23,120 computer I always like to start with a 00:21:23,120 --> 00:21:25,390 computer I always like to start with a case for a PC build not only so that you 00:21:25,390 --> 00:21:25,400 case for a PC build not only so that you 00:21:25,400 --> 00:21:26,909 case for a PC build not only so that you can sort of wrap your head around the 00:21:26,909 --> 00:21:26,919 can sort of wrap your head around the 00:21:26,919 --> 00:21:28,269 can sort of wrap your head around the physical dimensions maybe take a look 00:21:28,269 --> 00:21:28,279 physical dimensions maybe take a look 00:21:28,279 --> 00:21:29,870 physical dimensions maybe take a look and kind of get a sense for how you're 00:21:29,870 --> 00:21:29,880 and kind of get a sense for how you're 00:21:29,880 --> 00:21:31,390 and kind of get a sense for how you're actually going to build it but also I 00:21:31,390 --> 00:21:31,400 actually going to build it but also I 00:21:31,400 --> 00:21:32,830 actually going to build it but also I like to install the power supply too to 00:21:32,830 --> 00:21:32,840 like to install the power supply too to 00:21:32,840 --> 00:21:33,950 like to install the power supply too to get a couple of the components out of 00:21:33,950 --> 00:21:33,960 get a couple of the components out of 00:21:33,960 --> 00:21:35,830 get a couple of the components out of the way before we move on to some of the 00:21:35,830 --> 00:21:35,840 the way before we move on to some of the 00:21:35,840 --> 00:21:38,510 the way before we move on to some of the uh more complicated bits so with this 00:21:38,510 --> 00:21:38,520 uh more complicated bits so with this 00:21:38,520 --> 00:21:39,909 uh more complicated bits so with this particular case we actually have a box 00:21:39,909 --> 00:21:39,919 particular case we actually have a box 00:21:39,919 --> 00:21:41,190 particular case we actually have a box of accessories which you will want to 00:21:41,190 --> 00:21:41,200 of accessories which you will want to 00:21:41,200 --> 00:21:42,909 of accessories which you will want to hold on to but other than that I'm 00:21:42,909 --> 00:21:42,919 hold on to but other than that I'm 00:21:42,919 --> 00:21:44,310 hold on to but other than that I'm actually going to flip this upside down 00:21:44,310 --> 00:21:44,320 actually going to flip this upside down 00:21:44,320 --> 00:21:47,029 actually going to flip this upside down and pull the box over the actual case 00:21:47,029 --> 00:21:47,039 and pull the box over the actual case 00:21:47,039 --> 00:21:48,070 and pull the box over the actual case kind of like how if you're unboxing like 00:21:48,070 --> 00:21:48,080 kind of like how if you're unboxing like 00:21:48,080 --> 00:21:49,510 kind of like how if you're unboxing like a TV or something you want to sort of 00:21:49,510 --> 00:21:49,520 a TV or something you want to sort of 00:21:49,520 --> 00:21:53,230 a TV or something you want to sort of pull the Box up and over otherwise it's 00:21:53,230 --> 00:21:53,240 pull the Box up and over otherwise it's 00:21:53,240 --> 00:21:54,990 pull the Box up and over otherwise it's a 00:21:54,990 --> 00:21:55,000 a 00:21:55,000 --> 00:21:58,950 a pan there we go so I actually ially like 00:21:58,950 --> 00:21:58,960 pan there we go so I actually ially like 00:21:58,960 --> 00:22:00,909 pan there we go so I actually ially like to keep the case box handy this is a 00:22:00,909 --> 00:22:00,919 to keep the case box handy this is a 00:22:00,919 --> 00:22:02,310 to keep the case box handy this is a great spot to put all of your random 00:22:02,310 --> 00:22:02,320 great spot to put all of your random 00:22:02,320 --> 00:22:04,710 great spot to put all of your random trash from the actual build so packaging 00:22:04,710 --> 00:22:04,720 trash from the actual build so packaging 00:22:04,720 --> 00:22:06,870 trash from the actual build so packaging materials and that kind of stuff and 00:22:06,870 --> 00:22:06,880 materials and that kind of stuff and 00:22:06,880 --> 00:22:07,750 materials and that kind of stuff and sometimes you need to go back through 00:22:07,750 --> 00:22:07,760 sometimes you need to go back through 00:22:07,760 --> 00:22:08,950 sometimes you need to go back through there and realize you forgot to screw or 00:22:08,950 --> 00:22:08,960 there and realize you forgot to screw or 00:22:08,960 --> 00:22:10,190 there and realize you forgot to screw or something so I just like to use that as 00:22:10,190 --> 00:22:10,200 something so I just like to use that as 00:22:10,200 --> 00:22:12,669 something so I just like to use that as like sort of my temporary storage all 00:22:12,669 --> 00:22:12,679 like sort of my temporary storage all 00:22:12,679 --> 00:22:14,310 like sort of my temporary storage all right with our plastic removed we got 00:22:14,310 --> 00:22:14,320 right with our plastic removed we got 00:22:14,320 --> 00:22:16,590 right with our plastic removed we got our first good look at the case that we 00:22:16,590 --> 00:22:16,600 our first good look at the case that we 00:22:16,600 --> 00:22:18,549 our first good look at the case that we will be spending the next several hours 00:22:18,549 --> 00:22:18,559 will be spending the next several hours 00:22:18,559 --> 00:22:21,710 will be spending the next several hours building in so before we do anything 00:22:21,710 --> 00:22:21,720 building in so before we do anything 00:22:21,720 --> 00:22:23,310 building in so before we do anything let's go ahead and take off the side 00:22:23,310 --> 00:22:23,320 let's go ahead and take off the side 00:22:23,320 --> 00:22:25,269 let's go ahead and take off the side panels and wrap our heads around what 00:22:25,269 --> 00:22:25,279 panels and wrap our heads around what 00:22:25,279 --> 00:22:27,590 panels and wrap our heads around what the actual physical case looks like so 00:22:27,590 --> 00:22:27,600 the actual physical case looks like so 00:22:27,600 --> 00:22:28,750 the actual physical case looks like so with this one in particular it's 00:22:28,750 --> 00:22:28,760 with this one in particular it's 00:22:28,760 --> 00:22:29,950 with this one in particular it's actually really nice we have some thumb 00:22:29,950 --> 00:22:29,960 actually really nice we have some thumb 00:22:29,960 --> 00:22:32,149 actually really nice we have some thumb screws on the back so it's very easy to 00:22:32,149 --> 00:22:32,159 screws on the back so it's very easy to 00:22:32,159 --> 00:22:34,669 screws on the back so it's very easy to access sometimes like actually right now 00:22:34,669 --> 00:22:34,679 access sometimes like actually right now 00:22:34,679 --> 00:22:36,029 access sometimes like actually right now you will need to use a screwdriver to 00:22:36,029 --> 00:22:36,039 you will need to use a screwdriver to 00:22:36,039 --> 00:22:37,990 you will need to use a screwdriver to get these screws started mostly because 00:22:37,990 --> 00:22:38,000 get these screws started mostly because 00:22:38,000 --> 00:22:39,070 get these screws started mostly because they tend to come a little like 00:22:39,070 --> 00:22:39,080 they tend to come a little like 00:22:39,080 --> 00:22:40,990 they tend to come a little like overtightened from the factory so if any 00:22:40,990 --> 00:22:41,000 overtightened from the factory so if any 00:22:41,000 --> 00:22:42,870 overtightened from the factory so if any of these screws are annoying just give 00:22:42,870 --> 00:22:42,880 of these screws are annoying just give 00:22:42,880 --> 00:22:44,110 of these screws are annoying just give them a little loosen with your 00:22:44,110 --> 00:22:44,120 them a little loosen with your 00:22:44,120 --> 00:22:46,029 them a little loosen with your screwdriver so every case is going to be 00:22:46,029 --> 00:22:46,039 screwdriver so every case is going to be 00:22:46,039 --> 00:22:48,310 screwdriver so every case is going to be a little different and honestly every PC 00:22:48,310 --> 00:22:48,320 a little different and honestly every PC 00:22:48,320 --> 00:22:49,510 a little different and honestly every PC build is going to be a little different 00:22:49,510 --> 00:22:49,520 build is going to be a little different 00:22:49,520 --> 00:22:51,630 build is going to be a little different so I'm going to speak sort of generally 00:22:51,630 --> 00:22:51,640 so I'm going to speak sort of generally 00:22:51,640 --> 00:22:53,669 so I'm going to speak sort of generally but I will kind of give you the the 00:22:53,669 --> 00:22:53,679 but I will kind of give you the the 00:22:53,679 --> 00:22:55,269 but I will kind of give you the the Topline stuff to pay attention to as you 00:22:55,269 --> 00:22:55,279 Topline stuff to pay attention to as you 00:22:55,279 --> 00:22:57,830 Topline stuff to pay attention to as you build something so for this case I'm 00:22:57,830 --> 00:22:57,840 build something so for this case I'm 00:22:57,840 --> 00:23:00,430 build something so for this case I'm going to remove all the core panels so 00:23:00,430 --> 00:23:00,440 going to remove all the core panels so 00:23:00,440 --> 00:23:01,789 going to remove all the core panels so this is the top panel we will have to 00:23:01,789 --> 00:23:01,799 this is the top panel we will have to 00:23:01,799 --> 00:23:03,470 this is the top panel we will have to remove this later to install the aiio 00:23:03,470 --> 00:23:03,480 remove this later to install the aiio 00:23:03,480 --> 00:23:05,390 remove this later to install the aiio anyway so I'm just put this off to the 00:23:05,390 --> 00:23:05,400 anyway so I'm just put this off to the 00:23:05,400 --> 00:23:06,990 anyway so I'm just put this off to the side when it comes to taking the back 00:23:06,990 --> 00:23:07,000 side when it comes to taking the back 00:23:07,000 --> 00:23:08,750 side when it comes to taking the back panel off this actually has no screws so 00:23:08,750 --> 00:23:08,760 panel off this actually has no screws so 00:23:08,760 --> 00:23:10,750 panel off this actually has no screws so you just pop it right off toss it off to 00:23:10,750 --> 00:23:10,760 you just pop it right off toss it off to 00:23:10,760 --> 00:23:13,470 you just pop it right off toss it off to the side here and then we've got our 00:23:13,470 --> 00:23:13,480 the side here and then we've got our 00:23:13,480 --> 00:23:16,110 the side here and then we've got our glass side panel so I believe it just 00:23:16,110 --> 00:23:16,120 glass side panel so I believe it just 00:23:16,120 --> 00:23:18,669 glass side panel so I believe it just need that one screw right and there we 00:23:18,669 --> 00:23:18,679 need that one screw right and there we 00:23:18,679 --> 00:23:21,070 need that one screw right and there we go we can take off our glass side panel 00:23:21,070 --> 00:23:21,080 go we can take off our glass side panel 00:23:21,080 --> 00:23:22,230 go we can take off our glass side panel and then because this case has a 00:23:22,230 --> 00:23:22,240 and then because this case has a 00:23:22,240 --> 00:23:24,710 and then because this case has a basement we also have one additional 00:23:24,710 --> 00:23:24,720 basement we also have one additional 00:23:24,720 --> 00:23:26,470 basement we also have one additional screw on the bottom and we're going to 00:23:26,470 --> 00:23:26,480 screw on the bottom and we're going to 00:23:26,480 --> 00:23:28,789 screw on the bottom and we're going to want to remove that um so again all 00:23:28,789 --> 00:23:28,799 want to remove that um so again all 00:23:28,799 --> 00:23:30,190 want to remove that um so again all cases are going to be a little different 00:23:30,190 --> 00:23:30,200 cases are going to be a little different 00:23:30,200 --> 00:23:32,310 cases are going to be a little different um this because it has the mesh bottom 00:23:32,310 --> 00:23:32,320 um this because it has the mesh bottom 00:23:32,320 --> 00:23:34,190 um this because it has the mesh bottom makes a little bit easier for us to run 00:23:34,190 --> 00:23:34,200 makes a little bit easier for us to run 00:23:34,200 --> 00:23:35,950 makes a little bit easier for us to run some cabling install our power supply 00:23:35,950 --> 00:23:35,960 some cabling install our power supply 00:23:35,960 --> 00:23:37,990 some cabling install our power supply that kind of thing I'm going to put my 00:23:37,990 --> 00:23:38,000 that kind of thing I'm going to put my 00:23:38,000 --> 00:23:39,909 that kind of thing I'm going to put my screw off to the side just a little note 00:23:39,909 --> 00:23:39,919 screw off to the side just a little note 00:23:39,919 --> 00:23:41,669 screw off to the side just a little note you're going to have a lot of screws 00:23:41,669 --> 00:23:41,679 you're going to have a lot of screws 00:23:41,679 --> 00:23:43,590 you're going to have a lot of screws through this process make sure to have a 00:23:43,590 --> 00:23:43,600 through this process make sure to have a 00:23:43,600 --> 00:23:44,950 through this process make sure to have a little handy spot I usually just 00:23:44,950 --> 00:23:44,960 little handy spot I usually just 00:23:44,960 --> 00:23:46,390 little handy spot I usually just dedicate a small corner for it but you 00:23:46,390 --> 00:23:46,400 dedicate a small corner for it but you 00:23:46,400 --> 00:23:48,190 dedicate a small corner for it but you can use like a little magnetic Mount or 00:23:48,190 --> 00:23:48,200 can use like a little magnetic Mount or 00:23:48,200 --> 00:23:49,870 can use like a little magnetic Mount or a little bowl or whatever just don't 00:23:49,870 --> 00:23:49,880 a little bowl or whatever just don't 00:23:49,880 --> 00:23:51,549 a little bowl or whatever just don't lose them there's only actually like a 00:23:51,549 --> 00:23:51,559 lose them there's only actually like a 00:23:51,559 --> 00:23:53,390 lose them there's only actually like a handful of types of screws so some of 00:23:53,390 --> 00:23:53,400 handful of types of screws so some of 00:23:53,400 --> 00:23:54,590 handful of types of screws so some of them are a little interchangeable but 00:23:54,590 --> 00:23:54,600 them are a little interchangeable but 00:23:54,600 --> 00:23:56,909 them are a little interchangeable but just try to keep them organized so that 00:23:56,909 --> 00:23:56,919 just try to keep them organized so that 00:23:56,919 --> 00:23:57,909 just try to keep them organized so that when you're looking to put something 00:23:57,909 --> 00:23:57,919 when you're looking to put something 00:23:57,919 --> 00:24:00,750 when you're looking to put something back together you won't be like uhoh it 00:24:00,750 --> 00:24:00,760 back together you won't be like uhoh it 00:24:00,760 --> 00:24:02,830 back together you won't be like uhoh it got put in the trash cuz I've never done 00:24:02,830 --> 00:24:02,840 got put in the trash cuz I've never done 00:24:02,840 --> 00:24:05,710 got put in the trash cuz I've never done that before Behold a magnetic mat so I 00:24:05,710 --> 00:24:05,720 that before Behold a magnetic mat so I 00:24:05,720 --> 00:24:07,070 that before Behold a magnetic mat so I can put my screws right there and I 00:24:07,070 --> 00:24:07,080 can put my screws right there and I 00:24:07,080 --> 00:24:09,070 can put my screws right there and I don't lose it with the basement cover 00:24:09,070 --> 00:24:09,080 don't lose it with the basement cover 00:24:09,080 --> 00:24:11,470 don't lose it with the basement cover taken off we now have pretty much full 00:24:11,470 --> 00:24:11,480 taken off we now have pretty much full 00:24:11,480 --> 00:24:14,230 taken off we now have pretty much full access to the case so before we actually 00:24:14,230 --> 00:24:14,240 access to the case so before we actually 00:24:14,240 --> 00:24:15,549 access to the case so before we actually start building anything let me just give 00:24:15,549 --> 00:24:15,559 start building anything let me just give 00:24:15,559 --> 00:24:17,070 start building anything let me just give you a quick little run through about 00:24:17,070 --> 00:24:17,080 you a quick little run through about 00:24:17,080 --> 00:24:19,549 you a quick little run through about what we're looking at so this part right 00:24:19,549 --> 00:24:19,559 what we're looking at so this part right 00:24:19,559 --> 00:24:20,630 what we're looking at so this part right here in the middle is where our 00:24:20,630 --> 00:24:20,640 here in the middle is where our 00:24:20,640 --> 00:24:22,310 here in the middle is where our motherboard will Mount so we'll explain 00:24:22,310 --> 00:24:22,320 motherboard will Mount so we'll explain 00:24:22,320 --> 00:24:23,630 motherboard will Mount so we'll explain that in a little bit but generally 00:24:23,630 --> 00:24:23,640 that in a little bit but generally 00:24:23,640 --> 00:24:24,990 that in a little bit but generally speaking just so you have the lay of the 00:24:24,990 --> 00:24:25,000 speaking just so you have the lay of the 00:24:25,000 --> 00:24:26,669 speaking just so you have the lay of the land the motherboard goes here our 00:24:26,669 --> 00:24:26,679 land the motherboard goes here our 00:24:26,679 --> 00:24:28,029 land the motherboard goes here our graphics card is going to go roughly 00:24:28,029 --> 00:24:28,039 graphics card is going to go roughly 00:24:28,039 --> 00:24:29,909 graphics card is going to go roughly right here here we're going to have our 00:24:29,909 --> 00:24:29,919 right here here we're going to have our 00:24:29,919 --> 00:24:31,669 right here here we're going to have our all-in-one liquid cooler mounted on the 00:24:31,669 --> 00:24:31,679 all-in-one liquid cooler mounted on the 00:24:31,679 --> 00:24:33,669 all-in-one liquid cooler mounted on the top of the chassis now this actually 00:24:33,669 --> 00:24:33,679 top of the chassis now this actually 00:24:33,679 --> 00:24:35,190 top of the chassis now this actually technically we could mount it up front 00:24:35,190 --> 00:24:35,200 technically we could mount it up front 00:24:35,200 --> 00:24:36,630 technically we could mount it up front too but because it already has a couple 00:24:36,630 --> 00:24:36,640 too but because it already has a couple 00:24:36,640 --> 00:24:38,590 too but because it already has a couple of fans pre-installed it'll be a pretty 00:24:38,590 --> 00:24:38,600 of fans pre-installed it'll be a pretty 00:24:38,600 --> 00:24:40,909 of fans pre-installed it'll be a pretty easy bet just to put it on the top the 00:24:40,909 --> 00:24:40,919 easy bet just to put it on the top the 00:24:40,919 --> 00:24:42,590 easy bet just to put it on the top the power supply is going to go down here 00:24:42,590 --> 00:24:42,600 power supply is going to go down here 00:24:42,600 --> 00:24:44,470 power supply is going to go down here our hard drive is going to go right here 00:24:44,470 --> 00:24:44,480 our hard drive is going to go right here 00:24:44,480 --> 00:24:47,750 our hard drive is going to go right here and that's largely it um so some things 00:24:47,750 --> 00:24:47,760 and that's largely it um so some things 00:24:47,760 --> 00:24:49,510 and that's largely it um so some things to consider we've got ourselves some 00:24:49,510 --> 00:24:49,520 to consider we've got ourselves some 00:24:49,520 --> 00:24:50,950 to consider we've got ourselves some little grommets so we can run cables 00:24:50,950 --> 00:24:50,960 little grommets so we can run cables 00:24:50,960 --> 00:24:52,269 little grommets so we can run cables through here so it'll help to kind of do 00:24:52,269 --> 00:24:52,279 through here so it'll help to kind of do 00:24:52,279 --> 00:24:54,389 through here so it'll help to kind of do a little bit of management we also do 00:24:54,389 --> 00:24:54,399 a little bit of management we also do 00:24:54,399 --> 00:24:57,029 a little bit of management we also do have if I flip it over this side a lot 00:24:57,029 --> 00:24:57,039 have if I flip it over this side a lot 00:24:57,039 --> 00:24:58,549 have if I flip it over this side a lot more cable management that is already 00:24:58,549 --> 00:24:58,559 more cable management that is already 00:24:58,559 --> 00:25:01,149 more cable management that is already built into the back now you're going to 00:25:01,149 --> 00:25:01,159 built into the back now you're going to 00:25:01,159 --> 00:25:03,029 built into the back now you're going to hear the words Cable Management a lot 00:25:03,029 --> 00:25:03,039 hear the words Cable Management a lot 00:25:03,039 --> 00:25:05,750 hear the words Cable Management a lot throughout this video all that means is 00:25:05,750 --> 00:25:05,760 throughout this video all that means is 00:25:05,760 --> 00:25:07,549 throughout this video all that means is there's two ways of building a PC you 00:25:07,549 --> 00:25:07,559 there's two ways of building a PC you 00:25:07,559 --> 00:25:09,190 there's two ways of building a PC you could throw the components in there turn 00:25:09,190 --> 00:25:09,200 could throw the components in there turn 00:25:09,200 --> 00:25:11,230 could throw the components in there turn it on it works and then smash the side 00:25:11,230 --> 00:25:11,240 it on it works and then smash the side 00:25:11,240 --> 00:25:13,909 it on it works and then smash the side panels on and hope for the best you 00:25:13,909 --> 00:25:13,919 panels on and hope for the best you 00:25:13,919 --> 00:25:15,549 panels on and hope for the best you should take a little time especially 00:25:15,549 --> 00:25:15,559 should take a little time especially 00:25:15,559 --> 00:25:16,950 should take a little time especially when we're done with the system but even 00:25:16,950 --> 00:25:16,960 when we're done with the system but even 00:25:16,960 --> 00:25:18,630 when we're done with the system but even while we're actually building to try to 00:25:18,630 --> 00:25:18,640 while we're actually building to try to 00:25:18,640 --> 00:25:20,950 while we're actually building to try to run cables neatly not only is going to 00:25:20,950 --> 00:25:20,960 run cables neatly not only is going to 00:25:20,960 --> 00:25:22,389 run cables neatly not only is going to make your life a lot easier when you try 00:25:22,389 --> 00:25:22,399 make your life a lot easier when you try 00:25:22,399 --> 00:25:24,190 make your life a lot easier when you try to put the side panel on and you have a 00:25:24,190 --> 00:25:24,200 to put the side panel on and you have a 00:25:24,200 --> 00:25:26,110 to put the side panel on and you have a pile of cables that thick but also as 00:25:26,110 --> 00:25:26,120 pile of cables that thick but also as 00:25:26,120 --> 00:25:27,430 pile of cables that thick but also as you can see with a case like this 00:25:27,430 --> 00:25:27,440 you can see with a case like this 00:25:27,440 --> 00:25:28,990 you can see with a case like this there's a nice little bit bit of space 00:25:28,990 --> 00:25:29,000 there's a nice little bit bit of space 00:25:29,000 --> 00:25:30,909 there's a nice little bit bit of space back here so there's plenty of room and 00:25:30,909 --> 00:25:30,919 back here so there's plenty of room and 00:25:30,919 --> 00:25:32,350 back here so there's plenty of room and there's actually sort of not like guides 00:25:32,350 --> 00:25:32,360 there's actually sort of not like guides 00:25:32,360 --> 00:25:34,269 there's actually sort of not like guides but these sort of like velcro sort of uh 00:25:34,269 --> 00:25:34,279 but these sort of like velcro sort of uh 00:25:34,279 --> 00:25:36,510 but these sort of like velcro sort of uh cable runs that are already built in so 00:25:36,510 --> 00:25:36,520 cable runs that are already built in so 00:25:36,520 --> 00:25:38,149 cable runs that are already built in so as we install components I'm going to 00:25:38,149 --> 00:25:38,159 as we install components I'm going to 00:25:38,159 --> 00:25:41,029 as we install components I'm going to try my best to run cables in a clean 00:25:41,029 --> 00:25:41,039 try my best to run cables in a clean 00:25:41,039 --> 00:25:42,510 try my best to run cables in a clean natural way don't worry about getting it 00:25:42,510 --> 00:25:42,520 natural way don't worry about getting it 00:25:42,520 --> 00:25:43,990 natural way don't worry about getting it perfect once we've actually made sure 00:25:43,990 --> 00:25:44,000 perfect once we've actually made sure 00:25:44,000 --> 00:25:45,510 perfect once we've actually made sure the system is fully functional we will 00:25:45,510 --> 00:25:45,520 the system is fully functional we will 00:25:45,520 --> 00:25:46,870 the system is fully functional we will go back through there and double check 00:25:46,870 --> 00:25:46,880 go back through there and double check 00:25:46,880 --> 00:25:49,549 go back through there and double check things but as you run stuff take 30 00:25:49,549 --> 00:25:49,559 things but as you run stuff take 30 00:25:49,559 --> 00:25:51,389 things but as you run stuff take 30 extra seconds and run it through a cable 00:25:51,389 --> 00:25:51,399 extra seconds and run it through a cable 00:25:51,399 --> 00:25:53,630 extra seconds and run it through a cable panel or a cable sleeve or a cable guide 00:25:53,630 --> 00:25:53,640 panel or a cable sleeve or a cable guide 00:25:53,640 --> 00:25:55,029 panel or a cable sleeve or a cable guide versus just letting it dangle everywhere 00:25:55,029 --> 00:25:55,039 versus just letting it dangle everywhere 00:25:55,039 --> 00:25:56,430 versus just letting it dangle everywhere it will definitely make your life a lot 00:25:56,430 --> 00:25:56,440 it will definitely make your life a lot 00:25:56,440 --> 00:25:58,470 it will definitely make your life a lot easier when it comes time to clean it up 00:25:58,470 --> 00:25:58,480 easier when it comes time to clean it up 00:25:58,480 --> 00:25:59,950 easier when it comes time to clean it up that's largely it the only other thing 00:25:59,950 --> 00:25:59,960 that's largely it the only other thing 00:25:59,960 --> 00:26:01,470 that's largely it the only other thing I'll show you and we'll deal with this a 00:26:01,470 --> 00:26:01,480 I'll show you and we'll deal with this a 00:26:01,480 --> 00:26:03,070 I'll show you and we'll deal with this a minute we have our hard drive sort of 00:26:03,070 --> 00:26:03,080 minute we have our hard drive sort of 00:26:03,080 --> 00:26:04,830 minute we have our hard drive sort of trays down here but we do not need to 00:26:04,830 --> 00:26:04,840 trays down here but we do not need to 00:26:04,840 --> 00:26:06,870 trays down here but we do not need to use these just yet so you just leave 00:26:06,870 --> 00:26:06,880 use these just yet so you just leave 00:26:06,880 --> 00:26:10,389 use these just yet so you just leave those in place so let us Begin by 00:26:10,389 --> 00:26:10,399 those in place so let us Begin by 00:26:10,399 --> 00:26:13,230 those in place so let us Begin by installing our first component into our 00:26:13,230 --> 00:26:13,240 installing our first component into our 00:26:13,240 --> 00:26:16,630 installing our first component into our strip down case which is going to be 00:26:16,630 --> 00:26:16,640 strip down case which is going to be 00:26:16,640 --> 00:26:20,310 strip down case which is going to be the power supply now I like to start 00:26:20,310 --> 00:26:20,320 the power supply now I like to start 00:26:20,320 --> 00:26:21,909 the power supply now I like to start with the power supply there's a few ways 00:26:21,909 --> 00:26:21,919 with the power supply there's a few ways 00:26:21,919 --> 00:26:24,430 with the power supply there's a few ways that you could approach this but I like 00:26:24,430 --> 00:26:24,440 that you could approach this but I like 00:26:24,440 --> 00:26:25,789 that you could approach this but I like to install the power supply first to 00:26:25,789 --> 00:26:25,799 to install the power supply first to 00:26:25,799 --> 00:26:27,389 to install the power supply first to make sure that I can start running some 00:26:27,389 --> 00:26:27,399 make sure that I can start running some 00:26:27,399 --> 00:26:29,230 make sure that I can start running some cables and getting them out of the way 00:26:29,230 --> 00:26:29,240 cables and getting them out of the way 00:26:29,240 --> 00:26:31,110 cables and getting them out of the way now I will say there's one thing you 00:26:31,110 --> 00:26:31,120 now I will say there's one thing you 00:26:31,120 --> 00:26:33,990 now I will say there's one thing you could do which would be a different 00:26:33,990 --> 00:26:34,000 could do which would be a different 00:26:34,000 --> 00:26:36,269 could do which would be a different order of operation for this tutorial I 00:26:36,269 --> 00:26:36,279 order of operation for this tutorial I 00:26:36,279 --> 00:26:38,789 order of operation for this tutorial I would generally recommend for you to 00:26:38,789 --> 00:26:38,799 would generally recommend for you to 00:26:38,799 --> 00:26:40,909 would generally recommend for you to open up all of your components and do a 00:26:40,909 --> 00:26:40,919 open up all of your components and do a 00:26:40,919 --> 00:26:42,870 open up all of your components and do a test before you put everything in your 00:26:42,870 --> 00:26:42,880 test before you put everything in your 00:26:42,880 --> 00:26:44,750 test before you put everything in your actual case you do not have to do that 00:26:44,750 --> 00:26:44,760 actual case you do not have to do that 00:26:44,760 --> 00:26:47,269 actual case you do not have to do that I'm not going to do that today but even 00:26:47,269 --> 00:26:47,279 I'm not going to do that today but even 00:26:47,279 --> 00:26:49,190 I'm not going to do that today but even though it's rare it does happen that 00:26:49,190 --> 00:26:49,200 though it's rare it does happen that 00:26:49,200 --> 00:26:51,430 though it's rare it does happen that maybe there's some incompatibility issue 00:26:51,430 --> 00:26:51,440 maybe there's some incompatibility issue 00:26:51,440 --> 00:26:53,590 maybe there's some incompatibility issue with your parts maybe a part just came 00:26:53,590 --> 00:26:53,600 with your parts maybe a part just came 00:26:53,600 --> 00:26:55,830 with your parts maybe a part just came damaged or broken out of the box and 00:26:55,830 --> 00:26:55,840 damaged or broken out of the box and 00:26:55,840 --> 00:26:57,990 damaged or broken out of the box and it's not fun when you spend several 00:26:57,990 --> 00:26:58,000 it's not fun when you spend several 00:26:58,000 --> 00:26:59,909 it's not fun when you spend several hours was building the PC hit that big 00:26:59,909 --> 00:26:59,919 hours was building the PC hit that big 00:26:59,919 --> 00:27:01,269 hours was building the PC hit that big power button and nothing happens and you 00:27:01,269 --> 00:27:01,279 power button and nothing happens and you 00:27:01,279 --> 00:27:02,149 power button and nothing happens and you have to tear it all apart to 00:27:02,149 --> 00:27:02,159 have to tear it all apart to 00:27:02,159 --> 00:27:03,669 have to tear it all apart to troubleshoot right that is a thing you 00:27:03,669 --> 00:27:03,679 troubleshoot right that is a thing you 00:27:03,679 --> 00:27:06,590 troubleshoot right that is a thing you may have to deal with so it is usually a 00:27:06,590 --> 00:27:06,600 may have to deal with so it is usually a 00:27:06,600 --> 00:27:08,389 may have to deal with so it is usually a good idea to actually take all of your 00:27:08,389 --> 00:27:08,399 good idea to actually take all of your 00:27:08,399 --> 00:27:10,389 good idea to actually take all of your components set them out on like a basic 00:27:10,389 --> 00:27:10,399 components set them out on like a basic 00:27:10,399 --> 00:27:12,510 components set them out on like a basic table like this so motherboard graphics 00:27:12,510 --> 00:27:12,520 table like this so motherboard graphics 00:27:12,520 --> 00:27:14,789 table like this so motherboard graphics card y y y plug it all into a power 00:27:14,789 --> 00:27:14,799 card y y y plug it all into a power 00:27:14,799 --> 00:27:16,870 card y y y plug it all into a power supply out of the case and ensure that 00:27:16,870 --> 00:27:16,880 supply out of the case and ensure that 00:27:16,880 --> 00:27:18,789 supply out of the case and ensure that it actually fires up and it works right 00:27:18,789 --> 00:27:18,799 it actually fires up and it works right 00:27:18,799 --> 00:27:19,630 it actually fires up and it works right all you need to do is just make sure 00:27:19,630 --> 00:27:19,640 all you need to do is just make sure 00:27:19,640 --> 00:27:21,110 all you need to do is just make sure that everything functions and you can 00:27:21,110 --> 00:27:21,120 that everything functions and you can 00:27:21,120 --> 00:27:22,750 that everything functions and you can tear it all apart and put it in the case 00:27:22,750 --> 00:27:22,760 tear it all apart and put it in the case 00:27:22,760 --> 00:27:23,990 tear it all apart and put it in the case but for now I'm going to be building 00:27:23,990 --> 00:27:24,000 but for now I'm going to be building 00:27:24,000 --> 00:27:26,269 but for now I'm going to be building everything inside the case and assuming 00:27:26,269 --> 00:27:26,279 everything inside the case and assuming 00:27:26,279 --> 00:27:28,149 everything inside the case and assuming that all of our components are full 00:27:28,149 --> 00:27:28,159 that all of our components are full 00:27:28,159 --> 00:27:29,990 that all of our components are full fully functional and fully compatible 00:27:29,990 --> 00:27:30,000 fully functional and fully compatible 00:27:30,000 --> 00:27:32,110 fully functional and fully compatible what can go wrong okay so inside our 00:27:32,110 --> 00:27:32,120 what can go wrong okay so inside our 00:27:32,120 --> 00:27:33,470 what can go wrong okay so inside our power supply box there's going to be a 00:27:33,470 --> 00:27:33,480 power supply box there's going to be a 00:27:33,480 --> 00:27:35,110 power supply box there's going to be a few things it's fairly straightforward 00:27:35,110 --> 00:27:35,120 few things it's fairly straightforward 00:27:35,120 --> 00:27:36,950 few things it's fairly straightforward so there's a little thing saying hey 00:27:36,950 --> 00:27:36,960 so there's a little thing saying hey 00:27:36,960 --> 00:27:39,470 so there's a little thing saying hey plug your cable all the way in we'll go 00:27:39,470 --> 00:27:39,480 plug your cable all the way in we'll go 00:27:39,480 --> 00:27:40,909 plug your cable all the way in we'll go over this in a little 00:27:40,909 --> 00:27:40,919 over this in a little 00:27:40,919 --> 00:27:45,230 over this in a little bit then we have the power supply itself 00:27:45,230 --> 00:27:45,240 bit then we have the power supply itself 00:27:45,240 --> 00:27:47,110 bit then we have the power supply itself now there are like I was saying earlier 00:27:47,110 --> 00:27:47,120 now there are like I was saying earlier 00:27:47,120 --> 00:27:48,789 now there are like I was saying earlier Micro Center a couple of different sizes 00:27:48,789 --> 00:27:48,799 Micro Center a couple of different sizes 00:27:48,799 --> 00:27:51,110 Micro Center a couple of different sizes of power supply this is a normal HX 00:27:51,110 --> 00:27:51,120 of power supply this is a normal HX 00:27:51,120 --> 00:27:53,990 of power supply this is a normal HX Supply so it's a very standard Square 00:27:53,990 --> 00:27:54,000 Supply so it's a very standard Square 00:27:54,000 --> 00:27:56,029 Supply so it's a very standard Square little box and this one as you can see 00:27:56,029 --> 00:27:56,039 little box and this one as you can see 00:27:56,039 --> 00:27:58,149 little box and this one as you can see is fully modular so none of the actual 00:27:58,149 --> 00:27:58,159 is fully modular so none of the actual 00:27:58,159 --> 00:27:59,509 is fully modular so none of the actual connectors that go to our motherboard 00:27:59,509 --> 00:27:59,519 connectors that go to our motherboard 00:27:59,519 --> 00:28:01,630 connectors that go to our motherboard and our system are installed right now 00:28:01,630 --> 00:28:01,640 and our system are installed right now 00:28:01,640 --> 00:28:04,230 and our system are installed right now because they're all in this little pouch 00:28:04,230 --> 00:28:04,240 because they're all in this little pouch 00:28:04,240 --> 00:28:06,789 because they're all in this little pouch now these pouches are meant to be kept 00:28:06,789 --> 00:28:06,799 now these pouches are meant to be kept 00:28:06,799 --> 00:28:08,269 now these pouches are meant to be kept so a lot of the stuff that we're working 00:28:08,269 --> 00:28:08,279 so a lot of the stuff that we're working 00:28:08,279 --> 00:28:09,950 so a lot of the stuff that we're working through here these boxes you can just 00:28:09,950 --> 00:28:09,960 through here these boxes you can just 00:28:09,960 --> 00:28:11,029 through here these boxes you can just Chuck it right like you don't really 00:28:11,029 --> 00:28:11,039 Chuck it right like you don't really 00:28:11,039 --> 00:28:12,950 Chuck it right like you don't really need them but this pouch full of power 00:28:12,950 --> 00:28:12,960 need them but this pouch full of power 00:28:12,960 --> 00:28:14,830 need them but this pouch full of power supply cables is very helpful because 00:28:14,830 --> 00:28:14,840 supply cables is very helpful because 00:28:14,840 --> 00:28:16,029 supply cables is very helpful because we're only going to plug in the things 00:28:16,029 --> 00:28:16,039 we're only going to plug in the things 00:28:16,039 --> 00:28:17,950 we're only going to plug in the things that we need for this system but say in 00:28:17,950 --> 00:28:17,960 that we need for this system but say in 00:28:17,960 --> 00:28:19,990 that we need for this system but say in the future we wanted to add more hard 00:28:19,990 --> 00:28:20,000 the future we wanted to add more hard 00:28:20,000 --> 00:28:22,350 the future we wanted to add more hard drives or uh beef your graphics card or 00:28:22,350 --> 00:28:22,360 drives or uh beef your graphics card or 00:28:22,360 --> 00:28:24,230 drives or uh beef your graphics card or whatever the case is these cables are 00:28:24,230 --> 00:28:24,240 whatever the case is these cables are 00:28:24,240 --> 00:28:25,710 whatever the case is these cables are what you will need to expand the power 00:28:25,710 --> 00:28:25,720 what you will need to expand the power 00:28:25,720 --> 00:28:27,350 what you will need to expand the power supply and keep in mind that power 00:28:27,350 --> 00:28:27,360 supply and keep in mind that power 00:28:27,360 --> 00:28:29,630 supply and keep in mind that power supply cables are not Universal you want 00:28:29,630 --> 00:28:29,640 supply cables are not Universal you want 00:28:29,640 --> 00:28:31,750 supply cables are not Universal you want to use cables that are designed for your 00:28:31,750 --> 00:28:31,760 to use cables that are designed for your 00:28:31,760 --> 00:28:33,630 to use cables that are designed for your power supply they may look very similar 00:28:33,630 --> 00:28:33,640 power supply they may look very similar 00:28:33,640 --> 00:28:35,230 power supply they may look very similar but often times they are not compatible 00:28:35,230 --> 00:28:35,240 but often times they are not compatible 00:28:35,240 --> 00:28:36,950 but often times they are not compatible and you may cause damage so keep this 00:28:36,950 --> 00:28:36,960 and you may cause damage so keep this 00:28:36,960 --> 00:28:38,669 and you may cause damage so keep this little bag full of cables handy if 00:28:38,669 --> 00:28:38,679 little bag full of cables handy if 00:28:38,679 --> 00:28:40,230 little bag full of cables handy if you're using a lower-end power supply 00:28:40,230 --> 00:28:40,240 you're using a lower-end power supply 00:28:40,240 --> 00:28:42,269 you're using a lower-end power supply that's not modular well these will all 00:28:42,269 --> 00:28:42,279 that's not modular well these will all 00:28:42,279 --> 00:28:43,590 that's not modular well these will all just be dangling after the power supply 00:28:43,590 --> 00:28:43,600 just be dangling after the power supply 00:28:43,600 --> 00:28:45,070 just be dangling after the power supply and you just pluck them out of the way 00:28:45,070 --> 00:28:45,080 and you just pluck them out of the way 00:28:45,080 --> 00:28:46,509 and you just pluck them out of the way but if you've got a modular or semi- 00:28:46,509 --> 00:28:46,519 but if you've got a modular or semi- 00:28:46,519 --> 00:28:48,750 but if you've got a modular or semi- modular Supply makes it a lot easier to 00:28:48,750 --> 00:28:48,760 modular Supply makes it a lot easier to 00:28:48,760 --> 00:28:50,509 modular Supply makes it a lot easier to sort of clean up the aesthetic so you 00:28:50,509 --> 00:28:50,519 sort of clean up the aesthetic so you 00:28:50,519 --> 00:28:52,509 sort of clean up the aesthetic so you don't have a mess of cables all hanging 00:28:52,509 --> 00:28:52,519 don't have a mess of cables all hanging 00:28:52,519 --> 00:28:54,710 don't have a mess of cables all hanging around in the middle so we can check 00:28:54,710 --> 00:28:54,720 around in the middle so we can check 00:28:54,720 --> 00:28:56,509 around in the middle so we can check this box I will say the only thing we 00:28:56,509 --> 00:28:56,519 this box I will say the only thing we 00:28:56,519 --> 00:28:57,830 this box I will say the only thing we want to make sure we find in addition to 00:28:57,830 --> 00:28:57,840 want to make sure we find in addition to 00:28:57,840 --> 00:28:59,830 want to make sure we find in addition to our cables are some screws so there 00:28:59,830 --> 00:28:59,840 our cables are some screws so there 00:28:59,840 --> 00:29:01,350 our cables are some screws so there should be four little screws in a baggie 00:29:01,350 --> 00:29:01,360 should be four little screws in a baggie 00:29:01,360 --> 00:29:02,830 should be four little screws in a baggie so in this one it is going to be I think 00:29:02,830 --> 00:29:02,840 so in this one it is going to be I think 00:29:02,840 --> 00:29:05,669 so in this one it is going to be I think in here um but if you unbox your power 00:29:05,669 --> 00:29:05,679 in here um but if you unbox your power 00:29:05,679 --> 00:29:08,110 in here um but if you unbox your power supply and don't find four little screws 00:29:08,110 --> 00:29:08,120 supply and don't find four little screws 00:29:08,120 --> 00:29:09,549 supply and don't find four little screws stop and look closer cuz we going to 00:29:09,549 --> 00:29:09,559 stop and look closer cuz we going to 00:29:09,559 --> 00:29:12,470 stop and look closer cuz we going to need those screws in about 47 seconds so 00:29:12,470 --> 00:29:12,480 need those screws in about 47 seconds so 00:29:12,480 --> 00:29:14,669 need those screws in about 47 seconds so I have my standard IEC power cable so 00:29:14,669 --> 00:29:14,679 I have my standard IEC power cable so 00:29:14,679 --> 00:29:15,710 I have my standard IEC power cable so this just goes from the back of the 00:29:15,710 --> 00:29:15,720 this just goes from the back of the 00:29:15,720 --> 00:29:17,590 this just goes from the back of the power supply into your outlet so make 00:29:17,590 --> 00:29:17,600 power supply into your outlet so make 00:29:17,600 --> 00:29:19,789 power supply into your outlet so make sure to hold on to this and in this bag 00:29:19,789 --> 00:29:19,799 sure to hold on to this and in this bag 00:29:19,799 --> 00:29:22,190 sure to hold on to this and in this bag we have all of the other cables that we 00:29:22,190 --> 00:29:22,200 we have all of the other cables that we 00:29:22,200 --> 00:29:24,470 we have all of the other cables that we will need so I will go ahead and walk 00:29:24,470 --> 00:29:24,480 will need so I will go ahead and walk 00:29:24,480 --> 00:29:26,350 will need so I will go ahead and walk you through them right now um like I 00:29:26,350 --> 00:29:26,360 you through them right now um like I 00:29:26,360 --> 00:29:28,549 you through them right now um like I said earlier we're actually not going to 00:29:28,549 --> 00:29:28,559 said earlier we're actually not going to 00:29:28,559 --> 00:29:30,750 said earlier we're actually not going to use all of these for this belt and I'll 00:29:30,750 --> 00:29:30,760 use all of these for this belt and I'll 00:29:30,760 --> 00:29:33,509 use all of these for this belt and I'll be honest almost no one needs all of 00:29:33,509 --> 00:29:33,519 be honest almost no one needs all of 00:29:33,519 --> 00:29:35,710 be honest almost no one needs all of these connected at the same time um but 00:29:35,710 --> 00:29:35,720 these connected at the same time um but 00:29:35,720 --> 00:29:37,750 these connected at the same time um but they give you extras so that just in 00:29:37,750 --> 00:29:37,760 they give you extras so that just in 00:29:37,760 --> 00:29:39,870 they give you extras so that just in case you're building a system with 10 00:29:39,870 --> 00:29:39,880 case you're building a system with 10 00:29:39,880 --> 00:29:43,110 case you're building a system with 10 hard drives or some crazy stuff or 00:29:43,110 --> 00:29:43,120 hard drives or some crazy stuff or 00:29:43,120 --> 00:29:44,669 hard drives or some crazy stuff or whatever you should have all the cables 00:29:44,669 --> 00:29:44,679 whatever you should have all the cables 00:29:44,679 --> 00:29:45,870 whatever you should have all the cables you need but let me actually walk you 00:29:45,870 --> 00:29:45,880 you need but let me actually walk you 00:29:45,880 --> 00:29:47,350 you need but let me actually walk you through what is what here because 00:29:47,350 --> 00:29:47,360 through what is what here because 00:29:47,360 --> 00:29:50,870 through what is what here because there's a lot and Adit this is a little 00:29:50,870 --> 00:29:50,880 there's a lot and Adit this is a little 00:29:50,880 --> 00:29:53,070 there's a lot and Adit this is a little intimidating I think when it's a 00:29:53,070 --> 00:29:53,080 intimidating I think when it's a 00:29:53,080 --> 00:29:55,630 intimidating I think when it's a firsttime builder especially you look at 00:29:55,630 --> 00:29:55,640 firsttime builder especially you look at 00:29:55,640 --> 00:29:57,310 firsttime builder especially you look at all these cables and you're like yikes 00:29:57,310 --> 00:29:57,320 all these cables and you're like yikes 00:29:57,320 --> 00:29:59,269 all these cables and you're like yikes but it's totally totally fine like the 00:29:59,269 --> 00:29:59,279 but it's totally totally fine like the 00:29:59,279 --> 00:30:00,789 but it's totally totally fine like the good thing about literally all these 00:30:00,789 --> 00:30:00,799 good thing about literally all these 00:30:00,799 --> 00:30:02,509 good thing about literally all these power cables is that you really can't do 00:30:02,509 --> 00:30:02,519 power cables is that you really can't do 00:30:02,519 --> 00:30:04,509 power cables is that you really can't do it wrong as long as you fully seat it it 00:30:04,509 --> 00:30:04,519 it wrong as long as you fully seat it it 00:30:04,519 --> 00:30:05,509 it wrong as long as you fully seat it it will be fine you're not going to be able 00:30:05,509 --> 00:30:05,519 will be fine you're not going to be able 00:30:05,519 --> 00:30:07,430 will be fine you're not going to be able to accidentally like put it upside down 00:30:07,430 --> 00:30:07,440 to accidentally like put it upside down 00:30:07,440 --> 00:30:08,990 to accidentally like put it upside down without using an insane amount of force 00:30:08,990 --> 00:30:09,000 without using an insane amount of force 00:30:09,000 --> 00:30:09,950 without using an insane amount of force you're not going to be able to plug it 00:30:09,950 --> 00:30:09,960 you're not going to be able to plug it 00:30:09,960 --> 00:30:11,549 you're not going to be able to plug it into the wrong thing like everything is 00:30:11,549 --> 00:30:11,559 into the wrong thing like everything is 00:30:11,559 --> 00:30:13,549 into the wrong thing like everything is key everything is going to be unique so 00:30:13,549 --> 00:30:13,559 key everything is going to be unique so 00:30:13,559 --> 00:30:15,310 key everything is going to be unique so it's not anywhere near as scary as it 00:30:15,310 --> 00:30:15,320 it's not anywhere near as scary as it 00:30:15,320 --> 00:30:17,149 it's not anywhere near as scary as it seems so let me walk you through it 00:30:17,149 --> 00:30:17,159 seems so let me walk you through it 00:30:17,159 --> 00:30:18,549 seems so let me walk you through it really quick the first cable we're going 00:30:18,549 --> 00:30:18,559 really quick the first cable we're going 00:30:18,559 --> 00:30:21,990 really quick the first cable we're going to start out with is our 20 plus 4 pen 00:30:21,990 --> 00:30:22,000 to start out with is our 20 plus 4 pen 00:30:22,000 --> 00:30:24,470 to start out with is our 20 plus 4 pen so this is the main power to the 00:30:24,470 --> 00:30:24,480 so this is the main power to the 00:30:24,480 --> 00:30:25,789 so this is the main power to the motherboard so you see it's going to be 00:30:25,789 --> 00:30:25,799 motherboard so you see it's going to be 00:30:25,799 --> 00:30:27,990 motherboard so you see it's going to be 20 plus 4 the four is always attached 00:30:27,990 --> 00:30:28,000 20 plus 4 the four is always attached 00:30:28,000 --> 00:30:29,950 20 plus 4 the four is always attached it's really like a 24 pen and then on 00:30:29,950 --> 00:30:29,960 it's really like a 24 pen and then on 00:30:29,960 --> 00:30:31,389 it's really like a 24 pen and then on the other side this is the end that 00:30:31,389 --> 00:30:31,399 the other side this is the end that 00:30:31,399 --> 00:30:33,269 the other side this is the end that we're going to plug into the power 00:30:33,269 --> 00:30:33,279 we're going to plug into the power 00:30:33,279 --> 00:30:35,029 we're going to plug into the power supply so I'm going to actually do that 00:30:35,029 --> 00:30:35,039 supply so I'm going to actually do that 00:30:35,039 --> 00:30:36,870 supply so I'm going to actually do that right now this is a cable that you will 00:30:36,870 --> 00:30:36,880 right now this is a cable that you will 00:30:36,880 --> 00:30:39,310 right now this is a cable that you will need 100% of the time so it's modular 00:30:39,310 --> 00:30:39,320 need 100% of the time so it's modular 00:30:39,320 --> 00:30:41,830 need 100% of the time so it's modular just because reasons but um yeah you're 00:30:41,830 --> 00:30:41,840 just because reasons but um yeah you're 00:30:41,840 --> 00:30:44,029 just because reasons but um yeah you're always always going to need this cable 00:30:44,029 --> 00:30:44,039 always always going to need this cable 00:30:44,039 --> 00:30:45,350 always always going to need this cable so for this it's very straightforward 00:30:45,350 --> 00:30:45,360 so for this it's very straightforward 00:30:45,360 --> 00:30:47,350 so for this it's very straightforward we're going to plug in the left and the 00:30:47,350 --> 00:30:47,360 we're going to plug in the left and the 00:30:47,360 --> 00:30:49,389 we're going to plug in the left and the right side of our cables and make sure 00:30:49,389 --> 00:30:49,399 right side of our cables and make sure 00:30:49,399 --> 00:30:52,350 right side of our cables and make sure that we get the little click it's one 00:30:52,350 --> 00:30:52,360 that we get the little click it's one 00:30:52,360 --> 00:30:56,430 that we get the little click it's one two perfect so again 100% of gaming PCs 00:30:56,430 --> 00:30:56,440 two perfect so again 100% of gaming PCs 00:30:56,440 --> 00:30:57,590 two perfect so again 100% of gaming PCs are going to need this cable so we 00:30:57,590 --> 00:30:57,600 are going to need this cable so we 00:30:57,600 --> 00:31:00,149 are going to need this cable so we always going to plug that in next up 00:31:00,149 --> 00:31:00,159 always going to plug that in next up 00:31:00,159 --> 00:31:01,750 always going to plug that in next up we're going to grab one that's a little 00:31:01,750 --> 00:31:01,760 we're going to grab one that's a little 00:31:01,760 --> 00:31:03,430 we're going to grab one that's a little bit more unusual especially if you not 00:31:03,430 --> 00:31:03,440 bit more unusual especially if you not 00:31:03,440 --> 00:31:05,950 bit more unusual especially if you not built a PC in the last couple of years 00:31:05,950 --> 00:31:05,960 built a PC in the last couple of years 00:31:05,960 --> 00:31:08,430 built a PC in the last couple of years so this is known as the 00:31:08,430 --> 00:31:08,440 so this is known as the 00:31:08,440 --> 00:31:14,110 so this is known as the 12vt 600 wat PCI 5.0 ATX 3.0 there's a 00:31:14,110 --> 00:31:14,120 12vt 600 wat PCI 5.0 ATX 3.0 there's a 00:31:14,120 --> 00:31:15,870 12vt 600 wat PCI 5.0 ATX 3.0 there's a lot of names for this cable but 00:31:15,870 --> 00:31:15,880 lot of names for this cable but 00:31:15,880 --> 00:31:19,629 lot of names for this cable but essentially what this is is a new high 00:31:19,629 --> 00:31:19,639 essentially what this is is a new high 00:31:19,639 --> 00:31:21,389 essentially what this is is a new high power cable specifically for graphics 00:31:21,389 --> 00:31:21,399 power cable specifically for graphics 00:31:21,399 --> 00:31:22,789 power cable specifically for graphics cards as a recording this video is 00:31:22,789 --> 00:31:22,799 cards as a recording this video is 00:31:22,799 --> 00:31:24,830 cards as a recording this video is almost exclusively used on Nvidia 00:31:24,830 --> 00:31:24,840 almost exclusively used on Nvidia 00:31:24,840 --> 00:31:27,110 almost exclusively used on Nvidia graphics cards now you may have heard of 00:31:27,110 --> 00:31:27,120 graphics cards now you may have heard of 00:31:27,120 --> 00:31:28,669 graphics cards now you may have heard of this cable because that has a little bit 00:31:28,669 --> 00:31:28,679 this cable because that has a little bit 00:31:28,679 --> 00:31:32,230 this cable because that has a little bit of a problematic start to life um some 00:31:32,230 --> 00:31:32,240 of a problematic start to life um some 00:31:32,240 --> 00:31:33,750 of a problematic start to life um some people have had issues with these things 00:31:33,750 --> 00:31:33,760 people have had issues with these things 00:31:33,760 --> 00:31:35,870 people have had issues with these things melting or not working well because it's 00:31:35,870 --> 00:31:35,880 melting or not working well because it's 00:31:35,880 --> 00:31:39,990 melting or not working well because it's a 600 W cable that is very very thin now 00:31:39,990 --> 00:31:40,000 a 600 W cable that is very very thin now 00:31:40,000 --> 00:31:41,470 a 600 W cable that is very very thin now because we have a power supply that is 00:31:41,470 --> 00:31:41,480 because we have a power supply that is 00:31:41,480 --> 00:31:42,830 because we have a power supply that is designed to be used with this because 00:31:42,830 --> 00:31:42,840 designed to be used with this because 00:31:42,840 --> 00:31:44,750 designed to be used with this because you can use like an adapter to get this 00:31:44,750 --> 00:31:44,760 you can use like an adapter to get this 00:31:44,760 --> 00:31:46,950 you can use like an adapter to get this out of a couple of these guys the main 00:31:46,950 --> 00:31:46,960 out of a couple of these guys the main 00:31:46,960 --> 00:31:48,710 out of a couple of these guys the main thing is and it's really straightforward 00:31:48,710 --> 00:31:48,720 thing is and it's really straightforward 00:31:48,720 --> 00:31:50,870 thing is and it's really straightforward make sure you are fully seeding this 00:31:50,870 --> 00:31:50,880 make sure you are fully seeding this 00:31:50,880 --> 00:31:52,990 make sure you are fully seeding this cable not only into your power supply 00:31:52,990 --> 00:31:53,000 cable not only into your power supply 00:31:53,000 --> 00:31:54,870 cable not only into your power supply but also into your graphics card part 00:31:54,870 --> 00:31:54,880 but also into your graphics card part 00:31:54,880 --> 00:31:55,990 but also into your graphics card part Reon I to put this little pamplet in 00:31:55,990 --> 00:31:56,000 Reon I to put this little pamplet in 00:31:56,000 --> 00:31:58,509 Reon I to put this little pamplet in here saying hey plug it all the way in 00:31:58,509 --> 00:31:58,519 here saying hey plug it all the way in 00:31:58,519 --> 00:32:01,029 here saying hey plug it all the way in so it don't melt um which sounds scarier 00:32:01,029 --> 00:32:01,039 so it don't melt um which sounds scarier 00:32:01,039 --> 00:32:02,909 so it don't melt um which sounds scarier than it is should be totally fine so 00:32:02,909 --> 00:32:02,919 than it is should be totally fine so 00:32:02,919 --> 00:32:04,350 than it is should be totally fine so this cable like almost everything we're 00:32:04,350 --> 00:32:04,360 this cable like almost everything we're 00:32:04,360 --> 00:32:06,149 this cable like almost everything we're doing here is only going to go in one 00:32:06,149 --> 00:32:06,159 doing here is only going to go in one 00:32:06,159 --> 00:32:07,509 doing here is only going to go in one way so you see this little clip is going 00:32:07,509 --> 00:32:07,519 way so you see this little clip is going 00:32:07,519 --> 00:32:08,710 way so you see this little clip is going to go into this hole and You' got these 00:32:08,710 --> 00:32:08,720 to go into this hole and You' got these 00:32:08,720 --> 00:32:10,590 to go into this hole and You' got these little pins that go onto the bottom so 00:32:10,590 --> 00:32:10,600 little pins that go onto the bottom so 00:32:10,600 --> 00:32:12,310 little pins that go onto the bottom so we're just going to line it up make sure 00:32:12,310 --> 00:32:12,320 we're just going to line it up make sure 00:32:12,320 --> 00:32:14,950 we're just going to line it up make sure it's seated give it a nice little bit of 00:32:14,950 --> 00:32:14,960 it's seated give it a nice little bit of 00:32:14,960 --> 00:32:17,750 it's seated give it a nice little bit of force get a weak little click but it is 00:32:17,750 --> 00:32:17,760 force get a weak little click but it is 00:32:17,760 --> 00:32:19,430 force get a weak little click but it is in there we'll give it a little tug just 00:32:19,430 --> 00:32:19,440 in there we'll give it a little tug just 00:32:19,440 --> 00:32:21,310 in there we'll give it a little tug just to make sure and there you go you've got 00:32:21,310 --> 00:32:21,320 to make sure and there you go you've got 00:32:21,320 --> 00:32:24,190 to make sure and there you go you've got yourself the power supply to graphics 00:32:24,190 --> 00:32:24,200 yourself the power supply to graphics 00:32:24,200 --> 00:32:26,909 yourself the power supply to graphics card connector now I am using this and 00:32:26,909 --> 00:32:26,919 card connector now I am using this and 00:32:26,919 --> 00:32:29,110 card connector now I am using this and only this for our graphics card because 00:32:29,110 --> 00:32:29,120 only this for our graphics card because 00:32:29,120 --> 00:32:31,830 only this for our graphics card because I am using an ARX 40 series card now if 00:32:31,830 --> 00:32:31,840 I am using an ARX 40 series card now if 00:32:31,840 --> 00:32:35,909 I am using an ARX 40 series card now if I was using an Intel GPU an AMD GPU an 00:32:35,909 --> 00:32:35,919 I was using an Intel GPU an AMD GPU an 00:32:35,919 --> 00:32:38,029 I was using an Intel GPU an AMD GPU an ultra Nvidia GPU I would not be using 00:32:38,029 --> 00:32:38,039 ultra Nvidia GPU I would not be using 00:32:38,039 --> 00:32:40,629 ultra Nvidia GPU I would not be using this cable instead i' would be using 00:32:40,629 --> 00:32:40,639 this cable instead i' would be using 00:32:40,639 --> 00:32:44,269 this cable instead i' would be using this PCI power so this is known as a 6 00:32:44,269 --> 00:32:44,279 this PCI power so this is known as a 6 00:32:44,279 --> 00:32:47,389 this PCI power so this is known as a 6 plus2 connector and uh this is a tried 00:32:47,389 --> 00:32:47,399 plus2 connector and uh this is a tried 00:32:47,399 --> 00:32:48,870 plus2 connector and uh this is a tried andrue method that graphics cards have 00:32:48,870 --> 00:32:48,880 andrue method that graphics cards have 00:32:48,880 --> 00:32:51,430 andrue method that graphics cards have used for many many years um it's not 00:32:51,430 --> 00:32:51,440 used for many many years um it's not 00:32:51,440 --> 00:32:53,710 used for many many years um it's not quite as clean because so what this 00:32:53,710 --> 00:32:53,720 quite as clean because so what this 00:32:53,720 --> 00:32:55,830 quite as clean because so what this single cable will do is like 600 watts 00:32:55,830 --> 00:32:55,840 single cable will do is like 600 watts 00:32:55,840 --> 00:32:58,310 single cable will do is like 600 watts to do this with PCI cables you need to 00:32:58,310 --> 00:32:58,320 to do this with PCI cables you need to 00:32:58,320 --> 00:33:00,190 to do this with PCI cables you need to use several of these as you can see they 00:33:00,190 --> 00:33:00,200 use several of these as you can see they 00:33:00,200 --> 00:33:01,509 use several of these as you can see they have these like little like pigtail 00:33:01,509 --> 00:33:01,519 have these like little like pigtail 00:33:01,519 --> 00:33:03,310 have these like little like pigtail things because graphics cards have 00:33:03,310 --> 00:33:03,320 things because graphics cards have 00:33:03,320 --> 00:33:05,350 things because graphics cards have different levels of power needed so some 00:33:05,350 --> 00:33:05,360 different levels of power needed so some 00:33:05,360 --> 00:33:06,509 different levels of power needed so some graphics cards may only need a single 00:33:06,509 --> 00:33:06,519 graphics cards may only need a single 00:33:06,519 --> 00:33:08,669 graphics cards may only need a single six pen or you may need to connect the 00:33:08,669 --> 00:33:08,679 six pen or you may need to connect the 00:33:08,679 --> 00:33:10,789 six pen or you may need to connect the six plus two making it an eight pen or 00:33:10,789 --> 00:33:10,799 six plus two making it an eight pen or 00:33:10,799 --> 00:33:13,110 six plus two making it an eight pen or you may need two of these or sometimes 00:33:13,110 --> 00:33:13,120 you may need two of these or sometimes 00:33:13,120 --> 00:33:15,110 you may need two of these or sometimes three it depends on the card is going to 00:33:15,110 --> 00:33:15,120 three it depends on the card is going to 00:33:15,120 --> 00:33:16,789 three it depends on the card is going to completely vary but it will tell you 00:33:16,789 --> 00:33:16,799 completely vary but it will tell you 00:33:16,799 --> 00:33:18,549 completely vary but it will tell you what kind of actual power you need on 00:33:18,549 --> 00:33:18,559 what kind of actual power you need on 00:33:18,559 --> 00:33:20,629 what kind of actual power you need on your graphics card box if your graphics 00:33:20,629 --> 00:33:20,639 your graphics card box if your graphics 00:33:20,639 --> 00:33:22,350 your graphics card box if your graphics card needs these it's super simple so 00:33:22,350 --> 00:33:22,360 card needs these it's super simple so 00:33:22,360 --> 00:33:23,950 card needs these it's super simple so just the same way we did it before this 00:33:23,950 --> 00:33:23,960 just the same way we did it before this 00:33:23,960 --> 00:33:25,149 just the same way we did it before this is the end that would go into your power 00:33:25,149 --> 00:33:25,159 is the end that would go into your power 00:33:25,159 --> 00:33:27,830 is the end that would go into your power supply so again it's the 6 plus two but 00:33:27,830 --> 00:33:27,840 supply so again it's the 6 plus two but 00:33:27,840 --> 00:33:29,710 supply so again it's the 6 plus two but the other end is going to be specific so 00:33:29,710 --> 00:33:29,720 the other end is going to be specific so 00:33:29,720 --> 00:33:31,430 the other end is going to be specific so you can see right here it says CPU and 00:33:31,430 --> 00:33:31,440 you can see right here it says CPU and 00:33:31,440 --> 00:33:33,830 you can see right here it says CPU and pcie so these four or sorry these two 00:33:33,830 --> 00:33:33,840 pcie so these four or sorry these two 00:33:33,840 --> 00:33:35,750 pcie so these four or sorry these two and these two are all the same just like 00:33:35,750 --> 00:33:35,760 and these two are all the same just like 00:33:35,760 --> 00:33:37,230 and these two are all the same just like all the rest of the connectors as far as 00:33:37,230 --> 00:33:37,240 all the rest of the connectors as far as 00:33:37,240 --> 00:33:38,549 all the rest of the connectors as far as installing us the power supply it is 00:33:38,549 --> 00:33:38,559 installing us the power supply it is 00:33:38,559 --> 00:33:40,029 installing us the power supply it is dead simple so we're going to install 00:33:40,029 --> 00:33:40,039 dead simple so we're going to install 00:33:40,039 --> 00:33:41,190 dead simple so we're going to install one of these just to show you what it 00:33:41,190 --> 00:33:41,200 one of these just to show you what it 00:33:41,200 --> 00:33:42,190 one of these just to show you what it would be like so we're going to click it 00:33:42,190 --> 00:33:42,200 would be like so we're going to click it 00:33:42,200 --> 00:33:44,509 would be like so we're going to click it in place and if we were not using this 00:33:44,509 --> 00:33:44,519 in place and if we were not using this 00:33:44,519 --> 00:33:47,230 in place and if we were not using this Nvidia 40 series GPU I would be using 00:33:47,230 --> 00:33:47,240 Nvidia 40 series GPU I would be using 00:33:47,240 --> 00:33:49,710 Nvidia 40 series GPU I would be using these 8 pen connectors as opposed to the 00:33:49,710 --> 00:33:49,720 these 8 pen connectors as opposed to the 00:33:49,720 --> 00:33:52,230 these 8 pen connectors as opposed to the fancy new one but because we are using a 00:33:52,230 --> 00:33:52,240 fancy new one but because we are using a 00:33:52,240 --> 00:33:54,549 fancy new one but because we are using a RTX 470 super I'm actually going to 00:33:54,549 --> 00:33:54,559 RTX 470 super I'm actually going to 00:33:54,559 --> 00:33:56,590 RTX 470 super I'm actually going to unplug that and put this off to the side 00:33:56,590 --> 00:33:56,600 unplug that and put this off to the side 00:33:56,600 --> 00:33:58,549 unplug that and put this off to the side specifically and our power for future 00:33:58,549 --> 00:33:58,559 specifically and our power for future 00:33:58,559 --> 00:34:01,470 specifically and our power for future use oh huh found the screws they're 00:34:01,470 --> 00:34:01,480 use oh huh found the screws they're 00:34:01,480 --> 00:34:03,389 use oh huh found the screws they're hiding in the bag with the pouch 00:34:03,389 --> 00:34:03,399 hiding in the bag with the pouch 00:34:03,399 --> 00:34:05,029 hiding in the bag with the pouch remember those screws I told you to look 00:34:05,029 --> 00:34:05,039 remember those screws I told you to look 00:34:05,039 --> 00:34:09,109 remember those screws I told you to look for found them next up is our CPU power 00:34:09,109 --> 00:34:09,119 for found them next up is our CPU power 00:34:09,119 --> 00:34:12,030 for found them next up is our CPU power cable so while that big 20 plus 4 pen 00:34:12,030 --> 00:34:12,040 cable so while that big 20 plus 4 pen 00:34:12,040 --> 00:34:14,069 cable so while that big 20 plus 4 pen connector is what supplies power to the 00:34:14,069 --> 00:34:14,079 connector is what supplies power to the 00:34:14,079 --> 00:34:15,790 connector is what supplies power to the motherboard this connector is 00:34:15,790 --> 00:34:15,800 motherboard this connector is 00:34:15,800 --> 00:34:19,109 motherboard this connector is specifically for your CPU this is an 8 00:34:19,109 --> 00:34:19,119 specifically for your CPU this is an 8 00:34:19,119 --> 00:34:21,869 specifically for your CPU this is an 8 pen CPU power connector so depending on 00:34:21,869 --> 00:34:21,879 pen CPU power connector so depending on 00:34:21,879 --> 00:34:23,990 pen CPU power connector so depending on your motherboard you may need any number 00:34:23,990 --> 00:34:24,000 your motherboard you may need any number 00:34:24,000 --> 00:34:25,990 your motherboard you may need any number of these so for a lower-end system 00:34:25,990 --> 00:34:26,000 of these so for a lower-end system 00:34:26,000 --> 00:34:27,030 of these so for a lower-end system sometimes you actually only need the 00:34:27,030 --> 00:34:27,040 sometimes you actually only need the 00:34:27,040 --> 00:34:28,550 sometimes you actually only need the four P you you actually would split this 00:34:28,550 --> 00:34:28,560 four P you you actually would split this 00:34:28,560 --> 00:34:30,270 four P you you actually would split this connector into half you can also click 00:34:30,270 --> 00:34:30,280 connector into half you can also click 00:34:30,280 --> 00:34:32,030 connector into half you can also click it together and it is an eight pin which 00:34:32,030 --> 00:34:32,040 it together and it is an eight pin which 00:34:32,040 --> 00:34:33,790 it together and it is an eight pin which is the most standard some highering 00:34:33,790 --> 00:34:33,800 is the most standard some highering 00:34:33,800 --> 00:34:35,829 is the most standard some highering motherboards actually have support for 00:34:35,829 --> 00:34:35,839 motherboards actually have support for 00:34:35,839 --> 00:34:37,909 motherboards actually have support for two of these you actually don't 00:34:37,909 --> 00:34:37,919 two of these you actually don't 00:34:37,919 --> 00:34:39,470 two of these you actually don't typically need to install two of them 00:34:39,470 --> 00:34:39,480 typically need to install two of them 00:34:39,480 --> 00:34:41,109 typically need to install two of them they're more for so for like extreme 00:34:41,109 --> 00:34:41,119 they're more for so for like extreme 00:34:41,119 --> 00:34:43,389 they're more for so for like extreme overclocking but uh general rule of 00:34:43,389 --> 00:34:43,399 overclocking but uh general rule of 00:34:43,399 --> 00:34:46,069 overclocking but uh general rule of thumb if you have the power from your 00:34:46,069 --> 00:34:46,079 thumb if you have the power from your 00:34:46,079 --> 00:34:47,629 thumb if you have the power from your power supply so if you have two of these 00:34:47,629 --> 00:34:47,639 power supply so if you have two of these 00:34:47,639 --> 00:34:48,829 power supply so if you have two of these in the box and your motherboard wants 00:34:48,829 --> 00:34:48,839 in the box and your motherboard wants 00:34:48,839 --> 00:34:51,190 in the box and your motherboard wants two of them plug them in but typically 00:34:51,190 --> 00:34:51,200 two of them plug them in but typically 00:34:51,200 --> 00:34:54,109 two of them plug them in but typically an 8 Pin is all you need to power 00:34:54,109 --> 00:34:54,119 an 8 Pin is all you need to power 00:34:54,119 --> 00:34:55,869 an 8 Pin is all you need to power everything but the most power hungry 00:34:55,869 --> 00:34:55,879 everything but the most power hungry 00:34:55,879 --> 00:34:58,030 everything but the most power hungry CPUs on the planet and this is going to 00:34:58,030 --> 00:34:58,040 CPUs on the planet and this is going to 00:34:58,040 --> 00:35:00,390 CPUs on the planet and this is going to install the exact same way as the PCI so 00:35:00,390 --> 00:35:00,400 install the exact same way as the PCI so 00:35:00,400 --> 00:35:01,510 install the exact same way as the PCI so you'll see that the other end that goes 00:35:01,510 --> 00:35:01,520 you'll see that the other end that goes 00:35:01,520 --> 00:35:02,950 you'll see that the other end that goes in the power supply is the same so it's 00:35:02,950 --> 00:35:02,960 in the power supply is the same so it's 00:35:02,960 --> 00:35:04,870 in the power supply is the same so it's the eight pen so you line it up with the 00:35:04,870 --> 00:35:04,880 the eight pen so you line it up with the 00:35:04,880 --> 00:35:06,950 the eight pen so you line it up with the CPU and pcie these are all the same so 00:35:06,950 --> 00:35:06,960 CPU and pcie these are all the same so 00:35:06,960 --> 00:35:09,870 CPU and pcie these are all the same so it doesn't matter so we line it up click 00:35:09,870 --> 00:35:09,880 it doesn't matter so we line it up click 00:35:09,880 --> 00:35:12,589 it doesn't matter so we line it up click it and this is ready to go into our 00:35:12,589 --> 00:35:12,599 it and this is ready to go into our 00:35:12,599 --> 00:35:14,069 it and this is ready to go into our motherboard connector specifically the 00:35:14,069 --> 00:35:14,079 motherboard connector specifically the 00:35:14,079 --> 00:35:16,589 motherboard connector specifically the CPU slot so for our build that's 00:35:16,589 --> 00:35:16,599 CPU slot so for our build that's 00:35:16,599 --> 00:35:18,430 CPU slot so for our build that's actually almost everything we need as 00:35:18,430 --> 00:35:18,440 actually almost everything we need as 00:35:18,440 --> 00:35:20,030 actually almost everything we need as far as power goes so there are a couple 00:35:20,030 --> 00:35:20,040 far as power goes so there are a couple 00:35:20,040 --> 00:35:21,109 far as power goes so there are a couple of other connectors that I will show you 00:35:21,109 --> 00:35:21,119 of other connectors that I will show you 00:35:21,119 --> 00:35:23,230 of other connectors that I will show you really quick here so if I grab this one 00:35:23,230 --> 00:35:23,240 really quick here so if I grab this one 00:35:23,240 --> 00:35:26,870 really quick here so if I grab this one right here this is known as SATA so SATA 00:35:26,870 --> 00:35:26,880 right here this is known as SATA so SATA 00:35:26,880 --> 00:35:29,150 right here this is known as SATA so SATA is a little bit an older School standard 00:35:29,150 --> 00:35:29,160 is a little bit an older School standard 00:35:29,160 --> 00:35:30,470 is a little bit an older School standard it's meant more so for like lower 00:35:30,470 --> 00:35:30,480 it's meant more so for like lower 00:35:30,480 --> 00:35:31,910 it's meant more so for like lower powered accessories so originally it was 00:35:31,910 --> 00:35:31,920 powered accessories so originally it was 00:35:31,920 --> 00:35:34,310 powered accessories so originally it was meant for hard drives Optical drives 00:35:34,310 --> 00:35:34,320 meant for hard drives Optical drives 00:35:34,320 --> 00:35:36,910 meant for hard drives Optical drives older School ssds often times these days 00:35:36,910 --> 00:35:36,920 older School ssds often times these days 00:35:36,920 --> 00:35:37,910 older School ssds often times these days you're actually going to use this more 00:35:37,910 --> 00:35:37,920 you're actually going to use this more 00:35:37,920 --> 00:35:40,310 you're actually going to use this more so for auxiliary things so for example 00:35:40,310 --> 00:35:40,320 so for auxiliary things so for example 00:35:40,320 --> 00:35:42,470 so for auxiliary things so for example you may need it for your fans you may 00:35:42,470 --> 00:35:42,480 you may need it for your fans you may 00:35:42,480 --> 00:35:45,109 you may need it for your fans you may need it for the pump you may need it for 00:35:45,109 --> 00:35:45,119 need it for the pump you may need it for 00:35:45,119 --> 00:35:46,470 need it for the pump you may need it for your all-in-one liquid cooler like 00:35:46,470 --> 00:35:46,480 your all-in-one liquid cooler like 00:35:46,480 --> 00:35:47,550 your all-in-one liquid cooler like there's a bunch of different things that 00:35:47,550 --> 00:35:47,560 there's a bunch of different things that 00:35:47,560 --> 00:35:49,790 there's a bunch of different things that you could use this for um so 00:35:49,790 --> 00:35:49,800 you could use this for um so 00:35:49,800 --> 00:35:51,150 you could use this for um so traditionally you're going to need to at 00:35:51,150 --> 00:35:51,160 traditionally you're going to need to at 00:35:51,160 --> 00:35:53,030 traditionally you're going to need to at least install one of these I think for 00:35:53,030 --> 00:35:53,040 least install one of these I think for 00:35:53,040 --> 00:35:55,510 least install one of these I think for this system this has what one two three 00:35:55,510 --> 00:35:55,520 this system this has what one two three 00:35:55,520 --> 00:35:57,349 this system this has what one two three it has three individual leads on it that 00:35:57,349 --> 00:35:57,359 it has three individual leads on it that 00:35:57,359 --> 00:35:59,349 it has three individual leads on it that should be be plenty for the system so 00:35:59,349 --> 00:35:59,359 should be be plenty for the system so 00:35:59,359 --> 00:36:01,069 should be be plenty for the system so this is probably the most unique looking 00:36:01,069 --> 00:36:01,079 this is probably the most unique looking 00:36:01,079 --> 00:36:03,030 this is probably the most unique looking actual connector so you'll see it's very 00:36:03,030 --> 00:36:03,040 actual connector so you'll see it's very 00:36:03,040 --> 00:36:05,470 actual connector so you'll see it's very long and skinny and has a little Notch 00:36:05,470 --> 00:36:05,480 long and skinny and has a little Notch 00:36:05,480 --> 00:36:06,910 long and skinny and has a little Notch that Notch is very helpful because it 00:36:06,910 --> 00:36:06,920 that Notch is very helpful because it 00:36:06,920 --> 00:36:08,589 that Notch is very helpful because it means that you're only going to install 00:36:08,589 --> 00:36:08,599 means that you're only going to install 00:36:08,599 --> 00:36:11,150 means that you're only going to install this one way so I'm going to just put 00:36:11,150 --> 00:36:11,160 this one way so I'm going to just put 00:36:11,160 --> 00:36:13,030 this one way so I'm going to just put one of these into our power supply for 00:36:13,030 --> 00:36:13,040 one of these into our power supply for 00:36:13,040 --> 00:36:14,710 one of these into our power supply for now I explain how to connect it once we 00:36:14,710 --> 00:36:14,720 now I explain how to connect it once we 00:36:14,720 --> 00:36:17,230 now I explain how to connect it once we actually need it uh but almost every 00:36:17,230 --> 00:36:17,240 actually need it uh but almost every 00:36:17,240 --> 00:36:18,790 actually need it uh but almost every build is going to want at least one of 00:36:18,790 --> 00:36:18,800 build is going to want at least one of 00:36:18,800 --> 00:36:21,390 build is going to want at least one of these SATA connectors installed on our 00:36:21,390 --> 00:36:21,400 these SATA connectors installed on our 00:36:21,400 --> 00:36:23,630 these SATA connectors installed on our power supply another cable that you may 00:36:23,630 --> 00:36:23,640 power supply another cable that you may 00:36:23,640 --> 00:36:25,950 power supply another cable that you may see although is thankfully becoming a 00:36:25,950 --> 00:36:25,960 see although is thankfully becoming a 00:36:25,960 --> 00:36:28,750 see although is thankfully becoming a little bit less common is Molex so 00:36:28,750 --> 00:36:28,760 little bit less common is Molex so 00:36:28,760 --> 00:36:31,870 little bit less common is Molex so you'll see this janky looking connector 00:36:31,870 --> 00:36:31,880 you'll see this janky looking connector 00:36:31,880 --> 00:36:33,990 you'll see this janky looking connector is old school like this is probably the 00:36:33,990 --> 00:36:34,000 is old school like this is probably the 00:36:34,000 --> 00:36:35,630 is old school like this is probably the oldest school Power standard that's 00:36:35,630 --> 00:36:35,640 oldest school Power standard that's 00:36:35,640 --> 00:36:36,910 oldest school Power standard that's still around I mean this has been around 00:36:36,910 --> 00:36:36,920 still around I mean this has been around 00:36:36,920 --> 00:36:39,510 still around I mean this has been around since freaking forever um this is 00:36:39,510 --> 00:36:39,520 since freaking forever um this is 00:36:39,520 --> 00:36:41,349 since freaking forever um this is similar to SATA in that it is meant for 00:36:41,349 --> 00:36:41,359 similar to SATA in that it is meant for 00:36:41,359 --> 00:36:43,109 similar to SATA in that it is meant for lower power accessories so this used to 00:36:43,109 --> 00:36:43,119 lower power accessories so this used to 00:36:43,119 --> 00:36:45,510 lower power accessories so this used to be used for like floppy disc drives 00:36:45,510 --> 00:36:45,520 be used for like floppy disc drives 00:36:45,520 --> 00:36:46,829 be used for like floppy disc drives thankfully most systems you actually 00:36:46,829 --> 00:36:46,839 thankfully most systems you actually 00:36:46,839 --> 00:36:49,910 thankfully most systems you actually won't need this uh some usually it's 00:36:49,910 --> 00:36:49,920 won't need this uh some usually it's 00:36:49,920 --> 00:36:51,710 won't need this uh some usually it's like fan headers and stuff will still 00:36:51,710 --> 00:36:51,720 like fan headers and stuff will still 00:36:51,720 --> 00:36:54,030 like fan headers and stuff will still use Molex um it's kind of annoying 00:36:54,030 --> 00:36:54,040 use Molex um it's kind of annoying 00:36:54,040 --> 00:36:55,630 use Molex um it's kind of annoying because it's got this like sort of like 00:36:55,630 --> 00:36:55,640 because it's got this like sort of like 00:36:55,640 --> 00:36:56,870 because it's got this like sort of like I don't know how you would call it a 00:36:56,870 --> 00:36:56,880 I don't know how you would call it a 00:36:56,880 --> 00:36:58,870 I don't know how you would call it a little like clip like clampy guy so you 00:36:58,870 --> 00:36:58,880 little like clip like clampy guy so you 00:36:58,880 --> 00:36:59,950 little like clip like clampy guy so you can see you kind of like sort of pinch 00:36:59,950 --> 00:36:59,960 can see you kind of like sort of pinch 00:36:59,960 --> 00:37:02,750 can see you kind of like sort of pinch it to install it it look I don't like 00:37:02,750 --> 00:37:02,760 it to install it it look I don't like 00:37:02,760 --> 00:37:04,309 it to install it it look I don't like these things they're really fiddly 00:37:04,309 --> 00:37:04,319 these things they're really fiddly 00:37:04,319 --> 00:37:05,670 these things they're really fiddly because sometimes you think You' got all 00:37:05,670 --> 00:37:05,680 because sometimes you think You' got all 00:37:05,680 --> 00:37:07,270 because sometimes you think You' got all the way installed it's not you have to 00:37:07,270 --> 00:37:07,280 the way installed it's not you have to 00:37:07,280 --> 00:37:09,230 the way installed it's not you have to really kind of tug it out if your system 00:37:09,230 --> 00:37:09,240 really kind of tug it out if your system 00:37:09,240 --> 00:37:10,870 really kind of tug it out if your system doesn't need one of these feel free to 00:37:10,870 --> 00:37:10,880 doesn't need one of these feel free to 00:37:10,880 --> 00:37:14,030 doesn't need one of these feel free to not plug this Cable in at all but if you 00:37:14,030 --> 00:37:14,040 not plug this Cable in at all but if you 00:37:14,040 --> 00:37:15,670 not plug this Cable in at all but if you think you may want to do it you don't 00:37:15,670 --> 00:37:15,680 think you may want to do it you don't 00:37:15,680 --> 00:37:17,430 think you may want to do it you don't want to double check all your components 00:37:17,430 --> 00:37:17,440 want to double check all your components 00:37:17,440 --> 00:37:19,630 want to double check all your components it's not a terrible idea to plug this in 00:37:19,630 --> 00:37:19,640 it's not a terrible idea to plug this in 00:37:19,640 --> 00:37:20,910 it's not a terrible idea to plug this in as you can see right here on the actual 00:37:20,910 --> 00:37:20,920 as you can see right here on the actual 00:37:20,920 --> 00:37:23,390 as you can see right here on the actual power supply these are all for SATA or 00:37:23,390 --> 00:37:23,400 power supply these are all for SATA or 00:37:23,400 --> 00:37:25,150 power supply these are all for SATA or molik so it doesn't matter so we could 00:37:25,150 --> 00:37:25,160 molik so it doesn't matter so we could 00:37:25,160 --> 00:37:27,109 molik so it doesn't matter so we could install this plug it in and just sort of 00:37:27,109 --> 00:37:27,119 install this plug it in and just sort of 00:37:27,119 --> 00:37:28,750 install this plug it in and just sort of Tuck this cable off to the side if we 00:37:28,750 --> 00:37:28,760 Tuck this cable off to the side if we 00:37:28,760 --> 00:37:30,470 Tuck this cable off to the side if we want to use it later but for these 00:37:30,470 --> 00:37:30,480 want to use it later but for these 00:37:30,480 --> 00:37:31,829 want to use it later but for these purposes and because I don't think I 00:37:31,829 --> 00:37:31,839 purposes and because I don't think I 00:37:31,839 --> 00:37:33,870 purposes and because I don't think I need Molex for anything in this system 00:37:33,870 --> 00:37:33,880 need Molex for anything in this system 00:37:33,880 --> 00:37:35,790 need Molex for anything in this system I'm going to disconnect this and put on 00:37:35,790 --> 00:37:35,800 I'm going to disconnect this and put on 00:37:35,800 --> 00:37:37,109 I'm going to disconnect this and put on a little cable pouch and if we find that 00:37:37,109 --> 00:37:37,119 a little cable pouch and if we find that 00:37:37,119 --> 00:37:39,390 a little cable pouch and if we find that we need it later all we got to do is pop 00:37:39,390 --> 00:37:39,400 we need it later all we got to do is pop 00:37:39,400 --> 00:37:41,550 we need it later all we got to do is pop open this little basement and plug one 00:37:41,550 --> 00:37:41,560 open this little basement and plug one 00:37:41,560 --> 00:37:42,790 open this little basement and plug one of these into the power supply we'll be 00:37:42,790 --> 00:37:42,800 of these into the power supply we'll be 00:37:42,800 --> 00:37:45,150 of these into the power supply we'll be good to go but I think we can safely not 00:37:45,150 --> 00:37:45,160 good to go but I think we can safely not 00:37:45,160 --> 00:37:47,829 good to go but I think we can safely not use this today other than that that's 00:37:47,829 --> 00:37:47,839 use this today other than that that's 00:37:47,839 --> 00:37:49,990 use this today other than that that's pretty much it so we have a few extra 00:37:49,990 --> 00:37:50,000 pretty much it so we have a few extra 00:37:50,000 --> 00:37:51,790 pretty much it so we have a few extra versions of the cables so again I've got 00:37:51,790 --> 00:37:51,800 versions of the cables so again I've got 00:37:51,800 --> 00:37:54,390 versions of the cables so again I've got more PCI Leads Here know I was about to 00:37:54,390 --> 00:37:54,400 more PCI Leads Here know I was about to 00:37:54,400 --> 00:37:56,670 more PCI Leads Here know I was about to put up this second CPU power connector 00:37:56,670 --> 00:37:56,680 put up this second CPU power connector 00:37:56,680 --> 00:37:58,349 put up this second CPU power connector but I just checked my mother board it 00:37:58,349 --> 00:37:58,359 but I just checked my mother board it 00:37:58,359 --> 00:38:01,069 but I just checked my mother board it actually does support8 plus 4 pens you 00:38:01,069 --> 00:38:01,079 actually does support8 plus 4 pens you 00:38:01,079 --> 00:38:03,309 actually does support8 plus 4 pens you don't have to do this I've run plenty of 00:38:03,309 --> 00:38:03,319 don't have to do this I've run plenty of 00:38:03,319 --> 00:38:05,230 don't have to do this I've run plenty of systems that have that auxiliary port 00:38:05,230 --> 00:38:05,240 systems that have that auxiliary port 00:38:05,240 --> 00:38:06,630 systems that have that auxiliary port and I don't pull anywhere near enough 00:38:06,630 --> 00:38:06,640 and I don't pull anywhere near enough 00:38:06,640 --> 00:38:08,430 and I don't pull anywhere near enough power for it so it doesn't it's like not 00:38:08,430 --> 00:38:08,440 power for it so it doesn't it's like not 00:38:08,440 --> 00:38:12,510 power for it so it doesn't it's like not necessary um but we have the cable it's 00:38:12,510 --> 00:38:12,520 necessary um but we have the cable it's 00:38:12,520 --> 00:38:14,710 necessary um but we have the cable it's just a little extra run and technically 00:38:14,710 --> 00:38:14,720 just a little extra run and technically 00:38:14,720 --> 00:38:16,230 just a little extra run and technically if we ever lose our mind and overclock 00:38:16,230 --> 00:38:16,240 if we ever lose our mind and overclock 00:38:16,240 --> 00:38:18,270 if we ever lose our mind and overclock this thing to a gajillion gigahertz it 00:38:18,270 --> 00:38:18,280 this thing to a gajillion gigahertz it 00:38:18,280 --> 00:38:20,069 this thing to a gajillion gigahertz it may need this cable so it's on the board 00:38:20,069 --> 00:38:20,079 may need this cable so it's on the board 00:38:20,079 --> 00:38:21,870 may need this cable so it's on the board I'm going to go ahead and install it now 00:38:21,870 --> 00:38:21,880 I'm going to go ahead and install it now 00:38:21,880 --> 00:38:23,950 I'm going to go ahead and install it now is time to install the power supply in 00:38:23,950 --> 00:38:23,960 is time to install the power supply in 00:38:23,960 --> 00:38:26,790 is time to install the power supply in our case so power supplies are very 00:38:26,790 --> 00:38:26,800 our case so power supplies are very 00:38:26,800 --> 00:38:28,470 our case so power supplies are very straightforward now sometimes they have 00:38:28,470 --> 00:38:28,480 straightforward now sometimes they have 00:38:28,480 --> 00:38:29,750 straightforward now sometimes they have like interesting designs you can see 00:38:29,750 --> 00:38:29,760 like interesting designs you can see 00:38:29,760 --> 00:38:32,030 like interesting designs you can see this one has uh the MSI logo and the mag 00:38:32,030 --> 00:38:32,040 this one has uh the MSI logo and the mag 00:38:32,040 --> 00:38:33,950 this one has uh the MSI logo and the mag logo on this side so it's meant so it 00:38:33,950 --> 00:38:33,960 logo on this side so it's meant so it 00:38:33,960 --> 00:38:35,870 logo on this side so it's meant so it will look good on either way but the 00:38:35,870 --> 00:38:35,880 will look good on either way but the 00:38:35,880 --> 00:38:37,750 will look good on either way but the important thing to keep in mind is that 00:38:37,750 --> 00:38:37,760 important thing to keep in mind is that 00:38:37,760 --> 00:38:39,470 important thing to keep in mind is that while all of your internal connectors 00:38:39,470 --> 00:38:39,480 while all of your internal connectors 00:38:39,480 --> 00:38:41,470 while all of your internal connectors are on one side this is obviously the 00:38:41,470 --> 00:38:41,480 are on one side this is obviously the 00:38:41,480 --> 00:38:42,670 are on one side this is obviously the back of the power supply where you have 00:38:42,670 --> 00:38:42,680 back of the power supply where you have 00:38:42,680 --> 00:38:44,790 back of the power supply where you have your onoff switch your I and your little 00:38:44,790 --> 00:38:44,800 your onoff switch your I and your little 00:38:44,800 --> 00:38:48,790 your onoff switch your I and your little fan button but you will also find a fan 00:38:48,790 --> 00:38:48,800 fan button but you will also find a fan 00:38:48,800 --> 00:38:50,990 fan button but you will also find a fan it is important to give access to Fresh 00:38:50,990 --> 00:38:51,000 it is important to give access to Fresh 00:38:51,000 --> 00:38:53,950 it is important to give access to Fresh Air for this fan so when it comes to 00:38:53,950 --> 00:38:53,960 Air for this fan so when it comes to 00:38:53,960 --> 00:38:56,950 Air for this fan so when it comes to installing it in the case the vast vast 00:38:56,950 --> 00:38:56,960 installing it in the case the vast vast 00:38:56,960 --> 00:38:58,589 installing it in the case the vast vast majority of cases these days we'll 00:38:58,589 --> 00:38:58,599 majority of cases these days we'll 00:38:58,599 --> 00:39:00,230 majority of cases these days we'll install the power supply on the bottom 00:39:00,230 --> 00:39:00,240 install the power supply on the bottom 00:39:00,240 --> 00:39:01,670 install the power supply on the bottom whether you have a basement or not it 00:39:01,670 --> 00:39:01,680 whether you have a basement or not it 00:39:01,680 --> 00:39:03,510 whether you have a basement or not it almost always goes on the bottom if I 00:39:03,510 --> 00:39:03,520 almost always goes on the bottom if I 00:39:03,520 --> 00:39:05,470 almost always goes on the bottom if I was installing this on the top of the 00:39:05,470 --> 00:39:05,480 was installing this on the top of the 00:39:05,480 --> 00:39:07,270 was installing this on the top of the case then typically You' want to have 00:39:07,270 --> 00:39:07,280 case then typically You' want to have 00:39:07,280 --> 00:39:09,470 case then typically You' want to have the fan up so the fan can pull in air 00:39:09,470 --> 00:39:09,480 the fan up so the fan can pull in air 00:39:09,480 --> 00:39:11,589 the fan up so the fan can pull in air from the top but because I'm installing 00:39:11,589 --> 00:39:11,599 from the top but because I'm installing 00:39:11,599 --> 00:39:12,910 from the top but because I'm installing on the bottom of the case I'm going to 00:39:12,910 --> 00:39:12,920 on the bottom of the case I'm going to 00:39:12,920 --> 00:39:16,510 on the bottom of the case I'm going to go fan down so you can see here that I 00:39:16,510 --> 00:39:16,520 go fan down so you can see here that I 00:39:16,520 --> 00:39:17,870 go fan down so you can see here that I actually have a little fan filter 00:39:17,870 --> 00:39:17,880 actually have a little fan filter 00:39:17,880 --> 00:39:19,870 actually have a little fan filter specifically for the power supply so 00:39:19,870 --> 00:39:19,880 specifically for the power supply so 00:39:19,880 --> 00:39:21,270 specifically for the power supply so this actually pops out from the bottom 00:39:21,270 --> 00:39:21,280 this actually pops out from the bottom 00:39:21,280 --> 00:39:22,990 this actually pops out from the bottom this is fairly standard on most cases 00:39:22,990 --> 00:39:23,000 this is fairly standard on most cases 00:39:23,000 --> 00:39:24,790 this is fairly standard on most cases it's just a little dust filter but it 00:39:24,790 --> 00:39:24,800 it's just a little dust filter but it 00:39:24,800 --> 00:39:27,510 it's just a little dust filter but it gives you a very good sense for where 00:39:27,510 --> 00:39:27,520 gives you a very good sense for where 00:39:27,520 --> 00:39:29,150 gives you a very good sense for where the air flow is going to be coming from 00:39:29,150 --> 00:39:29,160 the air flow is going to be coming from 00:39:29,160 --> 00:39:31,550 the air flow is going to be coming from your power supply so what we're going to 00:39:31,550 --> 00:39:31,560 your power supply so what we're going to 00:39:31,560 --> 00:39:32,790 your power supply so what we're going to do is we're going to take our power 00:39:32,790 --> 00:39:32,800 do is we're going to take our power 00:39:32,800 --> 00:39:34,150 do is we're going to take our power supply actually I think with this system 00:39:34,150 --> 00:39:34,160 supply actually I think with this system 00:39:34,160 --> 00:39:35,270 supply actually I think with this system it doesn't matter we can go left or 00:39:35,270 --> 00:39:35,280 it doesn't matter we can go left or 00:39:35,280 --> 00:39:36,870 it doesn't matter we can go left or right we're going to line it up with 00:39:36,870 --> 00:39:36,880 right we're going to line it up with 00:39:36,880 --> 00:39:38,470 right we're going to line it up with that fan facing down so it's going to be 00:39:38,470 --> 00:39:38,480 that fan facing down so it's going to be 00:39:38,480 --> 00:39:40,190 that fan facing down so it's going to be able to pull in air from here so we're 00:39:40,190 --> 00:39:40,200 able to pull in air from here so we're 00:39:40,200 --> 00:39:42,710 able to pull in air from here so we're going to slide this into place it 00:39:42,710 --> 00:39:42,720 going to slide this into place it 00:39:42,720 --> 00:39:43,670 going to slide this into place it actually has these nice little rubber 00:39:43,670 --> 00:39:43,680 actually has these nice little rubber 00:39:43,680 --> 00:39:45,109 actually has these nice little rubber feet which help us to sort of Center 00:39:45,109 --> 00:39:45,119 feet which help us to sort of Center 00:39:45,119 --> 00:39:46,950 feet which help us to sort of Center things up and don't worry about your 00:39:46,950 --> 00:39:46,960 things up and don't worry about your 00:39:46,960 --> 00:39:47,990 things up and don't worry about your cables right now they're all kind of 00:39:47,990 --> 00:39:48,000 cables right now they're all kind of 00:39:48,000 --> 00:39:49,870 cables right now they're all kind of dangling out the back it's totally fine 00:39:49,870 --> 00:39:49,880 dangling out the back it's totally fine 00:39:49,880 --> 00:39:51,470 dangling out the back it's totally fine this part is very simple we just need to 00:39:51,470 --> 00:39:51,480 this part is very simple we just need to 00:39:51,480 --> 00:39:53,030 this part is very simple we just need to install the four screws to hold our 00:39:53,030 --> 00:39:53,040 install the four screws to hold our 00:39:53,040 --> 00:39:55,109 install the four screws to hold our power supply into place so I'm going to 00:39:55,109 --> 00:39:55,119 power supply into place so I'm going to 00:39:55,119 --> 00:39:57,790 power supply into place so I'm going to go ahead and grab a screw um so the only 00:39:57,790 --> 00:39:57,800 go ahead and grab a screw um so the only 00:39:57,800 --> 00:39:59,750 go ahead and grab a screw um so the only thing you may have to do is power 00:39:59,750 --> 00:39:59,760 thing you may have to do is power 00:39:59,760 --> 00:40:02,309 thing you may have to do is power supplies they always sit roughly right 00:40:02,309 --> 00:40:02,319 supplies they always sit roughly right 00:40:02,319 --> 00:40:04,069 supplies they always sit roughly right but often times they're like slightly 00:40:04,069 --> 00:40:04,079 but often times they're like slightly 00:40:04,079 --> 00:40:05,510 but often times they're like slightly off so maybe be leaning one way or 00:40:05,510 --> 00:40:05,520 off so maybe be leaning one way or 00:40:05,520 --> 00:40:07,190 off so maybe be leaning one way or another so just visually make sure that 00:40:07,190 --> 00:40:07,200 another so just visually make sure that 00:40:07,200 --> 00:40:09,349 another so just visually make sure that you can see all of the screw holes so 00:40:09,349 --> 00:40:09,359 you can see all of the screw holes so 00:40:09,359 --> 00:40:10,829 you can see all of the screw holes so with this I'm actually a little bit low 00:40:10,829 --> 00:40:10,839 with this I'm actually a little bit low 00:40:10,839 --> 00:40:13,589 with this I'm actually a little bit low so I make sure that sit completely flat 00:40:13,589 --> 00:40:13,599 so I make sure that sit completely flat 00:40:13,599 --> 00:40:15,430 so I make sure that sit completely flat which it looks like it is so you may 00:40:15,430 --> 00:40:15,440 which it looks like it is so you may 00:40:15,440 --> 00:40:16,630 which it looks like it is so you may just need to do a little bit of wiggling 00:40:16,630 --> 00:40:16,640 just need to do a little bit of wiggling 00:40:16,640 --> 00:40:18,710 just need to do a little bit of wiggling to make sure so just pick any of the 00:40:18,710 --> 00:40:18,720 to make sure so just pick any of the 00:40:18,720 --> 00:40:19,950 to make sure so just pick any of the sides doesn't matter where you start so 00:40:19,950 --> 00:40:19,960 sides doesn't matter where you start so 00:40:19,960 --> 00:40:21,710 sides doesn't matter where you start so just going do it right 00:40:21,710 --> 00:40:21,720 just going do it right 00:40:21,720 --> 00:40:23,750 just going do it right here and then we're going to get this 00:40:23,750 --> 00:40:23,760 here and then we're going to get this 00:40:23,760 --> 00:40:26,150 here and then we're going to get this installed so when it comes to installing 00:40:26,150 --> 00:40:26,160 installed so when it comes to installing 00:40:26,160 --> 00:40:27,349 installed so when it comes to installing actually really all components so 00:40:27,349 --> 00:40:27,359 actually really all components so 00:40:27,359 --> 00:40:28,870 actually really all components so there's a couple things to keep in mind 00:40:28,870 --> 00:40:28,880 there's a couple things to keep in mind 00:40:28,880 --> 00:40:30,870 there's a couple things to keep in mind first and foremost don't tighten it down 00:40:30,870 --> 00:40:30,880 first and foremost don't tighten it down 00:40:30,880 --> 00:40:32,349 first and foremost don't tighten it down until you've got it into place you know 00:40:32,349 --> 00:40:32,359 until you've got it into place you know 00:40:32,359 --> 00:40:33,589 until you've got it into place you know it's just like almost anything in life 00:40:33,589 --> 00:40:33,599 it's just like almost anything in life 00:40:33,599 --> 00:40:34,550 it's just like almost anything in life you want to make sure that you got all 00:40:34,550 --> 00:40:34,560 you want to make sure that you got all 00:40:34,560 --> 00:40:36,190 you want to make sure that you got all your screws into place before you do the 00:40:36,190 --> 00:40:36,200 your screws into place before you do the 00:40:36,200 --> 00:40:38,309 your screws into place before you do the final tighten on top of that you should 00:40:38,309 --> 00:40:38,319 final tighten on top of that you should 00:40:38,319 --> 00:40:40,870 final tighten on top of that you should do it in a cross pattern so I started 00:40:40,870 --> 00:40:40,880 do it in a cross pattern so I started 00:40:40,880 --> 00:40:42,750 do it in a cross pattern so I started with this bottom left screw to make sure 00:40:42,750 --> 00:40:42,760 with this bottom left screw to make sure 00:40:42,760 --> 00:40:44,390 with this bottom left screw to make sure that I'm applying even pressure I'm now 00:40:44,390 --> 00:40:44,400 that I'm applying even pressure I'm now 00:40:44,400 --> 00:40:45,950 that I'm applying even pressure I'm now going to go to the top right screw to 00:40:45,950 --> 00:40:45,960 going to go to the top right screw to 00:40:45,960 --> 00:40:48,550 going to go to the top right screw to install that now it's not super 00:40:48,550 --> 00:40:48,560 install that now it's not super 00:40:48,560 --> 00:40:50,270 install that now it's not super important when it comes to a power 00:40:50,270 --> 00:40:50,280 important when it comes to a power 00:40:50,280 --> 00:40:51,510 important when it comes to a power supply because there's not like any 00:40:51,510 --> 00:40:51,520 supply because there's not like any 00:40:51,520 --> 00:40:52,589 supply because there's not like any crazy tension or anything you have to 00:40:52,589 --> 00:40:52,599 crazy tension or anything you have to 00:40:52,599 --> 00:40:54,190 crazy tension or anything you have to worry about but some other components 00:40:54,190 --> 00:40:54,200 worry about but some other components 00:40:54,200 --> 00:40:55,390 worry about but some other components specifically it comes to something like 00:40:55,390 --> 00:40:55,400 specifically it comes to something like 00:40:55,400 --> 00:40:57,349 specifically it comes to something like a CPU Cooler this is actually very 00:40:57,349 --> 00:40:57,359 a CPU Cooler this is actually very 00:40:57,359 --> 00:40:59,069 a CPU Cooler this is actually very important but honestly again this is 00:40:59,069 --> 00:40:59,079 important but honestly again this is 00:40:59,079 --> 00:41:01,190 important but honestly again this is just good General Life advice cross 00:41:01,190 --> 00:41:01,200 just good General Life advice cross 00:41:01,200 --> 00:41:02,950 just good General Life advice cross patterns whether it's your wheel whether 00:41:02,950 --> 00:41:02,960 patterns whether it's your wheel whether 00:41:02,960 --> 00:41:04,270 patterns whether it's your wheel whether it's your power supply whether it's your 00:41:04,270 --> 00:41:04,280 it's your power supply whether it's your 00:41:04,280 --> 00:41:08,069 it's your power supply whether it's your CPU whether it's your door handle that 00:41:08,069 --> 00:41:08,079 CPU whether it's your door handle that 00:41:08,079 --> 00:41:09,470 CPU whether it's your door handle that has four screws for some reason whatever 00:41:09,470 --> 00:41:09,480 has four screws for some reason whatever 00:41:09,480 --> 00:41:11,190 has four screws for some reason whatever the case is it's always good to go on 00:41:11,190 --> 00:41:11,200 the case is it's always good to go on 00:41:11,200 --> 00:41:12,910 the case is it's always good to go on opposite Corners so you're evenly 00:41:12,910 --> 00:41:12,920 opposite Corners so you're evenly 00:41:12,920 --> 00:41:14,309 opposite Corners so you're evenly applying pressure to whatever it is that 00:41:14,309 --> 00:41:14,319 applying pressure to whatever it is that 00:41:14,319 --> 00:41:15,990 applying pressure to whatever it is that you're installing once you got the first 00:41:15,990 --> 00:41:16,000 you're installing once you got the first 00:41:16,000 --> 00:41:17,349 you're installing once you got the first two screws in you can kind of let go of 00:41:17,349 --> 00:41:17,359 two screws in you can kind of let go of 00:41:17,359 --> 00:41:19,309 two screws in you can kind of let go of the power supply and then these should 00:41:19,309 --> 00:41:19,319 the power supply and then these should 00:41:19,319 --> 00:41:20,550 the power supply and then these should go in a little bit 00:41:20,550 --> 00:41:20,560 go in a little bit 00:41:20,560 --> 00:41:22,309 go in a little bit easier again we're just going to do it 00:41:22,309 --> 00:41:22,319 easier again we're just going to do it 00:41:22,319 --> 00:41:23,550 easier again we're just going to do it kind of light to make sure that we've 00:41:23,550 --> 00:41:23,560 kind of light to make sure that we've 00:41:23,560 --> 00:41:25,430 kind of light to make sure that we've got everything lined up correctly and 00:41:25,430 --> 00:41:25,440 got everything lined up correctly and 00:41:25,440 --> 00:41:26,910 got everything lined up correctly and for this final screw we actually can 00:41:26,910 --> 00:41:26,920 for this final screw we actually can 00:41:26,920 --> 00:41:28,630 for this final screw we actually can assume that everything looks fine which 00:41:28,630 --> 00:41:28,640 assume that everything looks fine which 00:41:28,640 --> 00:41:30,790 assume that everything looks fine which it is we've got access to everything we 00:41:30,790 --> 00:41:30,800 it is we've got access to everything we 00:41:30,800 --> 00:41:32,150 it is we've got access to everything we actually can now start tightening things 00:41:32,150 --> 00:41:32,160 actually can now start tightening things 00:41:32,160 --> 00:41:34,470 actually can now start tightening things now that we know that it is all lined up 00:41:34,470 --> 00:41:34,480 now that we know that it is all lined up 00:41:34,480 --> 00:41:35,710 now that we know that it is all lined up once you've got these screws tightened 00:41:35,710 --> 00:41:35,720 once you've got these screws tightened 00:41:35,720 --> 00:41:37,150 once you've got these screws tightened up you have successfully installed 00:41:37,150 --> 00:41:37,160 up you have successfully installed 00:41:37,160 --> 00:41:38,750 up you have successfully installed yourself a power supply in your gaming 00:41:38,750 --> 00:41:38,760 yourself a power supply in your gaming 00:41:38,760 --> 00:41:44,150 yourself a power supply in your gaming PC that's step one of just a couple more 00:41:44,150 --> 00:41:44,160 PC that's step one of just a couple more 00:41:44,160 --> 00:41:45,150 PC that's step one of just a couple more there a 00:41:45,150 --> 00:41:45,160 there a 00:41:45,160 --> 00:41:47,309 there a few we'll be here for a couple more 00:41:47,309 --> 00:41:47,319 few we'll be here for a couple more 00:41:47,319 --> 00:41:49,710 few we'll be here for a couple more hours all right so for now we're clear 00:41:49,710 --> 00:41:49,720 hours all right so for now we're clear 00:41:49,720 --> 00:41:51,510 hours all right so for now we're clear to take our case and just set it off to 00:41:51,510 --> 00:41:51,520 to take our case and just set it off to 00:41:51,520 --> 00:41:53,390 to take our case and just set it off to the side because we are going to begin 00:41:53,390 --> 00:41:53,400 the side because we are going to begin 00:41:53,400 --> 00:41:55,510 the side because we are going to begin building up our motherboard so we're 00:41:55,510 --> 00:41:55,520 building up our motherboard so we're 00:41:55,520 --> 00:41:56,950 building up our motherboard so we're going to be looking for a few components 00:41:56,950 --> 00:41:56,960 going to be looking for a few components 00:41:56,960 --> 00:41:59,349 going to be looking for a few components here so we're going to have not only of 00:41:59,349 --> 00:41:59,359 here so we're going to have not only of 00:41:59,359 --> 00:42:00,550 here so we're going to have not only of course the motherboard which is 00:42:00,550 --> 00:42:00,560 course the motherboard which is 00:42:00,560 --> 00:42:02,150 course the motherboard which is important but we're also going to grab 00:42:02,150 --> 00:42:02,160 important but we're also going to grab 00:42:02,160 --> 00:42:05,710 important but we're also going to grab our CPU we're going to grab our memory 00:42:05,710 --> 00:42:05,720 our CPU we're going to grab our memory 00:42:05,720 --> 00:42:07,670 our CPU we're going to grab our memory and assuming you're using an M2 SSD 00:42:07,670 --> 00:42:07,680 and assuming you're using an M2 SSD 00:42:07,680 --> 00:42:09,190 and assuming you're using an M2 SSD we're also going to be grabbing this if 00:42:09,190 --> 00:42:09,200 we're also going to be grabbing this if 00:42:09,200 --> 00:42:11,150 we're also going to be grabbing this if you're using a hard drive which 00:42:11,150 --> 00:42:11,160 you're using a hard drive which 00:42:11,160 --> 00:42:13,630 you're using a hard drive which hopefully not or a St SSD we'll do that 00:42:13,630 --> 00:42:13,640 hopefully not or a St SSD we'll do that 00:42:13,640 --> 00:42:15,550 hopefully not or a St SSD we'll do that later but for this we need all four of 00:42:15,550 --> 00:42:15,560 later but for this we need all four of 00:42:15,560 --> 00:42:16,589 later but for this we need all four of these things because they're all going 00:42:16,589 --> 00:42:16,599 these things because they're all going 00:42:16,599 --> 00:42:19,109 these things because they're all going to be installed onto our motherboard so 00:42:19,109 --> 00:42:19,119 to be installed onto our motherboard so 00:42:19,119 --> 00:42:20,470 to be installed onto our motherboard so before we open all these up let me give 00:42:20,470 --> 00:42:20,480 before we open all these up let me give 00:42:20,480 --> 00:42:22,349 before we open all these up let me give you a quick little tour around the board 00:42:22,349 --> 00:42:22,359 you a quick little tour around the board 00:42:22,359 --> 00:42:25,349 you a quick little tour around the board itself so motherboards uh there's a few 00:42:25,349 --> 00:42:25,359 itself so motherboards uh there's a few 00:42:25,359 --> 00:42:26,750 itself so motherboards uh there's a few things to know about this again a 00:42:26,750 --> 00:42:26,760 things to know about this again a 00:42:26,760 --> 00:42:28,470 things to know about this again a motherboard is where all of your 00:42:28,470 --> 00:42:28,480 motherboard is where all of your 00:42:28,480 --> 00:42:30,069 motherboard is where all of your components are going to connect so this 00:42:30,069 --> 00:42:30,079 components are going to connect so this 00:42:30,079 --> 00:42:32,190 components are going to connect so this is an important component there's a few 00:42:32,190 --> 00:42:32,200 is an important component there's a few 00:42:32,200 --> 00:42:33,630 is an important component there's a few things to keep in mind as we're actually 00:42:33,630 --> 00:42:33,640 things to keep in mind as we're actually 00:42:33,640 --> 00:42:34,990 things to keep in mind as we're actually doing this so again I'm going to flip it 00:42:34,990 --> 00:42:35,000 doing this so again I'm going to flip it 00:42:35,000 --> 00:42:36,430 doing this so again I'm going to flip it over to the back there is some 00:42:36,430 --> 00:42:36,440 over to the back there is some 00:42:36,440 --> 00:42:37,790 over to the back there is some information here there's also should be 00:42:37,790 --> 00:42:37,800 information here there's also should be 00:42:37,800 --> 00:42:39,470 information here there's also should be a manual on the inside but it'll give 00:42:39,470 --> 00:42:39,480 a manual on the inside but it'll give 00:42:39,480 --> 00:42:40,910 a manual on the inside but it'll give you a little bit of basic stuff it'll 00:42:40,910 --> 00:42:40,920 you a little bit of basic stuff it'll 00:42:40,920 --> 00:42:42,910 you a little bit of basic stuff it'll tell you about the compatibility yada y 00:42:42,910 --> 00:42:42,920 tell you about the compatibility yada y 00:42:42,920 --> 00:42:44,910 tell you about the compatibility yada y yada none of this is important but I 00:42:44,910 --> 00:42:44,920 yada none of this is important but I 00:42:44,920 --> 00:42:46,710 yada none of this is important but I will tell you what while you build this 00:42:46,710 --> 00:42:46,720 will tell you what while you build this 00:42:46,720 --> 00:42:48,710 will tell you what while you build this up keep the Box handy I actually like 00:42:48,710 --> 00:42:48,720 up keep the Box handy I actually like 00:42:48,720 --> 00:42:50,670 up keep the Box handy I actually like building my motherboard up on the box 00:42:50,670 --> 00:42:50,680 building my motherboard up on the box 00:42:50,680 --> 00:42:53,390 building my motherboard up on the box because it is fairly safe against stuff 00:42:53,390 --> 00:42:53,400 because it is fairly safe against stuff 00:42:53,400 --> 00:42:55,950 because it is fairly safe against stuff like static electricity now okay so Ken 00:42:55,950 --> 00:42:55,960 like static electricity now okay so Ken 00:42:55,960 --> 00:42:57,230 like static electricity now okay so Ken is going to now demonstrate what your 00:42:57,230 --> 00:42:57,240 is going to now demonstrate what your 00:42:57,240 --> 00:42:59,030 is going to now demonstrate what your not supposed to do which is to rub your 00:42:59,030 --> 00:42:59,040 not supposed to do which is to rub your 00:42:59,040 --> 00:43:01,630 not supposed to do which is to rub your socks on carpet and try to zap things 00:43:01,630 --> 00:43:01,640 socks on carpet and try to zap things 00:43:01,640 --> 00:43:03,630 socks on carpet and try to zap things but I'll be honest most of these things 00:43:03,630 --> 00:43:03,640 but I'll be honest most of these things 00:43:03,640 --> 00:43:05,870 but I'll be honest most of these things are relatively durable to the point 00:43:05,870 --> 00:43:05,880 are relatively durable to the point 00:43:05,880 --> 00:43:07,510 are relatively durable to the point where you would have to try real real 00:43:07,510 --> 00:43:07,520 where you would have to try real real 00:43:07,520 --> 00:43:09,589 where you would have to try real real hard to cause it the yeah there you go 00:43:09,589 --> 00:43:09,599 hard to cause it the yeah there you go 00:43:09,599 --> 00:43:10,990 hard to cause it the yeah there you go thank you for the illustration yeah so 00:43:10,990 --> 00:43:11,000 thank you for the illustration yeah so 00:43:11,000 --> 00:43:12,270 thank you for the illustration yeah so there you go didn't kill it you see that 00:43:12,270 --> 00:43:12,280 there you go didn't kill it you see that 00:43:12,280 --> 00:43:14,190 there you go didn't kill it you see that what happened but what I do like to do 00:43:14,190 --> 00:43:14,200 what happened but what I do like to do 00:43:14,200 --> 00:43:16,150 what happened but what I do like to do is pull the motherboard out and once I 00:43:16,150 --> 00:43:16,160 is pull the motherboard out and once I 00:43:16,160 --> 00:43:17,230 is pull the motherboard out and once I get my accessories out I'm going to put 00:43:17,230 --> 00:43:17,240 get my accessories out I'm going to put 00:43:17,240 --> 00:43:19,069 get my accessories out I'm going to put this on the box and use that as my 00:43:19,069 --> 00:43:19,079 this on the box and use that as my 00:43:19,079 --> 00:43:22,510 this on the box and use that as my little build area so motherboard take a 00:43:22,510 --> 00:43:22,520 little build area so motherboard take a 00:43:22,520 --> 00:43:24,750 little build area so motherboard take a look at in a second below that we have a 00:43:24,750 --> 00:43:24,760 look at in a second below that we have a 00:43:24,760 --> 00:43:26,870 look at in a second below that we have a few things that we will want to pull out 00:43:26,870 --> 00:43:26,880 few things that we will want to pull out 00:43:26,880 --> 00:43:28,589 few things that we will want to pull out so so because this motherboard has Wi-Fi 00:43:28,589 --> 00:43:28,599 so so because this motherboard has Wi-Fi 00:43:28,599 --> 00:43:30,549 so so because this motherboard has Wi-Fi it's going to have our Wi-Fi antennas we 00:43:30,549 --> 00:43:30,559 it's going to have our Wi-Fi antennas we 00:43:30,559 --> 00:43:34,710 it's going to have our Wi-Fi antennas we toss that off to the side we have a 00:43:34,710 --> 00:43:34,720 toss that off to the side we have a 00:43:34,720 --> 00:43:36,870 toss that off to the side we have a slightly smaller instruction manual 00:43:36,870 --> 00:43:36,880 slightly smaller instruction manual 00:43:36,880 --> 00:43:38,349 slightly smaller instruction manual compared to what you used to get back in 00:43:38,349 --> 00:43:38,359 compared to what you used to get back in 00:43:38,359 --> 00:43:40,150 compared to what you used to get back in the day so it's going to give me a 00:43:40,150 --> 00:43:40,160 the day so it's going to give me a 00:43:40,160 --> 00:43:42,349 the day so it's going to give me a little bit of info here you may want to 00:43:42,349 --> 00:43:42,359 little bit of info here you may want to 00:43:42,359 --> 00:43:44,950 little bit of info here you may want to pull up the pdf online if you don't have 00:43:44,950 --> 00:43:44,960 pull up the pdf online if you don't have 00:43:44,960 --> 00:43:46,630 pull up the pdf online if you don't have the full manual this is going to give us 00:43:46,630 --> 00:43:46,640 the full manual this is going to give us 00:43:46,640 --> 00:43:48,430 the full manual this is going to give us some very basic stuff but there are a 00:43:48,430 --> 00:43:48,440 some very basic stuff but there are a 00:43:48,440 --> 00:43:50,390 some very basic stuff but there are a few things in this manual which are nice 00:43:50,390 --> 00:43:50,400 few things in this manual which are nice 00:43:50,400 --> 00:43:52,790 few things in this manual which are nice to have such as your pen outs for your 00:43:52,790 --> 00:43:52,800 to have such as your pen outs for your 00:43:52,800 --> 00:43:54,910 to have such as your pen outs for your front panel connectors and a little bit 00:43:54,910 --> 00:43:54,920 front panel connectors and a little bit 00:43:54,920 --> 00:43:56,750 front panel connectors and a little bit more of a thorough overview of all the 00:43:56,750 --> 00:43:56,760 more of a thorough overview of all the 00:43:56,760 --> 00:43:59,589 more of a thorough overview of all the compon on the board so like a lot of 00:43:59,589 --> 00:43:59,599 compon on the board so like a lot of 00:43:59,599 --> 00:44:01,309 compon on the board so like a lot of components when it comes to building a 00:44:01,309 --> 00:44:01,319 components when it comes to building a 00:44:01,319 --> 00:44:03,109 components when it comes to building a PC every motherboard is going to be a 00:44:03,109 --> 00:44:03,119 PC every motherboard is going to be a 00:44:03,119 --> 00:44:04,549 PC every motherboard is going to be a little different so I'm going to walk 00:44:04,549 --> 00:44:04,559 little different so I'm going to walk 00:44:04,559 --> 00:44:06,670 little different so I'm going to walk you through this specific gigabyte b650 00:44:06,670 --> 00:44:06,680 you through this specific gigabyte b650 00:44:06,680 --> 00:44:08,630 you through this specific gigabyte b650 board there's some similarities between 00:44:08,630 --> 00:44:08,640 board there's some similarities between 00:44:08,640 --> 00:44:09,950 board there's some similarities between all boards there's some similarities 00:44:09,950 --> 00:44:09,960 all boards there's some similarities 00:44:09,960 --> 00:44:12,990 all boards there's some similarities between AMD boards but always safe bet 00:44:12,990 --> 00:44:13,000 between AMD boards but always safe bet 00:44:13,000 --> 00:44:14,589 between AMD boards but always safe bet is to actually find that manual that 00:44:14,589 --> 00:44:14,599 is to actually find that manual that 00:44:14,599 --> 00:44:16,470 is to actually find that manual that comes with your motherboard and take a 00:44:16,470 --> 00:44:16,480 comes with your motherboard and take a 00:44:16,480 --> 00:44:17,589 comes with your motherboard and take a look through and it'll just kind of 00:44:17,589 --> 00:44:17,599 look through and it'll just kind of 00:44:17,599 --> 00:44:20,270 look through and it'll just kind of explain to you where each item is now 00:44:20,270 --> 00:44:20,280 explain to you where each item is now 00:44:20,280 --> 00:44:22,670 explain to you where each item is now beyond the Wi-Fi module on the board 00:44:22,670 --> 00:44:22,680 beyond the Wi-Fi module on the board 00:44:22,680 --> 00:44:25,230 beyond the Wi-Fi module on the board there are a few accessories here so we 00:44:25,230 --> 00:44:25,240 there are a few accessories here so we 00:44:25,240 --> 00:44:27,950 there are a few accessories here so we have a couple of screws 00:44:27,950 --> 00:44:27,960 have a couple of screws 00:44:27,960 --> 00:44:29,670 have a couple of screws uh actually have a bunch of screws so 00:44:29,670 --> 00:44:29,680 uh actually have a bunch of screws so 00:44:29,680 --> 00:44:31,670 uh actually have a bunch of screws so these will be to install ssds so we're 00:44:31,670 --> 00:44:31,680 these will be to install ssds so we're 00:44:31,680 --> 00:44:33,390 these will be to install ssds so we're just going to put these off to the side 00:44:33,390 --> 00:44:33,400 just going to put these off to the side 00:44:33,400 --> 00:44:35,230 just going to put these off to the side we also have a couple and by a couple 00:44:35,230 --> 00:44:35,240 we also have a couple and by a couple 00:44:35,240 --> 00:44:37,950 we also have a couple and by a couple mean two stated cables now we're going 00:44:37,950 --> 00:44:37,960 mean two stated cables now we're going 00:44:37,960 --> 00:44:39,549 mean two stated cables now we're going to be using this for our hard drive but 00:44:39,549 --> 00:44:39,559 to be using this for our hard drive but 00:44:39,559 --> 00:44:41,030 to be using this for our hard drive but again we would use these sated cables 00:44:41,030 --> 00:44:41,040 again we would use these sated cables 00:44:41,040 --> 00:44:44,510 again we would use these sated cables for a traditional hard drive a SATA SSD 00:44:44,510 --> 00:44:44,520 for a traditional hard drive a SATA SSD 00:44:44,520 --> 00:44:45,910 for a traditional hard drive a SATA SSD an optical drive if you're using one of 00:44:45,910 --> 00:44:45,920 an optical drive if you're using one of 00:44:45,920 --> 00:44:47,990 an optical drive if you're using one of those um SATA cables are nice and they 00:44:47,990 --> 00:44:48,000 those um SATA cables are nice and they 00:44:48,000 --> 00:44:49,910 those um SATA cables are nice and they typically not always but typically come 00:44:49,910 --> 00:44:49,920 typically not always but typically come 00:44:49,920 --> 00:44:51,549 typically not always but typically come with your motherboard the board itself 00:44:51,549 --> 00:44:51,559 with your motherboard the board itself 00:44:51,559 --> 00:44:54,190 with your motherboard the board itself this is an ATX motherboard so the most 00:44:54,190 --> 00:44:54,200 this is an ATX motherboard so the most 00:44:54,200 --> 00:44:55,829 this is an ATX motherboard so the most standard size for I would say the 00:44:55,829 --> 00:44:55,839 standard size for I would say the 00:44:55,839 --> 00:44:57,030 standard size for I would say the majority of first- time builders 00:44:57,030 --> 00:44:57,040 majority of first- time builders 00:44:57,040 --> 00:44:59,549 majority of first- time builders especially so what you'll see is a whole 00:44:59,549 --> 00:44:59,559 especially so what you'll see is a whole 00:44:59,559 --> 00:45:01,950 especially so what you'll see is a whole lot of stuff inside this plastic bag so 00:45:01,950 --> 00:45:01,960 lot of stuff inside this plastic bag so 00:45:01,960 --> 00:45:05,230 lot of stuff inside this plastic bag so I'm going to set this down here um now 00:45:05,230 --> 00:45:05,240 I'm going to set this down here um now 00:45:05,240 --> 00:45:07,030 I'm going to set this down here um now I'm not going to try to scare you like 00:45:07,030 --> 00:45:07,040 I'm not going to try to scare you like 00:45:07,040 --> 00:45:08,790 I'm not going to try to scare you like oh it's super dangerous cuz it's not 00:45:08,790 --> 00:45:08,800 oh it's super dangerous cuz it's not 00:45:08,800 --> 00:45:11,589 oh it's super dangerous cuz it's not right like try not to get your greasy 00:45:11,589 --> 00:45:11,599 right like try not to get your greasy 00:45:11,599 --> 00:45:13,309 right like try not to get your greasy hands all over it maybe wash your hands 00:45:13,309 --> 00:45:13,319 hands all over it maybe wash your hands 00:45:13,319 --> 00:45:14,589 hands all over it maybe wash your hands before you do the build but like 00:45:14,589 --> 00:45:14,599 before you do the build but like 00:45:14,599 --> 00:45:16,750 before you do the build but like components are pretty durable these days 00:45:16,750 --> 00:45:16,760 components are pretty durable these days 00:45:16,760 --> 00:45:18,349 components are pretty durable these days not saying you couldn't break something 00:45:18,349 --> 00:45:18,359 not saying you couldn't break something 00:45:18,359 --> 00:45:20,589 not saying you couldn't break something if you try or if you drop it or whatever 00:45:20,589 --> 00:45:20,599 if you try or if you drop it or whatever 00:45:20,599 --> 00:45:22,750 if you try or if you drop it or whatever but again if you've never built a PC 00:45:22,750 --> 00:45:22,760 but again if you've never built a PC 00:45:22,760 --> 00:45:24,309 but again if you've never built a PC before this is going to probably look a 00:45:24,309 --> 00:45:24,319 before this is going to probably look a 00:45:24,319 --> 00:45:25,950 before this is going to probably look a little intimidating but it's really not 00:45:25,950 --> 00:45:25,960 little intimidating but it's really not 00:45:25,960 --> 00:45:29,470 little intimidating but it's really not that bad so a few ground rules first and 00:45:29,470 --> 00:45:29,480 that bad so a few ground rules first and 00:45:29,480 --> 00:45:30,710 that bad so a few ground rules first and foremost before you do anything with 00:45:30,710 --> 00:45:30,720 foremost before you do anything with 00:45:30,720 --> 00:45:33,549 foremost before you do anything with this PC take a look around when this 00:45:33,549 --> 00:45:33,559 this PC take a look around when this 00:45:33,559 --> 00:45:35,750 this PC take a look around when this goes into the case it's a lot harder to 00:45:35,750 --> 00:45:35,760 goes into the case it's a lot harder to 00:45:35,760 --> 00:45:37,069 goes into the case it's a lot harder to find some of these little connectors 00:45:37,069 --> 00:45:37,079 find some of these little connectors 00:45:37,079 --> 00:45:38,790 find some of these little connectors it'll really pay off if you take this 00:45:38,790 --> 00:45:38,800 it'll really pay off if you take this 00:45:38,800 --> 00:45:40,829 it'll really pay off if you take this opportunity to learn where all the 00:45:40,829 --> 00:45:40,839 opportunity to learn where all the 00:45:40,839 --> 00:45:42,150 opportunity to learn where all the different bits and Bobs are on the 00:45:42,150 --> 00:45:42,160 different bits and Bobs are on the 00:45:42,160 --> 00:45:43,910 different bits and Bobs are on the system so when this is in your case 00:45:43,910 --> 00:45:43,920 system so when this is in your case 00:45:43,920 --> 00:45:45,390 system so when this is in your case you're trying to run a cable and it's 00:45:45,390 --> 00:45:45,400 you're trying to run a cable and it's 00:45:45,400 --> 00:45:47,069 you're trying to run a cable and it's dark and you can't see and blah blah 00:45:47,069 --> 00:45:47,079 dark and you can't see and blah blah 00:45:47,079 --> 00:45:49,069 dark and you can't see and blah blah blah it is so much better when you know 00:45:49,069 --> 00:45:49,079 blah it is so much better when you know 00:45:49,079 --> 00:45:50,790 blah it is so much better when you know oh I know that's on the bottom right and 00:45:50,790 --> 00:45:50,800 oh I know that's on the bottom right and 00:45:50,800 --> 00:45:52,109 oh I know that's on the bottom right and you can find it so let me walk you 00:45:52,109 --> 00:45:52,119 you can find it so let me walk you 00:45:52,119 --> 00:45:53,829 you can find it so let me walk you through it really quick here first of 00:45:53,829 --> 00:45:53,839 through it really quick here first of 00:45:53,839 --> 00:45:56,309 through it really quick here first of all we're going to see our CPU socket so 00:45:56,309 --> 00:45:56,319 all we're going to see our CPU socket so 00:45:56,319 --> 00:45:57,829 all we're going to see our CPU socket so regardless of whether this is AMD or 00:45:57,829 --> 00:45:57,839 regardless of whether this is AMD or 00:45:57,839 --> 00:45:59,470 regardless of whether this is AMD or Intel it's pretty much always in the top 00:45:59,470 --> 00:45:59,480 Intel it's pretty much always in the top 00:45:59,480 --> 00:46:01,390 Intel it's pretty much always in the top middle so this is where surprise 00:46:01,390 --> 00:46:01,400 middle so this is where surprise 00:46:01,400 --> 00:46:03,230 middle so this is where surprise surprise your CPU goes we'll explain 00:46:03,230 --> 00:46:03,240 surprise your CPU goes we'll explain 00:46:03,240 --> 00:46:04,829 surprise your CPU goes we'll explain that in just a second to the right here 00:46:04,829 --> 00:46:04,839 that in just a second to the right here 00:46:04,839 --> 00:46:06,829 that in just a second to the right here we have our Ram slots so you'll see that 00:46:06,829 --> 00:46:06,839 we have our Ram slots so you'll see that 00:46:06,839 --> 00:46:09,109 we have our Ram slots so you'll see that this board has four um sometimes you'll 00:46:09,109 --> 00:46:09,119 this board has four um sometimes you'll 00:46:09,119 --> 00:46:11,150 this board has four um sometimes you'll only have two slots if it's a smaller or 00:46:11,150 --> 00:46:11,160 only have two slots if it's a smaller or 00:46:11,160 --> 00:46:12,630 only have two slots if it's a smaller or cheaper motherboard but four is pretty 00:46:12,630 --> 00:46:12,640 cheaper motherboard but four is pretty 00:46:12,640 --> 00:46:14,950 cheaper motherboard but four is pretty standard for this kind of thing um below 00:46:14,950 --> 00:46:14,960 standard for this kind of thing um below 00:46:14,960 --> 00:46:17,630 standard for this kind of thing um below our CPU we're going to see our first of 00:46:17,630 --> 00:46:17,640 our CPU we're going to see our first of 00:46:17,640 --> 00:46:20,470 our CPU we're going to see our first of several into SSD slots so I'll do is 00:46:20,470 --> 00:46:20,480 several into SSD slots so I'll do is 00:46:20,480 --> 00:46:22,230 several into SSD slots so I'll do is actually I'll go ahead and open this up 00:46:22,230 --> 00:46:22,240 actually I'll go ahead and open this up 00:46:22,240 --> 00:46:23,390 actually I'll go ahead and open this up um usually you're going to have like a 00:46:23,390 --> 00:46:23,400 um usually you're going to have like a 00:46:23,400 --> 00:46:24,390 um usually you're going to have like a little heat sink so it's going to look 00:46:24,390 --> 00:46:24,400 little heat sink so it's going to look 00:46:24,400 --> 00:46:26,270 little heat sink so it's going to look different on every board so if we remove 00:46:26,270 --> 00:46:26,280 different on every board so if we remove 00:46:26,280 --> 00:46:28,030 different on every board so if we remove the heat sink what you'll see is a 00:46:28,030 --> 00:46:28,040 the heat sink what you'll see is a 00:46:28,040 --> 00:46:30,510 the heat sink what you'll see is a little slot to install our M2 SSD we'll 00:46:30,510 --> 00:46:30,520 little slot to install our M2 SSD we'll 00:46:30,520 --> 00:46:31,910 little slot to install our M2 SSD we'll get to that in a minute but just keep in 00:46:31,910 --> 00:46:31,920 get to that in a minute but just keep in 00:46:31,920 --> 00:46:33,710 get to that in a minute but just keep in mind that uh often times it's a little 00:46:33,710 --> 00:46:33,720 mind that uh often times it's a little 00:46:33,720 --> 00:46:35,829 mind that uh often times it's a little hidden so this one actually says M2 SSD 00:46:35,829 --> 00:46:35,839 hidden so this one actually says M2 SSD 00:46:35,839 --> 00:46:37,990 hidden so this one actually says M2 SSD on it but you might not know unless 00:46:37,990 --> 00:46:38,000 on it but you might not know unless 00:46:38,000 --> 00:46:39,349 on it but you might not know unless you're looking closely we can also 00:46:39,349 --> 00:46:39,359 you're looking closely we can also 00:46:39,359 --> 00:46:41,390 you're looking closely we can also install ssds down here so if I take this 00:46:41,390 --> 00:46:41,400 install ssds down here so if I take this 00:46:41,400 --> 00:46:43,630 install ssds down here so if I take this cover off I can show you so underneath 00:46:43,630 --> 00:46:43,640 cover off I can show you so underneath 00:46:43,640 --> 00:46:45,750 cover off I can show you so underneath this cover you'll see that this board 00:46:45,750 --> 00:46:45,760 this cover you'll see that this board 00:46:45,760 --> 00:46:48,430 this cover you'll see that this board has two more empty slots for total of 00:46:48,430 --> 00:46:48,440 has two more empty slots for total of 00:46:48,440 --> 00:46:50,270 has two more empty slots for total of three uh this is a point where it might 00:46:50,270 --> 00:46:50,280 three uh this is a point where it might 00:46:50,280 --> 00:46:51,870 three uh this is a point where it might be helpful to consult your manual 00:46:51,870 --> 00:46:51,880 be helpful to consult your manual 00:46:51,880 --> 00:46:53,670 be helpful to consult your manual because sometimes these are actually 00:46:53,670 --> 00:46:53,680 because sometimes these are actually 00:46:53,680 --> 00:46:55,390 because sometimes these are actually kind of hidden so I've seen these that 00:46:55,390 --> 00:46:55,400 kind of hidden so I've seen these that 00:46:55,400 --> 00:46:56,870 kind of hidden so I've seen these that go on the back of a motherboard 00:46:56,870 --> 00:46:56,880 go on the back of a motherboard 00:46:56,880 --> 00:46:58,670 go on the back of a motherboard especially for like smaller ITX boards 00:46:58,670 --> 00:46:58,680 especially for like smaller ITX boards 00:46:58,680 --> 00:47:00,109 especially for like smaller ITX boards and again you wouldn't necessarily think 00:47:00,109 --> 00:47:00,119 and again you wouldn't necessarily think 00:47:00,119 --> 00:47:01,270 and again you wouldn't necessarily think that this is even something you could 00:47:01,270 --> 00:47:01,280 that this is even something you could 00:47:01,280 --> 00:47:03,030 that this is even something you could remove much less that you have hidden 00:47:03,030 --> 00:47:03,040 remove much less that you have hidden 00:47:03,040 --> 00:47:05,270 remove much less that you have hidden slots underneath so again for this board 00:47:05,270 --> 00:47:05,280 slots underneath so again for this board 00:47:05,280 --> 00:47:07,190 slots underneath so again for this board we have a total of three slots again you 00:47:07,190 --> 00:47:07,200 we have a total of three slots again you 00:47:07,200 --> 00:47:08,990 we have a total of three slots again you can check your manual general rule of 00:47:08,990 --> 00:47:09,000 can check your manual general rule of 00:47:09,000 --> 00:47:10,549 can check your manual general rule of thumb is that top slot is going to be 00:47:10,549 --> 00:47:10,559 thumb is that top slot is going to be 00:47:10,559 --> 00:47:12,069 thumb is that top slot is going to be the one you want to populate first it's 00:47:12,069 --> 00:47:12,079 the one you want to populate first it's 00:47:12,079 --> 00:47:13,710 the one you want to populate first it's typically the fastest it's the one 00:47:13,710 --> 00:47:13,720 typically the fastest it's the one 00:47:13,720 --> 00:47:15,230 typically the fastest it's the one that's closest it's the one that's going 00:47:15,230 --> 00:47:15,240 that's closest it's the one that's going 00:47:15,240 --> 00:47:16,910 that's closest it's the one that's going to have the best traces but 00:47:16,910 --> 00:47:16,920 to have the best traces but 00:47:16,920 --> 00:47:18,710 to have the best traces but theoretically any of these are going to 00:47:18,710 --> 00:47:18,720 theoretically any of these are going to 00:47:18,720 --> 00:47:21,390 theoretically any of these are going to function so right below our top M2 slot 00:47:21,390 --> 00:47:21,400 function so right below our top M2 slot 00:47:21,400 --> 00:47:24,150 function so right below our top M2 slot we have this which is our PCI Express 00:47:24,150 --> 00:47:24,160 we have this which is our PCI Express 00:47:24,160 --> 00:47:26,230 we have this which is our PCI Express slot this is where you will install your 00:47:26,230 --> 00:47:26,240 slot this is where you will install your 00:47:26,240 --> 00:47:27,870 slot this is where you will install your graphics card now you can see we 00:47:27,870 --> 00:47:27,880 graphics card now you can see we 00:47:27,880 --> 00:47:29,030 graphics card now you can see we actually have a total of three so we 00:47:29,030 --> 00:47:29,040 actually have a total of three so we 00:47:29,040 --> 00:47:30,910 actually have a total of three so we have one on top and then two more a 00:47:30,910 --> 00:47:30,920 have one on top and then two more a 00:47:30,920 --> 00:47:32,870 have one on top and then two more a little bit lower down again every 00:47:32,870 --> 00:47:32,880 little bit lower down again every 00:47:32,880 --> 00:47:33,910 little bit lower down again every motherboard is going to be a little 00:47:33,910 --> 00:47:33,920 motherboard is going to be a little 00:47:33,920 --> 00:47:35,390 motherboard is going to be a little different smaller motherboards just have 00:47:35,390 --> 00:47:35,400 different smaller motherboards just have 00:47:35,400 --> 00:47:36,829 different smaller motherboards just have fewer slots because they're typically 00:47:36,829 --> 00:47:36,839 fewer slots because they're typically 00:47:36,839 --> 00:47:38,670 fewer slots because they're typically about this size on top but they just 00:47:38,670 --> 00:47:38,680 about this size on top but they just 00:47:38,680 --> 00:47:40,470 about this size on top but they just sort of lose some of that sort of height 00:47:40,470 --> 00:47:40,480 sort of lose some of that sort of height 00:47:40,480 --> 00:47:42,390 sort of lose some of that sort of height so if you only have one slot that's 00:47:42,390 --> 00:47:42,400 so if you only have one slot that's 00:47:42,400 --> 00:47:44,670 so if you only have one slot that's actually kind of fine because the vast 00:47:44,670 --> 00:47:44,680 actually kind of fine because the vast 00:47:44,680 --> 00:47:46,510 actually kind of fine because the vast majority of systems are only going to 00:47:46,510 --> 00:47:46,520 majority of systems are only going to 00:47:46,520 --> 00:47:48,430 majority of systems are only going to install a single graphics card you can 00:47:48,430 --> 00:47:48,440 install a single graphics card you can 00:47:48,440 --> 00:47:50,589 install a single graphics card you can use these for graphics cards as well but 00:47:50,589 --> 00:47:50,599 use these for graphics cards as well but 00:47:50,599 --> 00:47:52,950 use these for graphics cards as well but you shouldn't because this is a full 00:47:52,950 --> 00:47:52,960 you shouldn't because this is a full 00:47:52,960 --> 00:47:56,349 you shouldn't because this is a full speed 16x slot these are typically 8X or 00:47:56,349 --> 00:47:56,359 speed 16x slot these are typically 8X or 00:47:56,359 --> 00:47:59,430 speed 16x slot these are typically 8X or 4X or an older generation usually what 00:47:59,430 --> 00:47:59,440 4X or an older generation usually what 00:47:59,440 --> 00:48:01,190 4X or an older generation usually what you'll use for these additional slots 00:48:01,190 --> 00:48:01,200 you'll use for these additional slots 00:48:01,200 --> 00:48:04,510 you'll use for these additional slots are things like video capture cards or 00:48:04,510 --> 00:48:04,520 are things like video capture cards or 00:48:04,520 --> 00:48:07,430 are things like video capture cards or Raid controllers or things that are 00:48:07,430 --> 00:48:07,440 Raid controllers or things that are 00:48:07,440 --> 00:48:08,910 Raid controllers or things that are possible to do on your system but a 00:48:08,910 --> 00:48:08,920 possible to do on your system but a 00:48:08,920 --> 00:48:11,349 possible to do on your system but a little less common so for our system 00:48:11,349 --> 00:48:11,359 little less common so for our system 00:48:11,359 --> 00:48:13,030 little less common so for our system we're not going to be using these at all 00:48:13,030 --> 00:48:13,040 we're not going to be using these at all 00:48:13,040 --> 00:48:14,510 we're not going to be using these at all but like I said with the SSD which 00:48:14,510 --> 00:48:14,520 but like I said with the SSD which 00:48:14,520 --> 00:48:15,950 but like I said with the SSD which should go on the top slot your graphics 00:48:15,950 --> 00:48:15,960 should go on the top slot your graphics 00:48:15,960 --> 00:48:18,030 should go on the top slot your graphics card definitely should go in the top one 00:48:18,030 --> 00:48:18,040 card definitely should go in the top one 00:48:18,040 --> 00:48:19,270 card definitely should go in the top one you can also see that this one is a 00:48:19,270 --> 00:48:19,280 you can also see that this one is a 00:48:19,280 --> 00:48:20,670 you can also see that this one is a little bit more robust so unlike these 00:48:20,670 --> 00:48:20,680 little bit more robust so unlike these 00:48:20,680 --> 00:48:22,589 little bit more robust so unlike these that are plastic this is made of metal 00:48:22,589 --> 00:48:22,599 that are plastic this is made of metal 00:48:22,599 --> 00:48:23,670 that are plastic this is made of metal so it's going to be a little bit more 00:48:23,670 --> 00:48:23,680 so it's going to be a little bit more 00:48:23,680 --> 00:48:24,790 so it's going to be a little bit more durable especially when you get like a 00:48:24,790 --> 00:48:24,800 durable especially when you get like a 00:48:24,800 --> 00:48:26,349 durable especially when you get like a really big heavy graphics card in there 00:48:26,349 --> 00:48:26,359 really big heavy graphics card in there 00:48:26,359 --> 00:48:27,670 really big heavy graphics card in there it's going to you a little bit of extra 00:48:27,670 --> 00:48:27,680 it's going to you a little bit of extra 00:48:27,680 --> 00:48:29,190 it's going to you a little bit of extra support so this is where our graphics 00:48:29,190 --> 00:48:29,200 support so this is where our graphics 00:48:29,200 --> 00:48:31,670 support so this is where our graphics card is going to install now this top 00:48:31,670 --> 00:48:31,680 card is going to install now this top 00:48:31,680 --> 00:48:35,190 card is going to install now this top left area is full of heat sinks so 00:48:35,190 --> 00:48:35,200 left area is full of heat sinks so 00:48:35,200 --> 00:48:36,150 left area is full of heat sinks so there's not a whole lot you need to 00:48:36,150 --> 00:48:36,160 there's not a whole lot you need to 00:48:36,160 --> 00:48:38,030 there's not a whole lot you need to worry about here except for these little 00:48:38,030 --> 00:48:38,040 worry about here except for these little 00:48:38,040 --> 00:48:39,670 worry about here except for these little connectors right here so you'll see that 00:48:39,670 --> 00:48:39,680 connectors right here so you'll see that 00:48:39,680 --> 00:48:42,470 connectors right here so you'll see that I have a eight pen as well as a four pen 00:48:42,470 --> 00:48:42,480 I have a eight pen as well as a four pen 00:48:42,480 --> 00:48:44,510 I have a eight pen as well as a four pen this is our CPU power that I was talking 00:48:44,510 --> 00:48:44,520 this is our CPU power that I was talking 00:48:44,520 --> 00:48:47,710 this is our CPU power that I was talking about earlier so for a system like this 00:48:47,710 --> 00:48:47,720 about earlier so for a system like this 00:48:47,720 --> 00:48:50,829 about earlier so for a system like this plug in the eight pen for sure that what 00:48:50,829 --> 00:48:50,839 plug in the eight pen for sure that what 00:48:50,839 --> 00:48:52,910 plug in the eight pen for sure that what is going to provide power to the actual 00:48:52,910 --> 00:48:52,920 is going to provide power to the actual 00:48:52,920 --> 00:48:56,069 is going to provide power to the actual CPU the four pin is auxiliary you don't 00:48:56,069 --> 00:48:56,079 CPU the four pin is auxiliary you don't 00:48:56,079 --> 00:48:57,789 CPU the four pin is auxiliary you don't need it I'm going to do it just for the 00:48:57,789 --> 00:48:57,799 need it I'm going to do it just for the 00:48:57,799 --> 00:48:59,470 need it I'm going to do it just for the sake of being complete but unless you're 00:48:59,470 --> 00:48:59,480 sake of being complete but unless you're 00:48:59,480 --> 00:49:00,630 sake of being complete but unless you're doing some crazy overclocking or 00:49:00,630 --> 00:49:00,640 doing some crazy overclocking or 00:49:00,640 --> 00:49:02,109 doing some crazy overclocking or something typically you don't need that 00:49:02,109 --> 00:49:02,119 something typically you don't need that 00:49:02,119 --> 00:49:04,430 something typically you don't need that but if you've got the connectors on your 00:49:04,430 --> 00:49:04,440 but if you've got the connectors on your 00:49:04,440 --> 00:49:06,230 but if you've got the connectors on your board and the power from your power 00:49:06,230 --> 00:49:06,240 board and the power from your power 00:49:06,240 --> 00:49:08,990 board and the power from your power supply there's no reason not to do it so 00:49:08,990 --> 00:49:09,000 supply there's no reason not to do it so 00:49:09,000 --> 00:49:10,990 supply there's no reason not to do it so again you may have only a four pin here 00:49:10,990 --> 00:49:11,000 again you may have only a four pin here 00:49:11,000 --> 00:49:12,510 again you may have only a four pin here you may have an eight you have an eight 00:49:12,510 --> 00:49:12,520 you may have an eight you have an eight 00:49:12,520 --> 00:49:14,190 you may have an eight you have an eight plus four you may have an 8 plus 8 if 00:49:14,190 --> 00:49:14,200 plus four you may have an 8 plus 8 if 00:49:14,200 --> 00:49:16,030 plus four you may have an 8 plus 8 if you have a super high-end board um as 00:49:16,030 --> 00:49:16,040 you have a super high-end board um as 00:49:16,040 --> 00:49:17,390 you have a super high-end board um as long as you have one eight pin in there 00:49:17,390 --> 00:49:17,400 long as you have one eight pin in there 00:49:17,400 --> 00:49:19,069 long as you have one eight pin in there that's usually enough but you can fully 00:49:19,069 --> 00:49:19,079 that's usually enough but you can fully 00:49:19,079 --> 00:49:20,910 that's usually enough but you can fully fill it out if you would like to the 00:49:20,910 --> 00:49:20,920 fill it out if you would like to the 00:49:20,920 --> 00:49:21,910 fill it out if you would like to the right hand side we're going to have a 00:49:21,910 --> 00:49:21,920 right hand side we're going to have a 00:49:21,920 --> 00:49:23,230 right hand side we're going to have a bunch of smaller connectors so you're 00:49:23,230 --> 00:49:23,240 bunch of smaller connectors so you're 00:49:23,240 --> 00:49:24,230 bunch of smaller connectors so you're going to see that we have three 00:49:24,230 --> 00:49:24,240 going to see that we have three 00:49:24,240 --> 00:49:26,030 going to see that we have three different headers so these are that's 00:49:26,030 --> 00:49:26,040 different headers so these are that's 00:49:26,040 --> 00:49:27,309 different headers so these are that's very sticky 00:49:27,309 --> 00:49:27,319 very sticky 00:49:27,319 --> 00:49:29,589 very sticky these are fan headers so you'll see 00:49:29,589 --> 00:49:29,599 these are fan headers so you'll see 00:49:29,599 --> 00:49:31,789 these are fan headers so you'll see they're actually labeled so we have CPU 00:49:31,789 --> 00:49:31,799 they're actually labeled so we have CPU 00:49:31,799 --> 00:49:34,710 they're actually labeled so we have CPU fan CPU optional and system fan one so 00:49:34,710 --> 00:49:34,720 fan CPU optional and system fan one so 00:49:34,720 --> 00:49:36,470 fan CPU optional and system fan one so four pin connectors I'll go over it when 00:49:36,470 --> 00:49:36,480 four pin connectors I'll go over it when 00:49:36,480 --> 00:49:37,710 four pin connectors I'll go over it when we're actually installing them but this 00:49:37,710 --> 00:49:37,720 we're actually installing them but this 00:49:37,720 --> 00:49:40,430 we're actually installing them but this is how fans are connected so for us we 00:49:40,430 --> 00:49:40,440 is how fans are connected so for us we 00:49:40,440 --> 00:49:42,910 is how fans are connected so for us we will plug in our CPU fan the optional is 00:49:42,910 --> 00:49:42,920 will plug in our CPU fan the optional is 00:49:42,920 --> 00:49:44,309 will plug in our CPU fan the optional is if you have something like an allinone 00:49:44,309 --> 00:49:44,319 if you have something like an allinone 00:49:44,319 --> 00:49:45,829 if you have something like an allinone which is going to provide continuous 00:49:45,829 --> 00:49:45,839 which is going to provide continuous 00:49:45,839 --> 00:49:47,910 which is going to provide continuous power to the pump they all use the same 00:49:47,910 --> 00:49:47,920 power to the pump they all use the same 00:49:47,920 --> 00:49:49,950 power to the pump they all use the same connector now there are two different 00:49:49,950 --> 00:49:49,960 connector now there are two different 00:49:49,960 --> 00:49:51,670 connector now there are two different types of fans there's four pen and three 00:49:51,670 --> 00:49:51,680 types of fans there's four pen and three 00:49:51,680 --> 00:49:53,549 types of fans there's four pen and three pen but they can all go into four pen so 00:49:53,549 --> 00:49:53,559 pen but they can all go into four pen so 00:49:53,559 --> 00:49:55,150 pen but they can all go into four pen so you'll see there's this little Notch 00:49:55,150 --> 00:49:55,160 you'll see there's this little Notch 00:49:55,160 --> 00:49:56,789 you'll see there's this little Notch right here so if you do the three pen 00:49:56,789 --> 00:49:56,799 right here so if you do the three pen 00:49:56,799 --> 00:49:57,870 right here so if you do the three pen it'll just go around the notch if you 00:49:57,870 --> 00:49:57,880 it'll just go around the notch if you 00:49:57,880 --> 00:49:59,390 it'll just go around the notch if you have a four pin it just expands over 00:49:59,390 --> 00:49:59,400 have a four pin it just expands over 00:49:59,400 --> 00:50:02,230 have a four pin it just expands over that side so much like pretty much 00:50:02,230 --> 00:50:02,240 that side so much like pretty much 00:50:02,240 --> 00:50:04,950 that side so much like pretty much everything in a PC fan headers are only 00:50:04,950 --> 00:50:04,960 everything in a PC fan headers are only 00:50:04,960 --> 00:50:06,430 everything in a PC fan headers are only going to go in one way so if you try to 00:50:06,430 --> 00:50:06,440 going to go in one way so if you try to 00:50:06,440 --> 00:50:07,309 going to go in one way so if you try to put it in there and it doesn't look 00:50:07,309 --> 00:50:07,319 put it in there and it doesn't look 00:50:07,319 --> 00:50:08,789 put it in there and it doesn't look right there's a couple of notches to 00:50:08,789 --> 00:50:08,799 right there's a couple of notches to 00:50:08,799 --> 00:50:11,390 right there's a couple of notches to guide you into place um there's a bunch 00:50:11,390 --> 00:50:11,400 guide you into place um there's a bunch 00:50:11,400 --> 00:50:12,950 guide you into place um there's a bunch of other stuff that's not super relevant 00:50:12,950 --> 00:50:12,960 of other stuff that's not super relevant 00:50:12,960 --> 00:50:14,109 of other stuff that's not super relevant so you're going to see some things like 00:50:14,109 --> 00:50:14,119 so you're going to see some things like 00:50:14,119 --> 00:50:17,510 so you're going to see some things like LEDs and RGB controllers I will tell you 00:50:17,510 --> 00:50:17,520 LEDs and RGB controllers I will tell you 00:50:17,520 --> 00:50:20,030 LEDs and RGB controllers I will tell you that while RGB is great and makes your 00:50:20,030 --> 00:50:20,040 that while RGB is great and makes your 00:50:20,040 --> 00:50:22,390 that while RGB is great and makes your system look awesome it is outside the 00:50:22,390 --> 00:50:22,400 system look awesome it is outside the 00:50:22,400 --> 00:50:24,510 system look awesome it is outside the scope of this tutorial for one reason 00:50:24,510 --> 00:50:24,520 scope of this tutorial for one reason 00:50:24,520 --> 00:50:27,510 scope of this tutorial for one reason it's real Annoying 00:50:27,510 --> 00:50:27,520 it's real Annoying 00:50:27,520 --> 00:50:32,990 it's real Annoying so look look RGB as an ecosystem is a 00:50:32,990 --> 00:50:33,000 so look look RGB as an ecosystem is a 00:50:33,000 --> 00:50:35,910 so look look RGB as an ecosystem is a mess there are tons of Standards tons of 00:50:35,910 --> 00:50:35,920 mess there are tons of Standards tons of 00:50:35,920 --> 00:50:38,789 mess there are tons of Standards tons of Brands tons of varieties of things that 00:50:38,789 --> 00:50:38,799 Brands tons of varieties of things that 00:50:38,799 --> 00:50:41,150 Brands tons of varieties of things that work together they could be daisy chain 00:50:41,150 --> 00:50:41,160 work together they could be daisy chain 00:50:41,160 --> 00:50:43,470 work together they could be daisy chain it's a honestly a mess if you would like 00:50:43,470 --> 00:50:43,480 it's a honestly a mess if you would like 00:50:43,480 --> 00:50:46,190 it's a honestly a mess if you would like to install RGB fans RGB strips whatever 00:50:46,190 --> 00:50:46,200 to install RGB fans RGB strips whatever 00:50:46,200 --> 00:50:48,230 to install RGB fans RGB strips whatever the case is in your system I would 00:50:48,230 --> 00:50:48,240 the case is in your system I would 00:50:48,240 --> 00:50:49,870 the case is in your system I would implore you to look up tutorials for 00:50:49,870 --> 00:50:49,880 implore you to look up tutorials for 00:50:49,880 --> 00:50:51,630 implore you to look up tutorials for that specific thing because none of them 00:50:51,630 --> 00:50:51,640 that specific thing because none of them 00:50:51,640 --> 00:50:54,829 that specific thing because none of them are the same some use chroma some use 00:50:54,829 --> 00:50:54,839 are the same some use chroma some use 00:50:54,839 --> 00:50:57,670 are the same some use chroma some use RGB some use Mystic light 00:50:57,670 --> 00:50:57,680 RGB some use Mystic light 00:50:57,680 --> 00:51:00,910 RGB some use Mystic light it's just it's a whole thing honestly I 00:51:00,910 --> 00:51:00,920 it's just it's a whole thing honestly I 00:51:00,920 --> 00:51:03,589 it's just it's a whole thing honestly I don't typically install a lot of RGB 00:51:03,589 --> 00:51:03,599 don't typically install a lot of RGB 00:51:03,599 --> 00:51:05,309 don't typically install a lot of RGB entirely because it's pain if you want 00:51:05,309 --> 00:51:05,319 entirely because it's pain if you want 00:51:05,319 --> 00:51:07,430 entirely because it's pain if you want to make your system look awesome by all 00:51:07,430 --> 00:51:07,440 to make your system look awesome by all 00:51:07,440 --> 00:51:09,710 to make your system look awesome by all means go for it you can plug it directly 00:51:09,710 --> 00:51:09,720 means go for it you can plug it directly 00:51:09,720 --> 00:51:11,190 means go for it you can plug it directly into the board there are also like 00:51:11,190 --> 00:51:11,200 into the board there are also like 00:51:11,200 --> 00:51:12,990 into the board there are also like little add-on things that you can do 00:51:12,990 --> 00:51:13,000 little add-on things that you can do 00:51:13,000 --> 00:51:14,150 little add-on things that you can do depending on like if you're going to use 00:51:14,150 --> 00:51:14,160 depending on like if you're going to use 00:51:14,160 --> 00:51:15,309 depending on like if you're going to use like a little third party controller or 00:51:15,309 --> 00:51:15,319 like a little third party controller or 00:51:15,319 --> 00:51:17,349 like a little third party controller or whatever but like it's just it's 00:51:17,349 --> 00:51:17,359 whatever but like it's just it's 00:51:17,359 --> 00:51:18,710 whatever but like it's just it's annoying and I don't like to deal with 00:51:18,710 --> 00:51:18,720 annoying and I don't like to deal with 00:51:18,720 --> 00:51:21,190 annoying and I don't like to deal with it cuz I just want my PC to work and I 00:51:21,190 --> 00:51:21,200 it cuz I just want my PC to work and I 00:51:21,200 --> 00:51:23,270 it cuz I just want my PC to work and I don't need it to be in full rainbow 00:51:23,270 --> 00:51:23,280 don't need it to be in full rainbow 00:51:23,280 --> 00:51:25,230 don't need it to be in full rainbow parade all the time also I think the 00:51:25,230 --> 00:51:25,240 parade all the time also I think the 00:51:25,240 --> 00:51:26,430 parade all the time also I think the fans in the system are going to do that 00:51:26,430 --> 00:51:26,440 fans in the system are going to do that 00:51:26,440 --> 00:51:28,870 fans in the system are going to do that by default without me doing anything so 00:51:28,870 --> 00:51:28,880 by default without me doing anything so 00:51:28,880 --> 00:51:30,750 by default without me doing anything so directly on the right of your board you 00:51:30,750 --> 00:51:30,760 directly on the right of your board you 00:51:30,760 --> 00:51:33,630 directly on the right of your board you should see the 20 plus 4 pen connector 00:51:33,630 --> 00:51:33,640 should see the 20 plus 4 pen connector 00:51:33,640 --> 00:51:35,109 should see the 20 plus 4 pen connector so this is that cable that is going to 00:51:35,109 --> 00:51:35,119 so this is that cable that is going to 00:51:35,119 --> 00:51:36,470 so this is that cable that is going to come from the power supply that's the 00:51:36,470 --> 00:51:36,480 come from the power supply that's the 00:51:36,480 --> 00:51:38,710 come from the power supply that's the big chunky guy this provides power to 00:51:38,710 --> 00:51:38,720 big chunky guy this provides power to 00:51:38,720 --> 00:51:41,069 big chunky guy this provides power to the entire motherboard very important no 00:51:41,069 --> 00:51:41,079 the entire motherboard very important no 00:51:41,079 --> 00:51:42,710 the entire motherboard very important no matter what other stuff you have on your 00:51:42,710 --> 00:51:42,720 matter what other stuff you have on your 00:51:42,720 --> 00:51:44,950 matter what other stuff you have on your system you're always going to populate 00:51:44,950 --> 00:51:44,960 system you're always going to populate 00:51:44,960 --> 00:51:47,190 system you're always going to populate this 20 plus 4 very important it'll 00:51:47,190 --> 00:51:47,200 this 20 plus 4 very important it'll 00:51:47,200 --> 00:51:48,190 this 20 plus 4 very important it'll click all the way in I'll show you in a 00:51:48,190 --> 00:51:48,200 click all the way in I'll show you in a 00:51:48,200 --> 00:51:49,230 click all the way in I'll show you in a little bit but it is very 00:51:49,230 --> 00:51:49,240 little bit but it is very 00:51:49,240 --> 00:51:50,870 little bit but it is very straightforward um coming down a little 00:51:50,870 --> 00:51:50,880 straightforward um coming down a little 00:51:50,880 --> 00:51:51,870 straightforward um coming down a little bit farther you're going to see some 00:51:51,870 --> 00:51:51,880 bit farther you're going to see some 00:51:51,880 --> 00:51:53,309 bit farther you're going to see some other random things so we have another 00:51:53,309 --> 00:51:53,319 other random things so we have another 00:51:53,319 --> 00:51:55,430 other random things so we have another fan header here um it is actually a good 00:51:55,430 --> 00:51:55,440 fan header here um it is actually a good 00:51:55,440 --> 00:51:56,789 fan header here um it is actually a good idea while you're looking at the board 00:51:56,789 --> 00:51:56,799 idea while you're looking at the board 00:51:56,799 --> 00:51:58,309 idea while you're looking at the board outside the case to just take quick 00:51:58,309 --> 00:51:58,319 outside the case to just take quick 00:51:58,319 --> 00:52:00,630 outside the case to just take quick stock of where fan headers are so 00:52:00,630 --> 00:52:00,640 stock of where fan headers are so 00:52:00,640 --> 00:52:01,670 stock of where fan headers are so typically you'll have them in a few 00:52:01,670 --> 00:52:01,680 typically you'll have them in a few 00:52:01,680 --> 00:52:02,789 typically you'll have them in a few different areas so usually there'll be 00:52:02,789 --> 00:52:02,799 different areas so usually there'll be 00:52:02,799 --> 00:52:04,710 different areas so usually there'll be some up toward the top usually one or 00:52:04,710 --> 00:52:04,720 some up toward the top usually one or 00:52:04,720 --> 00:52:06,430 some up toward the top usually one or two on the right side one or two on the 00:52:06,430 --> 00:52:06,440 two on the right side one or two on the 00:52:06,440 --> 00:52:09,069 two on the right side one or two on the bottom it depends where they are higher 00:52:09,069 --> 00:52:09,079 bottom it depends where they are higher 00:52:09,079 --> 00:52:11,470 bottom it depends where they are higher end boards typically have more headers 00:52:11,470 --> 00:52:11,480 end boards typically have more headers 00:52:11,480 --> 00:52:13,109 end boards typically have more headers but just kind of have a general idea of 00:52:13,109 --> 00:52:13,119 but just kind of have a general idea of 00:52:13,119 --> 00:52:14,470 but just kind of have a general idea of where these are because once you have 00:52:14,470 --> 00:52:14,480 where these are because once you have 00:52:14,480 --> 00:52:16,270 where these are because once you have this in the actual case you're going to 00:52:16,270 --> 00:52:16,280 this in the actual case you're going to 00:52:16,280 --> 00:52:18,390 this in the actual case you're going to want to run fans to whatever Port that 00:52:18,390 --> 00:52:18,400 want to run fans to whatever Port that 00:52:18,400 --> 00:52:19,910 want to run fans to whatever Port that is closest so you don't have like ugly 00:52:19,910 --> 00:52:19,920 is closest so you don't have like ugly 00:52:19,920 --> 00:52:21,470 is closest so you don't have like ugly cables like running across just 00:52:21,470 --> 00:52:21,480 cables like running across just 00:52:21,480 --> 00:52:23,829 cables like running across just something to pay attention to now down 00:52:23,829 --> 00:52:23,839 something to pay attention to now down 00:52:23,839 --> 00:52:25,630 something to pay attention to now down here on the right now this is could be 00:52:25,630 --> 00:52:25,640 here on the right now this is could be 00:52:25,640 --> 00:52:27,470 here on the right now this is could be anywhere they tend to be on the right 00:52:27,470 --> 00:52:27,480 anywhere they tend to be on the right 00:52:27,480 --> 00:52:30,950 anywhere they tend to be on the right side but this is a USBC connector so if 00:52:30,950 --> 00:52:30,960 side but this is a USBC connector so if 00:52:30,960 --> 00:52:32,910 side but this is a USBC connector so if you have an older motherboard or a case 00:52:32,910 --> 00:52:32,920 you have an older motherboard or a case 00:52:32,920 --> 00:52:34,549 you have an older motherboard or a case that doesn't support USBC don't worry 00:52:34,549 --> 00:52:34,559 that doesn't support USBC don't worry 00:52:34,559 --> 00:52:36,309 that doesn't support USBC don't worry about this but this case does have a 00:52:36,309 --> 00:52:36,319 about this but this case does have a 00:52:36,319 --> 00:52:37,990 about this but this case does have a USBC port and that is something we're 00:52:37,990 --> 00:52:38,000 USBC port and that is something we're 00:52:38,000 --> 00:52:39,910 USBC port and that is something we're going to plug in right here it looks 00:52:39,910 --> 00:52:39,920 going to plug in right here it looks 00:52:39,920 --> 00:52:41,549 going to plug in right here it looks like well ironically it looks a little 00:52:41,549 --> 00:52:41,559 like well ironically it looks a little 00:52:41,559 --> 00:52:43,630 like well ironically it looks a little bit like a usba port um so I'll show you 00:52:43,630 --> 00:52:43,640 bit like a usba port um so I'll show you 00:52:43,640 --> 00:52:44,870 bit like a usba port um so I'll show you how to install in a minute but again 00:52:44,870 --> 00:52:44,880 how to install in a minute but again 00:52:44,880 --> 00:52:46,870 how to install in a minute but again just while we're going to the board take 00:52:46,870 --> 00:52:46,880 just while we're going to the board take 00:52:46,880 --> 00:52:48,430 just while we're going to the board take a mental note of where these various 00:52:48,430 --> 00:52:48,440 a mental note of where these various 00:52:48,440 --> 00:52:51,069 a mental note of where these various things are now along the right side 00:52:51,069 --> 00:52:51,079 things are now along the right side 00:52:51,079 --> 00:52:53,470 things are now along the right side you're going to see we have four SATA 00:52:53,470 --> 00:52:53,480 you're going to see we have four SATA 00:52:53,480 --> 00:52:56,549 you're going to see we have four SATA data connectors now if you're not using 00:52:56,549 --> 00:52:56,559 data connectors now if you're not using 00:52:56,559 --> 00:53:00,190 data connectors now if you're not using a hard drive an optical drive or a SATA 00:53:00,190 --> 00:53:00,200 a hard drive an optical drive or a SATA 00:53:00,200 --> 00:53:02,150 a hard drive an optical drive or a SATA SSD you do not actually need to use 00:53:02,150 --> 00:53:02,160 SSD you do not actually need to use 00:53:02,160 --> 00:53:03,829 SSD you do not actually need to use these this is a little bit of an older 00:53:03,829 --> 00:53:03,839 these this is a little bit of an older 00:53:03,839 --> 00:53:05,670 these this is a little bit of an older connector uh you used to have a ton of 00:53:05,670 --> 00:53:05,680 connector uh you used to have a ton of 00:53:05,680 --> 00:53:07,109 connector uh you used to have a ton of these on motherboards now a lot of 00:53:07,109 --> 00:53:07,119 these on motherboards now a lot of 00:53:07,119 --> 00:53:09,150 these on motherboards now a lot of boards only have two or four if you're 00:53:09,150 --> 00:53:09,160 boards only have two or four if you're 00:53:09,160 --> 00:53:10,109 boards only have two or four if you're going to install a bunch of like hard 00:53:10,109 --> 00:53:10,119 going to install a bunch of like hard 00:53:10,119 --> 00:53:11,069 going to install a bunch of like hard drives and stuff you'll want to take 00:53:11,069 --> 00:53:11,079 drives and stuff you'll want to take 00:53:11,079 --> 00:53:12,829 drives and stuff you'll want to take advantage of these we are going to plug 00:53:12,829 --> 00:53:12,839 advantage of these we are going to plug 00:53:12,839 --> 00:53:15,470 advantage of these we are going to plug one hard drive in here but again it is 00:53:15,470 --> 00:53:15,480 one hard drive in here but again it is 00:53:15,480 --> 00:53:17,750 one hard drive in here but again it is going to be an additional bit of data 00:53:17,750 --> 00:53:17,760 going to be an additional bit of data 00:53:17,760 --> 00:53:19,230 going to be an additional bit of data for your storage is going to be right 00:53:19,230 --> 00:53:19,240 for your storage is going to be right 00:53:19,240 --> 00:53:20,710 for your storage is going to be right here on the right side of the board but 00:53:20,710 --> 00:53:20,720 here on the right side of the board but 00:53:20,720 --> 00:53:22,430 here on the right side of the board but sometimes it could be on the bottom off 00:53:22,430 --> 00:53:22,440 sometimes it could be on the bottom off 00:53:22,440 --> 00:53:24,270 sometimes it could be on the bottom off the side whatever but it's right here 00:53:24,270 --> 00:53:24,280 the side whatever but it's right here 00:53:24,280 --> 00:53:25,990 the side whatever but it's right here also along the right side we have our 00:53:25,990 --> 00:53:26,000 also along the right side we have our 00:53:26,000 --> 00:53:30,470 also along the right side we have our USB 3.0 header now uh this is not my 00:53:30,470 --> 00:53:30,480 USB 3.0 header now uh this is not my 00:53:30,480 --> 00:53:32,190 USB 3.0 header now uh this is not my favorite connector U I'll show you when 00:53:32,190 --> 00:53:32,200 favorite connector U I'll show you when 00:53:32,200 --> 00:53:34,950 favorite connector U I'll show you when we actually install it it's fine it 00:53:34,950 --> 00:53:34,960 we actually install it it's fine it 00:53:34,960 --> 00:53:37,510 we actually install it it's fine it Powers the front USB ports on our case 00:53:37,510 --> 00:53:37,520 Powers the front USB ports on our case 00:53:37,520 --> 00:53:39,470 Powers the front USB ports on our case almost all boards and cases are going to 00:53:39,470 --> 00:53:39,480 almost all boards and cases are going to 00:53:39,480 --> 00:53:41,430 almost all boards and cases are going to have this it's a really annoying 00:53:41,430 --> 00:53:41,440 have this it's a really annoying 00:53:41,440 --> 00:53:43,390 have this it's a really annoying connector purely because you can install 00:53:43,390 --> 00:53:43,400 connector purely because you can install 00:53:43,400 --> 00:53:47,270 connector purely because you can install it fine but when you ever need to take 00:53:47,270 --> 00:53:47,280 it fine but when you ever need to take 00:53:47,280 --> 00:53:50,150 it fine but when you ever need to take it out of the system I've broken a lot 00:53:50,150 --> 00:53:50,160 it out of the system I've broken a lot 00:53:50,160 --> 00:53:51,990 it out of the system I've broken a lot of these over the years it's just real 00:53:51,990 --> 00:53:52,000 of these over the years it's just real 00:53:52,000 --> 00:53:54,150 of these over the years it's just real fiddly the plastic tends to crack and 00:53:54,150 --> 00:53:54,160 fiddly the plastic tends to crack and 00:53:54,160 --> 00:53:55,829 fiddly the plastic tends to crack and snap because it's just in there so 00:53:55,829 --> 00:53:55,839 snap because it's just in there so 00:53:55,839 --> 00:53:58,510 snap because it's just in there so firmly ideally plug that one in toward 00:53:58,510 --> 00:53:58,520 firmly ideally plug that one in toward 00:53:58,520 --> 00:54:00,030 firmly ideally plug that one in toward the end once you know everything works 00:54:00,030 --> 00:54:00,040 the end once you know everything works 00:54:00,040 --> 00:54:02,910 the end once you know everything works real real good cuz uh it's just annoying 00:54:02,910 --> 00:54:02,920 real real good cuz uh it's just annoying 00:54:02,920 --> 00:54:05,190 real real good cuz uh it's just annoying but yeah bottom right we have our front 00:54:05,190 --> 00:54:05,200 but yeah bottom right we have our front 00:54:05,200 --> 00:54:07,549 but yeah bottom right we have our front panel connectors I will give a special 00:54:07,549 --> 00:54:07,559 panel connectors I will give a special 00:54:07,559 --> 00:54:10,150 panel connectors I will give a special thank you to gigabyte for color coding 00:54:10,150 --> 00:54:10,160 thank you to gigabyte for color coding 00:54:10,160 --> 00:54:12,630 thank you to gigabyte for color coding these a lot of motherboards over the 00:54:12,630 --> 00:54:12,640 these a lot of motherboards over the 00:54:12,640 --> 00:54:15,829 these a lot of motherboards over the years have had no easy way to see what's 00:54:15,829 --> 00:54:15,839 years have had no easy way to see what's 00:54:15,839 --> 00:54:17,789 years have had no easy way to see what's up so these are a bunch of individual 00:54:17,789 --> 00:54:17,799 up so these are a bunch of individual 00:54:17,799 --> 00:54:19,190 up so these are a bunch of individual connectors again I'll show you when we 00:54:19,190 --> 00:54:19,200 connectors again I'll show you when we 00:54:19,200 --> 00:54:20,870 connectors again I'll show you when we actually install it later but just to to 00:54:20,870 --> 00:54:20,880 actually install it later but just to to 00:54:20,880 --> 00:54:22,549 actually install it later but just to to know where they are these are individual 00:54:22,549 --> 00:54:22,559 know where they are these are individual 00:54:22,559 --> 00:54:23,990 know where they are these are individual connectors for lots of random bits and 00:54:23,990 --> 00:54:24,000 connectors for lots of random bits and 00:54:24,000 --> 00:54:25,549 connectors for lots of random bits and Bobs on your case these are things like 00:54:25,549 --> 00:54:25,559 Bobs on your case these are things like 00:54:25,559 --> 00:54:27,710 Bobs on your case these are things like your power button the reset button your 00:54:27,710 --> 00:54:27,720 your power button the reset button your 00:54:27,720 --> 00:54:30,230 your power button the reset button your hard drive LED just lots of little bits 00:54:30,230 --> 00:54:30,240 hard drive LED just lots of little bits 00:54:30,240 --> 00:54:31,870 hard drive LED just lots of little bits and Bobs that you are going to want to 00:54:31,870 --> 00:54:31,880 and Bobs that you are going to want to 00:54:31,880 --> 00:54:33,710 and Bobs that you are going to want to use if you look closely this one is 00:54:33,710 --> 00:54:33,720 use if you look closely this one is 00:54:33,720 --> 00:54:35,589 use if you look closely this one is nicely labeled so you see our power LED 00:54:35,589 --> 00:54:35,599 nicely labeled so you see our power LED 00:54:35,599 --> 00:54:38,150 nicely labeled so you see our power LED hard drive reset yada yada yada it's 00:54:38,150 --> 00:54:38,160 hard drive reset yada yada yada it's 00:54:38,160 --> 00:54:41,030 hard drive reset yada yada yada it's very nice to have this right here um if 00:54:41,030 --> 00:54:41,040 very nice to have this right here um if 00:54:41,040 --> 00:54:42,829 very nice to have this right here um if you don't have a nice little Legend to 00:54:42,829 --> 00:54:42,839 you don't have a nice little Legend to 00:54:42,839 --> 00:54:44,589 you don't have a nice little Legend to show you what everything is you can 00:54:44,589 --> 00:54:44,599 show you what everything is you can 00:54:44,599 --> 00:54:46,349 show you what everything is you can always look at your motherboard manual 00:54:46,349 --> 00:54:46,359 always look at your motherboard manual 00:54:46,359 --> 00:54:47,829 always look at your motherboard manual and it will give you the pen outs again 00:54:47,829 --> 00:54:47,839 and it will give you the pen outs again 00:54:47,839 --> 00:54:49,309 and it will give you the pen outs again I'll explain this later just pointing 00:54:49,309 --> 00:54:49,319 I'll explain this later just pointing 00:54:49,319 --> 00:54:51,190 I'll explain this later just pointing out where it is right now we also have 00:54:51,190 --> 00:54:51,200 out where it is right now we also have 00:54:51,200 --> 00:54:53,150 out where it is right now we also have another fan header here and a couple of 00:54:53,150 --> 00:54:53,160 another fan header here and a couple of 00:54:53,160 --> 00:54:57,069 another fan header here and a couple of USB 2.0 so if you have a case it has USB 00:54:57,069 --> 00:54:57,079 USB 2.0 so if you have a case it has USB 00:54:57,079 --> 00:54:59,190 USB 2.0 so if you have a case it has USB 2.0 ports instead of or in addition to 00:54:59,190 --> 00:54:59,200 2.0 ports instead of or in addition to 00:54:59,200 --> 00:55:02,030 2.0 ports instead of or in addition to USB 3 ports you plug these in here these 00:55:02,030 --> 00:55:02,040 USB 3 ports you plug these in here these 00:55:02,040 --> 00:55:02,829 USB 3 ports you plug these in here these days though they're actually a little 00:55:02,829 --> 00:55:02,839 days though they're actually a little 00:55:02,839 --> 00:55:04,589 days though they're actually a little bit more common for use in sort of 00:55:04,589 --> 00:55:04,599 bit more common for use in sort of 00:55:04,599 --> 00:55:06,710 bit more common for use in sort of internal things so for example sometimes 00:55:06,710 --> 00:55:06,720 internal things so for example sometimes 00:55:06,720 --> 00:55:08,470 internal things so for example sometimes like a all-in-one pump will actually 00:55:08,470 --> 00:55:08,480 like a all-in-one pump will actually 00:55:08,480 --> 00:55:10,309 like a all-in-one pump will actually have a USB 2.0 header that you'll plug 00:55:10,309 --> 00:55:10,319 have a USB 2.0 header that you'll plug 00:55:10,319 --> 00:55:12,870 have a USB 2.0 header that you'll plug into uh it just depends but this board 00:55:12,870 --> 00:55:12,880 into uh it just depends but this board 00:55:12,880 --> 00:55:14,470 into uh it just depends but this board has two of them you may not need them 00:55:14,470 --> 00:55:14,480 has two of them you may not need them 00:55:14,480 --> 00:55:16,510 has two of them you may not need them based on the build sometimes you use one 00:55:16,510 --> 00:55:16,520 based on the build sometimes you use one 00:55:16,520 --> 00:55:18,109 based on the build sometimes you use one sometimes you use both and then there's 00:55:18,109 --> 00:55:18,119 sometimes you use both and then there's 00:55:18,119 --> 00:55:19,270 sometimes you use both and then there's a couple of other things that are not 00:55:19,270 --> 00:55:19,280 a couple of other things that are not 00:55:19,280 --> 00:55:20,990 a couple of other things that are not super important we have like our audio 00:55:20,990 --> 00:55:21,000 super important we have like our audio 00:55:21,000 --> 00:55:22,549 super important we have like our audio which I will explain in a minute but 00:55:22,549 --> 00:55:22,559 which I will explain in a minute but 00:55:22,559 --> 00:55:25,309 which I will explain in a minute but honestly that's the most important 00:55:25,309 --> 00:55:25,319 honestly that's the most important 00:55:25,319 --> 00:55:27,230 honestly that's the most important things on this board the only other 00:55:27,230 --> 00:55:27,240 things on this board the only other 00:55:27,240 --> 00:55:28,470 things on this board the only other thing I'm going to mention now before we 00:55:28,470 --> 00:55:28,480 thing I'm going to mention now before we 00:55:28,480 --> 00:55:30,230 thing I'm going to mention now before we actually start building here is over 00:55:30,230 --> 00:55:30,240 actually start building here is over 00:55:30,240 --> 00:55:32,750 actually start building here is over here on the backside this is our IO 00:55:32,750 --> 00:55:32,760 here on the backside this is our IO 00:55:32,760 --> 00:55:34,510 here on the backside this is our IO Shield so this is basically all of the 00:55:34,510 --> 00:55:34,520 Shield so this is basically all of the 00:55:34,520 --> 00:55:35,870 Shield so this is basically all of the ports that are going to be poking out 00:55:35,870 --> 00:55:35,880 ports that are going to be poking out 00:55:35,880 --> 00:55:37,309 ports that are going to be poking out the back of the case so you look at the 00:55:37,309 --> 00:55:37,319 the back of the case so you look at the 00:55:37,319 --> 00:55:38,470 the back of the case so you look at the back of the case you see this little 00:55:38,470 --> 00:55:38,480 back of the case you see this little 00:55:38,480 --> 00:55:40,710 back of the case you see this little slot here this is where the io Shield 00:55:40,710 --> 00:55:40,720 slot here this is where the io Shield 00:55:40,720 --> 00:55:42,150 slot here this is where the io Shield goes so all of these ports are 00:55:42,150 --> 00:55:42,160 goes so all of these ports are 00:55:42,160 --> 00:55:43,750 goes so all of these ports are accessible to you on the outside of the 00:55:43,750 --> 00:55:43,760 accessible to you on the outside of the 00:55:43,760 --> 00:55:45,910 accessible to you on the outside of the system and uh again every board is going 00:55:45,910 --> 00:55:45,920 system and uh again every board is going 00:55:45,920 --> 00:55:48,029 system and uh again every board is going to be a little different um the nice 00:55:48,029 --> 00:55:48,039 to be a little different um the nice 00:55:48,039 --> 00:55:49,750 to be a little different um the nice thing about this board and most 00:55:49,750 --> 00:55:49,760 thing about this board and most 00:55:49,760 --> 00:55:51,430 thing about this board and most relatively high-end boards is that this 00:55:51,430 --> 00:55:51,440 relatively high-end boards is that this 00:55:51,440 --> 00:55:52,990 relatively high-end boards is that this is actually already one piece if you're 00:55:52,990 --> 00:55:53,000 is actually already one piece if you're 00:55:53,000 --> 00:55:53,870 is actually already one piece if you're getting a little bit more of an 00:55:53,870 --> 00:55:53,880 getting a little bit more of an 00:55:53,880 --> 00:55:55,750 getting a little bit more of an affordable board this little metal piece 00:55:55,750 --> 00:55:55,760 affordable board this little metal piece 00:55:55,760 --> 00:55:57,510 affordable board this little metal piece will actually come separately usually in 00:55:57,510 --> 00:55:57,520 will actually come separately usually in 00:55:57,520 --> 00:55:59,510 will actually come separately usually in the actual box itself so you'll need to 00:55:59,510 --> 00:55:59,520 the actual box itself so you'll need to 00:55:59,520 --> 00:56:01,950 the actual box itself so you'll need to click that into the actual case I'll 00:56:01,950 --> 00:56:01,960 click that into the actual case I'll 00:56:01,960 --> 00:56:03,109 click that into the actual case I'll tell you it's really nice when it's 00:56:03,109 --> 00:56:03,119 tell you it's really nice when it's 00:56:03,119 --> 00:56:04,349 tell you it's really nice when it's already installed here on your 00:56:04,349 --> 00:56:04,359 already installed here on your 00:56:04,359 --> 00:56:05,349 already installed here on your motherboard because you just need to 00:56:05,349 --> 00:56:05,359 motherboard because you just need to 00:56:05,359 --> 00:56:07,270 motherboard because you just need to slide it right in um but you can see 00:56:07,270 --> 00:56:07,280 slide it right in um but you can see 00:56:07,280 --> 00:56:08,829 slide it right in um but you can see here we've got a bunch of ports so we 00:56:08,829 --> 00:56:08,839 here we've got a bunch of ports so we 00:56:08,839 --> 00:56:12,630 here we've got a bunch of ports so we have our Wi-Fi USB PS2 ethernet you name 00:56:12,630 --> 00:56:12,640 have our Wi-Fi USB PS2 ethernet you name 00:56:12,640 --> 00:56:15,190 have our Wi-Fi USB PS2 ethernet you name it it's all on here it's really easy 00:56:15,190 --> 00:56:15,200 it it's all on here it's really easy 00:56:15,200 --> 00:56:17,069 it it's all on here it's really easy that my friends I'm forgetting something 00:56:17,069 --> 00:56:17,079 that my friends I'm forgetting something 00:56:17,079 --> 00:56:18,670 that my friends I'm forgetting something is pretty much everything we have on the 00:56:18,670 --> 00:56:18,680 is pretty much everything we have on the 00:56:18,680 --> 00:56:19,870 is pretty much everything we have on the board you can see on this one there's 00:56:19,870 --> 00:56:19,880 board you can see on this one there's 00:56:19,880 --> 00:56:21,190 board you can see on this one there's really nothing on the back so it's going 00:56:21,190 --> 00:56:21,200 really nothing on the back so it's going 00:56:21,200 --> 00:56:23,069 really nothing on the back so it's going to be mounted directly onto the actual 00:56:23,069 --> 00:56:23,079 to be mounted directly onto the actual 00:56:23,079 --> 00:56:24,710 to be mounted directly onto the actual case the only other thing I'll mention 00:56:24,710 --> 00:56:24,720 case the only other thing I'll mention 00:56:24,720 --> 00:56:26,510 case the only other thing I'll mention while I'm here is just the differ 00:56:26,510 --> 00:56:26,520 while I'm here is just the differ 00:56:26,520 --> 00:56:28,630 while I'm here is just the differ between AMD and Intel sockets for the 00:56:28,630 --> 00:56:28,640 between AMD and Intel sockets for the 00:56:28,640 --> 00:56:31,150 between AMD and Intel sockets for the CPU since we're using an AMD ryzen 7000 00:56:31,150 --> 00:56:31,160 CPU since we're using an AMD ryzen 7000 00:56:31,160 --> 00:56:33,549 CPU since we're using an AMD ryzen 7000 system it's very straightforward um so 00:56:33,549 --> 00:56:33,559 system it's very straightforward um so 00:56:33,559 --> 00:56:35,589 system it's very straightforward um so we're going to push this little arm back 00:56:35,589 --> 00:56:35,599 we're going to push this little arm back 00:56:35,599 --> 00:56:36,950 we're going to push this little arm back just going to unlock it and I'm just 00:56:36,950 --> 00:56:36,960 just going to unlock it and I'm just 00:56:36,960 --> 00:56:38,870 just going to unlock it and I'm just going to pick this up gently so you'll 00:56:38,870 --> 00:56:38,880 going to pick this up gently so you'll 00:56:38,880 --> 00:56:41,430 going to pick this up gently so you'll see that there are a ton of little pins 00:56:41,430 --> 00:56:41,440 see that there are a ton of little pins 00:56:41,440 --> 00:56:43,829 see that there are a ton of little pins on the actual motherboard now I'm going 00:56:43,829 --> 00:56:43,839 on the actual motherboard now I'm going 00:56:43,839 --> 00:56:45,430 on the actual motherboard now I'm going to give you a word of warning for 00:56:45,430 --> 00:56:45,440 to give you a word of warning for 00:56:45,440 --> 00:56:47,029 to give you a word of warning for anything when it comes to building your 00:56:47,029 --> 00:56:47,039 anything when it comes to building your 00:56:47,039 --> 00:56:50,510 anything when it comes to building your computer it would be this don't touch 00:56:50,510 --> 00:56:50,520 computer it would be this don't touch 00:56:50,520 --> 00:56:53,510 computer it would be this don't touch these pens there's a lot of them they're 00:56:53,510 --> 00:56:53,520 these pens there's a lot of them they're 00:56:53,520 --> 00:56:55,789 these pens there's a lot of them they're really small and if you're using your 00:56:55,789 --> 00:56:55,799 really small and if you're using your 00:56:55,799 --> 00:56:57,510 really small and if you're using your screwdriver in this area you're moving 00:56:57,510 --> 00:56:57,520 screwdriver in this area you're moving 00:56:57,520 --> 00:56:58,910 screwdriver in this area you're moving your finger around you start bending 00:56:58,910 --> 00:56:58,920 your finger around you start bending 00:56:58,920 --> 00:57:00,470 your finger around you start bending these you're going to be in for a real 00:57:00,470 --> 00:57:00,480 these you're going to be in for a real 00:57:00,480 --> 00:57:04,069 these you're going to be in for a real bad time very quickly now it's fine if 00:57:04,069 --> 00:57:04,079 bad time very quickly now it's fine if 00:57:04,079 --> 00:57:06,430 bad time very quickly now it's fine if you're careful but most things in the 00:57:06,430 --> 00:57:06,440 you're careful but most things in the 00:57:06,440 --> 00:57:08,150 you're careful but most things in the system you can make a little mistake you 00:57:08,150 --> 00:57:08,160 system you can make a little mistake you 00:57:08,160 --> 00:57:09,829 system you can make a little mistake you can drop something whatever it's fine 00:57:09,829 --> 00:57:09,839 can drop something whatever it's fine 00:57:09,839 --> 00:57:12,430 can drop something whatever it's fine right you bend some of these pens you 00:57:12,430 --> 00:57:12,440 right you bend some of these pens you 00:57:12,440 --> 00:57:14,910 right you bend some of these pens you can technically get them back I've done 00:57:14,910 --> 00:57:14,920 can technically get them back I've done 00:57:14,920 --> 00:57:20,190 can technically get them back I've done it in the past uh but it really really 00:57:20,190 --> 00:57:20,200 it in the past uh but it really really 00:57:20,200 --> 00:57:21,710 it in the past uh but it really really sucks so I would just give you a for 00:57:21,710 --> 00:57:21,720 sucks so I would just give you a for 00:57:21,720 --> 00:57:24,430 sucks so I would just give you a for warning be careful with these pens now 00:57:24,430 --> 00:57:24,440 warning be careful with these pens now 00:57:24,440 --> 00:57:26,270 warning be careful with these pens now this is an am5 socket which looks very 00:57:26,270 --> 00:57:26,280 this is an am5 socket which looks very 00:57:26,280 --> 00:57:27,510 this is an am5 socket which looks very different because you can see it 00:57:27,510 --> 00:57:27,520 different because you can see it 00:57:27,520 --> 00:57:28,829 different because you can see it actually has that sort of little slash 00:57:28,829 --> 00:57:28,839 actually has that sort of little slash 00:57:28,839 --> 00:57:30,069 actually has that sort of little slash in the middle so you can see there's 00:57:30,069 --> 00:57:30,079 in the middle so you can see there's 00:57:30,079 --> 00:57:32,190 in the middle so you can see there's pens on the top and pens on the bottom 00:57:32,190 --> 00:57:32,200 pens on the top and pens on the bottom 00:57:32,200 --> 00:57:34,789 pens on the top and pens on the bottom now if you're using an older AMD system 00:57:34,789 --> 00:57:34,799 now if you're using an older AMD system 00:57:34,799 --> 00:57:36,510 now if you're using an older AMD system so something with an am4 socket for 00:57:36,510 --> 00:57:36,520 so something with an am4 socket for 00:57:36,520 --> 00:57:38,309 so something with an am4 socket for example there's actually no pens here 00:57:38,309 --> 00:57:38,319 example there's actually no pens here 00:57:38,319 --> 00:57:40,109 example there's actually no pens here the pins are on the CPU itself so 00:57:40,109 --> 00:57:40,119 the pins are on the CPU itself so 00:57:40,119 --> 00:57:41,670 the pins are on the CPU itself so instead it's sort of flipped right so 00:57:41,670 --> 00:57:41,680 instead it's sort of flipped right so 00:57:41,680 --> 00:57:43,670 instead it's sort of flipped right so I'll show you my CPU really quick so on 00:57:43,670 --> 00:57:43,680 I'll show you my CPU really quick so on 00:57:43,680 --> 00:57:45,230 I'll show you my CPU really quick so on the back side of the CPU there's just a 00:57:45,230 --> 00:57:45,240 the back side of the CPU there's just a 00:57:45,240 --> 00:57:47,190 the back side of the CPU there's just a bunch of pads that connect to these pens 00:57:47,190 --> 00:57:47,200 bunch of pads that connect to these pens 00:57:47,200 --> 00:57:49,069 bunch of pads that connect to these pens but on older AMD systems it's reversed 00:57:49,069 --> 00:57:49,079 but on older AMD systems it's reversed 00:57:49,079 --> 00:57:51,230 but on older AMD systems it's reversed so you would have pens on the CPU pads 00:57:51,230 --> 00:57:51,240 so you would have pens on the CPU pads 00:57:51,240 --> 00:57:53,750 so you would have pens on the CPU pads on the actual motherboard same concept 00:57:53,750 --> 00:57:53,760 on the actual motherboard same concept 00:57:53,760 --> 00:57:55,549 on the actual motherboard same concept there are little pens there don't touch 00:57:55,549 --> 00:57:55,559 there are little pens there don't touch 00:57:55,559 --> 00:57:57,150 there are little pens there don't touch them don't mess them up or you're going 00:57:57,150 --> 00:57:57,160 them don't mess them up or you're going 00:57:57,160 --> 00:57:58,910 them don't mess them up or you're going to be in a world of hurt so that's just 00:57:58,910 --> 00:57:58,920 to be in a world of hurt so that's just 00:57:58,920 --> 00:58:01,270 to be in a world of hurt so that's just a little heads up um Intel motherboards 00:58:01,270 --> 00:58:01,280 a little heads up um Intel motherboards 00:58:01,280 --> 00:58:02,430 a little heads up um Intel motherboards are very similar it looks a little 00:58:02,430 --> 00:58:02,440 are very similar it looks a little 00:58:02,440 --> 00:58:03,750 are very similar it looks a little different than this but the pens are on 00:58:03,750 --> 00:58:03,760 different than this but the pens are on 00:58:03,760 --> 00:58:05,870 different than this but the pens are on the board itself so just please be 00:58:05,870 --> 00:58:05,880 the board itself so just please be 00:58:05,880 --> 00:58:07,309 the board itself so just please be careful I'll show you how to install the 00:58:07,309 --> 00:58:07,319 careful I'll show you how to install the 00:58:07,319 --> 00:58:09,630 careful I'll show you how to install the CPU in a second but just if you mess 00:58:09,630 --> 00:58:09,640 CPU in a second but just if you mess 00:58:09,640 --> 00:58:13,230 CPU in a second but just if you mess these pens up you're going to not you 00:58:13,230 --> 00:58:13,240 these pens up you're going to not you 00:58:13,240 --> 00:58:14,630 these pens up you're going to not you can try to fix them but it's really hard 00:58:14,630 --> 00:58:14,640 can try to fix them but it's really hard 00:58:14,640 --> 00:58:16,589 can try to fix them but it's really hard you may need to actually swap out your 00:58:16,589 --> 00:58:16,599 you may need to actually swap out your 00:58:16,599 --> 00:58:19,029 you may need to actually swap out your board so that's a word of warning my 00:58:19,029 --> 00:58:19,039 board so that's a word of warning my 00:58:19,039 --> 00:58:21,589 board so that's a word of warning my friends be careful with pens they're 00:58:21,589 --> 00:58:21,599 friends be careful with pens they're 00:58:21,599 --> 00:58:24,190 friends be careful with pens they're sharp and importantly a huge pain to put 00:58:24,190 --> 00:58:24,200 sharp and importantly a huge pain to put 00:58:24,200 --> 00:58:26,829 sharp and importantly a huge pain to put back in place it is time to to install 00:58:26,829 --> 00:58:26,839 back in place it is time to to install 00:58:26,839 --> 00:58:30,829 back in place it is time to to install our CPU now again I'm using a ryzen 7000 00:58:30,829 --> 00:58:30,839 our CPU now again I'm using a ryzen 7000 00:58:30,839 --> 00:58:33,109 our CPU now again I'm using a ryzen 7000 series processor installing pretty much 00:58:33,109 --> 00:58:33,119 series processor installing pretty much 00:58:33,119 --> 00:58:35,230 series processor installing pretty much every CPU is the exact same so there's 00:58:35,230 --> 00:58:35,240 every CPU is the exact same so there's 00:58:35,240 --> 00:58:36,990 every CPU is the exact same so there's slight variations as far as when you 00:58:36,990 --> 00:58:37,000 slight variations as far as when you 00:58:37,000 --> 00:58:38,470 slight variations as far as when you actually go to install them like how 00:58:38,470 --> 00:58:38,480 actually go to install them like how 00:58:38,480 --> 00:58:40,750 actually go to install them like how they're like melted and stuff but it's a 00:58:40,750 --> 00:58:40,760 they're like melted and stuff but it's a 00:58:40,760 --> 00:58:43,549 they're like melted and stuff but it's a very very similar process so I'm going 00:58:43,549 --> 00:58:43,559 very very similar process so I'm going 00:58:43,559 --> 00:58:45,990 very very similar process so I'm going to take this out of the box now because 00:58:45,990 --> 00:58:46,000 to take this out of the box now because 00:58:46,000 --> 00:58:47,910 to take this out of the box now because this is a ryzen 7 a little bit more of a 00:58:47,910 --> 00:58:47,920 this is a ryzen 7 a little bit more of a 00:58:47,920 --> 00:58:49,470 this is a ryzen 7 a little bit more of a higher end chip that's all I've got in 00:58:49,470 --> 00:58:49,480 higher end chip that's all I've got in 00:58:49,480 --> 00:58:51,990 higher end chip that's all I've got in the box so if I had a lower-end chip it 00:58:51,990 --> 00:58:52,000 the box so if I had a lower-end chip it 00:58:52,000 --> 00:58:53,230 the box so if I had a lower-end chip it would typically come with the stock 00:58:53,230 --> 00:58:53,240 would typically come with the stock 00:58:53,240 --> 00:58:54,910 would typically come with the stock cooler and like I mentioned earlier 00:58:54,910 --> 00:58:54,920 cooler and like I mentioned earlier 00:58:54,920 --> 00:58:57,549 cooler and like I mentioned earlier those stock coolers are to totally fine 00:58:57,549 --> 00:58:57,559 those stock coolers are to totally fine 00:58:57,559 --> 00:58:58,990 those stock coolers are to totally fine but when you get the higher end chip it 00:58:58,990 --> 00:58:59,000 but when you get the higher end chip it 00:58:59,000 --> 00:59:01,150 but when you get the higher end chip it comes in a smaller box and only the CPU 00:59:01,150 --> 00:59:01,160 comes in a smaller box and only the CPU 00:59:01,160 --> 00:59:02,430 comes in a smaller box and only the CPU it's like when you buy a phone and it 00:59:02,430 --> 00:59:02,440 it's like when you buy a phone and it 00:59:02,440 --> 00:59:04,069 it's like when you buy a phone and it doesn't come with power cable anymore 00:59:04,069 --> 00:59:04,079 doesn't come with power cable anymore 00:59:04,079 --> 00:59:06,950 doesn't come with power cable anymore even though youve paid $1,000 for 00:59:06,950 --> 00:59:06,960 even though youve paid $1,000 for 00:59:06,960 --> 00:59:09,390 even though youve paid $1,000 for it you know who you are so we're going 00:59:09,390 --> 00:59:09,400 it you know who you are so we're going 00:59:09,400 --> 00:59:11,870 it you know who you are so we're going to open up this little plastic clamshell 00:59:11,870 --> 00:59:11,880 to open up this little plastic clamshell 00:59:11,880 --> 00:59:15,230 to open up this little plastic clamshell now when it comes to uh CPU this is a 00:59:15,230 --> 00:59:15,240 now when it comes to uh CPU this is a 00:59:15,240 --> 00:59:17,150 now when it comes to uh CPU this is a little bit sensitive it's not too bad um 00:59:17,150 --> 00:59:17,160 little bit sensitive it's not too bad um 00:59:17,160 --> 00:59:18,589 little bit sensitive it's not too bad um you do need to be a bit careful if this 00:59:18,589 --> 00:59:18,599 you do need to be a bit careful if this 00:59:18,599 --> 00:59:21,069 you do need to be a bit careful if this is an older AMD chip so again like a 00:59:21,069 --> 00:59:21,079 is an older AMD chip so again like a 00:59:21,079 --> 00:59:23,789 is an older AMD chip so again like a ryzen 5000 and am4 Chip be careful 00:59:23,789 --> 00:59:23,799 ryzen 5000 and am4 Chip be careful 00:59:23,799 --> 00:59:25,349 ryzen 5000 and am4 Chip be careful because that has pens on the bottom this 00:59:25,349 --> 00:59:25,359 because that has pens on the bottom this 00:59:25,359 --> 00:59:26,950 because that has pens on the bottom this does not so if I flip it over here 00:59:26,950 --> 00:59:26,960 does not so if I flip it over here 00:59:26,960 --> 00:59:29,309 does not so if I flip it over here you'll see that on the bottom of the 00:59:29,309 --> 00:59:29,319 you'll see that on the bottom of the 00:59:29,319 --> 00:59:31,549 you'll see that on the bottom of the chip they're all of our little pads so 00:59:31,549 --> 00:59:31,559 chip they're all of our little pads so 00:59:31,559 --> 00:59:33,270 chip they're all of our little pads so this is what makes contact with all the 00:59:33,270 --> 00:59:33,280 this is what makes contact with all the 00:59:33,280 --> 00:59:34,829 this is what makes contact with all the pins on the motherboard you don't want 00:59:34,829 --> 00:59:34,839 pins on the motherboard you don't want 00:59:34,839 --> 00:59:37,069 pins on the motherboard you don't want to touch these but it's not super super 00:59:37,069 --> 00:59:37,079 to touch these but it's not super super 00:59:37,079 --> 00:59:38,950 to touch these but it's not super super critical like you're not going to I mean 00:59:38,950 --> 00:59:38,960 critical like you're not going to I mean 00:59:38,960 --> 00:59:40,109 critical like you're not going to I mean it's fine just don't get it dirty and 00:59:40,109 --> 00:59:40,119 it's fine just don't get it dirty and 00:59:40,119 --> 00:59:41,710 it's fine just don't get it dirty and it's all right um now you'll see that 00:59:41,710 --> 00:59:41,720 it's all right um now you'll see that 00:59:41,720 --> 00:59:44,069 it's all right um now you'll see that with ryen 7000 it has this sort of 00:59:44,069 --> 00:59:44,079 with ryen 7000 it has this sort of 00:59:44,079 --> 00:59:45,510 with ryen 7000 it has this sort of interesting design where it almost looks 00:59:45,510 --> 00:59:45,520 interesting design where it almost looks 00:59:45,520 --> 00:59:48,990 interesting design where it almost looks like a crown um most chips will look 00:59:48,990 --> 00:59:49,000 like a crown um most chips will look 00:59:49,000 --> 00:59:51,109 like a crown um most chips will look vaguely similar so if this was an Intel 00:59:51,109 --> 00:59:51,119 vaguely similar so if this was an Intel 00:59:51,119 --> 00:59:52,390 vaguely similar so if this was an Intel CPU it would actually be a little bit 00:59:52,390 --> 00:59:52,400 CPU it would actually be a little bit 00:59:52,400 --> 00:59:54,190 CPU it would actually be a little bit taller and if you're with a like an 00:59:54,190 --> 00:59:54,200 taller and if you're with a like an 00:59:54,200 --> 00:59:55,589 taller and if you're with a like an older am4 it would be a little bit 00:59:55,589 --> 00:59:55,599 older am4 it would be a little bit 00:59:55,599 --> 00:59:57,309 older am4 it would be a little bit flatter a little bit more boring but 00:59:57,309 --> 00:59:57,319 flatter a little bit more boring but 00:59:57,319 --> 00:59:59,390 flatter a little bit more boring but again pretty much every CPU is going to 00:59:59,390 --> 00:59:59,400 again pretty much every CPU is going to 00:59:59,400 --> 01:00:01,630 again pretty much every CPU is going to look quite similar and installing them 01:00:01,630 --> 01:00:01,640 look quite similar and installing them 01:00:01,640 --> 01:00:03,510 look quite similar and installing them is also basically the same sort of thing 01:00:03,510 --> 01:00:03,520 is also basically the same sort of thing 01:00:03,520 --> 01:00:04,670 is also basically the same sort of thing so I've already done it here but you can 01:00:04,670 --> 01:00:04,680 so I've already done it here but you can 01:00:04,680 --> 01:00:06,390 so I've already done it here but you can see that when you get the motherboard 01:00:06,390 --> 01:00:06,400 see that when you get the motherboard 01:00:06,400 --> 01:00:08,630 see that when you get the motherboard you will want to push down the arm so 01:00:08,630 --> 01:00:08,640 you will want to push down the arm so 01:00:08,640 --> 01:00:09,910 you will want to push down the arm so it's either on this side or this side 01:00:09,910 --> 01:00:09,920 it's either on this side or this side 01:00:09,920 --> 01:00:11,470 it's either on this side or this side depending on which socket you've got you 01:00:11,470 --> 01:00:11,480 depending on which socket you've got you 01:00:11,480 --> 01:00:13,670 depending on which socket you've got you want to pull it back and then gently 01:00:13,670 --> 01:00:13,680 want to pull it back and then gently 01:00:13,680 --> 01:00:16,069 want to pull it back and then gently we're going to lift up the little lid so 01:00:16,069 --> 01:00:16,079 we're going to lift up the little lid so 01:00:16,079 --> 01:00:17,430 we're going to lift up the little lid so I've already taken off this little 01:00:17,430 --> 01:00:17,440 I've already taken off this little 01:00:17,440 --> 01:00:18,990 I've already taken off this little plastic protector you can actually leave 01:00:18,990 --> 01:00:19,000 plastic protector you can actually leave 01:00:19,000 --> 01:00:20,950 plastic protector you can actually leave it on because it's designed to pop Loose 01:00:20,950 --> 01:00:20,960 it on because it's designed to pop Loose 01:00:20,960 --> 01:00:22,390 it on because it's designed to pop Loose as you close it down but I just pull 01:00:22,390 --> 01:00:22,400 as you close it down but I just pull 01:00:22,400 --> 01:00:23,309 as you close it down but I just pull this off so we get a little bit of a 01:00:23,309 --> 01:00:23,319 this off so we get a little bit of a 01:00:23,319 --> 01:00:25,470 this off so we get a little bit of a clearer shot now when it comes to 01:00:25,470 --> 01:00:25,480 clearer shot now when it comes to 01:00:25,480 --> 01:00:28,589 clearer shot now when it comes to installing the CPU on am5 it is very 01:00:28,589 --> 01:00:28,599 installing the CPU on am5 it is very 01:00:28,599 --> 01:00:31,270 installing the CPU on am5 it is very very simple so not only are there a 01:00:31,270 --> 01:00:31,280 very simple so not only are there a 01:00:31,280 --> 01:00:32,549 very simple so not only are there a couple of notches you'll see there's a 01:00:32,549 --> 01:00:32,559 couple of notches you'll see there's a 01:00:32,559 --> 01:00:34,069 couple of notches you'll see there's a notch on top and bottom which 01:00:34,069 --> 01:00:34,079 notch on top and bottom which 01:00:34,079 --> 01:00:35,870 notch on top and bottom which corresponds to a notch on top and bottom 01:00:35,870 --> 01:00:35,880 corresponds to a notch on top and bottom 01:00:35,880 --> 01:00:37,990 corresponds to a notch on top and bottom of the CPU but it's especially easy 01:00:37,990 --> 01:00:38,000 of the CPU but it's especially easy 01:00:38,000 --> 01:00:39,710 of the CPU but it's especially easy because if you flip it over you'll see 01:00:39,710 --> 01:00:39,720 because if you flip it over you'll see 01:00:39,720 --> 01:00:41,470 because if you flip it over you'll see that there is that little line right so 01:00:41,470 --> 01:00:41,480 that there is that little line right so 01:00:41,480 --> 01:00:42,789 that there is that little line right so we have the top and the bottom of the 01:00:42,789 --> 01:00:42,799 we have the top and the bottom of the 01:00:42,799 --> 01:00:45,349 we have the top and the bottom of the chip that line denotes top and bottom on 01:00:45,349 --> 01:00:45,359 chip that line denotes top and bottom on 01:00:45,359 --> 01:00:47,549 chip that line denotes top and bottom on both the actual socket and the CPU so 01:00:47,549 --> 01:00:47,559 both the actual socket and the CPU so 01:00:47,559 --> 01:00:49,710 both the actual socket and the CPU so this is super simple if you're using 01:00:49,710 --> 01:00:49,720 this is super simple if you're using 01:00:49,720 --> 01:00:51,710 this is super simple if you're using Intel or an older AMD you're going to 01:00:51,710 --> 01:00:51,720 Intel or an older AMD you're going to 01:00:51,720 --> 01:00:53,870 Intel or an older AMD you're going to want to go by the little notches so 01:00:53,870 --> 01:00:53,880 want to go by the little notches so 01:00:53,880 --> 01:00:55,029 want to go by the little notches so there'll be notches on the left or the 01:00:55,029 --> 01:00:55,039 there'll be notches on the left or the 01:00:55,039 --> 01:00:56,670 there'll be notches on the left or the right or the top the bottom and you'll 01:00:56,670 --> 01:00:56,680 right or the top the bottom and you'll 01:00:56,680 --> 01:00:58,630 right or the top the bottom and you'll also see that with this and most CPUs 01:00:58,630 --> 01:00:58,640 also see that with this and most CPUs 01:00:58,640 --> 01:00:59,870 also see that with this and most CPUs there's going to be a little gold 01:00:59,870 --> 01:00:59,880 there's going to be a little gold 01:00:59,880 --> 01:01:02,150 there's going to be a little gold triangle that gold triangle will also 01:01:02,150 --> 01:01:02,160 triangle that gold triangle will also 01:01:02,160 --> 01:01:04,349 triangle that gold triangle will also denote the little triangle on the socket 01:01:04,349 --> 01:01:04,359 denote the little triangle on the socket 01:01:04,359 --> 01:01:05,990 denote the little triangle on the socket so there's a number of ways to double 01:01:05,990 --> 01:01:06,000 so there's a number of ways to double 01:01:06,000 --> 01:01:08,950 so there's a number of ways to double check but just make sure that it lines 01:01:08,950 --> 01:01:08,960 check but just make sure that it lines 01:01:08,960 --> 01:01:11,430 check but just make sure that it lines up correctly when we drop this in we're 01:01:11,430 --> 01:01:11,440 up correctly when we drop this in we're 01:01:11,440 --> 01:01:14,029 up correctly when we drop this in we're going to gently place it if you go to 01:01:14,029 --> 01:01:14,039 going to gently place it if you go to 01:01:14,039 --> 01:01:17,870 going to gently place it if you go to put your CPU in and it fights you at all 01:01:17,870 --> 01:01:17,880 put your CPU in and it fights you at all 01:01:17,880 --> 01:01:20,190 put your CPU in and it fights you at all stop that's not good it's supposed to 01:01:20,190 --> 01:01:20,200 stop that's not good it's supposed to 01:01:20,200 --> 01:01:24,069 stop that's not good it's supposed to gently rest into place okay so scary 01:01:24,069 --> 01:01:24,079 gently rest into place okay so scary 01:01:24,079 --> 01:01:25,950 gently rest into place okay so scary it's probably the only part of the 01:01:25,950 --> 01:01:25,960 it's probably the only part of the 01:01:25,960 --> 01:01:28,150 it's probably the only part of the system that is actually a real danger 01:01:28,150 --> 01:01:28,160 system that is actually a real danger 01:01:28,160 --> 01:01:31,029 system that is actually a real danger but it's totally fine so to install the 01:01:31,029 --> 01:01:31,039 but it's totally fine so to install the 01:01:31,039 --> 01:01:33,510 but it's totally fine so to install the CPU very simple hold it by the corners 01:01:33,510 --> 01:01:33,520 CPU very simple hold it by the corners 01:01:33,520 --> 01:01:34,990 CPU very simple hold it by the corners trying to touch that bottom just good 01:01:34,990 --> 01:01:35,000 trying to touch that bottom just good 01:01:35,000 --> 01:01:37,029 trying to touch that bottom just good general rule of thumb we're going to 01:01:37,029 --> 01:01:37,039 general rule of thumb we're going to 01:01:37,039 --> 01:01:39,870 general rule of thumb we're going to line it up with our actual socket making 01:01:39,870 --> 01:01:39,880 line it up with our actual socket making 01:01:39,880 --> 01:01:41,270 line it up with our actual socket making sure that it is lined up correctly with 01:01:41,270 --> 01:01:41,280 sure that it is lined up correctly with 01:01:41,280 --> 01:01:42,630 sure that it is lined up correctly with those notches and we're going to gently 01:01:42,630 --> 01:01:42,640 those notches and we're going to gently 01:01:42,640 --> 01:01:46,150 those notches and we're going to gently let go of it tada that's it you see how 01:01:46,150 --> 01:01:46,160 let go of it tada that's it you see how 01:01:46,160 --> 01:01:49,270 let go of it tada that's it you see how it just rests very very seamlessly here 01:01:49,270 --> 01:01:49,280 it just rests very very seamlessly here 01:01:49,280 --> 01:01:51,670 it just rests very very seamlessly here again if you going to put that in there 01:01:51,670 --> 01:01:51,680 again if you going to put that in there 01:01:51,680 --> 01:01:54,269 again if you going to put that in there and it doesn't feel right don't Wiggle 01:01:54,269 --> 01:01:54,279 and it doesn't feel right don't Wiggle 01:01:54,279 --> 01:01:56,349 and it doesn't feel right don't Wiggle It Don't Force It 01:01:56,349 --> 01:01:56,359 It Don't Force It 01:01:56,359 --> 01:01:58,670 It Don't Force It gently pick it up visually inspect that 01:01:58,670 --> 01:01:58,680 gently pick it up visually inspect that 01:01:58,680 --> 01:02:00,109 gently pick it up visually inspect that The Notches are lined up and everything 01:02:00,109 --> 01:02:00,119 The Notches are lined up and everything 01:02:00,119 --> 01:02:01,829 The Notches are lined up and everything is fine as you can see it just rests 01:02:01,829 --> 01:02:01,839 is fine as you can see it just rests 01:02:01,839 --> 01:02:04,109 is fine as you can see it just rests completely fine once you know that it is 01:02:04,109 --> 01:02:04,119 completely fine once you know that it is 01:02:04,119 --> 01:02:05,269 completely fine once you know that it is in here you can put your finger out you 01:02:05,269 --> 01:02:05,279 in here you can put your finger out you 01:02:05,279 --> 01:02:06,470 in here you can put your finger out you just give a little wiggle just to make 01:02:06,470 --> 01:02:06,480 just give a little wiggle just to make 01:02:06,480 --> 01:02:09,309 just give a little wiggle just to make sure totally fine then we're going to 01:02:09,309 --> 01:02:09,319 sure totally fine then we're going to 01:02:09,319 --> 01:02:11,670 sure totally fine then we're going to take the top of it put it underneath 01:02:11,670 --> 01:02:11,680 take the top of it put it underneath 01:02:11,680 --> 01:02:12,950 take the top of it put it underneath this little retention so you'll see that 01:02:12,950 --> 01:02:12,960 this little retention so you'll see that 01:02:12,960 --> 01:02:14,390 this little retention so you'll see that we actually have to make sure it's all 01:02:14,390 --> 01:02:14,400 we actually have to make sure it's all 01:02:14,400 --> 01:02:16,789 we actually have to make sure it's all the way forced down there and then we 01:02:16,789 --> 01:02:16,799 the way forced down there and then we 01:02:16,799 --> 01:02:18,750 the way forced down there and then we take this arm and give it some good 01:02:18,750 --> 01:02:18,760 take this arm and give it some good 01:02:18,760 --> 01:02:20,069 take this arm and give it some good Force it's going to be a little hard to 01:02:20,069 --> 01:02:20,079 Force it's going to be a little hard to 01:02:20,079 --> 01:02:21,510 Force it's going to be a little hard to put down but don't worry about it it's 01:02:21,510 --> 01:02:21,520 put down but don't worry about it it's 01:02:21,520 --> 01:02:23,269 put down but don't worry about it it's just a moderate amount of force and 01:02:23,269 --> 01:02:23,279 just a moderate amount of force and 01:02:23,279 --> 01:02:25,910 just a moderate amount of force and congratulations you have a CPU installed 01:02:25,910 --> 01:02:25,920 congratulations you have a CPU installed 01:02:25,920 --> 01:02:29,029 congratulations you have a CPU installed in your motherboard that's it it's that 01:02:29,029 --> 01:02:29,039 in your motherboard that's it it's that 01:02:29,039 --> 01:02:30,630 in your motherboard that's it it's that simple it seems scary there's a lot of 01:02:30,630 --> 01:02:30,640 simple it seems scary there's a lot of 01:02:30,640 --> 01:02:31,750 simple it seems scary there's a lot of things that could go wrong but as long 01:02:31,750 --> 01:02:31,760 things that could go wrong but as long 01:02:31,760 --> 01:02:33,630 things that could go wrong but as long as you put the CPU on is lined up 01:02:33,630 --> 01:02:33,640 as you put the CPU on is lined up 01:02:33,640 --> 01:02:35,990 as you put the CPU on is lined up correctly you put that arm down that's 01:02:35,990 --> 01:02:36,000 correctly you put that arm down that's 01:02:36,000 --> 01:02:37,870 correctly you put that arm down that's it that is really the most 01:02:37,870 --> 01:02:37,880 it that is really the most 01:02:37,880 --> 01:02:40,269 it that is really the most nerve-wracking part of any PC build at 01:02:40,269 --> 01:02:40,279 nerve-wracking part of any PC build at 01:02:40,279 --> 01:02:44,109 nerve-wracking part of any PC build at this point it gets much much less scary 01:02:44,109 --> 01:02:44,119 this point it gets much much less scary 01:02:44,119 --> 01:02:47,269 this point it gets much much less scary next up let's install our Ram so for 01:02:47,269 --> 01:02:47,279 next up let's install our Ram so for 01:02:47,279 --> 01:02:48,589 next up let's install our Ram so for this system I'm going to be installing 01:02:48,589 --> 01:02:48,599 this system I'm going to be installing 01:02:48,599 --> 01:02:49,910 this system I'm going to be installing dual Channel memory which is going to 01:02:49,910 --> 01:02:49,920 dual Channel memory which is going to 01:02:49,920 --> 01:02:53,190 dual Channel memory which is going to come in two dens so uh to install RAM it 01:02:53,190 --> 01:02:53,200 come in two dens so uh to install RAM it 01:02:53,200 --> 01:02:55,269 come in two dens so uh to install RAM it is very simple if you've ever worked on 01:02:55,269 --> 01:02:55,279 is very simple if you've ever worked on 01:02:55,279 --> 01:02:57,390 is very simple if you've ever worked on a PC in the past oar was probably 01:02:57,390 --> 01:02:57,400 a PC in the past oar was probably 01:02:57,400 --> 01:02:58,990 a PC in the past oar was probably installing RAM so you're hopefully 01:02:58,990 --> 01:02:59,000 installing RAM so you're hopefully 01:02:59,000 --> 01:03:02,230 installing RAM so you're hopefully familiar but if not so so simple so I'm 01:03:02,230 --> 01:03:02,240 familiar but if not so so simple so I'm 01:03:02,240 --> 01:03:03,230 familiar but if not so so simple so I'm going to pull it out of the little 01:03:03,230 --> 01:03:03,240 going to pull it out of the little 01:03:03,240 --> 01:03:06,190 going to pull it out of the little clamshell here um Ram is not super 01:03:06,190 --> 01:03:06,200 clamshell here um Ram is not super 01:03:06,200 --> 01:03:07,309 clamshell here um Ram is not super fragile you don't have to worry about it 01:03:07,309 --> 01:03:07,319 fragile you don't have to worry about it 01:03:07,319 --> 01:03:09,150 fragile you don't have to worry about it too much so almost all Ram these days 01:03:09,150 --> 01:03:09,160 too much so almost all Ram these days 01:03:09,160 --> 01:03:10,510 too much so almost all Ram these days has like a little like metal heat sink 01:03:10,510 --> 01:03:10,520 has like a little like metal heat sink 01:03:10,520 --> 01:03:13,269 has like a little like metal heat sink which is perfectly safe to hold now it's 01:03:13,269 --> 01:03:13,279 which is perfectly safe to hold now it's 01:03:13,279 --> 01:03:14,789 which is perfectly safe to hold now it's just a good general rule of thumb you 01:03:14,789 --> 01:03:14,799 just a good general rule of thumb you 01:03:14,799 --> 01:03:16,549 just a good general rule of thumb you see like little gold contacts on pretty 01:03:16,549 --> 01:03:16,559 see like little gold contacts on pretty 01:03:16,559 --> 01:03:18,990 see like little gold contacts on pretty much anything don't touch them it's okay 01:03:18,990 --> 01:03:19,000 much anything don't touch them it's okay 01:03:19,000 --> 01:03:20,069 much anything don't touch them it's okay you just don't want to get them dirty 01:03:20,069 --> 01:03:20,079 you just don't want to get them dirty 01:03:20,079 --> 01:03:21,710 you just don't want to get them dirty you want to get them like gross or nasty 01:03:21,710 --> 01:03:21,720 you want to get them like gross or nasty 01:03:21,720 --> 01:03:23,309 you want to get them like gross or nasty or anything so typically it's always 01:03:23,309 --> 01:03:23,319 or anything so typically it's always 01:03:23,319 --> 01:03:25,349 or anything so typically it's always safe to grab these things by the sides 01:03:25,349 --> 01:03:25,359 safe to grab these things by the sides 01:03:25,359 --> 01:03:27,029 safe to grab these things by the sides or by I like the little metal shrouds 01:03:27,029 --> 01:03:27,039 or by I like the little metal shrouds 01:03:27,039 --> 01:03:29,190 or by I like the little metal shrouds but you'll see that I have two sticks of 01:03:29,190 --> 01:03:29,200 but you'll see that I have two sticks of 01:03:29,200 --> 01:03:32,589 but you'll see that I have two sticks of ddr5 here now I actually have right here 01:03:32,589 --> 01:03:32,599 ddr5 here now I actually have right here 01:03:32,599 --> 01:03:35,349 ddr5 here now I actually have right here a stick of ddr4 so if you're building a 01:03:35,349 --> 01:03:35,359 a stick of ddr4 so if you're building a 01:03:35,359 --> 01:03:37,069 a stick of ddr4 so if you're building a system you're going to be using one of 01:03:37,069 --> 01:03:37,079 system you're going to be using one of 01:03:37,079 --> 01:03:39,589 system you're going to be using one of these types of memory they look almost 01:03:39,589 --> 01:03:39,599 these types of memory they look almost 01:03:39,599 --> 01:03:41,750 these types of memory they look almost the exact same but importantly they're 01:03:41,750 --> 01:03:41,760 the exact same but importantly they're 01:03:41,760 --> 01:03:43,230 the exact same but importantly they're not compatible with each other so if 01:03:43,230 --> 01:03:43,240 not compatible with each other so if 01:03:43,240 --> 01:03:45,430 not compatible with each other so if you're building an Intel system often 01:03:45,430 --> 01:03:45,440 you're building an Intel system often 01:03:45,440 --> 01:03:46,750 you're building an Intel system often times Intel systems will actually have 01:03:46,750 --> 01:03:46,760 times Intel systems will actually have 01:03:46,760 --> 01:03:49,150 times Intel systems will actually have an option so the CPUs would support ddr4 01:03:49,150 --> 01:03:49,160 an option so the CPUs would support ddr4 01:03:49,160 --> 01:03:50,910 an option so the CPUs would support ddr4 or ddr5 and it's down to which 01:03:50,910 --> 01:03:50,920 or ddr5 and it's down to which 01:03:50,920 --> 01:03:53,230 or ddr5 and it's down to which motherboard you get but a motherboard 01:03:53,230 --> 01:03:53,240 motherboard you get but a motherboard 01:03:53,240 --> 01:03:56,029 motherboard you get but a motherboard will only select one of these two so 01:03:56,029 --> 01:03:56,039 will only select one of these two so 01:03:56,039 --> 01:03:57,630 will only select one of these two so this board actually says right here and 01:03:57,630 --> 01:03:57,640 this board actually says right here and 01:03:57,640 --> 01:04:00,390 this board actually says right here and it's RIS 7,000 so you know it's ddr5 01:04:00,390 --> 01:04:00,400 it's RIS 7,000 so you know it's ddr5 01:04:00,400 --> 01:04:01,829 it's RIS 7,000 so you know it's ddr5 same thing is if you buy an Intel board 01:04:01,829 --> 01:04:01,839 same thing is if you buy an Intel board 01:04:01,839 --> 01:04:04,349 same thing is if you buy an Intel board it will tell you ddr4 ddr5 the main 01:04:04,349 --> 01:04:04,359 it will tell you ddr4 ddr5 the main 01:04:04,359 --> 01:04:06,029 it will tell you ddr4 ddr5 the main reason I say that is because while they 01:04:06,029 --> 01:04:06,039 reason I say that is because while they 01:04:06,039 --> 01:04:07,990 reason I say that is because while they look similar they're not the same if I 01:04:07,990 --> 01:04:08,000 look similar they're not the same if I 01:04:08,000 --> 01:04:10,470 look similar they're not the same if I try to take ddr4 and put in a ddr5 board 01:04:10,470 --> 01:04:10,480 try to take ddr4 and put in a ddr5 board 01:04:10,480 --> 01:04:13,309 try to take ddr4 and put in a ddr5 board it will not fit and vice versa with ddr5 01:04:13,309 --> 01:04:13,319 it will not fit and vice versa with ddr5 01:04:13,319 --> 01:04:14,950 it will not fit and vice versa with ddr5 the main reason for that put them side 01:04:14,950 --> 01:04:14,960 the main reason for that put them side 01:04:14,960 --> 01:04:17,069 the main reason for that put them side by side you see there's a little Notch 01:04:17,069 --> 01:04:17,079 by side you see there's a little Notch 01:04:17,079 --> 01:04:19,190 by side you see there's a little Notch it's about halfway through or so that 01:04:19,190 --> 01:04:19,200 it's about halfway through or so that 01:04:19,200 --> 01:04:21,230 it's about halfway through or so that Notch is in a different spot for ddr4 01:04:21,230 --> 01:04:21,240 Notch is in a different spot for ddr4 01:04:21,240 --> 01:04:25,109 Notch is in a different spot for ddr4 versus ddr5 that is the only physical 01:04:25,109 --> 01:04:25,119 versus ddr5 that is the only physical 01:04:25,119 --> 01:04:27,029 versus ddr5 that is the only physical thing stop stopping you from trying to 01:04:27,029 --> 01:04:27,039 thing stop stopping you from trying to 01:04:27,039 --> 01:04:30,309 thing stop stopping you from trying to make a real bad mistake so if you've 01:04:30,309 --> 01:04:30,319 make a real bad mistake so if you've 01:04:30,319 --> 01:04:31,829 make a real bad mistake so if you've made it somehow to this point and you're 01:04:31,829 --> 01:04:31,839 made it somehow to this point and you're 01:04:31,839 --> 01:04:34,710 made it somehow to this point and you're not sure double check that your ddr4 01:04:34,710 --> 01:04:34,720 not sure double check that your ddr4 01:04:34,720 --> 01:04:37,710 not sure double check that your ddr4 ddr5 RAM is correct for your ddr4 or 01:04:37,710 --> 01:04:37,720 ddr5 RAM is correct for your ddr4 or 01:04:37,720 --> 01:04:40,670 ddr5 RAM is correct for your ddr4 or ddr5 motherboard sounds like it's very 01:04:40,670 --> 01:04:40,680 ddr5 motherboard sounds like it's very 01:04:40,680 --> 01:04:42,910 ddr5 motherboard sounds like it's very complicated it really isn't if you're 01:04:42,910 --> 01:04:42,920 complicated it really isn't if you're 01:04:42,920 --> 01:04:44,870 complicated it really isn't if you're building with ryzen 7000 you're 01:04:44,870 --> 01:04:44,880 building with ryzen 7000 you're 01:04:44,880 --> 01:04:46,910 building with ryzen 7000 you're definitely using ddr5 if you're building 01:04:46,910 --> 01:04:46,920 definitely using ddr5 if you're building 01:04:46,920 --> 01:04:49,029 definitely using ddr5 if you're building with ryzen 5000 or earlier you're 01:04:49,029 --> 01:04:49,039 with ryzen 5000 or earlier you're 01:04:49,039 --> 01:04:51,150 with ryzen 5000 or earlier you're definitely using ddr4 if you're building 01:04:51,150 --> 01:04:51,160 definitely using ddr4 if you're building 01:04:51,160 --> 01:04:53,549 definitely using ddr4 if you're building with Intel it could be either or 01:04:53,549 --> 01:04:53,559 with Intel it could be either or 01:04:53,559 --> 01:04:55,390 with Intel it could be either or reference what kind of motherboard you 01:04:55,390 --> 01:04:55,400 reference what kind of motherboard you 01:04:55,400 --> 01:04:57,230 reference what kind of motherboard you have that will tell you what kind of ram 01:04:57,230 --> 01:04:57,240 have that will tell you what kind of ram 01:04:57,240 --> 01:04:58,549 have that will tell you what kind of ram you need to use but because we're using 01:04:58,549 --> 01:04:58,559 you need to use but because we're using 01:04:58,559 --> 01:05:02,269 you need to use but because we're using ryzen 7000 it's very straightforward now 01:05:02,269 --> 01:05:02,279 ryzen 7000 it's very straightforward now 01:05:02,279 --> 01:05:03,750 ryzen 7000 it's very straightforward now regardless of what kind of ram you're 01:05:03,750 --> 01:05:03,760 regardless of what kind of ram you're 01:05:03,760 --> 01:05:06,870 regardless of what kind of ram you're using installing this is dead simple A2 01:05:06,870 --> 01:05:06,880 using installing this is dead simple A2 01:05:06,880 --> 01:05:09,349 using installing this is dead simple A2 and B2 it says first that is very common 01:05:09,349 --> 01:05:09,359 and B2 it says first that is very common 01:05:09,359 --> 01:05:10,150 and B2 it says first that is very common so what we're going to do is we're going 01:05:10,150 --> 01:05:10,160 so what we're going to do is we're going 01:05:10,160 --> 01:05:12,109 so what we're going to do is we're going to pull back these little retention arms 01:05:12,109 --> 01:05:12,119 to pull back these little retention arms 01:05:12,119 --> 01:05:13,549 to pull back these little retention arms so you'll see you just pull it back on 01:05:13,549 --> 01:05:13,559 so you'll see you just pull it back on 01:05:13,559 --> 01:05:15,630 so you'll see you just pull it back on one side on the other side we're going 01:05:15,630 --> 01:05:15,640 one side on the other side we're going 01:05:15,640 --> 01:05:17,950 one side on the other side we're going to do it on slot two and four um some 01:05:17,950 --> 01:05:17,960 to do it on slot two and four um some 01:05:17,960 --> 01:05:19,430 to do it on slot two and four um some motherboards actually only allow you to 01:05:19,430 --> 01:05:19,440 motherboards actually only allow you to 01:05:19,440 --> 01:05:21,510 motherboards actually only allow you to open one of the sides if that's the case 01:05:21,510 --> 01:05:21,520 open one of the sides if that's the case 01:05:21,520 --> 01:05:23,230 open one of the sides if that's the case it's fine but you always at least open 01:05:23,230 --> 01:05:23,240 it's fine but you always at least open 01:05:23,240 --> 01:05:26,230 it's fine but you always at least open one of them and then with our in hand 01:05:26,230 --> 01:05:26,240 one of them and then with our in hand 01:05:26,240 --> 01:05:27,069 one of them and then with our in hand what we're going to do is we're going to 01:05:27,069 --> 01:05:27,079 what we're going to do is we're going to 01:05:27,079 --> 01:05:29,789 what we're going to do is we're going to line it up so uh there's no easy way of 01:05:29,789 --> 01:05:29,799 line it up so uh there's no easy way of 01:05:29,799 --> 01:05:31,789 line it up so uh there's no easy way of telling which way it is I I'll be honest 01:05:31,789 --> 01:05:31,799 telling which way it is I I'll be honest 01:05:31,799 --> 01:05:33,470 telling which way it is I I'll be honest just look at the Notch and just sort of 01:05:33,470 --> 01:05:33,480 just look at the Notch and just sort of 01:05:33,480 --> 01:05:35,430 just look at the Notch and just sort of do a little test fit and see so you'll 01:05:35,430 --> 01:05:35,440 do a little test fit and see so you'll 01:05:35,440 --> 01:05:37,829 do a little test fit and see so you'll see that does 01:05:37,829 --> 01:05:37,839 see that does 01:05:37,839 --> 01:05:41,269 see that does fit you'll see that does 01:05:41,269 --> 01:05:41,279 fit you'll see that does 01:05:41,279 --> 01:05:45,150 fit you'll see that does fit there we go I still put the ram in 01:05:45,150 --> 01:05:45,160 fit there we go I still put the ram in 01:05:45,160 --> 01:05:47,710 fit there we go I still put the ram in wrong almost every time so you know how 01:05:47,710 --> 01:05:47,720 wrong almost every time so you know how 01:05:47,720 --> 01:05:48,750 wrong almost every time so you know how I mentioned that you got that little 01:05:48,750 --> 01:05:48,760 I mentioned that you got that little 01:05:48,760 --> 01:05:51,269 I mentioned that you got that little Notch what's almost halfway but not 01:05:51,269 --> 01:05:51,279 Notch what's almost halfway but not 01:05:51,279 --> 01:05:53,549 Notch what's almost halfway but not quite and Visually it's hard to tell so 01:05:53,549 --> 01:05:53,559 quite and Visually it's hard to tell so 01:05:53,559 --> 01:05:55,829 quite and Visually it's hard to tell so what I do every time is I just come a 01:05:55,829 --> 01:05:55,839 what I do every time is I just come a 01:05:55,839 --> 01:05:57,950 what I do every time is I just come a little lower I line up in the slot 01:05:57,950 --> 01:05:57,960 little lower I line up in the slot 01:05:57,960 --> 01:05:59,230 little lower I line up in the slot making sure that you have actually 01:05:59,230 --> 01:05:59,240 making sure that you have actually 01:05:59,240 --> 01:06:01,029 making sure that you have actually opened the correct arm so it's easier to 01:06:01,029 --> 01:06:01,039 opened the correct arm so it's easier to 01:06:01,039 --> 01:06:02,190 opened the correct arm so it's easier to accidentally like kind of cross it so 01:06:02,190 --> 01:06:02,200 accidentally like kind of cross it so 01:06:02,200 --> 01:06:03,630 accidentally like kind of cross it so make sure that you've actually got it 01:06:03,630 --> 01:06:03,640 make sure that you've actually got it 01:06:03,640 --> 01:06:05,549 make sure that you've actually got it slot two slot two right so it's going to 01:06:05,549 --> 01:06:05,559 slot two slot two right so it's going to 01:06:05,559 --> 01:06:08,349 slot two slot two right so it's going to line up line up here look at where that 01:06:08,349 --> 01:06:08,359 line up line up here look at where that 01:06:08,359 --> 01:06:10,390 line up line up here look at where that Notch is and you'll see that it matches 01:06:10,390 --> 01:06:10,400 Notch is and you'll see that it matches 01:06:10,400 --> 01:06:12,190 Notch is and you'll see that it matches up correctly I can now click this into 01:06:12,190 --> 01:06:12,200 up correctly I can now click this into 01:06:12,200 --> 01:06:15,069 up correctly I can now click this into place if however I roll the dice wrong 01:06:15,069 --> 01:06:15,079 place if however I roll the dice wrong 01:06:15,079 --> 01:06:16,630 place if however I roll the dice wrong and put it in backwards what you would 01:06:16,630 --> 01:06:16,640 and put it in backwards what you would 01:06:16,640 --> 01:06:18,349 and put it in backwards what you would see is that that Notch does not line up 01:06:18,349 --> 01:06:18,359 see is that that Notch does not line up 01:06:18,359 --> 01:06:19,990 see is that that Notch does not line up and this will not go into place right so 01:06:19,990 --> 01:06:20,000 and this will not go into place right so 01:06:20,000 --> 01:06:21,630 and this will not go into place right so if you feel it obviously and it just 01:06:21,630 --> 01:06:21,640 if you feel it obviously and it just 01:06:21,640 --> 01:06:22,870 if you feel it obviously and it just physically doesn't look at it actually 01:06:22,870 --> 01:06:22,880 physically doesn't look at it actually 01:06:22,880 --> 01:06:24,950 physically doesn't look at it actually matches just flip the stick around it's 01:06:24,950 --> 01:06:24,960 matches just flip the stick around it's 01:06:24,960 --> 01:06:26,510 matches just flip the stick around it's totally fine it's just because it's 01:06:26,510 --> 01:06:26,520 totally fine it's just because it's 01:06:26,520 --> 01:06:28,630 totally fine it's just because it's almost half and not halfway through it's 01:06:28,630 --> 01:06:28,640 almost half and not halfway through it's 01:06:28,640 --> 01:06:30,349 almost half and not halfway through it's really hard for me to visually tell 01:06:30,349 --> 01:06:30,359 really hard for me to visually tell 01:06:30,359 --> 01:06:32,029 really hard for me to visually tell which side it is so I always just 01:06:32,029 --> 01:06:32,039 which side it is so I always just 01:06:32,039 --> 01:06:33,990 which side it is so I always just actually look down do a very light 01:06:33,990 --> 01:06:34,000 actually look down do a very light 01:06:34,000 --> 01:06:35,349 actually look down do a very light little test fit to make sure it does 01:06:35,349 --> 01:06:35,359 little test fit to make sure it does 01:06:35,359 --> 01:06:37,069 little test fit to make sure it does line up which I can see it is and at 01:06:37,069 --> 01:06:37,079 line up which I can see it is and at 01:06:37,079 --> 01:06:39,430 line up which I can see it is and at that point take a thumb on either corner 01:06:39,430 --> 01:06:39,440 that point take a thumb on either corner 01:06:39,440 --> 01:06:41,269 that point take a thumb on either corner and give it a relatively decent amount 01:06:41,269 --> 01:06:41,279 and give it a relatively decent amount 01:06:41,279 --> 01:06:42,789 and give it a relatively decent amount of pressure until you hear it click so 01:06:42,789 --> 01:06:42,799 of pressure until you hear it click so 01:06:42,799 --> 01:06:47,710 of pressure until you hear it click so ready set one and boom there we go we 01:06:47,710 --> 01:06:47,720 ready set one and boom there we go we 01:06:47,720 --> 01:06:49,870 ready set one and boom there we go we got one stick of RAM installed that 01:06:49,870 --> 01:06:49,880 got one stick of RAM installed that 01:06:49,880 --> 01:06:52,150 got one stick of RAM installed that simple so because I have the two sticks 01:06:52,150 --> 01:06:52,160 simple so because I have the two sticks 01:06:52,160 --> 01:06:53,990 simple so because I have the two sticks of ram I'm going to go to my fourth slot 01:06:53,990 --> 01:06:54,000 of ram I'm going to go to my fourth slot 01:06:54,000 --> 01:06:55,670 of ram I'm going to go to my fourth slot do the exact same thing making sure that 01:06:55,670 --> 01:06:55,680 do the exact same thing making sure that 01:06:55,680 --> 01:06:57,750 do the exact same thing making sure that I have lined it up correctly so again 01:06:57,750 --> 01:06:57,760 I have lined it up correctly so again 01:06:57,760 --> 01:06:59,029 I have lined it up correctly so again there's a little guide there so it 01:06:59,029 --> 01:06:59,039 there's a little guide there so it 01:06:59,039 --> 01:07:02,190 there's a little guide there so it should line up relatively well one two 01:07:02,190 --> 01:07:02,200 should line up relatively well one two 01:07:02,200 --> 01:07:05,910 should line up relatively well one two and we're going to push and push there 01:07:05,910 --> 01:07:05,920 and we're going to push and push there 01:07:05,920 --> 01:07:08,510 and we're going to push and push there we go we have ourselves 32 GB of RAM 01:07:08,510 --> 01:07:08,520 we go we have ourselves 32 GB of RAM 01:07:08,520 --> 01:07:11,150 we go we have ourselves 32 GB of RAM installed now if you had four sticks of 01:07:11,150 --> 01:07:11,160 installed now if you had four sticks of 01:07:11,160 --> 01:07:13,670 installed now if you had four sticks of ram if you're Mr Moneybags over here you 01:07:13,670 --> 01:07:13,680 ram if you're Mr Moneybags over here you 01:07:13,680 --> 01:07:15,190 ram if you're Mr Moneybags over here you would just continue to populate all the 01:07:15,190 --> 01:07:15,200 would just continue to populate all the 01:07:15,200 --> 01:07:16,829 would just continue to populate all the slots but if you're doing dual Channel 01:07:16,829 --> 01:07:16,839 slots but if you're doing dual Channel 01:07:16,839 --> 01:07:18,470 slots but if you're doing dual Channel memory with just two Dems which is the 01:07:18,470 --> 01:07:18,480 memory with just two Dems which is the 01:07:18,480 --> 01:07:20,390 memory with just two Dems which is the majority of systems you're going to put 01:07:20,390 --> 01:07:20,400 majority of systems you're going to put 01:07:20,400 --> 01:07:22,870 majority of systems you're going to put those two in there we go that's it super 01:07:22,870 --> 01:07:22,880 those two in there we go that's it super 01:07:22,880 --> 01:07:25,269 those two in there we go that's it super super straightforward like honestly even 01:07:25,269 --> 01:07:25,279 super straightforward like honestly even 01:07:25,279 --> 01:07:27,430 super straightforward like honestly even if if you've never built a PC before you 01:07:27,430 --> 01:07:27,440 if if you've never built a PC before you 01:07:27,440 --> 01:07:29,309 if if you've never built a PC before you could just install RAM in your existing 01:07:29,309 --> 01:07:29,319 could just install RAM in your existing 01:07:29,319 --> 01:07:33,309 could just install RAM in your existing system like it is very simple just don't 01:07:33,309 --> 01:07:33,319 system like it is very simple just don't 01:07:33,319 --> 01:07:35,230 system like it is very simple just don't push it really hard if it doesn't go in 01:07:35,230 --> 01:07:35,240 push it really hard if it doesn't go in 01:07:35,240 --> 01:07:37,109 push it really hard if it doesn't go in because you probably have it upside down 01:07:37,109 --> 01:07:37,119 because you probably have it upside down 01:07:37,119 --> 01:07:39,109 because you probably have it upside down and again I do that a lot so just this 01:07:39,109 --> 01:07:39,119 and again I do that a lot so just this 01:07:39,119 --> 01:07:40,309 and again I do that a lot so just this is a little outside the scope of the 01:07:40,309 --> 01:07:40,319 is a little outside the scope of the 01:07:40,319 --> 01:07:42,549 is a little outside the scope of the tutorial but just a little tip so I'm 01:07:42,549 --> 01:07:42,559 tutorial but just a little tip so I'm 01:07:42,559 --> 01:07:45,109 tutorial but just a little tip so I'm using a kit of gskill flare X5 so these 01:07:45,109 --> 01:07:45,119 using a kit of gskill flare X5 so these 01:07:45,119 --> 01:07:47,470 using a kit of gskill flare X5 so these are two identical sticks of 01:07:47,470 --> 01:07:47,480 are two identical sticks of 01:07:47,480 --> 01:07:49,109 are two identical sticks of ram 01:07:49,109 --> 01:07:49,119 ram 01:07:49,119 --> 01:07:52,789 ram technically any set of ddr5 would work 01:07:52,789 --> 01:07:52,799 technically any set of ddr5 would work 01:07:52,799 --> 01:07:55,589 technically any set of ddr5 would work but I don't recommend it so if I were to 01:07:55,589 --> 01:07:55,599 but I don't recommend it so if I were to 01:07:55,599 --> 01:07:59,150 but I don't recommend it so if I were to say expand this Ram to 64 GB and buy two 01:07:59,150 --> 01:07:59,160 say expand this Ram to 64 GB and buy two 01:07:59,160 --> 01:08:01,990 say expand this Ram to 64 GB and buy two more I want to buy the exact same kit of 01:08:01,990 --> 01:08:02,000 more I want to buy the exact same kit of 01:08:02,000 --> 01:08:04,549 more I want to buy the exact same kit of ram mostly because this Ram is all going 01:08:04,549 --> 01:08:04,559 ram mostly because this Ram is all going 01:08:04,559 --> 01:08:06,190 ram mostly because this Ram is all going to be running at the same speed same 01:08:06,190 --> 01:08:06,200 to be running at the same speed same 01:08:06,200 --> 01:08:09,150 to be running at the same speed same timing same everything that is a pretty 01:08:09,150 --> 01:08:09,160 timing same everything that is a pretty 01:08:09,160 --> 01:08:11,029 timing same everything that is a pretty much guaranteed way of expanding your 01:08:11,029 --> 01:08:11,039 much guaranteed way of expanding your 01:08:11,039 --> 01:08:14,029 much guaranteed way of expanding your memory if I was to say grab a set of 01:08:14,029 --> 01:08:14,039 memory if I was to say grab a set of 01:08:14,039 --> 01:08:15,910 memory if I was to say grab a set of Corsair Ram that's a little slow or 01:08:15,910 --> 01:08:15,920 Corsair Ram that's a little slow or 01:08:15,920 --> 01:08:18,550 Corsair Ram that's a little slow or whatever the system will work but it 01:08:18,550 --> 01:08:18,560 whatever the system will work but it 01:08:18,560 --> 01:08:20,030 whatever the system will work but it will default to whatever the lowest 01:08:20,030 --> 01:08:20,040 will default to whatever the lowest 01:08:20,040 --> 01:08:21,349 will default to whatever the lowest speed is and sometimes it'll default to 01:08:21,349 --> 01:08:21,359 speed is and sometimes it'll default to 01:08:21,359 --> 01:08:23,550 speed is and sometimes it'll default to like base base speeds you also can 01:08:23,550 --> 01:08:23,560 like base base speeds you also can 01:08:23,560 --> 01:08:25,870 like base base speeds you also can sometimes have compatibility issues most 01:08:25,870 --> 01:08:25,880 sometimes have compatibility issues most 01:08:25,880 --> 01:08:28,110 sometimes have compatibility issues most modern systems it will work but if 01:08:28,110 --> 01:08:28,120 modern systems it will work but if 01:08:28,120 --> 01:08:30,269 modern systems it will work but if you're going to expand your memory try 01:08:30,269 --> 01:08:30,279 you're going to expand your memory try 01:08:30,279 --> 01:08:32,709 you're going to expand your memory try to buy the exact same kit that you have 01:08:32,709 --> 01:08:32,719 to buy the exact same kit that you have 01:08:32,719 --> 01:08:34,669 to buy the exact same kit that you have so it might not be a bad idea so this is 01:08:34,669 --> 01:08:34,679 so it might not be a bad idea so this is 01:08:34,679 --> 01:08:35,910 so it might not be a bad idea so this is just a little pamphlet that came in the 01:08:35,910 --> 01:08:35,920 just a little pamphlet that came in the 01:08:35,920 --> 01:08:37,510 just a little pamphlet that came in the plastic sleeve it might not be a bad 01:08:37,510 --> 01:08:37,520 plastic sleeve it might not be a bad 01:08:37,520 --> 01:08:39,590 plastic sleeve it might not be a bad idea to just keep this handy so say 6 01:08:39,590 --> 01:08:39,600 idea to just keep this handy so say 6 01:08:39,600 --> 01:08:40,829 idea to just keep this handy so say 6 months or a year or two years from now 01:08:40,829 --> 01:08:40,839 months or a year or two years from now 01:08:40,839 --> 01:08:42,709 months or a year or two years from now if you want to buy some more RAM you can 01:08:42,709 --> 01:08:42,719 if you want to buy some more RAM you can 01:08:42,719 --> 01:08:44,030 if you want to buy some more RAM you can confirm that you're getting the exact 01:08:44,030 --> 01:08:44,040 confirm that you're getting the exact 01:08:44,040 --> 01:08:45,910 confirm that you're getting the exact same thing so again it's not just 01:08:45,910 --> 01:08:45,920 same thing so again it's not just 01:08:45,920 --> 01:08:47,309 same thing so again it's not just necessarily the manufacturer but it's 01:08:47,309 --> 01:08:47,319 necessarily the manufacturer but it's 01:08:47,319 --> 01:08:48,309 necessarily the manufacturer but it's the speed it's the timing it's 01:08:48,309 --> 01:08:48,319 the speed it's the timing it's 01:08:48,319 --> 01:08:49,430 the speed it's the timing it's everything if you're doing 01:08:49,430 --> 01:08:49,440 everything if you're doing 01:08:49,440 --> 01:08:51,669 everything if you're doing troubleshooting Ram is the spot that I 01:08:51,669 --> 01:08:51,679 troubleshooting Ram is the spot that I 01:08:51,679 --> 01:08:54,990 troubleshooting Ram is the spot that I always like to start with so especially 01:08:54,990 --> 01:08:55,000 always like to start with so especially 01:08:55,000 --> 01:08:56,510 always like to start with so especially if you've got got mismatched Ram in 01:08:56,510 --> 01:08:56,520 if you've got got mismatched Ram in 01:08:56,520 --> 01:08:57,910 if you've got got mismatched Ram in there that can sometimes cause 01:08:57,910 --> 01:08:57,920 there that can sometimes cause 01:08:57,920 --> 01:09:00,510 there that can sometimes cause compatibility issues so if you get this 01:09:00,510 --> 01:09:00,520 compatibility issues so if you get this 01:09:00,520 --> 01:09:01,910 compatibility issues so if you get this thing all put together you hit the power 01:09:01,910 --> 01:09:01,920 thing all put together you hit the power 01:09:01,920 --> 01:09:03,910 thing all put together you hit the power button nothing happens check your RAM 01:09:03,910 --> 01:09:03,920 button nothing happens check your RAM 01:09:03,920 --> 01:09:05,229 button nothing happens check your RAM make sure it's seated make sure you have 01:09:05,229 --> 01:09:05,239 make sure it's seated make sure you have 01:09:05,239 --> 01:09:07,309 make sure it's seated make sure you have all matching sticks and if it really 01:09:07,309 --> 01:09:07,319 all matching sticks and if it really 01:09:07,319 --> 01:09:08,749 all matching sticks and if it really doesn't work what I'll actually do 01:09:08,749 --> 01:09:08,759 doesn't work what I'll actually do 01:09:08,759 --> 01:09:10,110 doesn't work what I'll actually do sometimes is I will remove one of the 01:09:10,110 --> 01:09:10,120 sometimes is I will remove one of the 01:09:10,120 --> 01:09:12,030 sometimes is I will remove one of the sticks of RAM and try to post it that 01:09:12,030 --> 01:09:12,040 sticks of RAM and try to post it that 01:09:12,040 --> 01:09:14,030 sticks of RAM and try to post it that way you shouldn't actually run your 01:09:14,030 --> 01:09:14,040 way you shouldn't actually run your 01:09:14,040 --> 01:09:15,269 way you shouldn't actually run your computer like this because you're losing 01:09:15,269 --> 01:09:15,279 computer like this because you're losing 01:09:15,279 --> 01:09:16,390 computer like this because you're losing performance but if you're just doing a 01:09:16,390 --> 01:09:16,400 performance but if you're just doing a 01:09:16,400 --> 01:09:17,789 performance but if you're just doing a little bit of troubleshooting trying 01:09:17,789 --> 01:09:17,799 little bit of troubleshooting trying 01:09:17,799 --> 01:09:19,789 little bit of troubleshooting trying with a single stick of ram can sometimes 01:09:19,789 --> 01:09:19,799 with a single stick of ram can sometimes 01:09:19,799 --> 01:09:21,550 with a single stick of ram can sometimes actually fix the issue every once in a 01:09:21,550 --> 01:09:21,560 actually fix the issue every once in a 01:09:21,560 --> 01:09:23,669 actually fix the issue every once in a while sticker Ram may be dead or not 01:09:23,669 --> 01:09:23,679 while sticker Ram may be dead or not 01:09:23,679 --> 01:09:25,669 while sticker Ram may be dead or not seated right or whatever the case is so 01:09:25,669 --> 01:09:25,679 seated right or whatever the case is so 01:09:25,679 --> 01:09:26,990 seated right or whatever the case is so just a little tip for troubleshooting 01:09:26,990 --> 01:09:27,000 just a little tip for troubleshooting 01:09:27,000 --> 01:09:28,990 just a little tip for troubleshooting and future expansion but for now we're 01:09:28,990 --> 01:09:29,000 and future expansion but for now we're 01:09:29,000 --> 01:09:30,349 and future expansion but for now we're going to install both of our sticks 01:09:30,349 --> 01:09:30,359 going to install both of our sticks 01:09:30,359 --> 01:09:32,430 going to install both of our sticks we're going to move on to our SSD so we 01:09:32,430 --> 01:09:32,440 we're going to move on to our SSD so we 01:09:32,440 --> 01:09:35,550 we're going to move on to our SSD so we are of course using a Samsung 990 Pro 01:09:35,550 --> 01:09:35,560 are of course using a Samsung 990 Pro 01:09:35,560 --> 01:09:38,229 are of course using a Samsung 990 Pro but this is an mvme SSD and they're all 01:09:38,229 --> 01:09:38,239 but this is an mvme SSD and they're all 01:09:38,239 --> 01:09:41,229 but this is an mvme SSD and they're all going to install the exact same way so 01:09:41,229 --> 01:09:41,239 going to install the exact same way so 01:09:41,239 --> 01:09:45,229 going to install the exact same way so um the 990 Pro is a very high-end SSD 01:09:45,229 --> 01:09:45,239 um the 990 Pro is a very high-end SSD 01:09:45,239 --> 01:09:47,149 um the 990 Pro is a very high-end SSD this thing will do what like 7,000 01:09:47,149 --> 01:09:47,159 this thing will do what like 7,000 01:09:47,159 --> 01:09:49,189 this thing will do what like 7,000 megabytes per second like it is absurdly 01:09:49,189 --> 01:09:49,199 megabytes per second like it is absurdly 01:09:49,199 --> 01:09:52,070 megabytes per second like it is absurdly fast like I'll be real with you almost 01:09:52,070 --> 01:09:52,080 fast like I'll be real with you almost 01:09:52,080 --> 01:09:54,149 fast like I'll be real with you almost every MVM SSD you could install is going 01:09:54,149 --> 01:09:54,159 every MVM SSD you could install is going 01:09:54,159 --> 01:09:57,470 every MVM SSD you could install is going to be just silly fast right um the thing 01:09:57,470 --> 01:09:57,480 to be just silly fast right um the thing 01:09:57,480 --> 01:10:00,110 to be just silly fast right um the thing I do tend to like is going with Samsung 01:10:00,110 --> 01:10:00,120 I do tend to like is going with Samsung 01:10:00,120 --> 01:10:02,870 I do tend to like is going with Samsung ssds for reliability 01:10:02,870 --> 01:10:02,880 ssds for reliability 01:10:02,880 --> 01:10:05,270 ssds for reliability now you have to be a little careful when 01:10:05,270 --> 01:10:05,280 now you have to be a little careful when 01:10:05,280 --> 01:10:07,350 now you have to be a little careful when it comes to picking a brand for 01:10:07,350 --> 01:10:07,360 it comes to picking a brand for 01:10:07,360 --> 01:10:10,430 it comes to picking a brand for reliability because everyone's different 01:10:10,430 --> 01:10:10,440 reliability because everyone's different 01:10:10,440 --> 01:10:13,189 reliability because everyone's different every SSD every manufacturer every line 01:10:13,189 --> 01:10:13,199 every SSD every manufacturer every line 01:10:13,199 --> 01:10:14,470 every SSD every manufacturer every line right Samsung make a number of different 01:10:14,470 --> 01:10:14,480 right Samsung make a number of different 01:10:14,480 --> 01:10:17,350 right Samsung make a number of different ssds for example um so the safe beted is 01:10:17,350 --> 01:10:17,360 ssds for example um so the safe beted is 01:10:17,360 --> 01:10:19,910 ssds for example um so the safe beted is always to read some reviews and see but 01:10:19,910 --> 01:10:19,920 always to read some reviews and see but 01:10:19,920 --> 01:10:21,870 always to read some reviews and see but I just personally speaking have had a 01:10:21,870 --> 01:10:21,880 I just personally speaking have had a 01:10:21,880 --> 01:10:24,030 I just personally speaking have had a lot of good luck with Samsung ssds in 01:10:24,030 --> 01:10:24,040 lot of good luck with Samsung ssds in 01:10:24,040 --> 01:10:26,350 lot of good luck with Samsung ssds in the past so again your mileage may vary 01:10:26,350 --> 01:10:26,360 the past so again your mileage may vary 01:10:26,360 --> 01:10:28,070 the past so again your mileage may vary every company has quality control issues 01:10:28,070 --> 01:10:28,080 every company has quality control issues 01:10:28,080 --> 01:10:30,350 every company has quality control issues sometimes yada y y but I tend to like 01:10:30,350 --> 01:10:30,360 sometimes yada y y but I tend to like 01:10:30,360 --> 01:10:32,669 sometimes yada y y but I tend to like Samsung because not only are they fairly 01:10:32,669 --> 01:10:32,679 Samsung because not only are they fairly 01:10:32,679 --> 01:10:33,950 Samsung because not only are they fairly fast and usually on The Cutting Edge 01:10:33,950 --> 01:10:33,960 fast and usually on The Cutting Edge 01:10:33,960 --> 01:10:34,990 fast and usually on The Cutting Edge they make all their own stuff but 01:10:34,990 --> 01:10:35,000 they make all their own stuff but 01:10:35,000 --> 01:10:37,709 they make all their own stuff but importantly I have never had a Samsung 01:10:37,709 --> 01:10:37,719 importantly I have never had a Samsung 01:10:37,719 --> 01:10:39,229 importantly I have never had a Samsung SSD fail on me actually I don't think 01:10:39,229 --> 01:10:39,239 SSD fail on me actually I don't think 01:10:39,239 --> 01:10:41,310 SSD fail on me actually I don't think I've ever had a problem with it so you 01:10:41,310 --> 01:10:41,320 I've ever had a problem with it so you 01:10:41,320 --> 01:10:42,990 I've ever had a problem with it so you know obviously plenty of options out 01:10:42,990 --> 01:10:43,000 know obviously plenty of options out 01:10:43,000 --> 01:10:45,070 know obviously plenty of options out there but it's good to have a high 01:10:45,070 --> 01:10:45,080 there but it's good to have a high 01:10:45,080 --> 01:10:48,030 there but it's good to have a high quality SSD so that you don't you know 01:10:48,030 --> 01:10:48,040 quality SSD so that you don't you know 01:10:48,040 --> 01:10:50,510 quality SSD so that you don't you know lose data cuz that's not fun when it 01:10:50,510 --> 01:10:50,520 lose data cuz that's not fun when it 01:10:50,520 --> 01:10:53,350 lose data cuz that's not fun when it comes to installing our SSD it is very 01:10:53,350 --> 01:10:53,360 comes to installing our SSD it is very 01:10:53,360 --> 01:10:56,030 comes to installing our SSD it is very simple so we're going to go to our top 01:10:56,030 --> 01:10:56,040 simple so we're going to go to our top 01:10:56,040 --> 01:10:57,950 simple so we're going to go to our top PCI slot which again is the one that had 01:10:57,950 --> 01:10:57,960 PCI slot which again is the one that had 01:10:57,960 --> 01:10:59,310 PCI slot which again is the one that had this little cover on it so if you can't 01:10:59,310 --> 01:10:59,320 this little cover on it so if you can't 01:10:59,320 --> 01:11:00,669 this little cover on it so if you can't find it you may need to take one of 01:11:00,669 --> 01:11:00,679 find it you may need to take one of 01:11:00,679 --> 01:11:02,310 find it you may need to take one of these covers off and what we're going to 01:11:02,310 --> 01:11:02,320 these covers off and what we're going to 01:11:02,320 --> 01:11:04,270 these covers off and what we're going to do is if you look at the SSD you'll see 01:11:04,270 --> 01:11:04,280 do is if you look at the SSD you'll see 01:11:04,280 --> 01:11:05,990 do is if you look at the SSD you'll see it has a bunch of little gold pens with 01:11:05,990 --> 01:11:06,000 it has a bunch of little gold pens with 01:11:06,000 --> 01:11:07,950 it has a bunch of little gold pens with a little Notch right so the notch 01:11:07,950 --> 01:11:07,960 a little Notch right so the notch 01:11:07,960 --> 01:11:09,590 a little Notch right so the notch denotes where the power and the data are 01:11:09,590 --> 01:11:09,600 denotes where the power and the data are 01:11:09,600 --> 01:11:11,910 denotes where the power and the data are split so with this is only going to go 01:11:11,910 --> 01:11:11,920 split so with this is only going to go 01:11:11,920 --> 01:11:14,149 split so with this is only going to go in one way there is technically another 01:11:14,149 --> 01:11:14,159 in one way there is technically another 01:11:14,159 --> 01:11:17,030 in one way there is technically another type of M2 SSD which is based on SATA 01:11:17,030 --> 01:11:17,040 type of M2 SSD which is based on SATA 01:11:17,040 --> 01:11:18,430 type of M2 SSD which is based on SATA and that will have an additional Notch 01:11:18,430 --> 01:11:18,440 and that will have an additional Notch 01:11:18,440 --> 01:11:20,430 and that will have an additional Notch up here those are less common and 01:11:20,430 --> 01:11:20,440 up here those are less common and 01:11:20,440 --> 01:11:22,229 up here those are less common and honestly kind of out of date at this 01:11:22,229 --> 01:11:22,239 honestly kind of out of date at this 01:11:22,239 --> 01:11:24,229 honestly kind of out of date at this point so the vast majority of you should 01:11:24,229 --> 01:11:24,239 point so the vast majority of you should 01:11:24,239 --> 01:11:27,350 point so the vast majority of you should buy an mbme SSD as opposed to a SATA M2 01:11:27,350 --> 01:11:27,360 buy an mbme SSD as opposed to a SATA M2 01:11:27,360 --> 01:11:32,149 buy an mbme SSD as opposed to a SATA M2 SSD which word soup but um if you have 01:11:32,149 --> 01:11:32,159 SSD which word soup but um if you have 01:11:32,159 --> 01:11:33,590 SSD which word soup but um if you have the second Notch you'll just need to 01:11:33,590 --> 01:11:33,600 the second Notch you'll just need to 01:11:33,600 --> 01:11:35,030 the second Notch you'll just need to make sure that your motherboard has a 01:11:35,030 --> 01:11:35,040 make sure that your motherboard has a 01:11:35,040 --> 01:11:37,709 make sure that your motherboard has a slot that supports SATA ssds but like I 01:11:37,709 --> 01:11:37,719 slot that supports SATA ssds but like I 01:11:37,719 --> 01:11:40,950 slot that supports SATA ssds but like I said 95% of you buying an SSD should get 01:11:40,950 --> 01:11:40,960 said 95% of you buying an SSD should get 01:11:40,960 --> 01:11:43,189 said 95% of you buying an SSD should get just a regular mvme M2 SSD at which 01:11:43,189 --> 01:11:43,199 just a regular mvme M2 SSD at which 01:11:43,199 --> 01:11:44,510 just a regular mvme M2 SSD at which point you should have no compatibility 01:11:44,510 --> 01:11:44,520 point you should have no compatibility 01:11:44,520 --> 01:11:45,550 point you should have no compatibility issues so what we're going to do is 01:11:45,550 --> 01:11:45,560 issues so what we're going to do is 01:11:45,560 --> 01:11:46,550 issues so what we're going to do is we're going to take it we're going to 01:11:46,550 --> 01:11:46,560 we're going to take it we're going to 01:11:46,560 --> 01:11:48,390 we're going to take it we're going to line it up with this little slot here so 01:11:48,390 --> 01:11:48,400 line it up with this little slot here so 01:11:48,400 --> 01:11:49,910 line it up with this little slot here so when we line it up we're going to do it 01:11:49,910 --> 01:11:49,920 when we line it up we're going to do it 01:11:49,920 --> 01:11:52,270 when we line it up we're going to do it at just a little bit of an angle so just 01:11:52,270 --> 01:11:52,280 at just a little bit of an angle so just 01:11:52,280 --> 01:11:53,910 at just a little bit of an angle so just give a little wiggle you'll feel it 01:11:53,910 --> 01:11:53,920 give a little wiggle you'll feel it 01:11:53,920 --> 01:11:55,910 give a little wiggle you'll feel it start to go in and you you can let go it 01:11:55,910 --> 01:11:55,920 start to go in and you you can let go it 01:11:55,920 --> 01:11:58,390 start to go in and you you can let go it will stay like that and the next step is 01:11:58,390 --> 01:11:58,400 will stay like that and the next step is 01:11:58,400 --> 01:12:00,709 will stay like that and the next step is to go to those little screws that came 01:12:00,709 --> 01:12:00,719 to go to those little screws that came 01:12:00,719 --> 01:12:03,270 to go to those little screws that came with the motherboard and you'll see that 01:12:03,270 --> 01:12:03,280 with the motherboard and you'll see that 01:12:03,280 --> 01:12:05,030 with the motherboard and you'll see that there's a little baggie here that has 01:12:05,030 --> 01:12:05,040 there's a little baggie here that has 01:12:05,040 --> 01:12:09,350 there's a little baggie here that has one baby screw in it um they give them 01:12:09,350 --> 01:12:09,360 one baby screw in it um they give them 01:12:09,360 --> 01:12:12,709 one baby screw in it um they give them to you separately um not sure why but 01:12:12,709 --> 01:12:12,719 to you separately um not sure why but 01:12:12,719 --> 01:12:14,390 to you separately um not sure why but these SSD screws that you're going to 01:12:14,390 --> 01:12:14,400 these SSD screws that you're going to 01:12:14,400 --> 01:12:15,629 these SSD screws that you're going to need are going to come with the 01:12:15,629 --> 01:12:15,639 need are going to come with the 01:12:15,639 --> 01:12:17,550 need are going to come with the motherboard now some motherboards 01:12:17,550 --> 01:12:17,560 motherboard now some motherboards 01:12:17,560 --> 01:12:19,470 motherboard now some motherboards actually don't need the screw this one 01:12:19,470 --> 01:12:19,480 actually don't need the screw this one 01:12:19,480 --> 01:12:20,550 actually don't need the screw this one does but sometimes you'll actually have 01:12:20,550 --> 01:12:20,560 does but sometimes you'll actually have 01:12:20,560 --> 01:12:22,669 does but sometimes you'll actually have a little plastic piece that goes on this 01:12:22,669 --> 01:12:22,679 a little plastic piece that goes on this 01:12:22,679 --> 01:12:23,950 a little plastic piece that goes on this and all you'll do is you'll just push 01:12:23,950 --> 01:12:23,960 and all you'll do is you'll just push 01:12:23,960 --> 01:12:25,830 and all you'll do is you'll just push this down and rotate the plastic piece 01:12:25,830 --> 01:12:25,840 this down and rotate the plastic piece 01:12:25,840 --> 01:12:27,030 this down and rotate the plastic piece down cuz all it's doing is just 01:12:27,030 --> 01:12:27,040 down cuz all it's doing is just 01:12:27,040 --> 01:12:29,470 down cuz all it's doing is just physically holding in place so depending 01:12:29,470 --> 01:12:29,480 physically holding in place so depending 01:12:29,480 --> 01:12:31,470 physically holding in place so depending on the manufacturer of your motherboard 01:12:31,470 --> 01:12:31,480 on the manufacturer of your motherboard 01:12:31,480 --> 01:12:32,750 on the manufacturer of your motherboard you may use one of these little screws 01:12:32,750 --> 01:12:32,760 you may use one of these little screws 01:12:32,760 --> 01:12:34,189 you may use one of these little screws that comes with your motherboard or you 01:12:34,189 --> 01:12:34,199 that comes with your motherboard or you 01:12:34,199 --> 01:12:35,390 that comes with your motherboard or you might just have a little plastic piece 01:12:35,390 --> 01:12:35,400 might just have a little plastic piece 01:12:35,400 --> 01:12:37,350 might just have a little plastic piece that just swivels around and holds it 01:12:37,350 --> 01:12:37,360 that just swivels around and holds it 01:12:37,360 --> 01:12:39,870 that just swivels around and holds it both are totally fine takes 5 Seconds to 01:12:39,870 --> 01:12:39,880 both are totally fine takes 5 Seconds to 01:12:39,880 --> 01:12:42,149 both are totally fine takes 5 Seconds to put one screw in but it is so simple 01:12:42,149 --> 01:12:42,159 put one screw in but it is so simple 01:12:42,159 --> 01:12:44,350 put one screw in but it is so simple like honestly compared to we'll show you 01:12:44,350 --> 01:12:44,360 like honestly compared to we'll show you 01:12:44,360 --> 01:12:46,229 like honestly compared to we'll show you how to do a hard drive in a little bit 01:12:46,229 --> 01:12:46,239 how to do a hard drive in a little bit 01:12:46,239 --> 01:12:47,870 how to do a hard drive in a little bit um but compared to installing a hard 01:12:47,870 --> 01:12:47,880 um but compared to installing a hard 01:12:47,880 --> 01:12:49,990 um but compared to installing a hard drive it's not exactly a tough thing to 01:12:49,990 --> 01:12:50,000 drive it's not exactly a tough thing to 01:12:50,000 --> 01:12:54,189 drive it's not exactly a tough thing to do but man M2 ssds are so easy I mean it 01:12:54,189 --> 01:12:54,199 do but man M2 ssds are so easy I mean it 01:12:54,199 --> 01:12:56,270 do but man M2 ssds are so easy I mean it is just it's so good before we screw it 01:12:56,270 --> 01:12:56,280 is just it's so good before we screw it 01:12:56,280 --> 01:12:57,390 is just it's so good before we screw it in I'm just going to make sure that the 01:12:57,390 --> 01:12:57,400 in I'm just going to make sure that the 01:12:57,400 --> 01:12:58,870 in I'm just going to make sure that the SSD is fully seated so I'm going to put 01:12:58,870 --> 01:12:58,880 SSD is fully seated so I'm going to put 01:12:58,880 --> 01:13:00,910 SSD is fully seated so I'm going to put a little bit of pressure toward the 01:13:00,910 --> 01:13:00,920 a little bit of pressure toward the 01:13:00,920 --> 01:13:02,870 a little bit of pressure toward the socket it's nice and firm in there so 01:13:02,870 --> 01:13:02,880 socket it's nice and firm in there so 01:13:02,880 --> 01:13:04,229 socket it's nice and firm in there so I'm going to take my finger and push it 01:13:04,229 --> 01:13:04,239 I'm going to take my finger and push it 01:13:04,239 --> 01:13:07,350 I'm going to take my finger and push it down grab my screwdriver take the screw 01:13:07,350 --> 01:13:07,360 down grab my screwdriver take the screw 01:13:07,360 --> 01:13:09,629 down grab my screwdriver take the screw like this and then I'm going to screw it 01:13:09,629 --> 01:13:09,639 like this and then I'm going to screw it 01:13:09,639 --> 01:13:11,189 like this and then I'm going to screw it into 01:13:11,189 --> 01:13:11,199 into 01:13:11,199 --> 01:13:14,510 into place and just like that we have an SSD 01:13:14,510 --> 01:13:14,520 place and just like that we have an SSD 01:13:14,520 --> 01:13:17,590 place and just like that we have an SSD installed I told you it is really really 01:13:17,590 --> 01:13:17,600 installed I told you it is really really 01:13:17,600 --> 01:13:19,070 installed I told you it is really really simple so before we're done we're just 01:13:19,070 --> 01:13:19,080 simple so before we're done we're just 01:13:19,080 --> 01:13:20,510 simple so before we're done we're just going to just give a little push test 01:13:20,510 --> 01:13:20,520 going to just give a little push test 01:13:20,520 --> 01:13:21,750 going to just give a little push test just to make sure it's not loosened 01:13:21,750 --> 01:13:21,760 just to make sure it's not loosened 01:13:21,760 --> 01:13:24,030 just to make sure it's not loosened anyway um another troubleshooting thing 01:13:24,030 --> 01:13:24,040 anyway um another troubleshooting thing 01:13:24,040 --> 01:13:26,470 anyway um another troubleshooting thing if you have problems later on sometimes 01:13:26,470 --> 01:13:26,480 if you have problems later on sometimes 01:13:26,480 --> 01:13:27,830 if you have problems later on sometimes you may be able to actually get the 01:13:27,830 --> 01:13:27,840 you may be able to actually get the 01:13:27,840 --> 01:13:29,510 you may be able to actually get the computer to post and go into the BIOS 01:13:29,510 --> 01:13:29,520 computer to post and go into the BIOS 01:13:29,520 --> 01:13:31,910 computer to post and go into the BIOS but your SSD won't show up almost always 01:13:31,910 --> 01:13:31,920 but your SSD won't show up almost always 01:13:31,920 --> 01:13:33,430 but your SSD won't show up almost always your problem is that you didn't fully 01:13:33,430 --> 01:13:33,440 your problem is that you didn't fully 01:13:33,440 --> 01:13:35,510 your problem is that you didn't fully seated typically if the screw goes in 01:13:35,510 --> 01:13:35,520 seated typically if the screw goes in 01:13:35,520 --> 01:13:37,430 seated typically if the screw goes in you know nice and cleanly you do have 01:13:37,430 --> 01:13:37,440 you know nice and cleanly you do have 01:13:37,440 --> 01:13:39,870 you know nice and cleanly you do have that fully seated but just as a heads up 01:13:39,870 --> 01:13:39,880 that fully seated but just as a heads up 01:13:39,880 --> 01:13:41,189 that fully seated but just as a heads up if you have any problems with your SSD 01:13:41,189 --> 01:13:41,199 if you have any problems with your SSD 01:13:41,199 --> 01:13:42,790 if you have any problems with your SSD showing up later now would be a great 01:13:42,790 --> 01:13:42,800 showing up later now would be a great 01:13:42,800 --> 01:13:44,830 showing up later now would be a great time to come back in make sure your 01:13:44,830 --> 01:13:44,840 time to come back in make sure your 01:13:44,840 --> 01:13:45,990 time to come back in make sure your screw is all the way tight and make sure 01:13:45,990 --> 01:13:46,000 screw is all the way tight and make sure 01:13:46,000 --> 01:13:47,550 screw is all the way tight and make sure that it is fully seated in there CU if 01:13:47,550 --> 01:13:47,560 that it is fully seated in there CU if 01:13:47,560 --> 01:13:49,350 that it is fully seated in there CU if it's out even just a little bit it 01:13:49,350 --> 01:13:49,360 it's out even just a little bit it 01:13:49,360 --> 01:13:51,390 it's out even just a little bit it sometimes might not show up but that's 01:13:51,390 --> 01:13:51,400 sometimes might not show up but that's 01:13:51,400 --> 01:13:53,590 sometimes might not show up but that's it it's not very complicated the last 01:13:53,590 --> 01:13:53,600 it it's not very complicated the last 01:13:53,600 --> 01:13:55,510 it it's not very complicated the last thing we need to do here is install this 01:13:55,510 --> 01:13:55,520 thing we need to do here is install this 01:13:55,520 --> 01:13:59,189 thing we need to do here is install this little cover now strictly speaking you 01:13:59,189 --> 01:13:59,199 little cover now strictly speaking you 01:13:59,199 --> 01:14:01,750 little cover now strictly speaking you don't actually have to use these so the 01:14:01,750 --> 01:14:01,760 don't actually have to use these so the 01:14:01,760 --> 01:14:03,229 don't actually have to use these so the reason why it's this sort of big metal 01:14:03,229 --> 01:14:03,239 reason why it's this sort of big metal 01:14:03,239 --> 01:14:04,669 reason why it's this sort of big metal cover it's actually a heat sink for your 01:14:04,669 --> 01:14:04,679 cover it's actually a heat sink for your 01:14:04,679 --> 01:14:07,350 cover it's actually a heat sink for your SSD now I highly recommend this you 01:14:07,350 --> 01:14:07,360 SSD now I highly recommend this you 01:14:07,360 --> 01:14:09,229 SSD now I highly recommend this you should definitely use this cuz it comes 01:14:09,229 --> 01:14:09,239 should definitely use this cuz it comes 01:14:09,239 --> 01:14:10,950 should definitely use this cuz it comes with the board you'll see On The Backs 01:14:10,950 --> 01:14:10,960 with the board you'll see On The Backs 01:14:10,960 --> 01:14:12,510 with the board you'll see On The Backs side so this is like the front so this 01:14:12,510 --> 01:14:12,520 side so this is like the front so this 01:14:12,520 --> 01:14:14,030 side so this is like the front so this is the back so if you peel off the 01:14:14,030 --> 01:14:14,040 is the back so if you peel off the 01:14:14,040 --> 01:14:15,669 is the back so if you peel off the little piece of plastic you'll actually 01:14:15,669 --> 01:14:15,679 little piece of plastic you'll actually 01:14:15,679 --> 01:14:17,870 little piece of plastic you'll actually see that it is a little thermal pad so 01:14:17,870 --> 01:14:17,880 see that it is a little thermal pad so 01:14:17,880 --> 01:14:20,189 see that it is a little thermal pad so if you touch it little sticky this is 01:14:20,189 --> 01:14:20,199 if you touch it little sticky this is 01:14:20,199 --> 01:14:22,070 if you touch it little sticky this is actually meant to transfer heat from the 01:14:22,070 --> 01:14:22,080 actually meant to transfer heat from the 01:14:22,080 --> 01:14:24,430 actually meant to transfer heat from the SSD onto your heat sink and let it be 01:14:24,430 --> 01:14:24,440 SSD onto your heat sink and let it be 01:14:24,440 --> 01:14:27,950 SSD onto your heat sink and let it be dissipated in your case um again I would 01:14:27,950 --> 01:14:27,960 dissipated in your case um again I would 01:14:27,960 --> 01:14:29,669 dissipated in your case um again I would definitely recommend to do this your 01:14:29,669 --> 01:14:29,679 definitely recommend to do this your 01:14:29,679 --> 01:14:31,790 definitely recommend to do this your system will run without a heat sink 01:14:31,790 --> 01:14:31,800 system will run without a heat sink 01:14:31,800 --> 01:14:34,750 system will run without a heat sink usually um but just just don't do that 01:14:34,750 --> 01:14:34,760 usually um but just just don't do that 01:14:34,760 --> 01:14:36,030 usually um but just just don't do that just just put the heat sink on it is 01:14:36,030 --> 01:14:36,040 just just put the heat sink on it is 01:14:36,040 --> 01:14:37,870 just just put the heat sink on it is going to help your SSD perform far 01:14:37,870 --> 01:14:37,880 going to help your SSD perform far 01:14:37,880 --> 01:14:39,990 going to help your SSD perform far better it's going to be much more of a 01:14:39,990 --> 01:14:40,000 better it's going to be much more of a 01:14:40,000 --> 01:14:42,310 better it's going to be much more of a long happy life and it's already on your 01:14:42,310 --> 01:14:42,320 long happy life and it's already on your 01:14:42,320 --> 01:14:43,830 long happy life and it's already on your motherboard almost certainly so it's 01:14:43,830 --> 01:14:43,840 motherboard almost certainly so it's 01:14:43,840 --> 01:14:45,550 motherboard almost certainly so it's kind of a bit of a no-brainer all these 01:14:45,550 --> 01:14:45,560 kind of a bit of a no-brainer all these 01:14:45,560 --> 01:14:46,950 kind of a bit of a no-brainer all these heat sinks can be slightly different 01:14:46,950 --> 01:14:46,960 heat sinks can be slightly different 01:14:46,960 --> 01:14:48,270 heat sinks can be slightly different based on your motherboard but with this 01:14:48,270 --> 01:14:48,280 based on your motherboard but with this 01:14:48,280 --> 01:14:49,750 based on your motherboard but with this one it's really straight forward so this 01:14:49,750 --> 01:14:49,760 one it's really straight forward so this 01:14:49,760 --> 01:14:51,510 one it's really straight forward so this little Notch which is going to go into 01:14:51,510 --> 01:14:51,520 little Notch which is going to go into 01:14:51,520 --> 01:14:53,110 little Notch which is going to go into where the socket is and then there's a 01:14:53,110 --> 01:14:53,120 where the socket is and then there's a 01:14:53,120 --> 01:14:54,669 where the socket is and then there's a screw on the other side uh the only 01:14:54,669 --> 01:14:54,679 screw on the other side uh the only 01:14:54,679 --> 01:14:55,990 screw on the other side uh the only thing I'll say as far as installing 01:14:55,990 --> 01:14:56,000 thing I'll say as far as installing 01:14:56,000 --> 01:14:57,790 thing I'll say as far as installing these because this is a sticky thermal 01:14:57,790 --> 01:14:57,800 these because this is a sticky thermal 01:14:57,800 --> 01:15:00,030 these because this is a sticky thermal pad try to do this cleanly the first 01:15:00,030 --> 01:15:00,040 pad try to do this cleanly the first 01:15:00,040 --> 01:15:01,470 pad try to do this cleanly the first time you don't be wiggling around or 01:15:01,470 --> 01:15:01,480 time you don't be wiggling around or 01:15:01,480 --> 01:15:03,070 time you don't be wiggling around or whatever cuz it'll actually like tug 01:15:03,070 --> 01:15:03,080 whatever cuz it'll actually like tug 01:15:03,080 --> 01:15:04,629 whatever cuz it'll actually like tug your SSD so just make sure that you get 01:15:04,629 --> 01:15:04,639 your SSD so just make sure that you get 01:15:04,639 --> 01:15:07,030 your SSD so just make sure that you get it nice and cleanly so we going try to 01:15:07,030 --> 01:15:07,040 it nice and cleanly so we going try to 01:15:07,040 --> 01:15:08,510 it nice and cleanly so we going try to do this some one try so we going to take 01:15:08,510 --> 01:15:08,520 do this some one try so we going to take 01:15:08,520 --> 01:15:10,550 do this some one try so we going to take our heat sink we're going to line it up 01:15:10,550 --> 01:15:10,560 our heat sink we're going to line it up 01:15:10,560 --> 01:15:12,270 our heat sink we're going to line it up with the top of the socket here so it 01:15:12,270 --> 01:15:12,280 with the top of the socket here so it 01:15:12,280 --> 01:15:14,030 with the top of the socket here so it just slides in like so I'm going to 01:15:14,030 --> 01:15:14,040 just slides in like so I'm going to 01:15:14,040 --> 01:15:15,310 just slides in like so I'm going to actually get a little lower so I can get 01:15:15,310 --> 01:15:15,320 actually get a little lower so I can get 01:15:15,320 --> 01:15:18,189 actually get a little lower so I can get a nice view of it so it should make nice 01:15:18,189 --> 01:15:18,199 a nice view of it so it should make nice 01:15:18,199 --> 01:15:20,709 a nice view of it so it should make nice smooth and even contact with our SSD and 01:15:20,709 --> 01:15:20,719 smooth and even contact with our SSD and 01:15:20,719 --> 01:15:21,709 smooth and even contact with our SSD and it's going to be hard for you to see but 01:15:21,709 --> 01:15:21,719 it's going to be hard for you to see but 01:15:21,719 --> 01:15:23,270 it's going to be hard for you to see but there's this little screw hole right 01:15:23,270 --> 01:15:23,280 there's this little screw hole right 01:15:23,280 --> 01:15:24,629 there's this little screw hole right here so I'm going to make sure that that 01:15:24,629 --> 01:15:24,639 here so I'm going to make sure that that 01:15:24,639 --> 01:15:26,990 here so I'm going to make sure that that is making in contact with our actual 01:15:26,990 --> 01:15:27,000 is making in contact with our actual 01:15:27,000 --> 01:15:30,310 is making in contact with our actual screw and with that I'm going to gently 01:15:30,310 --> 01:15:30,320 screw and with that I'm going to gently 01:15:30,320 --> 01:15:31,790 screw and with that I'm going to gently put it into 01:15:31,790 --> 01:15:31,800 put it into 01:15:31,800 --> 01:15:34,030 put it into place you go and screw this pretty much 01:15:34,030 --> 01:15:34,040 place you go and screw this pretty much 01:15:34,040 --> 01:15:36,310 place you go and screw this pretty much all the way down once I'm done I like to 01:15:36,310 --> 01:15:36,320 all the way down once I'm done I like to 01:15:36,320 --> 01:15:37,750 all the way down once I'm done I like to take my finger and just sort of run it 01:15:37,750 --> 01:15:37,760 take my finger and just sort of run it 01:15:37,760 --> 01:15:40,350 take my finger and just sort of run it along a time or two just to make sure 01:15:40,350 --> 01:15:40,360 along a time or two just to make sure 01:15:40,360 --> 01:15:42,470 along a time or two just to make sure that it is made some good contact and 01:15:42,470 --> 01:15:42,480 that it is made some good contact and 01:15:42,480 --> 01:15:44,790 that it is made some good contact and that's it your SSD is installed it has a 01:15:44,790 --> 01:15:44,800 that's it your SSD is installed it has a 01:15:44,800 --> 01:15:46,550 that's it your SSD is installed it has a full nice heat sink on it to make sure 01:15:46,550 --> 01:15:46,560 full nice heat sink on it to make sure 01:15:46,560 --> 01:15:48,350 full nice heat sink on it to make sure it's nice and cool if you ever need to 01:15:48,350 --> 01:15:48,360 it's nice and cool if you ever need to 01:15:48,360 --> 01:15:50,110 it's nice and cool if you ever need to take your SSD out swap it out that's 01:15:50,110 --> 01:15:50,120 take your SSD out swap it out that's 01:15:50,120 --> 01:15:51,470 take your SSD out swap it out that's fine just keep in mind that because that 01:15:51,470 --> 01:15:51,480 fine just keep in mind that because that 01:15:51,480 --> 01:15:52,910 fine just keep in mind that because that thermal pad's a little sticky you don't 01:15:52,910 --> 01:15:52,920 thermal pad's a little sticky you don't 01:15:52,920 --> 01:15:53,990 thermal pad's a little sticky you don't want to do that too much you don't want 01:15:53,990 --> 01:15:54,000 want to do that too much you don't want 01:15:54,000 --> 01:15:55,709 want to do that too much you don't want to touch that too much cuz will start to 01:15:55,709 --> 01:15:55,719 to touch that too much cuz will start to 01:15:55,719 --> 01:15:57,950 to touch that too much cuz will start to lose some of the effect but that's it my 01:15:57,950 --> 01:15:57,960 lose some of the effect but that's it my 01:15:57,960 --> 01:16:00,590 lose some of the effect but that's it my friends we got ourselves a CPU installed 01:16:00,590 --> 01:16:00,600 friends we got ourselves a CPU installed 01:16:00,600 --> 01:16:02,550 friends we got ourselves a CPU installed we got ourselves RAM installed we've got 01:16:02,550 --> 01:16:02,560 we got ourselves RAM installed we've got 01:16:02,560 --> 01:16:04,990 we got ourselves RAM installed we've got ourselves an SSD installed you can take 01:16:04,990 --> 01:16:05,000 ourselves an SSD installed you can take 01:16:05,000 --> 01:16:06,750 ourselves an SSD installed you can take a little bit of a break now maybe do a 01:16:06,750 --> 01:16:06,760 a little bit of a break now maybe do a 01:16:06,760 --> 01:16:08,510 a little bit of a break now maybe do a little stretch did you drink some water 01:16:08,510 --> 01:16:08,520 little stretch did you drink some water 01:16:08,520 --> 01:16:10,149 little stretch did you drink some water you probably need to drink some water 01:16:10,149 --> 01:16:10,159 you probably need to drink some water 01:16:10,159 --> 01:16:12,310 you probably need to drink some water cuz we're about to go into the next 01:16:12,310 --> 01:16:12,320 cuz we're about to go into the next 01:16:12,320 --> 01:16:14,229 cuz we're about to go into the next phase which is to install our 01:16:14,229 --> 01:16:14,239 phase which is to install our 01:16:14,239 --> 01:16:16,709 phase which is to install our motherboard into the case we're going to 01:16:16,709 --> 01:16:16,719 motherboard into the case we're going to 01:16:16,719 --> 01:16:18,149 motherboard into the case we're going to start installing our graphics card our 01:16:18,149 --> 01:16:18,159 start installing our graphics card our 01:16:18,159 --> 01:16:20,270 start installing our graphics card our cooler all the kind of fun stuff but 01:16:20,270 --> 01:16:20,280 cooler all the kind of fun stuff but 01:16:20,280 --> 01:16:21,830 cooler all the kind of fun stuff but here is a great point if you take a 01:16:21,830 --> 01:16:21,840 here is a great point if you take a 01:16:21,840 --> 01:16:23,669 here is a great point if you take a little break and Patch yourself on the 01:16:23,669 --> 01:16:23,679 little break and Patch yourself on the 01:16:23,679 --> 01:16:25,669 little break and Patch yourself on the back cuz you've actually made a a lot of 01:16:25,669 --> 01:16:25,679 back cuz you've actually made a a lot of 01:16:25,679 --> 01:16:28,590 back cuz you've actually made a a lot of progress good job now my friends it is 01:16:28,590 --> 01:16:28,600 progress good job now my friends it is 01:16:28,600 --> 01:16:31,310 progress good job now my friends it is time to retrieve our case and set it 01:16:31,310 --> 01:16:31,320 time to retrieve our case and set it 01:16:31,320 --> 01:16:33,669 time to retrieve our case and set it down on the desk so she going to put it 01:16:33,669 --> 01:16:33,679 down on the desk so she going to put it 01:16:33,679 --> 01:16:36,070 down on the desk so she going to put it down flat on its bottom or its back I 01:16:36,070 --> 01:16:36,080 down flat on its bottom or its back I 01:16:36,080 --> 01:16:39,229 down flat on its bottom or its back I guess because we're going to install our 01:16:39,229 --> 01:16:39,239 guess because we're going to install our 01:16:39,239 --> 01:16:42,750 guess because we're going to install our motherboard so I will admit a big reason 01:16:42,750 --> 01:16:42,760 motherboard so I will admit a big reason 01:16:42,760 --> 01:16:44,430 motherboard so I will admit a big reason why I'm using a white case right now is 01:16:44,430 --> 01:16:44,440 why I'm using a white case right now is 01:16:44,440 --> 01:16:47,310 why I'm using a white case right now is because it is a lot easier to see now 01:16:47,310 --> 01:16:47,320 because it is a lot easier to see now 01:16:47,320 --> 01:16:49,430 because it is a lot easier to see now that is because I'm doing a tutorial 01:16:49,430 --> 01:16:49,440 that is because I'm doing a tutorial 01:16:49,440 --> 01:16:50,910 that is because I'm doing a tutorial obviously you pick whatever case you 01:16:50,910 --> 01:16:50,920 obviously you pick whatever case you 01:16:50,920 --> 01:16:52,270 obviously you pick whatever case you want I would just give you a little 01:16:52,270 --> 01:16:52,280 want I would just give you a little 01:16:52,280 --> 01:16:55,590 want I would just give you a little heads up if you have chosen a black case 01:16:55,590 --> 01:16:55,600 heads up if you have chosen a black case 01:16:55,600 --> 01:16:58,110 heads up if you have chosen a black case it's a little hard to see sometimes I 01:16:58,110 --> 01:16:58,120 it's a little hard to see sometimes I 01:16:58,120 --> 01:17:00,470 it's a little hard to see sometimes I would recommend if you do not have a 01:17:00,470 --> 01:17:00,480 would recommend if you do not have a 01:17:00,480 --> 01:17:03,270 would recommend if you do not have a well-lit area pull out your phone and 01:17:03,270 --> 01:17:03,280 well-lit area pull out your phone and 01:17:03,280 --> 01:17:05,590 well-lit area pull out your phone and your flashlight sometimes like again 01:17:05,590 --> 01:17:05,600 your flashlight sometimes like again 01:17:05,600 --> 01:17:06,709 your flashlight sometimes like again with this white case and the studio 01:17:06,709 --> 01:17:06,719 with this white case and the studio 01:17:06,719 --> 01:17:08,229 with this white case and the studio light it's really easy to see but 01:17:08,229 --> 01:17:08,239 light it's really easy to see but 01:17:08,239 --> 01:17:09,189 light it's really easy to see but there's definitely times when I'm 01:17:09,189 --> 01:17:09,199 there's definitely times when I'm 01:17:09,199 --> 01:17:10,950 there's definitely times when I'm building in a black case especially once 01:17:10,950 --> 01:17:10,960 building in a black case especially once 01:17:10,960 --> 01:17:12,030 building in a black case especially once you start getting a bunch of components 01:17:12,030 --> 01:17:12,040 you start getting a bunch of components 01:17:12,040 --> 01:17:13,950 you start getting a bunch of components in it can be hard to sort of see like 01:17:13,950 --> 01:17:13,960 in it can be hard to sort of see like 01:17:13,960 --> 01:17:15,270 in it can be hard to sort of see like some of the areas where you like run 01:17:15,270 --> 01:17:15,280 some of the areas where you like run 01:17:15,280 --> 01:17:17,390 some of the areas where you like run cables or standoffs or whatever so just 01:17:17,390 --> 01:17:17,400 cables or standoffs or whatever so just 01:17:17,400 --> 01:17:19,149 cables or standoffs or whatever so just a little like sort of heads up as you're 01:17:19,149 --> 01:17:19,159 a little like sort of heads up as you're 01:17:19,159 --> 01:17:21,110 a little like sort of heads up as you're sort of either planning your build or 01:17:21,110 --> 01:17:21,120 sort of either planning your build or 01:17:21,120 --> 01:17:22,830 sort of either planning your build or actually getting started make sure you 01:17:22,830 --> 01:17:22,840 actually getting started make sure you 01:17:22,840 --> 01:17:24,990 actually getting started make sure you have a well lit area and if you've that 01:17:24,990 --> 01:17:25,000 have a well lit area and if you've that 01:17:25,000 --> 01:17:27,110 have a well lit area and if you've that a white case it's a lot easier to see so 01:17:27,110 --> 01:17:27,120 a white case it's a lot easier to see so 01:17:27,120 --> 01:17:29,310 a white case it's a lot easier to see so just a little tip there but let's 01:17:29,310 --> 01:17:29,320 just a little tip there but let's 01:17:29,320 --> 01:17:31,830 just a little tip there but let's install our motherboard before you 01:17:31,830 --> 01:17:31,840 install our motherboard before you 01:17:31,840 --> 01:17:33,030 install our motherboard before you install your motherboard you want to 01:17:33,030 --> 01:17:33,040 install your motherboard you want to 01:17:33,040 --> 01:17:35,229 install your motherboard you want to make sure your IO Shield is in place so 01:17:35,229 --> 01:17:35,239 make sure your IO Shield is in place so 01:17:35,239 --> 01:17:37,669 make sure your IO Shield is in place so again this motherboard has an IO Shield 01:17:37,669 --> 01:17:37,679 again this motherboard has an IO Shield 01:17:37,679 --> 01:17:39,270 again this motherboard has an IO Shield already attached to the board so I don't 01:17:39,270 --> 01:17:39,280 already attached to the board so I don't 01:17:39,280 --> 01:17:40,709 already attached to the board so I don't have to do this but a lot of other 01:17:40,709 --> 01:17:40,719 have to do this but a lot of other 01:17:40,719 --> 01:17:42,510 have to do this but a lot of other boards don't so I'll show you a clip of 01:17:42,510 --> 01:17:42,520 boards don't so I'll show you a clip of 01:17:42,520 --> 01:17:44,430 boards don't so I'll show you a clip of our previous PC tutorial where you have 01:17:44,430 --> 01:17:44,440 our previous PC tutorial where you have 01:17:44,440 --> 01:17:46,310 our previous PC tutorial where you have to install the io Shield essentially 01:17:46,310 --> 01:17:46,320 to install the io Shield essentially 01:17:46,320 --> 01:17:47,310 to install the io Shield essentially it's just a little piece of metal that 01:17:47,310 --> 01:17:47,320 it's just a little piece of metal that 01:17:47,320 --> 01:17:49,350 it's just a little piece of metal that clicks into place in this sort of back 01:17:49,350 --> 01:17:49,360 clicks into place in this sort of back 01:17:49,360 --> 01:17:51,830 clicks into place in this sort of back part of the chassis now you want to make 01:17:51,830 --> 01:17:51,840 part of the chassis now you want to make 01:17:51,840 --> 01:17:53,910 part of the chassis now you want to make sure that is fully seated you also want 01:17:53,910 --> 01:17:53,920 sure that is fully seated you also want 01:17:53,920 --> 01:17:55,270 sure that is fully seated you also want to make sure that the it is in the 01:17:55,270 --> 01:17:55,280 to make sure that the it is in the 01:17:55,280 --> 01:17:56,830 to make sure that the it is in the correct orientation you just want to 01:17:56,830 --> 01:17:56,840 correct orientation you just want to 01:17:56,840 --> 01:17:58,750 correct orientation you just want to make sure that the io Shield matches up 01:17:58,750 --> 01:17:58,760 make sure that the io Shield matches up 01:17:58,760 --> 01:18:00,470 make sure that the io Shield matches up with the layout of the ports on the back 01:18:00,470 --> 01:18:00,480 with the layout of the ports on the back 01:18:00,480 --> 01:18:02,430 with the layout of the ports on the back of your motherboard trust me I say you 01:18:02,430 --> 01:18:02,440 of your motherboard trust me I say you 01:18:02,440 --> 01:18:03,830 of your motherboard trust me I say you want to make sure that IO Shield is in 01:18:03,830 --> 01:18:03,840 want to make sure that IO Shield is in 01:18:03,840 --> 01:18:05,950 want to make sure that IO Shield is in correctly CU if you don't and you put 01:18:05,950 --> 01:18:05,960 correctly CU if you don't and you put 01:18:05,960 --> 01:18:07,510 correctly CU if you don't and you put your motherboard in and you screw it all 01:18:07,510 --> 01:18:07,520 your motherboard in and you screw it all 01:18:07,520 --> 01:18:09,510 your motherboard in and you screw it all down and then you look at the back and 01:18:09,510 --> 01:18:09,520 down and then you look at the back and 01:18:09,520 --> 01:18:10,629 down and then you look at the back and realize none of your ports are sticking 01:18:10,629 --> 01:18:10,639 realize none of your ports are sticking 01:18:10,639 --> 01:18:12,669 realize none of your ports are sticking out you're going to be real grumpy not 01:18:12,669 --> 01:18:12,679 out you're going to be real grumpy not 01:18:12,679 --> 01:18:15,510 out you're going to be real grumpy not that I've ever done that or anything um 01:18:15,510 --> 01:18:15,520 that I've ever done that or anything um 01:18:15,520 --> 01:18:17,070 that I've ever done that or anything um but uh if your Bor already has the io 01:18:17,070 --> 01:18:17,080 but uh if your Bor already has the io 01:18:17,080 --> 01:18:18,629 but uh if your Bor already has the io shield in congratulations that step's 01:18:18,629 --> 01:18:18,639 shield in congratulations that step's 01:18:18,639 --> 01:18:20,430 shield in congratulations that step's already done so assuming you have your 01:18:20,430 --> 01:18:20,440 already done so assuming you have your 01:18:20,440 --> 01:18:22,229 already done so assuming you have your IO Shield installed it is time to put 01:18:22,229 --> 01:18:22,239 IO Shield installed it is time to put 01:18:22,239 --> 01:18:24,830 IO Shield installed it is time to put the motherboard in so motherboards are 01:18:24,830 --> 01:18:24,840 the motherboard in so motherboards are 01:18:24,840 --> 01:18:26,870 the motherboard in so motherboards are fairly straightforward now this is the 01:18:26,870 --> 01:18:26,880 fairly straightforward now this is the 01:18:26,880 --> 01:18:29,590 fairly straightforward now this is the point where I will tell you to check the 01:18:29,590 --> 01:18:29,600 point where I will tell you to check the 01:18:29,600 --> 01:18:31,950 point where I will tell you to check the size of your motherboard and the size of 01:18:31,950 --> 01:18:31,960 size of your motherboard and the size of 01:18:31,960 --> 01:18:34,629 size of your motherboard and the size of your case so this is again an ATX 01:18:34,629 --> 01:18:34,639 your case so this is again an ATX 01:18:34,639 --> 01:18:36,990 your case so this is again an ATX chassis and an ATX board which means 01:18:36,990 --> 01:18:37,000 chassis and an ATX board which means 01:18:37,000 --> 01:18:38,669 chassis and an ATX board which means that thankfully I already have my 01:18:38,669 --> 01:18:38,679 that thankfully I already have my 01:18:38,679 --> 01:18:40,110 that thankfully I already have my standoffs installed so you can see that 01:18:40,110 --> 01:18:40,120 standoffs installed so you can see that 01:18:40,120 --> 01:18:49,629 standoffs installed so you can see that I have nine of them 1 2 3 4 5 6 7 8 nine 01:18:49,629 --> 01:18:49,639 I have nine of them 1 2 3 4 5 6 7 8 nine 01:18:49,639 --> 01:18:52,830 I have nine of them 1 2 3 4 5 6 7 8 nine that is a standard ATX configuration now 01:18:52,830 --> 01:18:52,840 that is a standard ATX configuration now 01:18:52,840 --> 01:18:55,030 that is a standard ATX configuration now if I was using a smaller motherboard I 01:18:55,030 --> 01:18:55,040 if I was using a smaller motherboard I 01:18:55,040 --> 01:18:57,590 if I was using a smaller motherboard I would only be using maybe four six eight 01:18:57,590 --> 01:18:57,600 would only be using maybe four six eight 01:18:57,600 --> 01:18:59,390 would only be using maybe four six eight it depends on the boards especially 01:18:59,390 --> 01:18:59,400 it depends on the boards especially 01:18:59,400 --> 01:19:00,910 it depends on the boards especially Micro ATX sometimes has slightly 01:19:00,910 --> 01:19:00,920 Micro ATX sometimes has slightly 01:19:00,920 --> 01:19:02,870 Micro ATX sometimes has slightly different positioning so if you're using 01:19:02,870 --> 01:19:02,880 different positioning so if you're using 01:19:02,880 --> 01:19:05,270 different positioning so if you're using a differ sized motherboard check the 01:19:05,270 --> 01:19:05,280 a differ sized motherboard check the 01:19:05,280 --> 01:19:07,350 a differ sized motherboard check the manual for your case sometimes the case 01:19:07,350 --> 01:19:07,360 manual for your case sometimes the case 01:19:07,360 --> 01:19:09,830 manual for your case sometimes the case will actually have like M or ATX or ITX 01:19:09,830 --> 01:19:09,840 will actually have like M or ATX or ITX 01:19:09,840 --> 01:19:11,629 will actually have like M or ATX or ITX engraved typically though you want to 01:19:11,629 --> 01:19:11,639 engraved typically though you want to 01:19:11,639 --> 01:19:13,790 engraved typically though you want to take a look at your actual manual to see 01:19:13,790 --> 01:19:13,800 take a look at your actual manual to see 01:19:13,800 --> 01:19:15,550 take a look at your actual manual to see um the idiot proof way of doing it is to 01:19:15,550 --> 01:19:15,560 um the idiot proof way of doing it is to 01:19:15,560 --> 01:19:17,390 um the idiot proof way of doing it is to just test fit your motherboard so you 01:19:17,390 --> 01:19:17,400 just test fit your motherboard so you 01:19:17,400 --> 01:19:18,870 just test fit your motherboard so you can see with this ATX board I should 01:19:18,870 --> 01:19:18,880 can see with this ATX board I should 01:19:18,880 --> 01:19:20,390 can see with this ATX board I should just be able to drop it right into place 01:19:20,390 --> 01:19:20,400 just be able to drop it right into place 01:19:20,400 --> 01:19:22,189 just be able to drop it right into place and I will be able to see that 01:19:22,189 --> 01:19:22,199 and I will be able to see that 01:19:22,199 --> 01:19:24,229 and I will be able to see that everything lines up so I'm just going to 01:19:24,229 --> 01:19:24,239 everything lines up so I'm just going to 01:19:24,239 --> 01:19:27,310 everything lines up so I'm just going to line it up something like this and I can 01:19:27,310 --> 01:19:27,320 line it up something like this and I can 01:19:27,320 --> 01:19:32,870 line it up something like this and I can already visually see 1 2 3 4 5 6 7 8 01:19:32,870 --> 01:19:32,880 already visually see 1 2 3 4 5 6 7 8 01:19:32,880 --> 01:19:34,750 already visually see 1 2 3 4 5 6 7 8 nine screw holes so I know that this 01:19:34,750 --> 01:19:34,760 nine screw holes so I know that this 01:19:34,760 --> 01:19:38,070 nine screw holes so I know that this will line up but if you're again using a 01:19:38,070 --> 01:19:38,080 will line up but if you're again using a 01:19:38,080 --> 01:19:41,030 will line up but if you're again using a Micro ATX motherboard and an ATX chassis 01:19:41,030 --> 01:19:41,040 Micro ATX motherboard and an ATX chassis 01:19:41,040 --> 01:19:43,110 Micro ATX motherboard and an ATX chassis you may need to install or move some 01:19:43,110 --> 01:19:43,120 you may need to install or move some 01:19:43,120 --> 01:19:46,550 you may need to install or move some standoffs which brings me to this box of 01:19:46,550 --> 01:19:46,560 standoffs which brings me to this box of 01:19:46,560 --> 01:19:48,950 standoffs which brings me to this box of Hardware so every case is a little 01:19:48,950 --> 01:19:48,960 Hardware so every case is a little 01:19:48,960 --> 01:19:50,750 Hardware so every case is a little different so this is a lean Le case 01:19:50,750 --> 01:19:50,760 different so this is a lean Le case 01:19:50,760 --> 01:19:53,310 different so this is a lean Le case which has a large amount of accessories 01:19:53,310 --> 01:19:53,320 which has a large amount of accessories 01:19:53,320 --> 01:19:55,110 which has a large amount of accessories in it but you're always going at this 01:19:55,110 --> 01:19:55,120 in it but you're always going at this 01:19:55,120 --> 01:19:57,510 in it but you're always going at this point want to find the box of stuff that 01:19:57,510 --> 01:19:57,520 point want to find the box of stuff that 01:19:57,520 --> 01:19:59,110 point want to find the box of stuff that came in your case usually it's a little 01:19:59,110 --> 01:19:59,120 came in your case usually it's a little 01:19:59,120 --> 01:20:00,390 came in your case usually it's a little small than this sometimes it's like in 01:20:00,390 --> 01:20:00,400 small than this sometimes it's like in 01:20:00,400 --> 01:20:02,189 small than this sometimes it's like in like your little hard drive caddy um 01:20:02,189 --> 01:20:02,199 like your little hard drive caddy um 01:20:02,199 --> 01:20:03,350 like your little hard drive caddy um there's a bunch of stuff in here 01:20:03,350 --> 01:20:03,360 there's a bunch of stuff in here 01:20:03,360 --> 01:20:05,910 there's a bunch of stuff in here including a manual which you may want to 01:20:05,910 --> 01:20:05,920 including a manual which you may want to 01:20:05,920 --> 01:20:07,189 including a manual which you may want to check if you have any questions 01:20:07,189 --> 01:20:07,199 check if you have any questions 01:20:07,199 --> 01:20:08,629 check if you have any questions especially again when it comes to the 01:20:08,629 --> 01:20:08,639 especially again when it comes to the 01:20:08,639 --> 01:20:10,189 especially again when it comes to the positioning of where you want standoffs 01:20:10,189 --> 01:20:10,199 positioning of where you want standoffs 01:20:10,199 --> 01:20:13,070 positioning of where you want standoffs but what I'm looking for is this little 01:20:13,070 --> 01:20:13,080 but what I'm looking for is this little 01:20:13,080 --> 01:20:15,350 but what I'm looking for is this little guy right here so this is a little box 01:20:15,350 --> 01:20:15,360 guy right here so this is a little box 01:20:15,360 --> 01:20:17,629 guy right here so this is a little box of Hardware so if I can do this without 01:20:17,629 --> 01:20:17,639 of Hardware so if I can do this without 01:20:17,639 --> 01:20:19,470 of Hardware so if I can do this without dumping it all over the place you'll see 01:20:19,470 --> 01:20:19,480 dumping it all over the place you'll see 01:20:19,480 --> 01:20:20,709 dumping it all over the place you'll see that I have a bunch of different types 01:20:20,709 --> 01:20:20,719 that I have a bunch of different types 01:20:20,719 --> 01:20:22,790 that I have a bunch of different types of screws and mounts and all that kind 01:20:22,790 --> 01:20:22,800 of screws and mounts and all that kind 01:20:22,800 --> 01:20:25,590 of screws and mounts and all that kind of thing this is very helpful in fact 01:20:25,590 --> 01:20:25,600 of thing this is very helpful in fact 01:20:25,600 --> 01:20:27,870 of thing this is very helpful in fact not just very helpful it's a necessity 01:20:27,870 --> 01:20:27,880 not just very helpful it's a necessity 01:20:27,880 --> 01:20:29,030 not just very helpful it's a necessity cuz these are where you're going to find 01:20:29,030 --> 01:20:29,040 cuz these are where you're going to find 01:20:29,040 --> 01:20:31,470 cuz these are where you're going to find screws to mount most of the components 01:20:31,470 --> 01:20:31,480 screws to mount most of the components 01:20:31,480 --> 01:20:33,149 screws to mount most of the components in your system including your 01:20:33,149 --> 01:20:33,159 in your system including your 01:20:33,159 --> 01:20:36,830 in your system including your motherboard so because I am using an ATX 01:20:36,830 --> 01:20:36,840 motherboard so because I am using an ATX 01:20:36,840 --> 01:20:39,149 motherboard so because I am using an ATX case and an ATX motherboard my standoffs 01:20:39,149 --> 01:20:39,159 case and an ATX motherboard my standoffs 01:20:39,159 --> 01:20:41,430 case and an ATX motherboard my standoffs are already here if I'm using a 01:20:41,430 --> 01:20:41,440 are already here if I'm using a 01:20:41,440 --> 01:20:43,070 are already here if I'm using a different size or some cases don't have 01:20:43,070 --> 01:20:43,080 different size or some cases don't have 01:20:43,080 --> 01:20:45,110 different size or some cases don't have this I need to actually manually install 01:20:45,110 --> 01:20:45,120 this I need to actually manually install 01:20:45,120 --> 01:20:47,229 this I need to actually manually install these standoffs myself so if I look 01:20:47,229 --> 01:20:47,239 these standoffs myself so if I look 01:20:47,239 --> 01:20:49,310 these standoffs myself so if I look through here normally what you'll find 01:20:49,310 --> 01:20:49,320 through here normally what you'll find 01:20:49,320 --> 01:20:50,550 through here normally what you'll find so you'll see that this is a little bag 01:20:50,550 --> 01:20:50,560 so you'll see that this is a little bag 01:20:50,560 --> 01:20:53,110 so you'll see that this is a little bag that has a bunch of screws and standoffs 01:20:53,110 --> 01:20:53,120 that has a bunch of screws and standoffs 01:20:53,120 --> 01:20:54,910 that has a bunch of screws and standoffs um now sometimes these standoffs are 01:20:54,910 --> 01:20:54,920 um now sometimes these standoffs are 01:20:54,920 --> 01:20:57,030 um now sometimes these standoffs are actually bronze so actually made out of 01:20:57,030 --> 01:20:57,040 actually bronze so actually made out of 01:20:57,040 --> 01:20:59,550 actually bronze so actually made out of brass the whole point of a standoff is 01:20:59,550 --> 01:20:59,560 brass the whole point of a standoff is 01:20:59,560 --> 01:21:01,790 brass the whole point of a standoff is to separate your motherboard from 01:21:01,790 --> 01:21:01,800 to separate your motherboard from 01:21:01,800 --> 01:21:03,990 to separate your motherboard from actually grounding itself on the case 01:21:03,990 --> 01:21:04,000 actually grounding itself on the case 01:21:04,000 --> 01:21:06,430 actually grounding itself on the case and you just need a place to screw it in 01:21:06,430 --> 01:21:06,440 and you just need a place to screw it in 01:21:06,440 --> 01:21:07,950 and you just need a place to screw it in also just a little heads up as you open 01:21:07,950 --> 01:21:07,960 also just a little heads up as you open 01:21:07,960 --> 01:21:09,950 also just a little heads up as you open these little baggies be real careful 01:21:09,950 --> 01:21:09,960 these little baggies be real careful 01:21:09,960 --> 01:21:11,629 these little baggies be real careful they explode all over the place I have 01:21:11,629 --> 01:21:11,639 they explode all over the place I have 01:21:11,639 --> 01:21:13,270 they explode all over the place I have lost like you want to lose one of these 01:21:13,270 --> 01:21:13,280 lost like you want to lose one of these 01:21:13,280 --> 01:21:15,830 lost like you want to lose one of these in your carpet I don't think so so this 01:21:15,830 --> 01:21:15,840 in your carpet I don't think so so this 01:21:15,840 --> 01:21:17,350 in your carpet I don't think so so this is what a standoff looks like so you can 01:21:17,350 --> 01:21:17,360 is what a standoff looks like so you can 01:21:17,360 --> 01:21:19,030 is what a standoff looks like so you can see it has a little thread on the top 01:21:19,030 --> 01:21:19,040 see it has a little thread on the top 01:21:19,040 --> 01:21:20,870 see it has a little thread on the top and if I flip it over you'll see it has 01:21:20,870 --> 01:21:20,880 and if I flip it over you'll see it has 01:21:20,880 --> 01:21:22,310 and if I flip it over you'll see it has a thread on the bottom so this is what 01:21:22,310 --> 01:21:22,320 a thread on the bottom so this is what 01:21:22,320 --> 01:21:24,790 a thread on the bottom so this is what goes into the case and then this is 01:21:24,790 --> 01:21:24,800 goes into the case and then this is 01:21:24,800 --> 01:21:27,229 goes into the case and then this is where your screw will go into the actual 01:21:27,229 --> 01:21:27,239 where your screw will go into the actual 01:21:27,239 --> 01:21:29,350 where your screw will go into the actual standoff through the motherboard a lot 01:21:29,350 --> 01:21:29,360 standoff through the motherboard a lot 01:21:29,360 --> 01:21:31,030 standoff through the motherboard a lot of this stuff is very small so I'll will 01:21:31,030 --> 01:21:31,040 of this stuff is very small so I'll will 01:21:31,040 --> 01:21:32,189 of this stuff is very small so I'll will admit it's a little hard to get on 01:21:32,189 --> 01:21:32,199 admit it's a little hard to get on 01:21:32,199 --> 01:21:33,669 admit it's a little hard to get on camera so I'll try to show you as much 01:21:33,669 --> 01:21:33,679 camera so I'll try to show you as much 01:21:33,679 --> 01:21:36,270 camera so I'll try to show you as much as possible but again my standoffs are 01:21:36,270 --> 01:21:36,280 as possible but again my standoffs are 01:21:36,280 --> 01:21:38,149 as possible but again my standoffs are already installed in this case if you do 01:21:38,149 --> 01:21:38,159 already installed in this case if you do 01:21:38,159 --> 01:21:39,990 already installed in this case if you do need to install standoffs so I'll just 01:21:39,990 --> 01:21:40,000 need to install standoffs so I'll just 01:21:40,000 --> 01:21:41,390 need to install standoffs so I'll just show you like say I'll put one right 01:21:41,390 --> 01:21:41,400 show you like say I'll put one right 01:21:41,400 --> 01:21:43,070 show you like say I'll put one right here um what I like to do is I like to 01:21:43,070 --> 01:21:43,080 here um what I like to do is I like to 01:21:43,080 --> 01:21:44,950 here um what I like to do is I like to start it fingertight so you can get it 01:21:44,950 --> 01:21:44,960 start it fingertight so you can get it 01:21:44,960 --> 01:21:46,790 start it fingertight so you can get it kind of in there you want to make sure 01:21:46,790 --> 01:21:46,800 kind of in there you want to make sure 01:21:46,800 --> 01:21:48,149 kind of in there you want to make sure as you install stand ups that you get 01:21:48,149 --> 01:21:48,159 as you install stand ups that you get 01:21:48,159 --> 01:21:49,750 as you install stand ups that you get them in there pretty firmly because what 01:21:49,750 --> 01:21:49,760 them in there pretty firmly because what 01:21:49,760 --> 01:21:52,470 them in there pretty firmly because what can happen is is that say I install this 01:21:52,470 --> 01:21:52,480 can happen is is that say I install this 01:21:52,480 --> 01:21:54,830 can happen is is that say I install this one just fingertight and I call it a day 01:21:54,830 --> 01:21:54,840 one just fingertight and I call it a day 01:21:54,840 --> 01:21:56,470 one just fingertight and I call it a day fingertight is actually enough to 01:21:56,470 --> 01:21:56,480 fingertight is actually enough to 01:21:56,480 --> 01:21:58,350 fingertight is actually enough to install your motherboard what can happen 01:21:58,350 --> 01:21:58,360 install your motherboard what can happen 01:21:58,360 --> 01:21:59,750 install your motherboard what can happen is is that say you need to replace your 01:21:59,750 --> 01:21:59,760 is is that say you need to replace your 01:21:59,760 --> 01:22:01,030 is is that say you need to replace your motherboard you need to pull it out at 01:22:01,030 --> 01:22:01,040 motherboard you need to pull it out at 01:22:01,040 --> 01:22:02,910 motherboard you need to pull it out at some point if this is not all the way 01:22:02,910 --> 01:22:02,920 some point if this is not all the way 01:22:02,920 --> 01:22:04,950 some point if this is not all the way seated into the case when you go to 01:22:04,950 --> 01:22:04,960 seated into the case when you go to 01:22:04,960 --> 01:22:07,110 seated into the case when you go to unscrew the screw out of your actual 01:22:07,110 --> 01:22:07,120 unscrew the screw out of your actual 01:22:07,120 --> 01:22:09,390 unscrew the screw out of your actual motherboard instead of coming out it'll 01:22:09,390 --> 01:22:09,400 motherboard instead of coming out it'll 01:22:09,400 --> 01:22:10,790 motherboard instead of coming out it'll just spin the standoff and it'll get 01:22:10,790 --> 01:22:10,800 just spin the standoff and it'll get 01:22:10,800 --> 01:22:12,310 just spin the standoff and it'll get stuck and at that point you have to get 01:22:12,310 --> 01:22:12,320 stuck and at that point you have to get 01:22:12,320 --> 01:22:13,830 stuck and at that point you have to get like a pair of pliers in there it's it's 01:22:13,830 --> 01:22:13,840 like a pair of pliers in there it's it's 01:22:13,840 --> 01:22:15,629 like a pair of pliers in there it's it's a huge pain so I would highly recommend 01:22:15,629 --> 01:22:15,639 a huge pain so I would highly recommend 01:22:15,639 --> 01:22:17,390 a huge pain so I would highly recommend to make sure this is nice and tight 01:22:17,390 --> 01:22:17,400 to make sure this is nice and tight 01:22:17,400 --> 01:22:18,550 to make sure this is nice and tight there's a couple ways to make sure that 01:22:18,550 --> 01:22:18,560 there's a couple ways to make sure that 01:22:18,560 --> 01:22:20,990 there's a couple ways to make sure that you install these correctly so most of 01:22:20,990 --> 01:22:21,000 you install these correctly so most of 01:22:21,000 --> 01:22:22,510 you install these correctly so most of the time not always most of the time 01:22:22,510 --> 01:22:22,520 the time not always most of the time 01:22:22,520 --> 01:22:24,709 the time not always most of the time you'll have this little tool I don't 01:22:24,709 --> 01:22:24,719 you'll have this little tool I don't 01:22:24,719 --> 01:22:26,390 you'll have this little tool I don't know if it actually has an official name 01:22:26,390 --> 01:22:26,400 know if it actually has an official name 01:22:26,400 --> 01:22:28,550 know if it actually has an official name but I just call it the standoff tool and 01:22:28,550 --> 01:22:28,560 but I just call it the standoff tool and 01:22:28,560 --> 01:22:30,510 but I just call it the standoff tool and basically this is on the top it's going 01:22:30,510 --> 01:22:30,520 basically this is on the top it's going 01:22:30,520 --> 01:22:33,629 basically this is on the top it's going to be a little uh Phillips bit and on 01:22:33,629 --> 01:22:33,639 to be a little uh Phillips bit and on 01:22:33,639 --> 01:22:35,510 to be a little uh Phillips bit and on the bottom is going to be a little hex 01:22:35,510 --> 01:22:35,520 the bottom is going to be a little hex 01:22:35,520 --> 01:22:36,910 the bottom is going to be a little hex I'll show you how to do this just for 01:22:36,910 --> 01:22:36,920 I'll show you how to do this just for 01:22:36,920 --> 01:22:38,310 I'll show you how to do this just for Simplicity sake so I'm going to take my 01:22:38,310 --> 01:22:38,320 Simplicity sake so I'm going to take my 01:22:38,320 --> 01:22:39,950 Simplicity sake so I'm going to take my bit and put it over the standoff and 01:22:39,950 --> 01:22:39,960 bit and put it over the standoff and 01:22:39,960 --> 01:22:41,830 bit and put it over the standoff and then I'm going to screw it in pretty 01:22:41,830 --> 01:22:41,840 then I'm going to screw it in pretty 01:22:41,840 --> 01:22:44,390 then I'm going to screw it in pretty tightly so don't go crazy on it or 01:22:44,390 --> 01:22:44,400 tightly so don't go crazy on it or 01:22:44,400 --> 01:22:46,070 tightly so don't go crazy on it or anything that's magnetic so it comes 01:22:46,070 --> 01:22:46,080 anything that's magnetic so it comes 01:22:46,080 --> 01:22:47,790 anything that's magnetic so it comes back up but that is the way to properly 01:22:47,790 --> 01:22:47,800 back up but that is the way to properly 01:22:47,800 --> 01:22:50,590 back up but that is the way to properly install a standoff and same thing if the 01:22:50,590 --> 01:22:50,600 install a standoff and same thing if the 01:22:50,600 --> 01:22:52,070 install a standoff and same thing if the standoffs that are already in your case 01:22:52,070 --> 01:22:52,080 standoffs that are already in your case 01:22:52,080 --> 01:22:53,990 standoffs that are already in your case don't match up for whatever reason you 01:22:53,990 --> 01:22:54,000 don't match up for whatever reason you 01:22:54,000 --> 01:22:56,790 don't match up for whatever reason you can use this tool to remove a standoff 01:22:56,790 --> 01:22:56,800 can use this tool to remove a standoff 01:22:56,800 --> 01:22:58,669 can use this tool to remove a standoff as well with this tool it is very 01:22:58,669 --> 01:22:58,679 as well with this tool it is very 01:22:58,679 --> 01:23:00,350 as well with this tool it is very straightforward to install and remove 01:23:00,350 --> 01:23:00,360 straightforward to install and remove 01:23:00,360 --> 01:23:01,629 straightforward to install and remove standoffs based on what you need for 01:23:01,629 --> 01:23:01,639 standoffs based on what you need for 01:23:01,639 --> 01:23:03,669 standoffs based on what you need for your board I will say that these are 01:23:03,669 --> 01:23:03,679 your board I will say that these are 01:23:03,679 --> 01:23:05,590 your board I will say that these are usually but not always included with 01:23:05,590 --> 01:23:05,600 usually but not always included with 01:23:05,600 --> 01:23:07,750 usually but not always included with your case Hardware if you don't have one 01:23:07,750 --> 01:23:07,760 your case Hardware if you don't have one 01:23:07,760 --> 01:23:09,550 your case Hardware if you don't have one of these you actually can use a little 01:23:09,550 --> 01:23:09,560 of these you actually can use a little 01:23:09,560 --> 01:23:12,070 of these you actually can use a little pair of pliers to crank them down and 01:23:12,070 --> 01:23:12,080 pair of pliers to crank them down and 01:23:12,080 --> 01:23:14,149 pair of pliers to crank them down and sort of put pull them back out uh I 01:23:14,149 --> 01:23:14,159 sort of put pull them back out uh I 01:23:14,159 --> 01:23:16,070 sort of put pull them back out uh I don't like doing that if I can avoid it 01:23:16,070 --> 01:23:16,080 don't like doing that if I can avoid it 01:23:16,080 --> 01:23:17,470 don't like doing that if I can avoid it because you can't always get it all the 01:23:17,470 --> 01:23:17,480 because you can't always get it all the 01:23:17,480 --> 01:23:18,390 because you can't always get it all the way in there it's a little bit more 01:23:18,390 --> 01:23:18,400 way in there it's a little bit more 01:23:18,400 --> 01:23:20,629 way in there it's a little bit more annoying and that's the only time you 01:23:20,629 --> 01:23:20,639 annoying and that's the only time you 01:23:20,639 --> 01:23:22,270 annoying and that's the only time you ever really do need pliers but just a 01:23:22,270 --> 01:23:22,280 ever really do need pliers but just a 01:23:22,280 --> 01:23:24,270 ever really do need pliers but just a little heads up if maybe you're working 01:23:24,270 --> 01:23:24,280 little heads up if maybe you're working 01:23:24,280 --> 01:23:25,629 little heads up if maybe you're working on your PC later and you lose this 01:23:25,629 --> 01:23:25,639 on your PC later and you lose this 01:23:25,639 --> 01:23:27,350 on your PC later and you lose this little guy or something you can use a 01:23:27,350 --> 01:23:27,360 little guy or something you can use a 01:23:27,360 --> 01:23:28,790 little guy or something you can use a pair of pliers to do it but just if 01:23:28,790 --> 01:23:28,800 pair of pliers to do it but just if 01:23:28,800 --> 01:23:30,149 pair of pliers to do it but just if you're installing standoffs make sure 01:23:30,149 --> 01:23:30,159 you're installing standoffs make sure 01:23:30,159 --> 01:23:31,430 you're installing standoffs make sure you've got them in there nice and firm 01:23:31,430 --> 01:23:31,440 you've got them in there nice and firm 01:23:31,440 --> 01:23:33,189 you've got them in there nice and firm cuz trust me you'll get them in there 01:23:33,189 --> 01:23:33,199 cuz trust me you'll get them in there 01:23:33,199 --> 01:23:34,910 cuz trust me you'll get them in there halfway you'll install your motherboard 01:23:34,910 --> 01:23:34,920 halfway you'll install your motherboard 01:23:34,920 --> 01:23:36,709 halfway you'll install your motherboard two years will go by you'll try to take 01:23:36,709 --> 01:23:36,719 two years will go by you'll try to take 01:23:36,719 --> 01:23:37,950 two years will go by you'll try to take your board out and you realize that 01:23:37,950 --> 01:23:37,960 your board out and you realize that 01:23:37,960 --> 01:23:39,189 your board out and you realize that you're screwing your standoff or just 01:23:39,189 --> 01:23:39,199 you're screwing your standoff or just 01:23:39,199 --> 01:23:40,470 you're screwing your standoff or just spinning and you're going to really 01:23:40,470 --> 01:23:40,480 spinning and you're going to really 01:23:40,480 --> 01:23:41,830 spinning and you're going to really regret your decisions so just make sure 01:23:41,830 --> 01:23:41,840 regret your decisions so just make sure 01:23:41,840 --> 01:23:42,870 regret your decisions so just make sure you get those things all the way in 01:23:42,870 --> 01:23:42,880 you get those things all the way in 01:23:42,880 --> 01:23:44,270 you get those things all the way in there but for this video we actually 01:23:44,270 --> 01:23:44,280 there but for this video we actually 01:23:44,280 --> 01:23:45,870 there but for this video we actually don't need to do that all the standoffs 01:23:45,870 --> 01:23:45,880 don't need to do that all the standoffs 01:23:45,880 --> 01:23:48,189 don't need to do that all the standoffs are in there and it is time to install 01:23:48,189 --> 01:23:48,199 are in there and it is time to install 01:23:48,199 --> 01:23:50,790 are in there and it is time to install the board itself the only other thing 01:23:50,790 --> 01:23:50,800 the board itself the only other thing 01:23:50,800 --> 01:23:52,830 the board itself the only other thing I'll say as I start to line the board up 01:23:52,830 --> 01:23:52,840 I'll say as I start to line the board up 01:23:52,840 --> 01:23:55,790 I'll say as I start to line the board up here is that you may want to install 01:23:55,790 --> 01:23:55,800 here is that you may want to install 01:23:55,800 --> 01:23:58,030 here is that you may want to install your all-in-one liquid cooler before you 01:23:58,030 --> 01:23:58,040 your all-in-one liquid cooler before you 01:23:58,040 --> 01:23:59,910 your all-in-one liquid cooler before you do your motherboard I will mention that 01:23:59,910 --> 01:23:59,920 do your motherboard I will mention that 01:23:59,920 --> 01:24:02,030 do your motherboard I will mention that there are two different schools of 01:24:02,030 --> 01:24:02,040 there are two different schools of 01:24:02,040 --> 01:24:03,830 there are two different schools of thought as far as the order of 01:24:03,830 --> 01:24:03,840 thought as far as the order of 01:24:03,840 --> 01:24:05,990 thought as far as the order of operations at this point so I'm going to 01:24:05,990 --> 01:24:06,000 operations at this point so I'm going to 01:24:06,000 --> 01:24:07,870 operations at this point so I'm going to show you how to install the motherboard 01:24:07,870 --> 01:24:07,880 show you how to install the motherboard 01:24:07,880 --> 01:24:09,830 show you how to install the motherboard and then the CPU Cooler now if you're 01:24:09,830 --> 01:24:09,840 and then the CPU Cooler now if you're 01:24:09,840 --> 01:24:11,750 and then the CPU Cooler now if you're using something like an air cooler this 01:24:11,750 --> 01:24:11,760 using something like an air cooler this 01:24:11,760 --> 01:24:12,870 using something like an air cooler this is definitely what you want to do right 01:24:12,870 --> 01:24:12,880 is definitely what you want to do right 01:24:12,880 --> 01:24:14,189 is definitely what you want to do right and I'll show you that in just a second 01:24:14,189 --> 01:24:14,199 and I'll show you that in just a second 01:24:14,199 --> 01:24:16,390 and I'll show you that in just a second but because this system we're using a 01:24:16,390 --> 01:24:16,400 but because this system we're using a 01:24:16,400 --> 01:24:17,990 but because this system we're using a all-in-one liquid cooler so we're going 01:24:17,990 --> 01:24:18,000 all-in-one liquid cooler so we're going 01:24:18,000 --> 01:24:19,510 all-in-one liquid cooler so we're going to have a radiator and some fans that 01:24:19,510 --> 01:24:19,520 to have a radiator and some fans that 01:24:19,520 --> 01:24:21,550 to have a radiator and some fans that are mounted up top sometimes you 01:24:21,550 --> 01:24:21,560 are mounted up top sometimes you 01:24:21,560 --> 01:24:23,110 are mounted up top sometimes you actually want to do this in the opposite 01:24:23,110 --> 01:24:23,120 actually want to do this in the opposite 01:24:23,120 --> 01:24:25,310 actually want to do this in the opposite order and install your radiator and your 01:24:25,310 --> 01:24:25,320 order and install your radiator and your 01:24:25,320 --> 01:24:27,990 order and install your radiator and your fans first and then your motherboard I 01:24:27,990 --> 01:24:28,000 fans first and then your motherboard I 01:24:28,000 --> 01:24:29,430 fans first and then your motherboard I unfortunately don't have a like 01:24:29,430 --> 01:24:29,440 unfortunately don't have a like 01:24:29,440 --> 01:24:31,390 unfortunately don't have a like foolproof recommendation it does kind of 01:24:31,390 --> 01:24:31,400 foolproof recommendation it does kind of 01:24:31,400 --> 01:24:33,790 foolproof recommendation it does kind of come down to your actual case it comes 01:24:33,790 --> 01:24:33,800 come down to your actual case it comes 01:24:33,800 --> 01:24:35,990 come down to your actual case it comes down to how big of a cooler you're using 01:24:35,990 --> 01:24:36,000 down to how big of a cooler you're using 01:24:36,000 --> 01:24:37,790 down to how big of a cooler you're using and it comes down to the motherboard the 01:24:37,790 --> 01:24:37,800 and it comes down to the motherboard the 01:24:37,800 --> 01:24:39,550 and it comes down to the motherboard the main reason why you may want to install 01:24:39,550 --> 01:24:39,560 main reason why you may want to install 01:24:39,560 --> 01:24:41,430 main reason why you may want to install the cooler first is to be able to 01:24:41,430 --> 01:24:41,440 the cooler first is to be able to 01:24:41,440 --> 01:24:43,149 the cooler first is to be able to actually easily run your cables so you 01:24:43,149 --> 01:24:43,159 actually easily run your cables so you 01:24:43,159 --> 01:24:44,350 actually easily run your cables so you can see here that there's a few things 01:24:44,350 --> 01:24:44,360 can see here that there's a few things 01:24:44,360 --> 01:24:45,709 can see here that there's a few things we're going to need to plug in on the 01:24:45,709 --> 01:24:45,719 we're going to need to plug in on the 01:24:45,719 --> 01:24:47,310 we're going to need to plug in on the top of the board so you can imagine that 01:24:47,310 --> 01:24:47,320 top of the board so you can imagine that 01:24:47,320 --> 01:24:48,390 top of the board so you can imagine that there's going to be a radiator right 01:24:48,390 --> 01:24:48,400 there's going to be a radiator right 01:24:48,400 --> 01:24:50,109 there's going to be a radiator right here and then fans as well so it's going 01:24:50,109 --> 01:24:50,119 here and then fans as well so it's going 01:24:50,119 --> 01:24:51,790 here and then fans as well so it's going to actually kind of come out to here 01:24:51,790 --> 01:24:51,800 to actually kind of come out to here 01:24:51,800 --> 01:24:53,350 to actually kind of come out to here thankfully this case has lots of space 01:24:53,350 --> 01:24:53,360 thankfully this case has lots of space 01:24:53,360 --> 01:24:54,830 thankfully this case has lots of space so it shouldn't be a huge con concern 01:24:54,830 --> 01:24:54,840 so it shouldn't be a huge con concern 01:24:54,840 --> 01:24:56,229 so it shouldn't be a huge con concern but certainly some cases that are a 01:24:56,229 --> 01:24:56,239 but certainly some cases that are a 01:24:56,239 --> 01:24:58,030 but certainly some cases that are a little bit more compact it's really hard 01:24:58,030 --> 01:24:58,040 little bit more compact it's really hard 01:24:58,040 --> 01:25:00,149 little bit more compact it's really hard to say like pull your like sort of CPU 01:25:00,149 --> 01:25:00,159 to say like pull your like sort of CPU 01:25:00,159 --> 01:25:01,470 to say like pull your like sort of CPU power connectors up here and plug them 01:25:01,470 --> 01:25:01,480 power connectors up here and plug them 01:25:01,480 --> 01:25:03,590 power connectors up here and plug them in you got this huge Radiator in the way 01:25:03,590 --> 01:25:03,600 in you got this huge Radiator in the way 01:25:03,600 --> 01:25:04,750 in you got this huge Radiator in the way so I would just give you a little sort 01:25:04,750 --> 01:25:04,760 so I would just give you a little sort 01:25:04,760 --> 01:25:07,030 so I would just give you a little sort of heads up that you may want to do this 01:25:07,030 --> 01:25:07,040 of heads up that you may want to do this 01:25:07,040 --> 01:25:08,430 of heads up that you may want to do this slightly out of order compared to what 01:25:08,430 --> 01:25:08,440 slightly out of order compared to what 01:25:08,440 --> 01:25:11,070 slightly out of order compared to what I'm doing but if you're using an allong 01:25:11,070 --> 01:25:11,080 I'm doing but if you're using an allong 01:25:11,080 --> 01:25:12,669 I'm doing but if you're using an allong cooler that say has it mounted on this 01:25:12,669 --> 01:25:12,679 cooler that say has it mounted on this 01:25:12,679 --> 01:25:14,470 cooler that say has it mounted on this side it's not a problem so it's like a a 01:25:14,470 --> 01:25:14,480 side it's not a problem so it's like a a 01:25:14,480 --> 01:25:16,229 side it's not a problem so it's like a a 120 or 240 if you're mounting in the 01:25:16,229 --> 01:25:16,239 120 or 240 if you're mounting in the 01:25:16,239 --> 01:25:17,870 120 or 240 if you're mounting in the front it's not a problem and if you are 01:25:17,870 --> 01:25:17,880 front it's not a problem and if you are 01:25:17,880 --> 01:25:19,350 front it's not a problem and if you are using an air cooler it's also not a 01:25:19,350 --> 01:25:19,360 using an air cooler it's also not a 01:25:19,360 --> 01:25:21,189 using an air cooler it's also not a problem so I'm going to be just 01:25:21,189 --> 01:25:21,199 problem so I'm going to be just 01:25:21,199 --> 01:25:23,629 problem so I'm going to be just installing this the normal sort of way 01:25:23,629 --> 01:25:23,639 installing this the normal sort of way 01:25:23,639 --> 01:25:24,950 installing this the normal sort of way um before inall the board though let me 01:25:24,950 --> 01:25:24,960 um before inall the board though let me 01:25:24,960 --> 01:25:26,390 um before inall the board though let me just quickly show you the difference 01:25:26,390 --> 01:25:26,400 just quickly show you the difference 01:25:26,400 --> 01:25:28,390 just quickly show you the difference between an air and a water cooler so 01:25:28,390 --> 01:25:28,400 between an air and a water cooler so 01:25:28,400 --> 01:25:29,790 between an air and a water cooler so again I'm using an AIO so I'm going to 01:25:29,790 --> 01:25:29,800 again I'm using an AIO so I'm going to 01:25:29,800 --> 01:25:32,109 again I'm using an AIO so I'm going to be installing um everything up on top if 01:25:32,109 --> 01:25:32,119 be installing um everything up on top if 01:25:32,119 --> 01:25:33,950 be installing um everything up on top if I was installing an air cooler it would 01:25:33,950 --> 01:25:33,960 I was installing an air cooler it would 01:25:33,960 --> 01:25:35,870 I was installing an air cooler it would be mounted something like this and this 01:25:35,870 --> 01:25:35,880 be mounted something like this and this 01:25:35,880 --> 01:25:37,510 be mounted something like this and this might just be a good sort of way of 01:25:37,510 --> 01:25:37,520 might just be a good sort of way of 01:25:37,520 --> 01:25:39,109 might just be a good sort of way of showing you one of the reasons why you 01:25:39,109 --> 01:25:39,119 showing you one of the reasons why you 01:25:39,119 --> 01:25:41,109 showing you one of the reasons why you may or may actually want an air cooler 01:25:41,109 --> 01:25:41,119 may or may actually want an air cooler 01:25:41,119 --> 01:25:42,830 may or may actually want an air cooler so this is a be quite cooler it is on 01:25:42,830 --> 01:25:42,840 so this is a be quite cooler it is on 01:25:42,840 --> 01:25:44,870 so this is a be quite cooler it is on the larger side certainly at the biggest 01:25:44,870 --> 01:25:44,880 the larger side certainly at the biggest 01:25:44,880 --> 01:25:46,950 the larger side certainly at the biggest but the thing with these is I like the 01:25:46,950 --> 01:25:46,960 but the thing with these is I like the 01:25:46,960 --> 01:25:48,910 but the thing with these is I like the Simplicity but they are quite heavy and 01:25:48,910 --> 01:25:48,920 Simplicity but they are quite heavy and 01:25:48,920 --> 01:25:50,470 Simplicity but they are quite heavy and when you mount them you can see because 01:25:50,470 --> 01:25:50,480 when you mount them you can see because 01:25:50,480 --> 01:25:51,709 when you mount them you can see because obviously the board is going to be like 01:25:51,709 --> 01:25:51,719 obviously the board is going to be like 01:25:51,719 --> 01:25:53,149 obviously the board is going to be like sort of vertically this is a lot of 01:25:53,149 --> 01:25:53,159 sort of vertically this is a lot of 01:25:53,159 --> 01:25:54,270 sort of vertically this is a lot of weight they can to be kind of pull 01:25:54,270 --> 01:25:54,280 weight they can to be kind of pull 01:25:54,280 --> 01:25:56,350 weight they can to be kind of pull pulling on your system which is a great 01:25:56,350 --> 01:25:56,360 pulling on your system which is a great 01:25:56,360 --> 01:25:58,229 pulling on your system which is a great reason why you should make sure to use 01:25:58,229 --> 01:25:58,239 reason why you should make sure to use 01:25:58,239 --> 01:26:00,070 reason why you should make sure to use all of the standoffs all nine of them on 01:26:00,070 --> 01:26:00,080 all of the standoffs all nine of them on 01:26:00,080 --> 01:26:01,629 all of the standoffs all nine of them on our ATX board and make sure you screw 01:26:01,629 --> 01:26:01,639 our ATX board and make sure you screw 01:26:01,639 --> 01:26:04,070 our ATX board and make sure you screw everything in nice and tightly uh I've 01:26:04,070 --> 01:26:04,080 everything in nice and tightly uh I've 01:26:04,080 --> 01:26:06,109 everything in nice and tightly uh I've seen some horror stories of a cooler 01:26:06,109 --> 01:26:06,119 seen some horror stories of a cooler 01:26:06,119 --> 01:26:07,550 seen some horror stories of a cooler it's a little heavy maybe it's being 01:26:07,550 --> 01:26:07,560 it's a little heavy maybe it's being 01:26:07,560 --> 01:26:09,510 it's a little heavy maybe it's being shipped or moved or whatever and it can 01:26:09,510 --> 01:26:09,520 shipped or moved or whatever and it can 01:26:09,520 --> 01:26:12,550 shipped or moved or whatever and it can rip stuff right out now let us install 01:26:12,550 --> 01:26:12,560 rip stuff right out now let us install 01:26:12,560 --> 01:26:15,149 rip stuff right out now let us install our motherboard so I'm going to go 01:26:15,149 --> 01:26:15,159 our motherboard so I'm going to go 01:26:15,159 --> 01:26:16,669 our motherboard so I'm going to go through here I have a bunch of the 01:26:16,669 --> 01:26:16,679 through here I have a bunch of the 01:26:16,679 --> 01:26:20,550 through here I have a bunch of the screws which I will show you so the 01:26:20,550 --> 01:26:20,560 screws which I will show you so the 01:26:20,560 --> 01:26:22,189 screws which I will show you so the thing is and you know what I don't 01:26:22,189 --> 01:26:22,199 thing is and you know what I don't 01:26:22,199 --> 01:26:23,870 thing is and you know what I don't understand why we've been building PCS 01:26:23,870 --> 01:26:23,880 understand why we've been building PCS 01:26:23,880 --> 01:26:25,750 understand why we've been building PCS for what however many decades at this 01:26:25,750 --> 01:26:25,760 for what however many decades at this 01:26:25,760 --> 01:26:28,550 for what however many decades at this point you don't at a quick glance know 01:26:28,550 --> 01:26:28,560 point you don't at a quick glance know 01:26:28,560 --> 01:26:30,629 point you don't at a quick glance know what screws go to what which is weird 01:26:30,629 --> 01:26:30,639 what screws go to what which is weird 01:26:30,639 --> 01:26:31,790 what screws go to what which is weird because a bunch of these screws are very 01:26:31,790 --> 01:26:31,800 because a bunch of these screws are very 01:26:31,800 --> 01:26:32,950 because a bunch of these screws are very similar to size that you would think 01:26:32,950 --> 01:26:32,960 similar to size that you would think 01:26:32,960 --> 01:26:34,350 similar to size that you would think that like I don't know some of them make 01:26:34,350 --> 01:26:34,360 that like I don't know some of them make 01:26:34,360 --> 01:26:36,629 that like I don't know some of them make them different colors or something now 01:26:36,629 --> 01:26:36,639 them different colors or something now 01:26:36,639 --> 01:26:38,750 them different colors or something now if you really want to know you can go to 01:26:38,750 --> 01:26:38,760 if you really want to know you can go to 01:26:38,760 --> 01:26:41,550 if you really want to know you can go to your uh manual that comes with your case 01:26:41,550 --> 01:26:41,560 your uh manual that comes with your case 01:26:41,560 --> 01:26:43,109 your uh manual that comes with your case and somewhere in here is going to tell 01:26:43,109 --> 01:26:43,119 and somewhere in here is going to tell 01:26:43,119 --> 01:26:45,790 and somewhere in here is going to tell you what screws go to what so right here 01:26:45,790 --> 01:26:45,800 you what screws go to what so right here 01:26:45,800 --> 01:26:47,790 you what screws go to what so right here it'll tell you all of the different 01:26:47,790 --> 01:26:47,800 it'll tell you all of the different 01:26:47,800 --> 01:26:50,070 it'll tell you all of the different screws that come with your system as you 01:26:50,070 --> 01:26:50,080 screws that come with your system as you 01:26:50,080 --> 01:26:52,070 screws that come with your system as you can see a lot of these screws look very 01:26:52,070 --> 01:26:52,080 can see a lot of these screws look very 01:26:52,080 --> 01:26:53,629 can see a lot of these screws look very very similar so you can see that this 01:26:53,629 --> 01:26:53,639 very similar so you can see that this 01:26:53,639 --> 01:26:55,470 very similar so you can see that this one right here here shows screw for 01:26:55,470 --> 01:26:55,480 one right here here shows screw for 01:26:55,480 --> 01:26:58,189 one right here here shows screw for motherboard and 2.5 in SSD got a little 01:26:58,189 --> 01:26:58,199 motherboard and 2.5 in SSD got a little 01:26:58,199 --> 01:26:59,990 motherboard and 2.5 in SSD got a little like almost washer looking guy around 01:26:59,990 --> 01:27:00,000 like almost washer looking guy around 01:27:00,000 --> 01:27:01,350 like almost washer looking guy around the corner so that's the kind of screw 01:27:01,350 --> 01:27:01,360 the corner so that's the kind of screw 01:27:01,360 --> 01:27:03,189 the corner so that's the kind of screw we're looking for sometimes you can grab 01:27:03,189 --> 01:27:03,199 we're looking for sometimes you can grab 01:27:03,199 --> 01:27:04,750 we're looking for sometimes you can grab a screw that feels almost exact same 01:27:04,750 --> 01:27:04,760 a screw that feels almost exact same 01:27:04,760 --> 01:27:06,430 a screw that feels almost exact same thing and it doesn't thread right if you 01:27:06,430 --> 01:27:06,440 thing and it doesn't thread right if you 01:27:06,440 --> 01:27:07,910 thing and it doesn't thread right if you grab that it doesn't thread just grab 01:27:07,910 --> 01:27:07,920 grab that it doesn't thread just grab 01:27:07,920 --> 01:27:09,270 grab that it doesn't thread just grab the other screw but it's just I don't 01:27:09,270 --> 01:27:09,280 the other screw but it's just I don't 01:27:09,280 --> 01:27:10,470 the other screw but it's just I don't know I I feel like we should have 01:27:10,470 --> 01:27:10,480 know I I feel like we should have 01:27:10,480 --> 01:27:11,750 know I I feel like we should have slightly more distinct screws cuz 01:27:11,750 --> 01:27:11,760 slightly more distinct screws cuz 01:27:11,760 --> 01:27:14,189 slightly more distinct screws cuz they're so so similar um but for our 01:27:14,189 --> 01:27:14,199 they're so so similar um but for our 01:27:14,199 --> 01:27:16,550 they're so so similar um but for our purposes we're going to look for eight 01:27:16,550 --> 01:27:16,560 purposes we're going to look for eight 01:27:16,560 --> 01:27:20,189 purposes we're going to look for eight and nine of these little guys I'm going 01:27:20,189 --> 01:27:20,199 and nine of these little guys I'm going 01:27:20,199 --> 01:27:21,790 and nine of these little guys I'm going to use my little magnetic mat so I don't 01:27:21,790 --> 01:27:21,800 to use my little magnetic mat so I don't 01:27:21,800 --> 01:27:24,189 to use my little magnetic mat so I don't lose them and then it as simple as in 01:27:24,189 --> 01:27:24,199 lose them and then it as simple as in 01:27:24,199 --> 01:27:26,550 lose them and then it as simple as in installing the board but some cases will 01:27:26,550 --> 01:27:26,560 installing the board but some cases will 01:27:26,560 --> 01:27:28,750 installing the board but some cases will have instead of nine standoffs they'll 01:27:28,750 --> 01:27:28,760 have instead of nine standoffs they'll 01:27:28,760 --> 01:27:30,590 have instead of nine standoffs they'll have eight plus a little peg in the 01:27:30,590 --> 01:27:30,600 have eight plus a little peg in the 01:27:30,600 --> 01:27:32,590 have eight plus a little peg in the center that's actually really helpful 01:27:32,590 --> 01:27:32,600 center that's actually really helpful 01:27:32,600 --> 01:27:33,709 center that's actually really helpful because when you go to install your 01:27:33,709 --> 01:27:33,719 because when you go to install your 01:27:33,719 --> 01:27:35,590 because when you go to install your board so you can see right here um you 01:27:35,590 --> 01:27:35,600 board so you can see right here um you 01:27:35,600 --> 01:27:36,669 board so you can see right here um you have may have to zoom in a little bit 01:27:36,669 --> 01:27:36,679 have may have to zoom in a little bit 01:27:36,679 --> 01:27:38,390 have may have to zoom in a little bit but you can see that while it's pretty 01:27:38,390 --> 01:27:38,400 but you can see that while it's pretty 01:27:38,400 --> 01:27:40,910 but you can see that while it's pretty much in place it's slightly a skew 01:27:40,910 --> 01:27:40,920 much in place it's slightly a skew 01:27:40,920 --> 01:27:41,910 much in place it's slightly a skew across the board so what I'm going to 01:27:41,910 --> 01:27:41,920 across the board so what I'm going to 01:27:41,920 --> 01:27:43,550 across the board so what I'm going to have to actually do is I'm going to have 01:27:43,550 --> 01:27:43,560 have to actually do is I'm going to have 01:27:43,560 --> 01:27:45,109 have to actually do is I'm going to have to adjust it and sort of try to center 01:27:45,109 --> 01:27:45,119 to adjust it and sort of try to center 01:27:45,119 --> 01:27:47,830 to adjust it and sort of try to center it up myself but if you have a case that 01:27:47,830 --> 01:27:47,840 it up myself but if you have a case that 01:27:47,840 --> 01:27:49,629 it up myself but if you have a case that has one of those little centering pens 01:27:49,629 --> 01:27:49,639 has one of those little centering pens 01:27:49,639 --> 01:27:51,270 has one of those little centering pens that'll actually kind of help to well 01:27:51,270 --> 01:27:51,280 that'll actually kind of help to well 01:27:51,280 --> 01:27:53,270 that'll actually kind of help to well Center it by itself but it's not a big 01:27:53,270 --> 01:27:53,280 Center it by itself but it's not a big 01:27:53,280 --> 01:27:54,390 Center it by itself but it's not a big deal just expect that when you put the 01:27:54,390 --> 01:27:54,400 deal just expect that when you put the 01:27:54,400 --> 01:27:55,629 deal just expect that when you put the board in it's not going to look quite 01:27:55,629 --> 01:27:55,639 board in it's not going to look quite 01:27:55,639 --> 01:27:57,350 board in it's not going to look quite right you're going to have to sort of 01:27:57,350 --> 01:27:57,360 right you're going to have to sort of 01:27:57,360 --> 01:27:58,709 right you're going to have to sort of finesse it just a little bit to make 01:27:58,709 --> 01:27:58,719 finesse it just a little bit to make 01:27:58,719 --> 01:28:01,149 finesse it just a little bit to make sure it all lines up now before we put 01:28:01,149 --> 01:28:01,159 sure it all lines up now before we put 01:28:01,159 --> 01:28:03,870 sure it all lines up now before we put in any screws something to keep in mind 01:28:03,870 --> 01:28:03,880 in any screws something to keep in mind 01:28:03,880 --> 01:28:05,350 in any screws something to keep in mind now this is not really a big problem for 01:28:05,350 --> 01:28:05,360 now this is not really a big problem for 01:28:05,360 --> 01:28:06,790 now this is not really a big problem for this system because it has that IO 01:28:06,790 --> 01:28:06,800 this system because it has that IO 01:28:06,800 --> 01:28:10,149 this system because it has that IO Shield built in but if you do have a 01:28:10,149 --> 01:28:10,159 Shield built in but if you do have a 01:28:10,159 --> 01:28:11,390 Shield built in but if you do have a system that you're going to install the 01:28:11,390 --> 01:28:11,400 system that you're going to install the 01:28:11,400 --> 01:28:12,950 system that you're going to install the io shield and then sort of Slide the 01:28:12,950 --> 01:28:12,960 io shield and then sort of Slide the 01:28:12,960 --> 01:28:15,070 io shield and then sort of Slide the motherboard into so again like usually a 01:28:15,070 --> 01:28:15,080 motherboard into so again like usually a 01:28:15,080 --> 01:28:16,270 motherboard into so again like usually a little bit of an older or lower-end 01:28:16,270 --> 01:28:16,280 little bit of an older or lower-end 01:28:16,280 --> 01:28:18,830 little bit of an older or lower-end system take a look around the back so 01:28:18,830 --> 01:28:18,840 system take a look around the back so 01:28:18,840 --> 01:28:20,109 system take a look around the back so you see here that I can see all of my 01:28:20,109 --> 01:28:20,119 you see here that I can see all of my 01:28:20,119 --> 01:28:21,470 you see here that I can see all of my ports they're nice and clear nice and 01:28:21,470 --> 01:28:21,480 ports they're nice and clear nice and 01:28:21,480 --> 01:28:23,950 ports they're nice and clear nice and clean perfect I know that I'm good to go 01:28:23,950 --> 01:28:23,960 clean perfect I know that I'm good to go 01:28:23,960 --> 01:28:26,390 clean perfect I know that I'm good to go if if I am using a IO shield and sliding 01:28:26,390 --> 01:28:26,400 if if I am using a IO shield and sliding 01:28:26,400 --> 01:28:28,990 if if I am using a IO shield and sliding the motherboard in take a look at that 01:28:28,990 --> 01:28:29,000 the motherboard in take a look at that 01:28:29,000 --> 01:28:32,229 the motherboard in take a look at that rear IO can you see all of your ports 01:28:32,229 --> 01:28:32,239 rear IO can you see all of your ports 01:28:32,239 --> 01:28:34,430 rear IO can you see all of your ports are there any little metal pegs or penss 01:28:34,430 --> 01:28:34,440 are there any little metal pegs or penss 01:28:34,440 --> 01:28:37,590 are there any little metal pegs or penss anywhere boy oh boy it's not fun to 01:28:37,590 --> 01:28:37,600 anywhere boy oh boy it's not fun to 01:28:37,600 --> 01:28:39,030 anywhere boy oh boy it's not fun to install your Board finish your whole 01:28:39,030 --> 01:28:39,040 install your Board finish your whole 01:28:39,040 --> 01:28:40,870 install your Board finish your whole system get it all ready to go and then 01:28:40,870 --> 01:28:40,880 system get it all ready to go and then 01:28:40,880 --> 01:28:42,189 system get it all ready to go and then you go to plug your ethernet in and 01:28:42,189 --> 01:28:42,199 you go to plug your ethernet in and 01:28:42,199 --> 01:28:43,430 you go to plug your ethernet in and there's a little metal pen in the way 01:28:43,430 --> 01:28:43,440 there's a little metal pen in the way 01:28:43,440 --> 01:28:45,750 there's a little metal pen in the way because you didn't notice it highly 01:28:45,750 --> 01:28:45,760 because you didn't notice it highly 01:28:45,760 --> 01:28:47,510 because you didn't notice it highly highly recommend before you put in any 01:28:47,510 --> 01:28:47,520 highly recommend before you put in any 01:28:47,520 --> 01:28:49,270 highly recommend before you put in any screws for your motherboard visually 01:28:49,270 --> 01:28:49,280 screws for your motherboard visually 01:28:49,280 --> 01:28:51,709 screws for your motherboard visually look at every single one of your ports 01:28:51,709 --> 01:28:51,719 look at every single one of your ports 01:28:51,719 --> 01:28:54,109 look at every single one of your ports and make sure that it is unobstructed 01:28:54,109 --> 01:28:54,119 and make sure that it is unobstructed 01:28:54,119 --> 01:28:56,870 and make sure that it is unobstructed just look really close make sure boy I 01:28:56,870 --> 01:28:56,880 just look really close make sure boy I 01:28:56,880 --> 01:28:57,950 just look really close make sure boy I can't tell you how many times I've had 01:28:57,950 --> 01:28:57,960 can't tell you how many times I've had 01:28:57,960 --> 01:29:00,109 can't tell you how many times I've had to spend an hour tearing apart my PC 01:29:00,109 --> 01:29:00,119 to spend an hour tearing apart my PC 01:29:00,119 --> 01:29:01,709 to spend an hour tearing apart my PC just to move one tiny little pin cuz I 01:29:01,709 --> 01:29:01,719 just to move one tiny little pin cuz I 01:29:01,719 --> 01:29:03,470 just to move one tiny little pin cuz I wasn't paying attention um thankfully 01:29:03,470 --> 01:29:03,480 wasn't paying attention um thankfully 01:29:03,480 --> 01:29:04,910 wasn't paying attention um thankfully though because this system has the io 01:29:04,910 --> 01:29:04,920 though because this system has the io 01:29:04,920 --> 01:29:06,470 though because this system has the io Shield integrated that's basically never 01:29:06,470 --> 01:29:06,480 Shield integrated that's basically never 01:29:06,480 --> 01:29:07,990 Shield integrated that's basically never a problem because it's quite literally 01:29:07,990 --> 01:29:08,000 a problem because it's quite literally 01:29:08,000 --> 01:29:10,070 a problem because it's quite literally already attached so just a little 01:29:10,070 --> 01:29:10,080 already attached so just a little 01:29:10,080 --> 01:29:12,470 already attached so just a little warning for first-time Builders to don't 01:29:12,470 --> 01:29:12,480 warning for first-time Builders to don't 01:29:12,480 --> 01:29:14,430 warning for first-time Builders to don't be doing big dumb things like I have 01:29:14,430 --> 01:29:14,440 be doing big dumb things like I have 01:29:14,440 --> 01:29:16,270 be doing big dumb things like I have done in the past to install the 01:29:16,270 --> 01:29:16,280 done in the past to install the 01:29:16,280 --> 01:29:18,189 done in the past to install the motherboard we're going to use the same 01:29:18,189 --> 01:29:18,199 motherboard we're going to use the same 01:29:18,199 --> 01:29:20,990 motherboard we're going to use the same sort of cross pattern as we did for our 01:29:20,990 --> 01:29:21,000 sort of cross pattern as we did for our 01:29:21,000 --> 01:29:23,229 sort of cross pattern as we did for our power supply so pick a quarter doesn't 01:29:23,229 --> 01:29:23,239 power supply so pick a quarter doesn't 01:29:23,239 --> 01:29:24,750 power supply so pick a quarter doesn't really matter which one and we're going 01:29:24,750 --> 01:29:24,760 really matter which one and we're going 01:29:24,760 --> 01:29:26,669 really matter which one and we're going to start a screw now again because the 01:29:26,669 --> 01:29:26,679 to start a screw now again because the 01:29:26,679 --> 01:29:27,870 to start a screw now again because the motherboard we're just getting it 01:29:27,870 --> 01:29:27,880 motherboard we're just getting it 01:29:27,880 --> 01:29:29,310 motherboard we're just getting it started it's going to be a little bit 01:29:29,310 --> 01:29:29,320 started it's going to be a little bit 01:29:29,320 --> 01:29:31,390 started it's going to be a little bit crooked that's totally fine just sort of 01:29:31,390 --> 01:29:31,400 crooked that's totally fine just sort of 01:29:31,400 --> 01:29:32,750 crooked that's totally fine just sort of give it a little bit of pressure and 01:29:32,750 --> 01:29:32,760 give it a little bit of pressure and 01:29:32,760 --> 01:29:35,149 give it a little bit of pressure and sort of slide it into roughly the 01:29:35,149 --> 01:29:35,159 sort of slide it into roughly the 01:29:35,159 --> 01:29:36,270 sort of slide it into roughly the position so I can see right here I need 01:29:36,270 --> 01:29:36,280 position so I can see right here I need 01:29:36,280 --> 01:29:39,709 position so I can see right here I need to give it a little bit of uh shove to 01:29:39,709 --> 01:29:39,719 to give it a little bit of uh shove to 01:29:39,719 --> 01:29:43,270 to give it a little bit of uh shove to the left side so it's almost there there 01:29:43,270 --> 01:29:43,280 the left side so it's almost there there 01:29:43,280 --> 01:29:45,950 the left side so it's almost there there we go uh motherboards don't ever fit 01:29:45,950 --> 01:29:45,960 we go uh motherboards don't ever fit 01:29:45,960 --> 01:29:47,550 we go uh motherboards don't ever fit quite right right out of the box so like 01:29:47,550 --> 01:29:47,560 quite right right out of the box so like 01:29:47,560 --> 01:29:48,590 quite right right out of the box so like with this I can see I can actually need 01:29:48,590 --> 01:29:48,600 with this I can see I can actually need 01:29:48,600 --> 01:29:51,270 with this I can see I can actually need to adjust it a little bit more there we 01:29:51,270 --> 01:29:51,280 to adjust it a little bit more there we 01:29:51,280 --> 01:29:53,709 to adjust it a little bit more there we go all right so this board wants to 01:29:53,709 --> 01:29:53,719 go all right so this board wants to 01:29:53,719 --> 01:29:54,750 go all right so this board wants to fight me a little bit so I'm going to 01:29:54,750 --> 01:29:54,760 fight me a little bit so I'm going to 01:29:54,760 --> 01:29:56,070 fight me a little bit so I'm going to start with this top right corner which 01:29:56,070 --> 01:29:56,080 start with this top right corner which 01:29:56,080 --> 01:29:57,470 start with this top right corner which is the one that doesn't want to fit 01:29:57,470 --> 01:29:57,480 is the one that doesn't want to fit 01:29:57,480 --> 01:29:59,310 is the one that doesn't want to fit quite right that's fine we'll just give 01:29:59,310 --> 01:29:59,320 quite right that's fine we'll just give 01:29:59,320 --> 01:30:01,350 quite right that's fine we'll just give it a little bit of encouragement and 01:30:01,350 --> 01:30:01,360 it a little bit of encouragement and 01:30:01,360 --> 01:30:02,830 it a little bit of encouragement and we're going to just tighten that down um 01:30:02,830 --> 01:30:02,840 we're going to just tighten that down um 01:30:02,840 --> 01:30:04,229 we're going to just tighten that down um when you're doing this do not tighten it 01:30:04,229 --> 01:30:04,239 when you're doing this do not tighten it 01:30:04,239 --> 01:30:05,870 when you're doing this do not tighten it super tight just get it started make 01:30:05,870 --> 01:30:05,880 super tight just get it started make 01:30:05,880 --> 01:30:07,350 super tight just get it started make sure that it's not going to like sort of 01:30:07,350 --> 01:30:07,360 sure that it's not going to like sort of 01:30:07,360 --> 01:30:09,109 sure that it's not going to like sort of hop off and then what we're going to do 01:30:09,109 --> 01:30:09,119 hop off and then what we're going to do 01:30:09,119 --> 01:30:10,470 hop off and then what we're going to do is we're going to go to the opposite 01:30:10,470 --> 01:30:10,480 is we're going to go to the opposite 01:30:10,480 --> 01:30:12,870 is we're going to go to the opposite corner again you always want to install 01:30:12,870 --> 01:30:12,880 corner again you always want to install 01:30:12,880 --> 01:30:15,070 corner again you always want to install things corner corner corner corner to 01:30:15,070 --> 01:30:15,080 things corner corner corner corner to 01:30:15,080 --> 01:30:16,590 things corner corner corner corner to make sure that you are evenly applying 01:30:16,590 --> 01:30:16,600 make sure that you are evenly applying 01:30:16,600 --> 01:30:18,470 make sure that you are evenly applying pressure especially with a motherboard 01:30:18,470 --> 01:30:18,480 pressure especially with a motherboard 01:30:18,480 --> 01:30:20,229 pressure especially with a motherboard if I tighten that all the way down I'm 01:30:20,229 --> 01:30:20,239 if I tighten that all the way down I'm 01:30:20,239 --> 01:30:21,790 if I tighten that all the way down I'm going to have to still adjust like this 01:30:21,790 --> 01:30:21,800 going to have to still adjust like this 01:30:21,800 --> 01:30:23,390 going to have to still adjust like this back corner to make sure it fits and 01:30:23,390 --> 01:30:23,400 back corner to make sure it fits and 01:30:23,400 --> 01:30:25,030 back corner to make sure it fits and then tighten it otherwise you're going 01:30:25,030 --> 01:30:25,040 then tighten it otherwise you're going 01:30:25,040 --> 01:30:26,350 then tighten it otherwise you're going to crank that thing all the way down and 01:30:26,350 --> 01:30:26,360 to crank that thing all the way down and 01:30:26,360 --> 01:30:27,910 to crank that thing all the way down and half your screw holes will not line up 01:30:27,910 --> 01:30:27,920 half your screw holes will not line up 01:30:27,920 --> 01:30:29,830 half your screw holes will not line up so just do this slowly do it like a 01:30:29,830 --> 01:30:29,840 so just do this slowly do it like a 01:30:29,840 --> 01:30:31,390 so just do this slowly do it like a little bit at a time and then you can 01:30:31,390 --> 01:30:31,400 little bit at a time and then you can 01:30:31,400 --> 01:30:32,870 little bit at a time and then you can make sure that your motherboard is fully 01:30:32,870 --> 01:30:32,880 make sure that your motherboard is fully 01:30:32,880 --> 01:30:34,709 make sure that your motherboard is fully seated cuz you know PC builds have been 01:30:34,709 --> 01:30:34,719 seated cuz you know PC builds have been 01:30:34,719 --> 01:30:36,870 seated cuz you know PC builds have been around for decades and certain things 01:30:36,870 --> 01:30:36,880 around for decades and certain things 01:30:36,880 --> 01:30:38,870 around for decades and certain things have improved over the years but certain 01:30:38,870 --> 01:30:38,880 have improved over the years but certain 01:30:38,880 --> 01:30:40,750 have improved over the years but certain things feel like they just they figured 01:30:40,750 --> 01:30:40,760 things feel like they just they figured 01:30:40,760 --> 01:30:43,550 things feel like they just they figured it out in 1984 and they never decided to 01:30:43,550 --> 01:30:43,560 it out in 1984 and they never decided to 01:30:43,560 --> 01:30:45,510 it out in 1984 and they never decided to second guess anything and installing 01:30:45,510 --> 01:30:45,520 second guess anything and installing 01:30:45,520 --> 01:30:46,990 second guess anything and installing motherboards really has not evolved a 01:30:46,990 --> 01:30:47,000 motherboards really has not evolved a 01:30:47,000 --> 01:30:49,510 motherboards really has not evolved a lot yeah L up with the holes you wiggle 01:30:49,510 --> 01:30:49,520 lot yeah L up with the holes you wiggle 01:30:49,520 --> 01:30:51,870 lot yeah L up with the holes you wiggle it till it fits you screw it into 01:30:51,870 --> 01:30:51,880 it till it fits you screw it into 01:30:51,880 --> 01:30:53,629 it till it fits you screw it into place check guys something me sounds 01:30:53,629 --> 01:30:53,639 place check guys something me sounds 01:30:53,639 --> 01:30:56,109 place check guys something me sounds pretty s but got fiddly anyway all right 01:30:56,109 --> 01:30:56,119 pretty s but got fiddly anyway all right 01:30:56,119 --> 01:30:57,669 pretty s but got fiddly anyway all right so I again visually see that the top 01:30:57,669 --> 01:30:57,679 so I again visually see that the top 01:30:57,679 --> 01:30:58,990 so I again visually see that the top right is fine so I'm going to go to my 01:30:58,990 --> 01:30:59,000 right is fine so I'm going to go to my 01:30:59,000 --> 01:31:01,590 right is fine so I'm going to go to my bottom left and again just going to do 01:31:01,590 --> 01:31:01,600 bottom left and again just going to do 01:31:01,600 --> 01:31:03,109 bottom left and again just going to do that like half tight just make sure it's 01:31:03,109 --> 01:31:03,119 that like half tight just make sure it's 01:31:03,119 --> 01:31:04,510 that like half tight just make sure it's not going anywhere I don't get it too 01:31:04,510 --> 01:31:04,520 not going anywhere I don't get it too 01:31:04,520 --> 01:31:06,229 not going anywhere I don't get it too tight and then we're going to do the top 01:31:06,229 --> 01:31:06,239 tight and then we're going to do the top 01:31:06,239 --> 01:31:08,830 tight and then we're going to do the top left corner which I'm give it a little 01:31:08,830 --> 01:31:08,840 left corner which I'm give it a little 01:31:08,840 --> 01:31:10,270 left corner which I'm give it a little bit of a wiggle but that also looks like 01:31:10,270 --> 01:31:10,280 bit of a wiggle but that also looks like 01:31:10,280 --> 01:31:13,030 bit of a wiggle but that also looks like it's fine and again only doing it about 01:31:13,030 --> 01:31:13,040 it's fine and again only doing it about 01:31:13,040 --> 01:31:14,750 it's fine and again only doing it about half tight just to make sure that it's 01:31:14,750 --> 01:31:14,760 half tight just to make sure that it's 01:31:14,760 --> 01:31:16,750 half tight just to make sure that it's not going to wiggle I still may actually 01:31:16,750 --> 01:31:16,760 not going to wiggle I still may actually 01:31:16,760 --> 01:31:18,790 not going to wiggle I still may actually have to give it a little bit of a of a 01:31:18,790 --> 01:31:18,800 have to give it a little bit of a of a 01:31:18,800 --> 01:31:20,270 have to give it a little bit of a of a push to make sure everything lines up 01:31:20,270 --> 01:31:20,280 push to make sure everything lines up 01:31:20,280 --> 01:31:22,470 push to make sure everything lines up but so far I think we're about there and 01:31:22,470 --> 01:31:22,480 but so far I think we're about there and 01:31:22,480 --> 01:31:23,990 but so far I think we're about there and then once we've done the four corners 01:31:23,990 --> 01:31:24,000 then once we've done the four corners 01:31:24,000 --> 01:31:25,030 then once we've done the four corners then you can do all the ones in the 01:31:25,030 --> 01:31:25,040 then you can do all the ones in the 01:31:25,040 --> 01:31:27,870 then you can do all the ones in the middle just make sure you do all of your 01:31:27,870 --> 01:31:27,880 middle just make sure you do all of your 01:31:27,880 --> 01:31:29,709 middle just make sure you do all of your screws and standoffs I mean you don't 01:31:29,709 --> 01:31:29,719 screws and standoffs I mean you don't 01:31:29,719 --> 01:31:31,270 screws and standoffs I mean you don't technically need to but I would highly 01:31:31,270 --> 01:31:31,280 technically need to but I would highly 01:31:31,280 --> 01:31:33,189 technically need to but I would highly recommend it especially because uh these 01:31:33,189 --> 01:31:33,199 recommend it especially because uh these 01:31:33,199 --> 01:31:35,310 recommend it especially because uh these days graphics cards can be very heavy it 01:31:35,310 --> 01:31:35,320 days graphics cards can be very heavy it 01:31:35,320 --> 01:31:36,590 days graphics cards can be very heavy it puts a lot of pressure on these things 01:31:36,590 --> 01:31:36,600 puts a lot of pressure on these things 01:31:36,600 --> 01:31:38,350 puts a lot of pressure on these things and again if you're ever like moving or 01:31:38,350 --> 01:31:38,360 and again if you're ever like moving or 01:31:38,360 --> 01:31:40,709 and again if you're ever like moving or shipping your system or whatever uh you 01:31:40,709 --> 01:31:40,719 shipping your system or whatever uh you 01:31:40,719 --> 01:31:42,070 shipping your system or whatever uh you want to make sure that you are fully 01:31:42,070 --> 01:31:42,080 want to make sure that you are fully 01:31:42,080 --> 01:31:44,109 want to make sure that you are fully seated so again with an ATX motherboard 01:31:44,109 --> 01:31:44,119 seated so again with an ATX motherboard 01:31:44,119 --> 01:31:46,750 seated so again with an ATX motherboard you're looking for nine total screws um 01:31:46,750 --> 01:31:46,760 you're looking for nine total screws um 01:31:46,760 --> 01:31:48,950 you're looking for nine total screws um for Micro ATX it's usually anywhere 01:31:48,950 --> 01:31:48,960 for Micro ATX it's usually anywhere 01:31:48,960 --> 01:31:51,189 for Micro ATX it's usually anywhere between seven and eight I think off the 01:31:51,189 --> 01:31:51,199 between seven and eight I think off the 01:31:51,199 --> 01:31:53,189 between seven and eight I think off the top of my head mini itex is typically 01:31:53,189 --> 01:31:53,199 top of my head mini itex is typically 01:31:53,199 --> 01:31:55,470 top of my head mini itex is typically four scre so just make sure that you're 01:31:55,470 --> 01:31:55,480 four scre so just make sure that you're 01:31:55,480 --> 01:31:57,910 four scre so just make sure that you're going around installing everything all 01:31:57,910 --> 01:31:57,920 going around installing everything all 01:31:57,920 --> 01:31:59,990 going around installing everything all right cool so before you tighten 01:31:59,990 --> 01:32:00,000 right cool so before you tighten 01:32:00,000 --> 01:32:02,430 right cool so before you tighten everything down quick idiot check again 01:32:02,430 --> 01:32:02,440 everything down quick idiot check again 01:32:02,440 --> 01:32:03,790 everything down quick idiot check again look at your IO Shield make sure all 01:32:03,790 --> 01:32:03,800 look at your IO Shield make sure all 01:32:03,800 --> 01:32:05,870 look at your IO Shield make sure all your ports are looking fine no brainer 01:32:05,870 --> 01:32:05,880 your ports are looking fine no brainer 01:32:05,880 --> 01:32:07,790 your ports are looking fine no brainer on this one make sure that the board is 01:32:07,790 --> 01:32:07,800 on this one make sure that the board is 01:32:07,800 --> 01:32:09,030 on this one make sure that the board is like obviously not like pinching any 01:32:09,030 --> 01:32:09,040 like obviously not like pinching any 01:32:09,040 --> 01:32:10,350 like obviously not like pinching any cables so you can see I have this little 01:32:10,350 --> 01:32:10,360 cables so you can see I have this little 01:32:10,360 --> 01:32:12,189 cables so you can see I have this little fan header up here so you want make sure 01:32:12,189 --> 01:32:12,199 fan header up here so you want make sure 01:32:12,199 --> 01:32:13,310 fan header up here so you want make sure that that's not being like sort of 01:32:13,310 --> 01:32:13,320 that that's not being like sort of 01:32:13,320 --> 01:32:15,189 that that's not being like sort of pinched or anything but as long as 01:32:15,189 --> 01:32:15,199 pinched or anything but as long as 01:32:15,199 --> 01:32:16,990 pinched or anything but as long as everything visually looks fine and we 01:32:16,990 --> 01:32:17,000 everything visually looks fine and we 01:32:17,000 --> 01:32:18,629 everything visually looks fine and we know that nothing needs to move at this 01:32:18,629 --> 01:32:18,639 know that nothing needs to move at this 01:32:18,639 --> 01:32:20,669 know that nothing needs to move at this point take a screwdriver and tighten 01:32:20,669 --> 01:32:20,679 point take a screwdriver and tighten 01:32:20,679 --> 01:32:22,430 point take a screwdriver and tighten down all of our screws and our 01:32:22,430 --> 01:32:22,440 down all of our screws and our 01:32:22,440 --> 01:32:24,629 down all of our screws and our motherboard will be fully installed in 01:32:24,629 --> 01:32:24,639 motherboard will be fully installed in 01:32:24,639 --> 01:32:27,350 motherboard will be fully installed in our case next up before we install our 01:32:27,350 --> 01:32:27,360 our case next up before we install our 01:32:27,360 --> 01:32:28,950 our case next up before we install our CPU Cooler regardless if you're using a 01:32:28,950 --> 01:32:28,960 CPU Cooler regardless if you're using a 01:32:28,960 --> 01:32:30,510 CPU Cooler regardless if you're using a liquid cooler or an air cooler I 01:32:30,510 --> 01:32:30,520 liquid cooler or an air cooler I 01:32:30,520 --> 01:32:32,790 liquid cooler or an air cooler I recommend installing your CPU power so 01:32:32,790 --> 01:32:32,800 recommend installing your CPU power so 01:32:32,800 --> 01:32:34,470 recommend installing your CPU power so it is always up here on the top left of 01:32:34,470 --> 01:32:34,480 it is always up here on the top left of 01:32:34,480 --> 01:32:36,510 it is always up here on the top left of the board now with this case we actually 01:32:36,510 --> 01:32:36,520 the board now with this case we actually 01:32:36,520 --> 01:32:38,149 the board now with this case we actually have a pretty good amount of clearance 01:32:38,149 --> 01:32:38,159 have a pretty good amount of clearance 01:32:38,159 --> 01:32:39,629 have a pretty good amount of clearance but a lot of cases don't have quite so 01:32:39,629 --> 01:32:39,639 but a lot of cases don't have quite so 01:32:39,639 --> 01:32:41,430 but a lot of cases don't have quite so much and once you put like radiators or 01:32:41,430 --> 01:32:41,440 much and once you put like radiators or 01:32:41,440 --> 01:32:43,229 much and once you put like radiators or even just a big air cooler in the way it 01:32:43,229 --> 01:32:43,239 even just a big air cooler in the way it 01:32:43,239 --> 01:32:44,950 even just a big air cooler in the way it can sometimes be very hard to reach back 01:32:44,950 --> 01:32:44,960 can sometimes be very hard to reach back 01:32:44,960 --> 01:32:46,430 can sometimes be very hard to reach back here so I always recommend doing this 01:32:46,430 --> 01:32:46,440 here so I always recommend doing this 01:32:46,440 --> 01:32:48,750 here so I always recommend doing this first as you run cable so you'll see 01:32:48,750 --> 01:32:48,760 first as you run cable so you'll see 01:32:48,760 --> 01:32:49,870 first as you run cable so you'll see right now that even though we have a 01:32:49,870 --> 01:32:49,880 right now that even though we have a 01:32:49,880 --> 01:32:52,669 right now that even though we have a modular Supply there's still a lot of 01:32:52,669 --> 01:32:52,679 modular Supply there's still a lot of 01:32:52,679 --> 01:32:56,070 modular Supply there's still a lot of stuff here as you run cables just try to 01:32:56,070 --> 01:32:56,080 stuff here as you run cables just try to 01:32:56,080 --> 01:32:58,109 stuff here as you run cables just try to think about how you position them 01:32:58,109 --> 01:32:58,119 think about how you position them 01:32:58,119 --> 01:32:59,870 think about how you position them there's no real right or wrong way but 01:32:59,870 --> 01:32:59,880 there's no real right or wrong way but 01:32:59,880 --> 01:33:01,510 there's no real right or wrong way but you can see that okay so if I'm going to 01:33:01,510 --> 01:33:01,520 you can see that okay so if I'm going to 01:33:01,520 --> 01:33:04,030 you can see that okay so if I'm going to install my CPU power connector so do is 01:33:04,030 --> 01:33:04,040 install my CPU power connector so do is 01:33:04,040 --> 01:33:07,030 install my CPU power connector so do is I'll pull these cables out of the way 01:33:07,030 --> 01:33:07,040 I'll pull these cables out of the way 01:33:07,040 --> 01:33:09,990 I'll pull these cables out of the way and kind of tuck them on the bottom now 01:33:09,990 --> 01:33:10,000 and kind of tuck them on the bottom now 01:33:10,000 --> 01:33:11,709 and kind of tuck them on the bottom now the main reason to do this is just so 01:33:11,709 --> 01:33:11,719 the main reason to do this is just so 01:33:11,719 --> 01:33:13,430 the main reason to do this is just so that you don't have a bunch of extra 01:33:13,430 --> 01:33:13,440 that you don't have a bunch of extra 01:33:13,440 --> 01:33:15,430 that you don't have a bunch of extra sort of thickness so a little bit later 01:33:15,430 --> 01:33:15,440 sort of thickness so a little bit later 01:33:15,440 --> 01:33:16,550 sort of thickness so a little bit later on when we actually do our cable 01:33:16,550 --> 01:33:16,560 on when we actually do our cable 01:33:16,560 --> 01:33:18,310 on when we actually do our cable management put the side panel on what 01:33:18,310 --> 01:33:18,320 management put the side panel on what 01:33:18,320 --> 01:33:19,270 management put the side panel on what you want to do is you want to make sure 01:33:19,270 --> 01:33:19,280 you want to do is you want to make sure 01:33:19,280 --> 01:33:21,030 you want to do is you want to make sure that the cables are sort of Diversified 01:33:21,030 --> 01:33:21,040 that the cables are sort of Diversified 01:33:21,040 --> 01:33:22,709 that the cables are sort of Diversified if you have all your cables sort of in a 01:33:22,709 --> 01:33:22,719 if you have all your cables sort of in a 01:33:22,719 --> 01:33:24,629 if you have all your cables sort of in a thick like run in the middle these side 01:33:24,629 --> 01:33:24,639 thick like run in the middle these side 01:33:24,639 --> 01:33:26,510 thick like run in the middle these side panel may not go back on so for this run 01:33:26,510 --> 01:33:26,520 panel may not go back on so for this run 01:33:26,520 --> 01:33:27,550 panel may not go back on so for this run for example because I know that these 01:33:27,550 --> 01:33:27,560 for example because I know that these 01:33:27,560 --> 01:33:28,910 for example because I know that these are going to go off to the side I'm 01:33:28,910 --> 01:33:28,920 are going to go off to the side I'm 01:33:28,920 --> 01:33:30,390 are going to go off to the side I'm going to specifically pull them out of 01:33:30,390 --> 01:33:30,400 going to specifically pull them out of 01:33:30,400 --> 01:33:31,870 going to specifically pull them out of the way run them through these little 01:33:31,870 --> 01:33:31,880 the way run them through these little 01:33:31,880 --> 01:33:33,870 the way run them through these little cable channels here which should give us 01:33:33,870 --> 01:33:33,880 cable channels here which should give us 01:33:33,880 --> 01:33:37,550 cable channels here which should give us enough length and then I'm going to run 01:33:37,550 --> 01:33:37,560 enough length and then I'm going to run 01:33:37,560 --> 01:33:39,790 enough length and then I'm going to run them up here now I say that these might 01:33:39,790 --> 01:33:39,800 them up here now I say that these might 01:33:39,800 --> 01:33:42,149 them up here now I say that these might actually not be long enough but I'll 01:33:42,149 --> 01:33:42,159 actually not be long enough but I'll 01:33:42,159 --> 01:33:44,709 actually not be long enough but I'll actually yeah I think it'll work so this 01:33:44,709 --> 01:33:44,719 actually yeah I think it'll work so this 01:33:44,719 --> 01:33:46,270 actually yeah I think it'll work so this case specifically has his little cable 01:33:46,270 --> 01:33:46,280 case specifically has his little cable 01:33:46,280 --> 01:33:48,350 case specifically has his little cable channels often times you won't have that 01:33:48,350 --> 01:33:48,360 channels often times you won't have that 01:33:48,360 --> 01:33:49,430 channels often times you won't have that so you'll see that there are all these 01:33:49,430 --> 01:33:49,440 so you'll see that there are all these 01:33:49,440 --> 01:33:50,709 so you'll see that there are all these little like sort of holes here so 01:33:50,709 --> 01:33:50,719 little like sort of holes here so 01:33:50,719 --> 01:33:52,669 little like sort of holes here so there's like a little Gap here Gap here 01:33:52,669 --> 01:33:52,679 there's like a little Gap here Gap here 01:33:52,679 --> 01:33:54,470 there's like a little Gap here Gap here Gap here these are so you can use twist 01:33:54,470 --> 01:33:54,480 Gap here these are so you can use twist 01:33:54,480 --> 01:33:55,830 Gap here these are so you can use twist ties so when you're running your cables 01:33:55,830 --> 01:33:55,840 ties so when you're running your cables 01:33:55,840 --> 01:33:56,870 ties so when you're running your cables especially a little bit later once 01:33:56,870 --> 01:33:56,880 especially a little bit later once 01:33:56,880 --> 01:33:58,430 especially a little bit later once you're actually done you can tie them 01:33:58,430 --> 01:33:58,440 you're actually done you can tie them 01:33:58,440 --> 01:34:00,510 you're actually done you can tie them down but for now and just generally 01:34:00,510 --> 01:34:00,520 down but for now and just generally 01:34:00,520 --> 01:34:02,669 down but for now and just generally speaking when you're plugging things in 01:34:02,669 --> 01:34:02,679 speaking when you're plugging things in 01:34:02,679 --> 01:34:03,709 speaking when you're plugging things in try to think a little bit about the 01:34:03,709 --> 01:34:03,719 try to think a little bit about the 01:34:03,719 --> 01:34:05,310 try to think a little bit about the cable run because it's a lot cleaner and 01:34:05,310 --> 01:34:05,320 cable run because it's a lot cleaner and 01:34:05,320 --> 01:34:07,350 cable run because it's a lot cleaner and a lot smoother if you do this now versus 01:34:07,350 --> 01:34:07,360 a lot smoother if you do this now versus 01:34:07,360 --> 01:34:08,629 a lot smoother if you do this now versus building the whole system and then you 01:34:08,629 --> 01:34:08,639 building the whole system and then you 01:34:08,639 --> 01:34:10,030 building the whole system and then you have to tear half of it out to figure 01:34:10,030 --> 01:34:10,040 have to tear half of it out to figure 01:34:10,040 --> 01:34:11,790 have to tear half of it out to figure out where everything goes so for this 01:34:11,790 --> 01:34:11,800 out where everything goes so for this 01:34:11,800 --> 01:34:13,149 out where everything goes so for this assuming that that is long enough which 01:34:13,149 --> 01:34:13,159 assuming that that is long enough which 01:34:13,159 --> 01:34:14,750 assuming that that is long enough which I think it should be we going to poke it 01:34:14,750 --> 01:34:14,760 I think it should be we going to poke it 01:34:14,760 --> 01:34:19,390 I think it should be we going to poke it through this top left spot here I think 01:34:19,390 --> 01:34:19,400 through this top left spot here I think 01:34:19,400 --> 01:34:20,910 through this top left spot here I think it's going to be just long enough now I 01:34:20,910 --> 01:34:20,920 it's going to be just long enough now I 01:34:20,920 --> 01:34:22,870 it's going to be just long enough now I might have to pull a little bit of slack 01:34:22,870 --> 01:34:22,880 might have to pull a little bit of slack 01:34:22,880 --> 01:34:24,830 might have to pull a little bit of slack if we turn the case back around it's 01:34:24,830 --> 01:34:24,840 if we turn the case back around it's 01:34:24,840 --> 01:34:26,470 if we turn the case back around it's easy to do this while the case is mostly 01:34:26,470 --> 01:34:26,480 easy to do this while the case is mostly 01:34:26,480 --> 01:34:27,669 easy to do this while the case is mostly empty cuz when you have to like rotate 01:34:27,669 --> 01:34:27,679 empty cuz when you have to like rotate 01:34:27,679 --> 01:34:28,990 empty cuz when you have to like rotate the case back and forth it's full of 01:34:28,990 --> 01:34:29,000 the case back and forth it's full of 01:34:29,000 --> 01:34:32,350 the case back and forth it's full of components I mean unless you're J2 cents 01:34:32,350 --> 01:34:32,360 components I mean unless you're J2 cents 01:34:32,360 --> 01:34:35,149 components I mean unless you're J2 cents over here it's kind of heavy so you can 01:34:35,149 --> 01:34:35,159 over here it's kind of heavy so you can 01:34:35,159 --> 01:34:37,550 over here it's kind of heavy so you can see that right now I've run my two CPU 01:34:37,550 --> 01:34:37,560 see that right now I've run my two CPU 01:34:37,560 --> 01:34:39,750 see that right now I've run my two CPU connectors through this top corner so 01:34:39,750 --> 01:34:39,760 connectors through this top corner so 01:34:39,760 --> 01:34:40,790 connectors through this top corner so you'll see they're just going to come 01:34:40,790 --> 01:34:40,800 you'll see they're just going to come 01:34:40,800 --> 01:34:42,510 you'll see they're just going to come right down to here so what I will do is 01:34:42,510 --> 01:34:42,520 right down to here so what I will do is 01:34:42,520 --> 01:34:43,830 right down to here so what I will do is just make sure that I've got all the 01:34:43,830 --> 01:34:43,840 just make sure that I've got all the 01:34:43,840 --> 01:34:45,910 just make sure that I've got all the slack I can but it is going to be enough 01:34:45,910 --> 01:34:45,920 slack I can but it is going to be enough 01:34:45,920 --> 01:34:47,910 slack I can but it is going to be enough and what you'll do is you will just plug 01:34:47,910 --> 01:34:47,920 and what you'll do is you will just plug 01:34:47,920 --> 01:34:50,189 and what you'll do is you will just plug them in one after the other so this one 01:34:50,189 --> 01:34:50,199 them in one after the other so this one 01:34:50,199 --> 01:34:52,149 them in one after the other so this one is already together so you see that 01:34:52,149 --> 01:34:52,159 is already together so you see that 01:34:52,159 --> 01:34:54,149 is already together so you see that because I have the eight plus4 here's 01:34:54,149 --> 01:34:54,159 because I have the eight plus4 here's 01:34:54,159 --> 01:34:56,390 because I have the eight plus4 here's the eight and here's the 4 plus4 they 01:34:56,390 --> 01:34:56,400 the eight and here's the 4 plus4 they 01:34:56,400 --> 01:34:57,910 the eight and here's the 4 plus4 they can just snap together but because I 01:34:57,910 --> 01:34:57,920 can just snap together but because I 01:34:57,920 --> 01:34:59,510 can just snap together but because I only need half of these I have to 01:34:59,510 --> 01:34:59,520 only need half of these I have to 01:34:59,520 --> 01:35:01,350 only need half of these I have to separate these before I plug them in so 01:35:01,350 --> 01:35:01,360 separate these before I plug them in so 01:35:01,360 --> 01:35:02,669 separate these before I plug them in so to install these it's quite simple so 01:35:02,669 --> 01:35:02,679 to install these it's quite simple so 01:35:02,679 --> 01:35:04,109 to install these it's quite simple so I'm going to start with my eight pen 01:35:04,109 --> 01:35:04,119 I'm going to start with my eight pen 01:35:04,119 --> 01:35:06,109 I'm going to start with my eight pen which is going to go on this side so 01:35:06,109 --> 01:35:06,119 which is going to go on this side so 01:35:06,119 --> 01:35:07,590 which is going to go on this side so there's a little clip on the bottom 01:35:07,590 --> 01:35:07,600 there's a little clip on the bottom 01:35:07,600 --> 01:35:09,149 there's a little clip on the bottom which like most things in a computer 01:35:09,149 --> 01:35:09,159 which like most things in a computer 01:35:09,159 --> 01:35:11,189 which like most things in a computer means it's only going to go in one way a 01:35:11,189 --> 01:35:11,199 means it's only going to go in one way a 01:35:11,199 --> 01:35:12,310 means it's only going to go in one way a little hard for me to see and it's 01:35:12,310 --> 01:35:12,320 little hard for me to see and it's 01:35:12,320 --> 01:35:13,510 little hard for me to see and it's probably impossible for you to see but 01:35:13,510 --> 01:35:13,520 probably impossible for you to see but 01:35:13,520 --> 01:35:16,070 probably impossible for you to see but if I just rotate that 01:35:16,070 --> 01:35:16,080 if I just rotate that 01:35:16,080 --> 01:35:18,669 if I just rotate that around there we go that is a nice little 01:35:18,669 --> 01:35:18,679 around there we go that is a nice little 01:35:18,679 --> 01:35:19,870 around there we go that is a nice little click and honestly those cables actually 01:35:19,870 --> 01:35:19,880 click and honestly those cables actually 01:35:19,880 --> 01:35:21,629 click and honestly those cables actually look pretty nice now I'm going to do the 01:35:21,629 --> 01:35:21,639 look pretty nice now I'm going to do the 01:35:21,639 --> 01:35:23,270 look pretty nice now I'm going to do the same thing for the auxiliary power I'm 01:35:23,270 --> 01:35:23,280 same thing for the auxiliary power I'm 01:35:23,280 --> 01:35:24,990 same thing for the auxiliary power I'm going to Che just a little bit so 01:35:24,990 --> 01:35:25,000 going to Che just a little bit so 01:35:25,000 --> 01:35:27,990 going to Che just a little bit so because my secondary CPU I only need 01:35:27,990 --> 01:35:28,000 because my secondary CPU I only need 01:35:28,000 --> 01:35:29,510 because my secondary CPU I only need four of the eight pens I'm actually 01:35:29,510 --> 01:35:29,520 four of the eight pens I'm actually 01:35:29,520 --> 01:35:30,669 four of the eight pens I'm actually going to split them so you'll see they 01:35:30,669 --> 01:35:30,679 going to split them so you'll see they 01:35:30,679 --> 01:35:32,430 going to split them so you'll see they kind of split by themselves so if I just 01:35:32,430 --> 01:35:32,440 kind of split by themselves so if I just 01:35:32,440 --> 01:35:34,669 kind of split by themselves so if I just pull them apart a little bit I get a 01:35:34,669 --> 01:35:34,679 pull them apart a little bit I get a 01:35:34,679 --> 01:35:35,990 pull them apart a little bit I get a little bit sorry it's hard to see but 01:35:35,990 --> 01:35:36,000 little bit sorry it's hard to see but 01:35:36,000 --> 01:35:37,310 little bit sorry it's hard to see but you'll see I got a little bit of extra 01:35:37,310 --> 01:35:37,320 you'll see I got a little bit of extra 01:35:37,320 --> 01:35:38,669 you'll see I got a little bit of extra space I'm going to take the extra four 01:35:38,669 --> 01:35:38,679 space I'm going to take the extra four 01:35:38,679 --> 01:35:40,229 space I'm going to take the extra four that I don't need and tuck them back in 01:35:40,229 --> 01:35:40,239 that I don't need and tuck them back in 01:35:40,239 --> 01:35:41,709 that I don't need and tuck them back in and I'm only going to feed the four that 01:35:41,709 --> 01:35:41,719 and I'm only going to feed the four that 01:35:41,719 --> 01:35:44,189 and I'm only going to feed the four that I actually need again all this is just 01:35:44,189 --> 01:35:44,199 I actually need again all this is just 01:35:44,199 --> 01:35:45,350 I actually need again all this is just for Aesthetics but it's going to make 01:35:45,350 --> 01:35:45,360 for Aesthetics but it's going to make 01:35:45,360 --> 01:35:46,350 for Aesthetics but it's going to make your life a little easier and 01:35:46,350 --> 01:35:46,360 your life a little easier and 01:35:46,360 --> 01:35:47,709 your life a little easier and importantly your cable runs to look a 01:35:47,709 --> 01:35:47,719 importantly your cable runs to look a 01:35:47,719 --> 01:35:49,870 importantly your cable runs to look a little bit neater sometimes especially 01:35:49,870 --> 01:35:49,880 little bit neater sometimes especially 01:35:49,880 --> 01:35:50,669 little bit neater sometimes especially when you're working like sort of 01:35:50,669 --> 01:35:50,679 when you're working like sort of 01:35:50,679 --> 01:35:52,310 when you're working like sort of confined spaces you kind of have to go 01:35:52,310 --> 01:35:52,320 confined spaces you kind of have to go 01:35:52,320 --> 01:35:54,510 confined spaces you kind of have to go off a feel more than anything thing um 01:35:54,510 --> 01:35:54,520 off a feel more than anything thing um 01:35:54,520 --> 01:35:55,470 off a feel more than anything thing um this is where you may want to use 01:35:55,470 --> 01:35:55,480 this is where you may want to use 01:35:55,480 --> 01:35:57,430 this is where you may want to use something like a flashlight but there we 01:35:57,430 --> 01:35:57,440 something like a flashlight but there we 01:35:57,440 --> 01:36:00,709 something like a flashlight but there we go that's it now we have our CPU power 01:36:00,709 --> 01:36:00,719 go that's it now we have our CPU power 01:36:00,719 --> 01:36:02,750 go that's it now we have our CPU power cables connected the rest of our power 01:36:02,750 --> 01:36:02,760 cables connected the rest of our power 01:36:02,760 --> 01:36:04,189 cables connected the rest of our power cables can come later once we have more 01:36:04,189 --> 01:36:04,199 cables can come later once we have more 01:36:04,199 --> 01:36:05,229 cables can come later once we have more components in the system but I 01:36:05,229 --> 01:36:05,239 components in the system but I 01:36:05,239 --> 01:36:06,830 components in the system but I definitely recommend doing this earlier 01:36:06,830 --> 01:36:06,840 definitely recommend doing this earlier 01:36:06,840 --> 01:36:07,950 definitely recommend doing this earlier because it's a lot easier when you don't 01:36:07,950 --> 01:36:07,960 because it's a lot easier when you don't 01:36:07,960 --> 01:36:11,109 because it's a lot easier when you don't have any obstructions in your way now it 01:36:11,109 --> 01:36:11,119 have any obstructions in your way now it 01:36:11,119 --> 01:36:14,870 have any obstructions in your way now it is time to install our CPU Cooler we are 01:36:14,870 --> 01:36:14,880 is time to install our CPU Cooler we are 01:36:14,880 --> 01:36:18,669 is time to install our CPU Cooler we are taking advantage of a 360 mimer 01:36:18,669 --> 01:36:18,679 taking advantage of a 360 mimer 01:36:18,679 --> 01:36:22,310 taking advantage of a 360 mimer all-in-one radiator pump fan the whole 01:36:22,310 --> 01:36:22,320 all-in-one radiator pump fan the whole 01:36:22,320 --> 01:36:23,470 all-in-one radiator pump fan the whole deal right everything you need to cool 01:36:23,470 --> 01:36:23,480 deal right everything you need to cool 01:36:23,480 --> 01:36:26,750 deal right everything you need to cool your CPUs in this box now a couple of 01:36:26,750 --> 01:36:26,760 your CPUs in this box now a couple of 01:36:26,760 --> 01:36:28,629 your CPUs in this box now a couple of things to go over before we do this 01:36:28,629 --> 01:36:28,639 things to go over before we do this 01:36:28,639 --> 01:36:30,709 things to go over before we do this first of all this is quite a high-end 01:36:30,709 --> 01:36:30,719 first of all this is quite a high-end 01:36:30,719 --> 01:36:32,990 first of all this is quite a high-end setup now if you really really are going 01:36:32,990 --> 01:36:33,000 setup now if you really really are going 01:36:33,000 --> 01:36:34,709 setup now if you really really are going in depth on PC Building you want to do a 01:36:34,709 --> 01:36:34,719 in depth on PC Building you want to do a 01:36:34,719 --> 01:36:36,270 in depth on PC Building you want to do a full like custom Loop or something by 01:36:36,270 --> 01:36:36,280 full like custom Loop or something by 01:36:36,280 --> 01:36:38,189 full like custom Loop or something by all means but I think most people 01:36:38,189 --> 01:36:38,199 all means but I think most people 01:36:38,199 --> 01:36:39,550 all means but I think most people watching this tutorial are probably not 01:36:39,550 --> 01:36:39,560 watching this tutorial are probably not 01:36:39,560 --> 01:36:41,550 watching this tutorial are probably not going to be doing a custom Hardline 01:36:41,550 --> 01:36:41,560 going to be doing a custom Hardline 01:36:41,560 --> 01:36:43,109 going to be doing a custom Hardline liquid cooling Loop for their first 01:36:43,109 --> 01:36:43,119 liquid cooling Loop for their first 01:36:43,119 --> 01:36:45,310 liquid cooling Loop for their first system so this is a much more 01:36:45,310 --> 01:36:45,320 system so this is a much more 01:36:45,320 --> 01:36:47,149 system so this is a much more straightforward plug-and-play kind of 01:36:47,149 --> 01:36:47,159 straightforward plug-and-play kind of 01:36:47,159 --> 01:36:51,629 straightforward plug-and-play kind of method however it's quite a lot for this 01:36:51,629 --> 01:36:51,639 method however it's quite a lot for this 01:36:51,639 --> 01:36:54,030 method however it's quite a lot for this system now it will fit it's a 360 mm 01:36:54,030 --> 01:36:54,040 system now it will fit it's a 360 mm 01:36:54,040 --> 01:36:56,149 system now it will fit it's a 360 mm radiator which means we have three 120 01:36:56,149 --> 01:36:56,159 radiator which means we have three 120 01:36:56,159 --> 01:36:58,270 radiator which means we have three 120 mil fans which will be mounted here here 01:36:58,270 --> 01:36:58,280 mil fans which will be mounted here here 01:36:58,280 --> 01:37:00,310 mil fans which will be mounted here here and here it'll all go together nicely it 01:37:00,310 --> 01:37:00,320 and here it'll all go together nicely it 01:37:00,320 --> 01:37:03,790 and here it'll all go together nicely it will fit in this case but I'll be honest 01:37:03,790 --> 01:37:03,800 will fit in this case but I'll be honest 01:37:03,800 --> 01:37:07,629 will fit in this case but I'll be honest it's quite overkill for our ryzen 77700 01:37:07,629 --> 01:37:07,639 it's quite overkill for our ryzen 77700 01:37:07,639 --> 01:37:10,270 it's quite overkill for our ryzen 77700 X I mean it'll be nice and cool but um 01:37:10,270 --> 01:37:10,280 X I mean it'll be nice and cool but um 01:37:10,280 --> 01:37:11,550 X I mean it'll be nice and cool but um if I was not doing this for tutorial 01:37:11,550 --> 01:37:11,560 if I was not doing this for tutorial 01:37:11,560 --> 01:37:13,229 if I was not doing this for tutorial purposes I would probably pick maybe a 01:37:13,229 --> 01:37:13,239 purposes I would probably pick maybe a 01:37:13,239 --> 01:37:15,750 purposes I would probably pick maybe a 240 mm radiator at the most for this 01:37:15,750 --> 01:37:15,760 240 mm radiator at the most for this 01:37:15,760 --> 01:37:17,229 240 mm radiator at the most for this system but I'm me to show you what it 01:37:17,229 --> 01:37:17,239 system but I'm me to show you what it 01:37:17,239 --> 01:37:19,950 system but I'm me to show you what it looks like when we do the entire 360 mm 01:37:19,950 --> 01:37:19,960 looks like when we do the entire 360 mm 01:37:19,960 --> 01:37:21,910 looks like when we do the entire 360 mm setup so this is going to be about as 01:37:21,910 --> 01:37:21,920 setup so this is going to be about as 01:37:21,920 --> 01:37:24,550 setup so this is going to be about as big of a AI IO that you would ever 01:37:24,550 --> 01:37:24,560 big of a AI IO that you would ever 01:37:24,560 --> 01:37:26,629 big of a AI IO that you would ever install technically they make slightly 01:37:26,629 --> 01:37:26,639 install technically they make slightly 01:37:26,639 --> 01:37:27,910 install technically they make slightly biger ones but they're quite rare like 01:37:27,910 --> 01:37:27,920 biger ones but they're quite rare like 01:37:27,920 --> 01:37:30,350 biger ones but they're quite rare like this is a it's a big boy and importantly 01:37:30,350 --> 01:37:30,360 this is a it's a big boy and importantly 01:37:30,360 --> 01:37:31,950 this is a it's a big boy and importantly it does have the screen on the front now 01:37:31,950 --> 01:37:31,960 it does have the screen on the front now 01:37:31,960 --> 01:37:33,350 it does have the screen on the front now while I'll be showing you how to install 01:37:33,350 --> 01:37:33,360 while I'll be showing you how to install 01:37:33,360 --> 01:37:35,470 while I'll be showing you how to install this ail you of course could be using an 01:37:35,470 --> 01:37:35,480 this ail you of course could be using an 01:37:35,480 --> 01:37:37,430 this ail you of course could be using an air cooler now these come in a bunch of 01:37:37,430 --> 01:37:37,440 air cooler now these come in a bunch of 01:37:37,440 --> 01:37:38,990 air cooler now these come in a bunch of different sizes and varieties in fact 01:37:38,990 --> 01:37:39,000 different sizes and varieties in fact 01:37:39,000 --> 01:37:41,629 different sizes and varieties in fact that goes for all CPU coolers almost no 01:37:41,629 --> 01:37:41,639 that goes for all CPU coolers almost no 01:37:41,639 --> 01:37:43,510 that goes for all CPU coolers almost no CPU Cooler is the same as another one 01:37:43,510 --> 01:37:43,520 CPU Cooler is the same as another one 01:37:43,520 --> 01:37:44,629 CPU Cooler is the same as another one when it comes to the install so if 01:37:44,629 --> 01:37:44,639 when it comes to the install so if 01:37:44,639 --> 01:37:45,990 when it comes to the install so if you're using this exactly in Lee I'll 01:37:45,990 --> 01:37:46,000 you're using this exactly in Lee I'll 01:37:46,000 --> 01:37:47,109 you're using this exactly in Lee I'll show you how to do it you can see if 01:37:47,109 --> 01:37:47,119 show you how to do it you can see if 01:37:47,119 --> 01:37:48,950 show you how to do it you can see if it's a CPU Cooler it would go on 01:37:48,950 --> 01:37:48,960 it's a CPU Cooler it would go on 01:37:48,960 --> 01:37:51,149 it's a CPU Cooler it would go on something like that and you can see that 01:37:51,149 --> 01:37:51,159 something like that and you can see that 01:37:51,159 --> 01:37:52,629 something like that and you can see that if that was in there we would have very 01:37:52,629 --> 01:37:52,639 if that was in there we would have very 01:37:52,639 --> 01:37:54,709 if that was in there we would have very little space up here but for these 01:37:54,709 --> 01:37:54,719 little space up here but for these 01:37:54,719 --> 01:37:56,109 little space up here but for these purposes we're going to be going with 01:37:56,109 --> 01:37:56,119 purposes we're going to be going with 01:37:56,119 --> 01:37:57,589 purposes we're going to be going with this 01:37:57,589 --> 01:37:57,599 this 01:37:57,599 --> 01:37:59,510 this aiio all right I think that's enough 01:37:59,510 --> 01:37:59,520 aiio all right I think that's enough 01:37:59,520 --> 01:38:02,750 aiio all right I think that's enough Preamble let's crack this open and begin 01:38:02,750 --> 01:38:02,760 Preamble let's crack this open and begin 01:38:02,760 --> 01:38:08,470 Preamble let's crack this open and begin the install it is um not super difficult 01:38:08,470 --> 01:38:08,480 the install it is um not super difficult 01:38:08,480 --> 01:38:10,390 the install it is um not super difficult but also one of my least favorite parts 01:38:10,390 --> 01:38:10,400 but also one of my least favorite parts 01:38:10,400 --> 01:38:13,950 but also one of my least favorite parts of building a PC um it's fine aios 01:38:13,950 --> 01:38:13,960 of building a PC um it's fine aios 01:38:13,960 --> 01:38:15,149 of building a PC um it's fine aios there's nothing against them right like 01:38:15,149 --> 01:38:15,159 there's nothing against them right like 01:38:15,159 --> 01:38:16,990 there's nothing against them right like they certainly have their advantages as 01:38:16,990 --> 01:38:17,000 they certainly have their advantages as 01:38:17,000 --> 01:38:18,870 they certainly have their advantages as we've already discussed um the main 01:38:18,870 --> 01:38:18,880 we've already discussed um the main 01:38:18,880 --> 01:38:21,070 we've already discussed um the main downside is just the fact that they're 01:38:21,070 --> 01:38:21,080 downside is just the fact that they're 01:38:21,080 --> 01:38:22,030 downside is just the fact that they're there's a lot of components because 01:38:22,030 --> 01:38:22,040 there's a lot of components because 01:38:22,040 --> 01:38:23,950 there's a lot of components because there's three individual fans there's 01:38:23,950 --> 01:38:23,960 there's three individual fans there's 01:38:23,960 --> 01:38:26,350 there's three individual fans there's the radiator then there's the pump and 01:38:26,350 --> 01:38:26,360 the radiator then there's the pump and 01:38:26,360 --> 01:38:27,430 the radiator then there's the pump and you want to make sure that that's all 01:38:27,430 --> 01:38:27,440 you want to make sure that that's all 01:38:27,440 --> 01:38:28,709 you want to make sure that that's all there there's also a lot of cables 01:38:28,709 --> 01:38:28,719 there there's also a lot of cables 01:38:28,719 --> 01:38:31,990 there there's also a lot of cables involved like this is 100% duable if 01:38:31,990 --> 01:38:32,000 involved like this is 100% duable if 01:38:32,000 --> 01:38:33,229 involved like this is 100% duable if this is your first system I don't want 01:38:33,229 --> 01:38:33,239 this is your first system I don't want 01:38:33,239 --> 01:38:36,109 this is your first system I don't want to scare you off at all but um an air 01:38:36,109 --> 01:38:36,119 to scare you off at all but um an air 01:38:36,119 --> 01:38:37,990 to scare you off at all but um an air cooler is certainly a lot easier to 01:38:37,990 --> 01:38:38,000 cooler is certainly a lot easier to 01:38:38,000 --> 01:38:40,709 cooler is certainly a lot easier to install I will tell you that now before 01:38:40,709 --> 01:38:40,719 install I will tell you that now before 01:38:40,719 --> 01:38:43,070 install I will tell you that now before I actually go into this it's really not 01:38:43,070 --> 01:38:43,080 I actually go into this it's really not 01:38:43,080 --> 01:38:45,350 I actually go into this it's really not a problem but I will mention it anyway 01:38:45,350 --> 01:38:45,360 a problem but I will mention it anyway 01:38:45,360 --> 01:38:47,550 a problem but I will mention it anyway you'll see right here it says Intel LGA 01:38:47,550 --> 01:38:47,560 you'll see right here it says Intel LGA 01:38:47,560 --> 01:38:51,750 you'll see right here it says Intel LGA 1700 and AMD am5 supported now generally 01:38:51,750 --> 01:38:51,760 1700 and AMD am5 supported now generally 01:38:51,760 --> 01:38:54,189 1700 and AMD am5 supported now generally speaking CPU coolers are pretty 01:38:54,189 --> 01:38:54,199 speaking CPU coolers are pretty 01:38:54,199 --> 01:38:56,229 speaking CPU coolers are pretty Universal now they may not be powerful 01:38:56,229 --> 01:38:56,239 Universal now they may not be powerful 01:38:56,239 --> 01:38:57,950 Universal now they may not be powerful enough or sort of efficient enough to 01:38:57,950 --> 01:38:57,960 enough or sort of efficient enough to 01:38:57,960 --> 01:38:59,189 enough or sort of efficient enough to sort of get rid of a bunch of heat if 01:38:59,189 --> 01:38:59,199 sort of get rid of a bunch of heat if 01:38:59,199 --> 01:39:00,709 sort of get rid of a bunch of heat if you have like a little dinky air cooler 01:39:00,709 --> 01:39:00,719 you have like a little dinky air cooler 01:39:00,719 --> 01:39:01,910 you have like a little dinky air cooler and you put it on like a really powerful 01:39:01,910 --> 01:39:01,920 and you put it on like a really powerful 01:39:01,920 --> 01:39:03,430 and you put it on like a really powerful processor but usually they will 01:39:03,430 --> 01:39:03,440 processor but usually they will 01:39:03,440 --> 01:39:05,229 processor but usually they will physically Mount and that especially 01:39:05,229 --> 01:39:05,239 physically Mount and that especially 01:39:05,239 --> 01:39:06,550 physically Mount and that especially goes for the stock coolers which if 01:39:06,550 --> 01:39:06,560 goes for the stock coolers which if 01:39:06,560 --> 01:39:08,270 goes for the stock coolers which if you're using a stock cooler typically 01:39:08,270 --> 01:39:08,280 you're using a stock cooler typically 01:39:08,280 --> 01:39:09,669 you're using a stock cooler typically they just clip right on or attach 01:39:09,669 --> 01:39:09,679 they just clip right on or attach 01:39:09,679 --> 01:39:11,510 they just clip right on or attach they're super easy to install now it 01:39:11,510 --> 01:39:11,520 they're super easy to install now it 01:39:11,520 --> 01:39:13,390 they're super easy to install now it comes to third party coolers it is worth 01:39:13,390 --> 01:39:13,400 comes to third party coolers it is worth 01:39:13,400 --> 01:39:14,870 comes to third party coolers it is worth a quick check to make sure that it is 01:39:14,870 --> 01:39:14,880 a quick check to make sure that it is 01:39:14,880 --> 01:39:16,950 a quick check to make sure that it is going to be compatible with your socket 01:39:16,950 --> 01:39:16,960 going to be compatible with your socket 01:39:16,960 --> 01:39:19,470 going to be compatible with your socket so because this is an am5 motherboard 01:39:19,470 --> 01:39:19,480 so because this is an am5 motherboard 01:39:19,480 --> 01:39:21,470 so because this is an am5 motherboard this is an am5 socket if we're using 01:39:21,470 --> 01:39:21,480 this is an am5 socket if we're using 01:39:21,480 --> 01:39:23,669 this is an am5 socket if we're using Intel would be LGA 1700 there are a lot 01:39:23,669 --> 01:39:23,679 Intel would be LGA 1700 there are a lot 01:39:23,679 --> 01:39:25,709 Intel would be LGA 1700 there are a lot of older sockets that are also included 01:39:25,709 --> 01:39:25,719 of older sockets that are also included 01:39:25,719 --> 01:39:27,470 of older sockets that are also included I only mention this because a year or 01:39:27,470 --> 01:39:27,480 I only mention this because a year or 01:39:27,480 --> 01:39:29,350 I only mention this because a year or two ago actually maybe two three years 01:39:29,350 --> 01:39:29,360 two ago actually maybe two three years 01:39:29,360 --> 01:39:30,910 two ago actually maybe two three years ago at this point Intel changed their 01:39:30,910 --> 01:39:30,920 ago at this point Intel changed their 01:39:30,920 --> 01:39:32,510 ago at this point Intel changed their socket for the first time in a very long 01:39:32,510 --> 01:39:32,520 socket for the first time in a very long 01:39:32,520 --> 01:39:34,350 socket for the first time in a very long time it was a physically different size 01:39:34,350 --> 01:39:34,360 time it was a physically different size 01:39:34,360 --> 01:39:36,510 time it was a physically different size and a lot of CPU coolers did not have 01:39:36,510 --> 01:39:36,520 and a lot of CPU coolers did not have 01:39:36,520 --> 01:39:38,790 and a lot of CPU coolers did not have compatibility with it for 6 months 12 01:39:38,790 --> 01:39:38,800 compatibility with it for 6 months 12 01:39:38,800 --> 01:39:39,870 compatibility with it for 6 months 12 months as they were sort of changing 01:39:39,870 --> 01:39:39,880 months as they were sort of changing 01:39:39,880 --> 01:39:40,910 months as they were sort of changing because you need like a little different 01:39:40,910 --> 01:39:40,920 because you need like a little different 01:39:40,920 --> 01:39:43,030 because you need like a little different plate so it's not really a problem today 01:39:43,030 --> 01:39:43,040 plate so it's not really a problem today 01:39:43,040 --> 01:39:45,390 plate so it's not really a problem today am5 is super easy and again pretty much 01:39:45,390 --> 01:39:45,400 am5 is super easy and again pretty much 01:39:45,400 --> 01:39:46,830 am5 is super easy and again pretty much anything you should buy in 2024 will 01:39:46,830 --> 01:39:46,840 anything you should buy in 2024 will 01:39:46,840 --> 01:39:48,750 anything you should buy in 2024 will support 1700 but it's probably worth a 01:39:48,750 --> 01:39:48,760 support 1700 but it's probably worth a 01:39:48,760 --> 01:39:50,229 support 1700 but it's probably worth a quick little check just to make sure but 01:39:50,229 --> 01:39:50,239 quick little check just to make sure but 01:39:50,239 --> 01:39:52,270 quick little check just to make sure but you shouldn't have any problems unless 01:39:52,270 --> 01:39:52,280 you shouldn't have any problems unless 01:39:52,280 --> 01:39:53,870 you shouldn't have any problems unless you're using maybe like an old cooler 01:39:53,870 --> 01:39:53,880 you're using maybe like an old cooler 01:39:53,880 --> 01:39:55,709 you're using maybe like an old cooler from like an older build or something in 01:39:55,709 --> 01:39:55,719 from like an older build or something in 01:39:55,719 --> 01:39:58,189 from like an older build or something in which case you may need some kind of 01:39:58,189 --> 01:39:58,199 which case you may need some kind of 01:39:58,199 --> 01:39:59,750 which case you may need some kind of like adapter bracket which most 01:39:59,750 --> 01:39:59,760 like adapter bracket which most 01:39:59,760 --> 01:40:01,109 like adapter bracket which most companies sell but it's not quite 01:40:01,109 --> 01:40:01,119 companies sell but it's not quite 01:40:01,119 --> 01:40:03,750 companies sell but it's not quite Universal just a little heads up on that 01:40:03,750 --> 01:40:03,760 Universal just a little heads up on that 01:40:03,760 --> 01:40:05,990 Universal just a little heads up on that all right we got ourselves the all 01:40:05,990 --> 01:40:06,000 all right we got ourselves the all 01:40:06,000 --> 01:40:07,910 all right we got ourselves the all important instruction manual which is 01:40:07,910 --> 01:40:07,920 important instruction manual which is 01:40:07,920 --> 01:40:10,790 important instruction manual which is really thin wow that's okay well they 01:40:10,790 --> 01:40:10,800 really thin wow that's okay well they 01:40:10,800 --> 01:40:11,830 really thin wow that's okay well they you know what they they're very 01:40:11,830 --> 01:40:11,840 you know what they they're very 01:40:11,840 --> 01:40:13,669 you know what they they're very confident because that's not a lot of 01:40:13,669 --> 01:40:13,679 confident because that's not a lot of 01:40:13,679 --> 01:40:16,629 confident because that's not a lot of stuff wow these usually several pages so 01:40:16,629 --> 01:40:16,639 stuff wow these usually several pages so 01:40:16,639 --> 01:40:18,350 stuff wow these usually several pages so that's all the instructions we need hold 01:40:18,350 --> 01:40:18,360 that's all the instructions we need hold 01:40:18,360 --> 01:40:19,990 that's all the instructions we need hold on to these I will show you how to do 01:40:19,990 --> 01:40:20,000 on to these I will show you how to do 01:40:20,000 --> 01:40:23,830 on to these I will show you how to do this but let me be very clear every CPU 01:40:23,830 --> 01:40:23,840 this but let me be very clear every CPU 01:40:23,840 --> 01:40:26,750 this but let me be very clear every CPU Cooler installs differently which is not 01:40:26,750 --> 01:40:26,760 Cooler installs differently which is not 01:40:26,760 --> 01:40:28,990 Cooler installs differently which is not helpful when I make a tutorial on how to 01:40:28,990 --> 01:40:29,000 helpful when I make a tutorial on how to 01:40:29,000 --> 01:40:30,629 helpful when I make a tutorial on how to install a CPU Cooler so I'm going to 01:40:30,629 --> 01:40:30,639 install a CPU Cooler so I'm going to 01:40:30,639 --> 01:40:32,390 install a CPU Cooler so I'm going to show you the broad strokes and if you 01:40:32,390 --> 01:40:32,400 show you the broad strokes and if you 01:40:32,400 --> 01:40:33,510 show you the broad strokes and if you want to go with this one you obviously 01:40:33,510 --> 01:40:33,520 want to go with this one you obviously 01:40:33,520 --> 01:40:35,189 want to go with this one you obviously can by all means go for it but just keep 01:40:35,189 --> 01:40:35,199 can by all means go for it but just keep 01:40:35,199 --> 01:40:37,990 can by all means go for it but just keep in mind get a Corsair if you get a lean 01:40:37,990 --> 01:40:38,000 in mind get a Corsair if you get a lean 01:40:38,000 --> 01:40:40,229 in mind get a Corsair if you get a lean Lee you get a MSI they're all going to 01:40:40,229 --> 01:40:40,239 Lee you get a MSI they're all going to 01:40:40,239 --> 01:40:41,990 Lee you get a MSI they're all going to be a little different probably the same 01:40:41,990 --> 01:40:42,000 be a little different probably the same 01:40:42,000 --> 01:40:43,910 be a little different probably the same but a little different all right what 01:40:43,910 --> 01:40:43,920 but a little different all right what 01:40:43,920 --> 01:40:46,750 but a little different all right what you will find with every aiio are your 01:40:46,750 --> 01:40:46,760 you will find with every aiio are your 01:40:46,760 --> 01:40:50,310 you will find with every aiio are your fans and your radiator which are already 01:40:50,310 --> 01:40:50,320 fans and your radiator which are already 01:40:50,320 --> 01:40:51,990 fans and your radiator which are already installed oh my God are they already 01:40:51,990 --> 01:40:52,000 installed oh my God are they already 01:40:52,000 --> 01:40:54,229 installed oh my God are they already installed 01:40:54,229 --> 01:40:54,239 installed 01:40:54,239 --> 01:40:56,070 installed yo that's awesome so this is actually 01:40:56,070 --> 01:40:56,080 yo that's awesome so this is actually 01:40:56,080 --> 01:40:57,790 yo that's awesome so this is actually the newer version of The L Le coolas 01:40:57,790 --> 01:40:57,800 the newer version of The L Le coolas 01:40:57,800 --> 01:40:59,030 the newer version of The L Le coolas these used to be called the Galah hats I 01:40:59,030 --> 01:40:59,040 these used to be called the Galah hats I 01:40:59,040 --> 01:41:01,750 these used to be called the Galah hats I think they've just rebranded to the ga2s 01:41:01,750 --> 01:41:01,760 think they've just rebranded to the ga2s 01:41:01,760 --> 01:41:03,310 think they've just rebranded to the ga2s um or at least I think so this is the 01:41:03,310 --> 01:41:03,320 um or at least I think so this is the 01:41:03,320 --> 01:41:05,030 um or at least I think so this is the first time I've used it oh my God that's 01:41:05,030 --> 01:41:05,040 first time I've used it oh my God that's 01:41:05,040 --> 01:41:07,950 first time I've used it oh my God that's so good this okay so uh remember that 01:41:07,950 --> 01:41:07,960 so good this okay so uh remember that 01:41:07,960 --> 01:41:09,510 so good this okay so uh remember that whole thing about how every CPU Cooler 01:41:09,510 --> 01:41:09,520 whole thing about how every CPU Cooler 01:41:09,520 --> 01:41:11,310 whole thing about how every CPU Cooler is different yeah uh they already 01:41:11,310 --> 01:41:11,320 is different yeah uh they already 01:41:11,320 --> 01:41:14,030 is different yeah uh they already installed the fans for me normally you 01:41:14,030 --> 01:41:14,040 installed the fans for me normally you 01:41:14,040 --> 01:41:15,950 installed the fans for me normally you get your two your three fans or whatever 01:41:15,950 --> 01:41:15,960 get your two your three fans or whatever 01:41:15,960 --> 01:41:17,270 get your two your three fans or whatever and they're in the box and you have to 01:41:17,270 --> 01:41:17,280 and they're in the box and you have to 01:41:17,280 --> 01:41:19,270 and they're in the box and you have to connect them and it's got USBC on the 01:41:19,270 --> 01:41:19,280 connect them and it's got USBC on the 01:41:19,280 --> 01:41:22,629 connect them and it's got USBC on the pump too this Le Lee I'm glad I went 01:41:22,629 --> 01:41:22,639 pump too this Le Lee I'm glad I went 01:41:22,639 --> 01:41:23,870 pump too this Le Lee I'm glad I went with I was like not sure what I was 01:41:23,870 --> 01:41:23,880 with I was like not sure what I was 01:41:23,880 --> 01:41:25,070 with I was like not sure what I was going to use for this tutorial this is 01:41:25,070 --> 01:41:25,080 going to use for this tutorial this is 01:41:25,080 --> 01:41:27,109 going to use for this tutorial this is great okay well I'll quickly show you 01:41:27,109 --> 01:41:27,119 great okay well I'll quickly show you 01:41:27,119 --> 01:41:28,589 great okay well I'll quickly show you what you would theoretically do if you 01:41:28,589 --> 01:41:28,599 what you would theoretically do if you 01:41:28,599 --> 01:41:31,470 what you would theoretically do if you were using a non lanly cooler so if I 01:41:31,470 --> 01:41:31,480 were using a non lanly cooler so if I 01:41:31,480 --> 01:41:33,550 were using a non lanly cooler so if I take off all this plastic you'll see 01:41:33,550 --> 01:41:33,560 take off all this plastic you'll see 01:41:33,560 --> 01:41:35,550 take off all this plastic you'll see here that this part right here is the 01:41:35,550 --> 01:41:35,560 here that this part right here is the 01:41:35,560 --> 01:41:36,950 here that this part right here is the radiator it's actually very similar to 01:41:36,950 --> 01:41:36,960 radiator it's actually very similar to 01:41:36,960 --> 01:41:38,589 radiator it's actually very similar to like a radiator in your car or something 01:41:38,589 --> 01:41:38,599 like a radiator in your car or something 01:41:38,599 --> 01:41:40,350 like a radiator in your car or something so this is where the liquid's going to 01:41:40,350 --> 01:41:40,360 so this is where the liquid's going to 01:41:40,360 --> 01:41:42,350 so this is where the liquid's going to flow through and the fans are going to 01:41:42,350 --> 01:41:42,360 flow through and the fans are going to 01:41:42,360 --> 01:41:44,709 flow through and the fans are going to push air through that radiator 01:41:44,709 --> 01:41:44,719 push air through that radiator 01:41:44,719 --> 01:41:46,709 push air through that radiator essentially to dissipate the heat right 01:41:46,709 --> 01:41:46,719 essentially to dissipate the heat right 01:41:46,719 --> 01:41:48,510 essentially to dissipate the heat right so the way this works is actually pretty 01:41:48,510 --> 01:41:48,520 so the way this works is actually pretty 01:41:48,520 --> 01:41:50,470 so the way this works is actually pretty neat so this is our pump so you can see 01:41:50,470 --> 01:41:50,480 neat so this is our pump so you can see 01:41:50,480 --> 01:41:52,430 neat so this is our pump so you can see that if I flip it over this will be the 01:41:52,430 --> 01:41:52,440 that if I flip it over this will be the 01:41:52,440 --> 01:41:53,589 that if I flip it over this will be the screen that you'll see see when it's 01:41:53,589 --> 01:41:53,599 screen that you'll see see when it's 01:41:53,599 --> 01:41:55,030 screen that you'll see see when it's actually installed and on the back 01:41:55,030 --> 01:41:55,040 actually installed and on the back 01:41:55,040 --> 01:41:56,350 actually installed and on the back there's this sort of uh oh they've got 01:41:56,350 --> 01:41:56,360 there's this sort of uh oh they've got 01:41:56,360 --> 01:41:59,149 there's this sort of uh oh they've got the thr paste on there too godam Le and 01:41:59,149 --> 01:41:59,159 the thr paste on there too godam Le and 01:41:59,159 --> 01:42:00,990 the thr paste on there too godam Le and Lee what you y'all are out here man 01:42:00,990 --> 01:42:01,000 Lee what you y'all are out here man 01:42:01,000 --> 01:42:03,149 Lee what you y'all are out here man y'all are out here okay 01:42:03,149 --> 01:42:03,159 y'all are out here okay 01:42:03,159 --> 01:42:05,390 y'all are out here okay well this could to be a really simple 01:42:05,390 --> 01:42:05,400 well this could to be a really simple 01:42:05,400 --> 01:42:06,790 well this could to be a really simple install I'm used to doing like half the 01:42:06,790 --> 01:42:06,800 install I'm used to doing like half the 01:42:06,800 --> 01:42:09,430 install I'm used to doing like half the stuff myself okay the way this works is 01:42:09,430 --> 01:42:09,440 stuff myself okay the way this works is 01:42:09,440 --> 01:42:11,550 stuff myself okay the way this works is pretty straightforward so your CPU 01:42:11,550 --> 01:42:11,560 pretty straightforward so your CPU 01:42:11,560 --> 01:42:13,790 pretty straightforward so your CPU generates a whole bunch of heat so that 01:42:13,790 --> 01:42:13,800 generates a whole bunch of heat so that 01:42:13,800 --> 01:42:15,310 generates a whole bunch of heat so that is moved through this thermal past which 01:42:15,310 --> 01:42:15,320 is moved through this thermal past which 01:42:15,320 --> 01:42:16,750 is moved through this thermal past which usually you have to do yourself but is 01:42:16,750 --> 01:42:16,760 usually you have to do yourself but is 01:42:16,760 --> 01:42:18,270 usually you have to do yourself but is already play pre-applied here which is 01:42:18,270 --> 01:42:18,280 already play pre-applied here which is 01:42:18,280 --> 01:42:20,310 already play pre-applied here which is very helpful and then that is on a 01:42:20,310 --> 01:42:20,320 very helpful and then that is on a 01:42:20,320 --> 01:42:22,589 very helpful and then that is on a copper heat sink so all that heat comes 01:42:22,589 --> 01:42:22,599 copper heat sink so all that heat comes 01:42:22,599 --> 01:42:24,430 copper heat sink so all that heat comes to the Copper and then gets dissipated 01:42:24,430 --> 01:42:24,440 to the Copper and then gets dissipated 01:42:24,440 --> 01:42:25,870 to the Copper and then gets dissipated by the liquid that runs through the pump 01:42:25,870 --> 01:42:25,880 by the liquid that runs through the pump 01:42:25,880 --> 01:42:27,750 by the liquid that runs through the pump so the pump is constantly circulating so 01:42:27,750 --> 01:42:27,760 so the pump is constantly circulating so 01:42:27,760 --> 01:42:28,910 so the pump is constantly circulating so basically what it does it runs the 01:42:28,910 --> 01:42:28,920 basically what it does it runs the 01:42:28,920 --> 01:42:31,709 basically what it does it runs the liquid through here across in through 01:42:31,709 --> 01:42:31,719 liquid through here across in through 01:42:31,719 --> 01:42:35,470 liquid through here across in through all these sort of veins of the actual um 01:42:35,470 --> 01:42:35,480 all these sort of veins of the actual um 01:42:35,480 --> 01:42:37,910 all these sort of veins of the actual um Radiator in through the radiator and 01:42:37,910 --> 01:42:37,920 Radiator in through the radiator and 01:42:37,920 --> 01:42:40,229 Radiator in through the radiator and then the air blows that heat away again 01:42:40,229 --> 01:42:40,239 then the air blows that heat away again 01:42:40,239 --> 01:42:42,310 then the air blows that heat away again if we were using a air cooler it is even 01:42:42,310 --> 01:42:42,320 if we were using a air cooler it is even 01:42:42,320 --> 01:42:43,790 if we were using a air cooler it is even more straightforward the heat comes 01:42:43,790 --> 01:42:43,800 more straightforward the heat comes 01:42:43,800 --> 01:42:45,070 more straightforward the heat comes through here runs through the heat pipes 01:42:45,070 --> 01:42:45,080 through here runs through the heat pipes 01:42:45,080 --> 01:42:47,470 through here runs through the heat pipes gets blown out super simple actually not 01:42:47,470 --> 01:42:47,480 gets blown out super simple actually not 01:42:47,480 --> 01:42:49,109 gets blown out super simple actually not wildly different between the two the 01:42:49,109 --> 01:42:49,119 wildly different between the two the 01:42:49,119 --> 01:42:50,510 wildly different between the two the difference is this does not need any 01:42:50,510 --> 01:42:50,520 difference is this does not need any 01:42:50,520 --> 01:42:52,109 difference is this does not need any kind of like actual pump or anything it 01:42:52,109 --> 01:42:52,119 kind of like actual pump or anything it 01:42:52,119 --> 01:42:54,189 kind of like actual pump or anything it just needs the actual fan to run whereas 01:42:54,189 --> 01:42:54,199 just needs the actual fan to run whereas 01:42:54,199 --> 01:42:55,629 just needs the actual fan to run whereas with this you need to make sure that 01:42:55,629 --> 01:42:55,639 with this you need to make sure that 01:42:55,639 --> 01:42:58,270 with this you need to make sure that this has power so there's a lot of extra 01:42:58,270 --> 01:42:58,280 this has power so there's a lot of extra 01:42:58,280 --> 01:42:59,910 this has power so there's a lot of extra assembly steps when it comes to 01:42:59,910 --> 01:42:59,920 assembly steps when it comes to 01:42:59,920 --> 01:43:02,030 assembly steps when it comes to attaching the fans attaching the pump 01:43:02,030 --> 01:43:02,040 attaching the fans attaching the pump 01:43:02,040 --> 01:43:04,430 attaching the fans attaching the pump attaching the RGB all this kind of stuff 01:43:04,430 --> 01:43:04,440 attaching the RGB all this kind of stuff 01:43:04,440 --> 01:43:05,950 attaching the RGB all this kind of stuff we also have a bunch of accessories 01:43:05,950 --> 01:43:05,960 we also have a bunch of accessories 01:43:05,960 --> 01:43:07,589 we also have a bunch of accessories which we will almost certainly need 01:43:07,589 --> 01:43:07,599 which we will almost certainly need 01:43:07,599 --> 01:43:10,550 which we will almost certainly need although fewer than we normally would so 01:43:10,550 --> 01:43:10,560 although fewer than we normally would so 01:43:10,560 --> 01:43:12,550 although fewer than we normally would so I'm going to show you what you would 01:43:12,550 --> 01:43:12,560 I'm going to show you what you would 01:43:12,560 --> 01:43:15,189 I'm going to show you what you would normally do which is to screw your fans 01:43:15,189 --> 01:43:15,199 normally do which is to screw your fans 01:43:15,199 --> 01:43:17,390 normally do which is to screw your fans into place so because these are already 01:43:17,390 --> 01:43:17,400 into place so because these are already 01:43:17,400 --> 01:43:18,950 into place so because these are already on here it makes it really simple but 01:43:18,950 --> 01:43:18,960 on here it makes it really simple but 01:43:18,960 --> 01:43:20,390 on here it makes it really simple but typically what you'll do is you will 01:43:20,390 --> 01:43:20,400 typically what you'll do is you will 01:43:20,400 --> 01:43:21,990 typically what you'll do is you will take your fans and you will put them on 01:43:21,990 --> 01:43:22,000 take your fans and you will put them on 01:43:22,000 --> 01:43:23,709 take your fans and you will put them on the bottom of your radio mediator so let 01:43:23,709 --> 01:43:23,719 the bottom of your radio mediator so let 01:43:23,719 --> 01:43:24,910 the bottom of your radio mediator so let me just kind of mock it up and show you 01:43:24,910 --> 01:43:24,920 me just kind of mock it up and show you 01:43:24,920 --> 01:43:26,030 me just kind of mock it up and show you what it's going to look like once we're 01:43:26,030 --> 01:43:26,040 what it's going to look like once we're 01:43:26,040 --> 01:43:28,470 what it's going to look like once we're done if you were so unfortunate as to be 01:43:28,470 --> 01:43:28,480 done if you were so unfortunate as to be 01:43:28,480 --> 01:43:30,109 done if you were so unfortunate as to be using a cooler that does not have the 01:43:30,109 --> 01:43:30,119 using a cooler that does not have the 01:43:30,119 --> 01:43:32,229 using a cooler that does not have the fans applied it's pretty straightforward 01:43:32,229 --> 01:43:32,239 fans applied it's pretty straightforward 01:43:32,239 --> 01:43:33,270 fans applied it's pretty straightforward so you're going to have a whole bunch of 01:43:33,270 --> 01:43:33,280 so you're going to have a whole bunch of 01:43:33,280 --> 01:43:35,589 so you're going to have a whole bunch of these longer screws and so basically 01:43:35,589 --> 01:43:35,599 these longer screws and so basically 01:43:35,599 --> 01:43:37,030 these longer screws and so basically what this does is once you actually lay 01:43:37,030 --> 01:43:37,040 what this does is once you actually lay 01:43:37,040 --> 01:43:39,990 what this does is once you actually lay it down on your cooler now you can 01:43:39,990 --> 01:43:40,000 it down on your cooler now you can 01:43:40,000 --> 01:43:41,709 it down on your cooler now you can technically do it either in a push or a 01:43:41,709 --> 01:43:41,719 technically do it either in a push or a 01:43:41,719 --> 01:43:44,070 technically do it either in a push or a pull configuration if you're using RGB 01:43:44,070 --> 01:43:44,080 pull configuration if you're using RGB 01:43:44,080 --> 01:43:45,510 pull configuration if you're using RGB fans you're pretty much always going to 01:43:45,510 --> 01:43:45,520 fans you're pretty much always going to 01:43:45,520 --> 01:43:47,109 fans you're pretty much always going to be doing it in a push configuration so 01:43:47,109 --> 01:43:47,119 be doing it in a push configuration so 01:43:47,119 --> 01:43:47,990 be doing it in a push configuration so you're basically going to be pushing the 01:43:47,990 --> 01:43:48,000 you're basically going to be pushing the 01:43:48,000 --> 01:43:51,189 you're basically going to be pushing the air from here out so technically you 01:43:51,189 --> 01:43:51,199 air from here out so technically you 01:43:51,199 --> 01:43:52,510 air from here out so technically you could do it the other direction maybe if 01:43:52,510 --> 01:43:52,520 could do it the other direction maybe if 01:43:52,520 --> 01:43:55,229 could do it the other direction maybe if you were to say put your cooler in like 01:43:55,229 --> 01:43:55,239 you were to say put your cooler in like 01:43:55,239 --> 01:43:57,790 you were to say put your cooler in like the front or something almost everyone's 01:43:57,790 --> 01:43:57,800 the front or something almost everyone's 01:43:57,800 --> 01:43:59,189 the front or something almost everyone's going to put it on the top these days 01:43:59,189 --> 01:43:59,199 going to put it on the top these days 01:43:59,199 --> 01:44:00,189 going to put it on the top these days that's really what they're kind of 01:44:00,189 --> 01:44:00,199 that's really what they're kind of 01:44:00,199 --> 01:44:01,990 that's really what they're kind of designed for and because the RGB looks 01:44:01,990 --> 01:44:02,000 designed for and because the RGB looks 01:44:02,000 --> 01:44:03,270 designed for and because the RGB looks so sick you're going to want to have 01:44:03,270 --> 01:44:03,280 so sick you're going to want to have 01:44:03,280 --> 01:44:05,070 so sick you're going to want to have that sort of front and center so that's 01:44:05,070 --> 01:44:05,080 that sort of front and center so that's 01:44:05,080 --> 01:44:07,070 that sort of front and center so that's what I would recommend if you wanted to 01:44:07,070 --> 01:44:07,080 what I would recommend if you wanted to 01:44:07,080 --> 01:44:08,589 what I would recommend if you wanted to do another configuration you could just 01:44:08,589 --> 01:44:08,599 do another configuration you could just 01:44:08,599 --> 01:44:09,870 do another configuration you could just put the fans on the other side of the 01:44:09,870 --> 01:44:09,880 put the fans on the other side of the 01:44:09,880 --> 01:44:10,990 put the fans on the other side of the radiator but it depends on where you're 01:44:10,990 --> 01:44:11,000 radiator but it depends on where you're 01:44:11,000 --> 01:44:13,310 radiator but it depends on where you're mounting it but again the vast majority 01:44:13,310 --> 01:44:13,320 mounting it but again the vast majority 01:44:13,320 --> 01:44:14,750 mounting it but again the vast majority of people are going to put the radiator 01:44:14,750 --> 01:44:14,760 of people are going to put the radiator 01:44:14,760 --> 01:44:16,390 of people are going to put the radiator on the top of your system you're going 01:44:16,390 --> 01:44:16,400 on the top of your system you're going 01:44:16,400 --> 01:44:18,589 on the top of your system you're going to want the fans sort of pulling air 01:44:18,589 --> 01:44:18,599 to want the fans sort of pulling air 01:44:18,599 --> 01:44:20,550 to want the fans sort of pulling air from the inside and exhausting it out 01:44:20,550 --> 01:44:20,560 from the inside and exhausting it out 01:44:20,560 --> 01:44:22,830 from the inside and exhausting it out the top now when it comes to installing 01:44:22,830 --> 01:44:22,840 the top now when it comes to installing 01:44:22,840 --> 01:44:24,350 the top now when it comes to installing f fans and this is actually the same 01:44:24,350 --> 01:44:24,360 f fans and this is actually the same 01:44:24,360 --> 01:44:26,270 f fans and this is actually the same thing if you're putting on an AIO you're 01:44:26,270 --> 01:44:26,280 thing if you're putting on an AIO you're 01:44:26,280 --> 01:44:27,589 thing if you're putting on an AIO you're putting on air cooler or you're 01:44:27,589 --> 01:44:27,599 putting on air cooler or you're 01:44:27,599 --> 01:44:29,310 putting on air cooler or you're installing case fans is first you need 01:44:29,310 --> 01:44:29,320 installing case fans is first you need 01:44:29,320 --> 01:44:30,629 installing case fans is first you need to understand the front versus the back 01:44:30,629 --> 01:44:30,639 to understand the front versus the back 01:44:30,639 --> 01:44:33,750 to understand the front versus the back of the fan so almost always you will see 01:44:33,750 --> 01:44:33,760 of the fan so almost always you will see 01:44:33,760 --> 01:44:35,350 of the fan so almost always you will see like the main logo on the front so you 01:44:35,350 --> 01:44:35,360 like the main logo on the front so you 01:44:35,360 --> 01:44:36,669 like the main logo on the front so you can see that this is the logo and you 01:44:36,669 --> 01:44:36,679 can see that this is the logo and you 01:44:36,679 --> 01:44:38,390 can see that this is the logo and you see the sort of the front of the fan 01:44:38,390 --> 01:44:38,400 see the sort of the front of the fan 01:44:38,400 --> 01:44:40,229 see the sort of the front of the fan blades if I flip it over you will see 01:44:40,229 --> 01:44:40,239 blades if I flip it over you will see 01:44:40,239 --> 01:44:41,629 blades if I flip it over you will see that there's the structure of the fan so 01:44:41,629 --> 01:44:41,639 that there's the structure of the fan so 01:44:41,639 --> 01:44:43,310 that there's the structure of the fan so it's these little sort of like spindly 01:44:43,310 --> 01:44:43,320 it's these little sort of like spindly 01:44:43,320 --> 01:44:45,390 it's these little sort of like spindly guys as well as all your like barcodes 01:44:45,390 --> 01:44:45,400 guys as well as all your like barcodes 01:44:45,400 --> 01:44:47,350 guys as well as all your like barcodes and that kind of stuff that means that 01:44:47,350 --> 01:44:47,360 and that kind of stuff that means that 01:44:47,360 --> 01:44:48,470 and that kind of stuff that means that this is the back of the fan so 01:44:48,470 --> 01:44:48,480 this is the back of the fan so 01:44:48,480 --> 01:44:49,669 this is the back of the fan so essentially the air is going to come in 01:44:49,669 --> 01:44:49,679 essentially the air is going to come in 01:44:49,679 --> 01:44:52,550 essentially the air is going to come in the front and come out the back now I I 01:44:52,550 --> 01:44:52,560 the front and come out the back now I I 01:44:52,560 --> 01:44:53,550 the front and come out the back now I I will be honest with with you there's 01:44:53,550 --> 01:44:53,560 will be honest with with you there's 01:44:53,560 --> 01:44:55,790 will be honest with with you there's usually not like a super clear way of 01:44:55,790 --> 01:44:55,800 usually not like a super clear way of 01:44:55,800 --> 01:44:58,510 usually not like a super clear way of knowing short of just looking at it like 01:44:58,510 --> 01:44:58,520 knowing short of just looking at it like 01:44:58,520 --> 01:45:00,750 knowing short of just looking at it like it doesn't usually say like air comes 01:45:00,750 --> 01:45:00,760 it doesn't usually say like air comes 01:45:00,760 --> 01:45:02,910 it doesn't usually say like air comes out here or something but you can see 01:45:02,910 --> 01:45:02,920 out here or something but you can see 01:45:02,920 --> 01:45:05,189 out here or something but you can see that these blades are clearly intaking 01:45:05,189 --> 01:45:05,199 that these blades are clearly intaking 01:45:05,199 --> 01:45:07,350 that these blades are clearly intaking it and exhausting it out the back so 01:45:07,350 --> 01:45:07,360 it and exhausting it out the back so 01:45:07,360 --> 01:45:08,790 it and exhausting it out the back so that's the best way to tell you I wish I 01:45:08,790 --> 01:45:08,800 that's the best way to tell you I wish I 01:45:08,800 --> 01:45:10,870 that's the best way to tell you I wish I had like a more foolproof way of doing 01:45:10,870 --> 01:45:10,880 had like a more foolproof way of doing 01:45:10,880 --> 01:45:12,350 had like a more foolproof way of doing that but you need to think about this 01:45:12,350 --> 01:45:12,360 that but you need to think about this 01:45:12,360 --> 01:45:14,790 that but you need to think about this because air flow is important now 01:45:14,790 --> 01:45:14,800 because air flow is important now 01:45:14,800 --> 01:45:17,750 because air flow is important now building a PC it is filled with lots of 01:45:17,750 --> 01:45:17,760 building a PC it is filled with lots of 01:45:17,760 --> 01:45:19,910 building a PC it is filled with lots of very hot components the main ones to 01:45:19,910 --> 01:45:19,920 very hot components the main ones to 01:45:19,920 --> 01:45:22,350 very hot components the main ones to think about are your CPU and your 01:45:22,350 --> 01:45:22,360 think about are your CPU and your 01:45:22,360 --> 01:45:23,830 think about are your CPU and your graphics card now your motherboard and 01:45:23,830 --> 01:45:23,840 graphics card now your motherboard and 01:45:23,840 --> 01:45:25,189 graphics card now your motherboard and some other things will put off some heat 01:45:25,189 --> 01:45:25,199 some other things will put off some heat 01:45:25,199 --> 01:45:26,589 some other things will put off some heat you want General airfill in the case but 01:45:26,589 --> 01:45:26,599 you want General airfill in the case but 01:45:26,599 --> 01:45:28,870 you want General airfill in the case but generally CPU your graphics card by far 01:45:28,870 --> 01:45:28,880 generally CPU your graphics card by far 01:45:28,880 --> 01:45:31,350 generally CPU your graphics card by far the line share of the heat output in the 01:45:31,350 --> 01:45:31,360 the line share of the heat output in the 01:45:31,360 --> 01:45:33,189 the line share of the heat output in the system and the whole point of all these 01:45:33,189 --> 01:45:33,199 system and the whole point of all these 01:45:33,199 --> 01:45:35,310 system and the whole point of all these fans in your system is to exhaust that 01:45:35,310 --> 01:45:35,320 fans in your system is to exhaust that 01:45:35,320 --> 01:45:38,750 fans in your system is to exhaust that heat out right so most cases will have 01:45:38,750 --> 01:45:38,760 heat out right so most cases will have 01:45:38,760 --> 01:45:40,790 heat out right so most cases will have this sort of figured out for you already 01:45:40,790 --> 01:45:40,800 this sort of figured out for you already 01:45:40,800 --> 01:45:42,950 this sort of figured out for you already so again taking this L Le for example if 01:45:42,950 --> 01:45:42,960 so again taking this L Le for example if 01:45:42,960 --> 01:45:45,390 so again taking this L Le for example if you look at it up front we have two fans 01:45:45,390 --> 01:45:45,400 you look at it up front we have two fans 01:45:45,400 --> 01:45:46,790 you look at it up front we have two fans these fans are pulling cool air from 01:45:46,790 --> 01:45:46,800 these fans are pulling cool air from 01:45:46,800 --> 01:45:49,310 these fans are pulling cool air from outside the case and bringing it inside 01:45:49,310 --> 01:45:49,320 outside the case and bringing it inside 01:45:49,320 --> 01:45:51,669 outside the case and bringing it inside now with our ail on the top is going to 01:45:51,669 --> 01:45:51,679 now with our ail on the top is going to 01:45:51,679 --> 01:45:53,669 now with our ail on the top is going to be pulling that hot air up and this rear 01:45:53,669 --> 01:45:53,679 be pulling that hot air up and this rear 01:45:53,679 --> 01:45:55,109 be pulling that hot air up and this rear fan is doing the exact same thing so it 01:45:55,109 --> 01:45:55,119 fan is doing the exact same thing so it 01:45:55,119 --> 01:45:57,950 fan is doing the exact same thing so it is pushing that hot air out the back of 01:45:57,950 --> 01:45:57,960 is pushing that hot air out the back of 01:45:57,960 --> 01:45:59,830 is pushing that hot air out the back of the system this is definitely the 01:45:59,830 --> 01:45:59,840 the system this is definitely the 01:45:59,840 --> 01:46:02,070 the system this is definitely the standard way of doing it now you can get 01:46:02,070 --> 01:46:02,080 standard way of doing it now you can get 01:46:02,080 --> 01:46:03,589 standard way of doing it now you can get a little creative you know people can do 01:46:03,589 --> 01:46:03,599 a little creative you know people can do 01:46:03,599 --> 01:46:05,589 a little creative you know people can do all push all pull I don't really 01:46:05,589 --> 01:46:05,599 all push all pull I don't really 01:46:05,599 --> 01:46:07,109 all push all pull I don't really recommend that normally especially if 01:46:07,109 --> 01:46:07,119 recommend that normally especially if 01:46:07,119 --> 01:46:08,589 recommend that normally especially if this is your first time uh building your 01:46:08,589 --> 01:46:08,599 this is your first time uh building your 01:46:08,599 --> 01:46:10,109 this is your first time uh building your system but you can certainly tweak and 01:46:10,109 --> 01:46:10,119 system but you can certainly tweak and 01:46:10,119 --> 01:46:12,390 system but you can certainly tweak and tune it but what usually makes sense is 01:46:12,390 --> 01:46:12,400 tune it but what usually makes sense is 01:46:12,400 --> 01:46:14,510 tune it but what usually makes sense is your front fans pulling cool air and 01:46:14,510 --> 01:46:14,520 your front fans pulling cool air and 01:46:14,520 --> 01:46:16,750 your front fans pulling cool air and your rear and or top fans exhausting hot 01:46:16,750 --> 01:46:16,760 your rear and or top fans exhausting hot 01:46:16,760 --> 01:46:18,629 your rear and or top fans exhausting hot air out that's just the simplest way to 01:46:18,629 --> 01:46:18,639 air out that's just the simplest way to 01:46:18,639 --> 01:46:20,510 air out that's just the simplest way to think about it all of that being said 01:46:20,510 --> 01:46:20,520 think about it all of that being said 01:46:20,520 --> 01:46:22,470 think about it all of that being said when it comes to installing our AO It's 01:46:22,470 --> 01:46:22,480 when it comes to installing our AO It's 01:46:22,480 --> 01:46:24,149 when it comes to installing our AO It's relatively straightforward you take the 01:46:24,149 --> 01:46:24,159 relatively straightforward you take the 01:46:24,159 --> 01:46:26,669 relatively straightforward you take the four screws and you tighten them down 01:46:26,669 --> 01:46:26,679 four screws and you tighten them down 01:46:26,679 --> 01:46:28,470 four screws and you tighten them down while I'm here I'm going to remove all 01:46:28,470 --> 01:46:28,480 while I'm here I'm going to remove all 01:46:28,480 --> 01:46:30,510 while I'm here I'm going to remove all of this plastic film that they have 01:46:30,510 --> 01:46:30,520 of this plastic film that they have 01:46:30,520 --> 01:46:33,629 of this plastic film that they have placed in many many spots on this fan 01:46:33,629 --> 01:46:33,639 placed in many many spots on this fan 01:46:33,639 --> 01:46:35,629 placed in many many spots on this fan that's a lot of plastic again this was a 01:46:35,629 --> 01:46:35,639 that's a lot of plastic again this was a 01:46:35,639 --> 01:46:36,950 that's a lot of plastic again this was a really expensive cooler it was totally 01:46:36,950 --> 01:46:36,960 really expensive cooler it was totally 01:46:36,960 --> 01:46:40,709 really expensive cooler it was totally Overkill uh this thing is fancy as hell 01:46:40,709 --> 01:46:40,719 Overkill uh this thing is fancy as hell 01:46:40,719 --> 01:46:42,589 Overkill uh this thing is fancy as hell so at this point in the tutorial we have 01:46:42,589 --> 01:46:42,599 so at this point in the tutorial we have 01:46:42,599 --> 01:46:44,470 so at this point in the tutorial we have installed or had our fans already 01:46:44,470 --> 01:46:44,480 installed or had our fans already 01:46:44,480 --> 01:46:46,990 installed or had our fans already pre-installed onto our Ai and the next 01:46:46,990 --> 01:46:47,000 pre-installed onto our Ai and the next 01:46:47,000 --> 01:46:50,070 pre-installed onto our Ai and the next step is to install it on our actual CPU 01:46:50,070 --> 01:46:50,080 step is to install it on our actual CPU 01:46:50,080 --> 01:46:51,189 step is to install it on our actual CPU this is where you're going to pull out 01:46:51,189 --> 01:46:51,199 this is where you're going to pull out 01:46:51,199 --> 01:46:53,310 this is where you're going to pull out your manual because if you're doing AMD 01:46:53,310 --> 01:46:53,320 your manual because if you're doing AMD 01:46:53,320 --> 01:46:55,189 your manual because if you're doing AMD or Intel is going to be a different sort 01:46:55,189 --> 01:46:55,199 or Intel is going to be a different sort 01:46:55,199 --> 01:46:57,510 or Intel is going to be a different sort of setup so now that we have consulted 01:46:57,510 --> 01:46:57,520 of setup so now that we have consulted 01:46:57,520 --> 01:46:59,990 of setup so now that we have consulted our handy dandy instruction manual we're 01:46:59,990 --> 01:47:00,000 our handy dandy instruction manual we're 01:47:00,000 --> 01:47:03,109 our handy dandy instruction manual we're going to put our case on its back um now 01:47:03,109 --> 01:47:03,119 going to put our case on its back um now 01:47:03,119 --> 01:47:04,149 going to put our case on its back um now you'll probably notice I have all these 01:47:04,149 --> 01:47:04,159 you'll probably notice I have all these 01:47:04,159 --> 01:47:07,229 you'll probably notice I have all these cables kind of dangling they're fine 01:47:07,229 --> 01:47:07,239 cables kind of dangling they're fine 01:47:07,239 --> 01:47:08,629 cables kind of dangling they're fine maybe try not to pinch them too much but 01:47:08,629 --> 01:47:08,639 maybe try not to pinch them too much but 01:47:08,639 --> 01:47:09,870 maybe try not to pinch them too much but don't worry about it that much but you 01:47:09,870 --> 01:47:09,880 don't worry about it that much but you 01:47:09,880 --> 01:47:11,149 don't worry about it that much but you definitely want to have your case laying 01:47:11,149 --> 01:47:11,159 definitely want to have your case laying 01:47:11,159 --> 01:47:13,910 definitely want to have your case laying flat for this next step so for our am5 01:47:13,910 --> 01:47:13,920 flat for this next step so for our am5 01:47:13,920 --> 01:47:15,629 flat for this next step so for our am5 system we're going to leave the back 01:47:15,629 --> 01:47:15,639 system we're going to leave the back 01:47:15,639 --> 01:47:17,390 system we're going to leave the back plate on the CPU which is why we want to 01:47:17,390 --> 01:47:17,400 plate on the CPU which is why we want to 01:47:17,400 --> 01:47:19,310 plate on the CPU which is why we want to put the case flat down so that that 01:47:19,310 --> 01:47:19,320 put the case flat down so that that 01:47:19,320 --> 01:47:21,070 put the case flat down so that that plate doesn't come flying off but we're 01:47:21,070 --> 01:47:21,080 plate doesn't come flying off but we're 01:47:21,080 --> 01:47:22,629 plate doesn't come flying off but we're going to remove these four screws that 01:47:22,629 --> 01:47:22,639 going to remove these four screws that 01:47:22,639 --> 01:47:24,109 going to remove these four screws that hold hold down the little brackets that 01:47:24,109 --> 01:47:24,119 hold hold down the little brackets that 01:47:24,119 --> 01:47:25,589 hold hold down the little brackets that come if you're using the stock cooler 01:47:25,589 --> 01:47:25,599 come if you're using the stock cooler 01:47:25,599 --> 01:47:27,270 come if you're using the stock cooler for example so it should be pretty 01:47:27,270 --> 01:47:27,280 for example so it should be pretty 01:47:27,280 --> 01:47:29,189 for example so it should be pretty straightforward so so that's the top 01:47:29,189 --> 01:47:29,199 straightforward so so that's the top 01:47:29,199 --> 01:47:30,990 straightforward so so that's the top bracket removed which should just come 01:47:30,990 --> 01:47:31,000 bracket removed which should just come 01:47:31,000 --> 01:47:32,470 bracket removed which should just come off so you'll see that we have these two 01:47:32,470 --> 01:47:32,480 off so you'll see that we have these two 01:47:32,480 --> 01:47:33,910 off so you'll see that we have these two little mounting points here so this is 01:47:33,910 --> 01:47:33,920 little mounting points here so this is 01:47:33,920 --> 01:47:35,030 little mounting points here so this is what we're going to use for the actual 01:47:35,030 --> 01:47:35,040 what we're going to use for the actual 01:47:35,040 --> 01:47:37,270 what we're going to use for the actual cooler so that's on the back plate but 01:47:37,270 --> 01:47:37,280 cooler so that's on the back plate but 01:47:37,280 --> 01:47:39,109 cooler so that's on the back plate but once we take off these little brackets 01:47:39,109 --> 01:47:39,119 once we take off these little brackets 01:47:39,119 --> 01:47:40,629 once we take off these little brackets that back plate can fall so I'll show 01:47:40,629 --> 01:47:40,639 that back plate can fall so I'll show 01:47:40,639 --> 01:47:41,950 that back plate can fall so I'll show you what that looks like in a second but 01:47:41,950 --> 01:47:41,960 you what that looks like in a second but 01:47:41,960 --> 01:47:44,070 you what that looks like in a second but for now go ahead and remove the bottom 01:47:44,070 --> 01:47:44,080 for now go ahead and remove the bottom 01:47:44,080 --> 01:47:47,470 for now go ahead and remove the bottom screws as well um and obligatory mention 01:47:47,470 --> 01:47:47,480 screws as well um and obligatory mention 01:47:47,480 --> 01:47:48,669 screws as well um and obligatory mention that while I am following the 01:47:48,669 --> 01:47:48,679 that while I am following the 01:47:48,679 --> 01:47:50,510 that while I am following the instructions and you should as well uh 01:47:50,510 --> 01:47:50,520 instructions and you should as well uh 01:47:50,520 --> 01:47:51,750 instructions and you should as well uh this will be very different especially 01:47:51,750 --> 01:47:51,760 this will be very different especially 01:47:51,760 --> 01:47:53,310 this will be very different especially if you're using an entel C CPU that is 01:47:53,310 --> 01:47:53,320 if you're using an entel C CPU that is 01:47:53,320 --> 01:47:54,629 if you're using an entel C CPU that is going to be a completely different sort 01:47:54,629 --> 01:47:54,639 going to be a completely different sort 01:47:54,639 --> 01:47:57,070 going to be a completely different sort of setup uh the actual like cooler and 01:47:57,070 --> 01:47:57,080 of setup uh the actual like cooler and 01:47:57,080 --> 01:47:58,189 of setup uh the actual like cooler and all that kind of stuff like this all 01:47:58,189 --> 01:47:58,199 all that kind of stuff like this all 01:47:58,199 --> 01:47:59,629 all that kind of stuff like this all works the same but as far as actually 01:47:59,629 --> 01:47:59,639 works the same but as far as actually 01:47:59,639 --> 01:48:01,589 works the same but as far as actually installing it on your motherboard it is 01:48:01,589 --> 01:48:01,599 installing it on your motherboard it is 01:48:01,599 --> 01:48:03,669 installing it on your motherboard it is going to be different and every brand 01:48:03,669 --> 01:48:03,679 going to be different and every brand 01:48:03,679 --> 01:48:05,109 going to be different and every brand likes to do a little different some use 01:48:05,109 --> 01:48:05,119 likes to do a little different some use 01:48:05,119 --> 01:48:07,430 likes to do a little different some use the back plates some don't some use the 01:48:07,430 --> 01:48:07,440 the back plates some don't some use the 01:48:07,440 --> 01:48:09,270 the back plates some don't some use the mounting points 01:48:09,270 --> 01:48:09,280 mounting points 01:48:09,280 --> 01:48:11,870 mounting points it's it's just different and the thing 01:48:11,870 --> 01:48:11,880 it's it's just different and the thing 01:48:11,880 --> 01:48:12,910 it's it's just different and the thing is if you actually look at one of these 01:48:12,910 --> 01:48:12,920 is if you actually look at one of these 01:48:12,920 --> 01:48:15,310 is if you actually look at one of these manuals sorry a little bit of a tangent 01:48:15,310 --> 01:48:15,320 manuals sorry a little bit of a tangent 01:48:15,320 --> 01:48:16,830 manuals sorry a little bit of a tangent um often times what they'll do this 01:48:16,830 --> 01:48:16,840 um often times what they'll do this 01:48:16,840 --> 01:48:18,350 um often times what they'll do this one's not so bad but this one will tell 01:48:18,350 --> 01:48:18,360 one's not so bad but this one will tell 01:48:18,360 --> 01:48:20,390 one's not so bad but this one will tell you like oh here's how to install it on 01:48:20,390 --> 01:48:20,400 you like oh here's how to install it on 01:48:20,400 --> 01:48:23,229 you like oh here's how to install it on like Ancient Ancient systems too so like 01:48:23,229 --> 01:48:23,239 like Ancient Ancient systems too so like 01:48:23,239 --> 01:48:24,229 like Ancient Ancient systems too so like I said this one's a little bit more 01:48:24,229 --> 01:48:24,239 I said this one's a little bit more 01:48:24,239 --> 01:48:26,149 I said this one's a little bit more straightforward it's not huge it shows 01:48:26,149 --> 01:48:26,159 straightforward it's not huge it shows 01:48:26,159 --> 01:48:26,870 straightforward it's not huge it shows like 01:48:26,870 --> 01:48:26,880 like 01:48:26,880 --> 01:48:33,149 like 1700 uh LJ 1115 uh 115 so 1150 1151 etc 01:48:33,149 --> 01:48:33,159 1700 uh LJ 1115 uh 115 so 1150 1151 etc 01:48:33,159 --> 01:48:37,350 1700 uh LJ 1115 uh 115 so 1150 1151 etc etc um shows am4 am5 but yeah it's just 01:48:37,350 --> 01:48:37,360 etc um shows am4 am5 but yeah it's just 01:48:37,360 --> 01:48:40,470 etc um shows am4 am5 but yeah it's just there's a lot of stuff to do so now with 01:48:40,470 --> 01:48:40,480 there's a lot of stuff to do so now with 01:48:40,480 --> 01:48:42,390 there's a lot of stuff to do so now with our brackets removed it is time to 01:48:42,390 --> 01:48:42,400 our brackets removed it is time to 01:48:42,400 --> 01:48:44,669 our brackets removed it is time to actually get ready to install our CPU 01:48:44,669 --> 01:48:44,679 actually get ready to install our CPU 01:48:44,679 --> 01:48:46,149 actually get ready to install our CPU Cooler before we install it we're going 01:48:46,149 --> 01:48:46,159 Cooler before we install it we're going 01:48:46,159 --> 01:48:47,589 Cooler before we install it we're going to have to take a look at our list of 01:48:47,589 --> 01:48:47,599 to have to take a look at our list of 01:48:47,599 --> 01:48:49,310 to have to take a look at our list of hardware and find the right screws 01:48:49,310 --> 01:48:49,320 hardware and find the right screws 01:48:49,320 --> 01:48:51,030 hardware and find the right screws because you could install this on an 01:48:51,030 --> 01:48:51,040 because you could install this on an 01:48:51,040 --> 01:48:54,350 because you could install this on an Intel or AMD CPU there are a whole lot 01:48:54,350 --> 01:48:54,360 Intel or AMD CPU there are a whole lot 01:48:54,360 --> 01:48:55,750 Intel or AMD CPU there are a whole lot more bits of Hardware than you actually 01:48:55,750 --> 01:48:55,760 more bits of Hardware than you actually 01:48:55,760 --> 01:48:58,189 more bits of Hardware than you actually need so now is a great time to reference 01:48:58,189 --> 01:48:58,199 need so now is a great time to reference 01:48:58,199 --> 01:49:00,390 need so now is a great time to reference what sizes of what we're looking for so 01:49:00,390 --> 01:49:00,400 what sizes of what we're looking for so 01:49:00,400 --> 01:49:02,229 what sizes of what we're looking for so because we're using am5 this is actually 01:49:02,229 --> 01:49:02,239 because we're using am5 this is actually 01:49:02,239 --> 01:49:04,189 because we're using am5 this is actually a pretty straightforward process we just 01:49:04,189 --> 01:49:04,199 a pretty straightforward process we just 01:49:04,199 --> 01:49:06,350 a pretty straightforward process we just need to find these four little screws 01:49:06,350 --> 01:49:06,360 need to find these four little screws 01:49:06,360 --> 01:49:08,350 need to find these four little screws and we are theoretically about ready to 01:49:08,350 --> 01:49:08,360 and we are theoretically about ready to 01:49:08,360 --> 01:49:10,310 and we are theoretically about ready to begin now before I actually install 01:49:10,310 --> 01:49:10,320 begin now before I actually install 01:49:10,320 --> 01:49:11,430 begin now before I actually install these I'm going to come back over to our 01:49:11,430 --> 01:49:11,440 these I'm going to come back over to our 01:49:11,440 --> 01:49:13,390 these I'm going to come back over to our cooler now as far as where you put the 01:49:13,390 --> 01:49:13,400 cooler now as far as where you put the 01:49:13,400 --> 01:49:15,070 cooler now as far as where you put the radiator there's no like best spot for 01:49:15,070 --> 01:49:15,080 radiator there's no like best spot for 01:49:15,080 --> 01:49:16,510 radiator there's no like best spot for it right now just kind of tuck it off to 01:49:16,510 --> 01:49:16,520 it right now just kind of tuck it off to 01:49:16,520 --> 01:49:18,149 it right now just kind of tuck it off to the side because we're going to need to 01:49:18,149 --> 01:49:18,159 the side because we're going to need to 01:49:18,159 --> 01:49:19,950 the side because we're going to need to make sure we actually have it mounted so 01:49:19,950 --> 01:49:19,960 make sure we actually have it mounted so 01:49:19,960 --> 01:49:21,350 make sure we actually have it mounted so again referring to our instruction 01:49:21,350 --> 01:49:21,360 again referring to our instruction 01:49:21,360 --> 01:49:23,109 again referring to our instruction manual it actually tells us the optimal 01:49:23,109 --> 01:49:23,119 manual it actually tells us the optimal 01:49:23,119 --> 01:49:25,430 manual it actually tells us the optimal way to mount the hoses for the best 01:49:25,430 --> 01:49:25,440 way to mount the hoses for the best 01:49:25,440 --> 01:49:27,310 way to mount the hoses for the best water flow or liquid flow so we going 01:49:27,310 --> 01:49:27,320 water flow or liquid flow so we going 01:49:27,320 --> 01:49:29,350 water flow or liquid flow so we going just kind of generally put this in place 01:49:29,350 --> 01:49:29,360 just kind of generally put this in place 01:49:29,360 --> 01:49:31,350 just kind of generally put this in place put it in a little bit of an angle now 01:49:31,350 --> 01:49:31,360 put it in a little bit of an angle now 01:49:31,360 --> 01:49:32,750 put it in a little bit of an angle now I'm not actually mounting it yet all I'm 01:49:32,750 --> 01:49:32,760 I'm not actually mounting it yet all I'm 01:49:32,760 --> 01:49:34,030 I'm not actually mounting it yet all I'm doing is just kind of putting it roughly 01:49:34,030 --> 01:49:34,040 doing is just kind of putting it roughly 01:49:34,040 --> 01:49:35,629 doing is just kind of putting it roughly where it's going to be uh when you're 01:49:35,629 --> 01:49:35,639 where it's going to be uh when you're 01:49:35,639 --> 01:49:37,229 where it's going to be uh when you're installing things in a computer it's 01:49:37,229 --> 01:49:37,239 installing things in a computer it's 01:49:37,239 --> 01:49:38,870 installing things in a computer it's usually good idea to IDI check yourself 01:49:38,870 --> 01:49:38,880 usually good idea to IDI check yourself 01:49:38,880 --> 01:49:41,149 usually good idea to IDI check yourself on a regular basis so I'm going to put 01:49:41,149 --> 01:49:41,159 on a regular basis so I'm going to put 01:49:41,159 --> 01:49:42,910 on a regular basis so I'm going to put it roughly where it's going to be again 01:49:42,910 --> 01:49:42,920 it roughly where it's going to be again 01:49:42,920 --> 01:49:44,629 it roughly where it's going to be again doesn't have to be perfect and then 01:49:44,629 --> 01:49:44,639 doesn't have to be perfect and then 01:49:44,639 --> 01:49:46,310 doesn't have to be perfect and then we're going to start rotating this 01:49:46,310 --> 01:49:46,320 we're going to start rotating this 01:49:46,320 --> 01:49:47,950 we're going to start rotating this around so this specifically says I 01:49:47,950 --> 01:49:47,960 around so this specifically says I 01:49:47,960 --> 01:49:49,510 around so this specifically says I should put my tubes on the bottom for 01:49:49,510 --> 01:49:49,520 should put my tubes on the bottom for 01:49:49,520 --> 01:49:51,149 should put my tubes on the bottom for the best performance which actually 01:49:51,149 --> 01:49:51,159 the best performance which actually 01:49:51,159 --> 01:49:52,950 the best performance which actually makes it fairly straightforward so you 01:49:52,950 --> 01:49:52,960 makes it fairly straightforward so you 01:49:52,960 --> 01:49:55,149 makes it fairly straightforward so you can imagine what will happen is it will 01:49:55,149 --> 01:49:55,159 can imagine what will happen is it will 01:49:55,159 --> 01:49:57,510 can imagine what will happen is it will be mounted something like this and then 01:49:57,510 --> 01:49:57,520 be mounted something like this and then 01:49:57,520 --> 01:49:59,430 be mounted something like this and then uh that looks pretty accurate now that 01:49:59,430 --> 01:49:59,440 uh that looks pretty accurate now that 01:49:59,440 --> 01:50:00,870 uh that looks pretty accurate now that we have idiot checked ourselves to make 01:50:00,870 --> 01:50:00,880 we have idiot checked ourselves to make 01:50:00,880 --> 01:50:03,470 we have idiot checked ourselves to make sure that the cooler should fit and it 01:50:03,470 --> 01:50:03,480 sure that the cooler should fit and it 01:50:03,480 --> 01:50:05,390 sure that the cooler should fit and it clearly fits in the top of the chassis 01:50:05,390 --> 01:50:05,400 clearly fits in the top of the chassis 01:50:05,400 --> 01:50:07,229 clearly fits in the top of the chassis it is time to actually install it for 01:50:07,229 --> 01:50:07,239 it is time to actually install it for 01:50:07,239 --> 01:50:08,390 it is time to actually install it for this system I'm going to use their 01:50:08,390 --> 01:50:08,400 this system I'm going to use their 01:50:08,400 --> 01:50:09,709 this system I'm going to use their pre-applied thermal paste which I'm sure 01:50:09,709 --> 01:50:09,719 pre-applied thermal paste which I'm sure 01:50:09,719 --> 01:50:11,709 pre-applied thermal paste which I'm sure is very high quality but on the very 01:50:11,709 --> 01:50:11,719 is very high quality but on the very 01:50:11,719 --> 01:50:13,589 is very high quality but on the very likely opportunity that you do not have 01:50:13,589 --> 01:50:13,599 likely opportunity that you do not have 01:50:13,599 --> 01:50:15,310 likely opportunity that you do not have this already ready to go I will show you 01:50:15,310 --> 01:50:15,320 this already ready to go I will show you 01:50:15,320 --> 01:50:16,790 this already ready to go I will show you how to install thermal paste on your 01:50:16,790 --> 01:50:16,800 how to install thermal paste on your 01:50:16,800 --> 01:50:18,350 how to install thermal paste on your system so want to carefully put this off 01:50:18,350 --> 01:50:18,360 system so want to carefully put this off 01:50:18,360 --> 01:50:20,030 system so want to carefully put this off to the side and I will show you what it 01:50:20,030 --> 01:50:20,040 to the side and I will show you what it 01:50:20,040 --> 01:50:22,430 to the side and I will show you what it looks like to put that on your CPU there 01:50:22,430 --> 01:50:22,440 looks like to put that on your CPU there 01:50:22,440 --> 01:50:24,790 looks like to put that on your CPU there is a large amount of debate on the best 01:50:24,790 --> 01:50:24,800 is a large amount of debate on the best 01:50:24,800 --> 01:50:27,270 is a large amount of debate on the best way to install your thermal paste so the 01:50:27,270 --> 01:50:27,280 way to install your thermal paste so the 01:50:27,280 --> 01:50:28,830 way to install your thermal paste so the old school method was just like a little 01:50:28,830 --> 01:50:28,840 old school method was just like a little 01:50:28,840 --> 01:50:31,030 old school method was just like a little like grain of rice on the middle I did 01:50:31,030 --> 01:50:31,040 like grain of rice on the middle I did 01:50:31,040 --> 01:50:33,709 like grain of rice on the middle I did that for many years but newer CPUs tend 01:50:33,709 --> 01:50:33,719 that for many years but newer CPUs tend 01:50:33,719 --> 01:50:35,950 that for many years but newer CPUs tend to be a little bit larger especially in 01:50:35,950 --> 01:50:35,960 to be a little bit larger especially in 01:50:35,960 --> 01:50:38,430 to be a little bit larger especially in this case of Intel chips and you also 01:50:38,430 --> 01:50:38,440 this case of Intel chips and you also 01:50:38,440 --> 01:50:39,990 this case of Intel chips and you also can have a little bit more of like a hot 01:50:39,990 --> 01:50:40,000 can have a little bit more of like a hot 01:50:40,000 --> 01:50:41,229 can have a little bit more of like a hot spot kind of thing so what I'm going to 01:50:41,229 --> 01:50:41,239 spot kind of thing so what I'm going to 01:50:41,239 --> 01:50:43,669 spot kind of thing so what I'm going to do is I'm going to do my four corners 01:50:43,669 --> 01:50:43,679 do is I'm going to do my four corners 01:50:43,679 --> 01:50:46,390 do is I'm going to do my four corners plus the center I don't have a fancier 01:50:46,390 --> 01:50:46,400 plus the center I don't have a fancier 01:50:46,400 --> 01:50:48,870 plus the center I don't have a fancier name so with your tube of theral paste 01:50:48,870 --> 01:50:48,880 name so with your tube of theral paste 01:50:48,880 --> 01:50:50,950 name so with your tube of theral paste which will almost always come with your 01:50:50,950 --> 01:50:50,960 which will almost always come with your 01:50:50,960 --> 01:50:52,790 which will almost always come with your CPU Cooler it's not the world's best 01:50:52,790 --> 01:50:52,800 CPU Cooler it's not the world's best 01:50:52,800 --> 01:50:54,270 CPU Cooler it's not the world's best stuff but honestly it's totally fine 01:50:54,270 --> 01:50:54,280 stuff but honestly it's totally fine 01:50:54,280 --> 01:50:54,990 stuff but honestly it's totally fine what we're going to do is we're going to 01:50:54,990 --> 01:50:55,000 what we're going to do is we're going to 01:50:55,000 --> 01:50:58,149 what we're going to do is we're going to put a little bit on the top left and I'm 01:50:58,149 --> 01:50:58,159 put a little bit on the top left and I'm 01:50:58,159 --> 01:50:59,470 put a little bit on the top left and I'm taking a little bit right you don't go 01:50:59,470 --> 01:50:59,480 taking a little bit right you don't go 01:50:59,480 --> 01:51:02,629 taking a little bit right you don't go crazy with the stuff top right bottom 01:51:02,629 --> 01:51:02,639 crazy with the stuff top right bottom 01:51:02,639 --> 01:51:05,390 crazy with the stuff top right bottom right bottom left and then maybe a 01:51:05,390 --> 01:51:05,400 right bottom left and then maybe a 01:51:05,400 --> 01:51:07,189 right bottom left and then maybe a little bit more in the middle you should 01:51:07,189 --> 01:51:07,199 little bit more in the middle you should 01:51:07,199 --> 01:51:09,350 little bit more in the middle you should use a little bit more than a little bit 01:51:09,350 --> 01:51:09,360 use a little bit more than a little bit 01:51:09,360 --> 01:51:12,030 use a little bit more than a little bit less um so this tube should do multiple 01:51:12,030 --> 01:51:12,040 less um so this tube should do multiple 01:51:12,040 --> 01:51:13,870 less um so this tube should do multiple uh applications so you don't want to 01:51:13,870 --> 01:51:13,880 uh applications so you don't want to 01:51:13,880 --> 01:51:15,470 uh applications so you don't want to make this thing go goopy all over the 01:51:15,470 --> 01:51:15,480 make this thing go goopy all over the 01:51:15,480 --> 01:51:16,510 make this thing go goopy all over the place like some people will just 01:51:16,510 --> 01:51:16,520 place like some people will just 01:51:16,520 --> 01:51:18,510 place like some people will just absolutely unloaded if Mr Easter has 01:51:18,510 --> 01:51:18,520 absolutely unloaded if Mr Easter has 01:51:18,520 --> 01:51:20,470 absolutely unloaded if Mr Easter has taught me anything the little extra past 01:51:20,470 --> 01:51:20,480 taught me anything the little extra past 01:51:20,480 --> 01:51:23,109 taught me anything the little extra past never hurt anybody but it is a pain to 01:51:23,109 --> 01:51:23,119 never hurt anybody but it is a pain to 01:51:23,119 --> 01:51:25,189 never hurt anybody but it is a pain to clean up when you want to replace your 01:51:25,189 --> 01:51:25,199 clean up when you want to replace your 01:51:25,199 --> 01:51:26,589 clean up when you want to replace your CPU Cooler or something and I will 01:51:26,589 --> 01:51:26,599 CPU Cooler or something and I will 01:51:26,599 --> 01:51:27,990 CPU Cooler or something and I will actually mention that so obviously this 01:51:27,990 --> 01:51:28,000 actually mention that so obviously this 01:51:28,000 --> 01:51:30,870 actually mention that so obviously this is like our first time installation now 01:51:30,870 --> 01:51:30,880 is like our first time installation now 01:51:30,880 --> 01:51:32,830 is like our first time installation now if this was say my second or third time 01:51:32,830 --> 01:51:32,840 if this was say my second or third time 01:51:32,840 --> 01:51:34,430 if this was say my second or third time you want to replace that thermal paste 01:51:34,430 --> 01:51:34,440 you want to replace that thermal paste 01:51:34,440 --> 01:51:36,950 you want to replace that thermal paste every time so 6 months from now I want 01:51:36,950 --> 01:51:36,960 every time so 6 months from now I want 01:51:36,960 --> 01:51:38,910 every time so 6 months from now I want to take my cooler off to swap the CPU or 01:51:38,910 --> 01:51:38,920 to take my cooler off to swap the CPU or 01:51:38,920 --> 01:51:40,550 to take my cooler off to swap the CPU or whatever you want to completely clean 01:51:40,550 --> 01:51:40,560 whatever you want to completely clean 01:51:40,560 --> 01:51:43,149 whatever you want to completely clean off both the actual uh block or whether 01:51:43,149 --> 01:51:43,159 off both the actual uh block or whether 01:51:43,159 --> 01:51:45,109 off both the actual uh block or whether it's the CPU Cooler for liquid or air 01:51:45,109 --> 01:51:45,119 it's the CPU Cooler for liquid or air 01:51:45,119 --> 01:51:46,149 it's the CPU Cooler for liquid or air whatever the case is you want to clean 01:51:46,149 --> 01:51:46,159 whatever the case is you want to clean 01:51:46,159 --> 01:51:47,629 whatever the case is you want to clean off all the ethernal paste off of this 01:51:47,629 --> 01:51:47,639 off all the ethernal paste off of this 01:51:47,639 --> 01:51:49,390 off all the ethernal paste off of this guy and off of your CPU before you 01:51:49,390 --> 01:51:49,400 guy and off of your CPU before you 01:51:49,400 --> 01:51:51,390 guy and off of your CPU before you install a new one um but for these 01:51:51,390 --> 01:51:51,400 install a new one um but for these 01:51:51,400 --> 01:51:52,669 install a new one um but for these purposes I'm actually going to wipe off 01:51:52,669 --> 01:51:52,679 purposes I'm actually going to wipe off 01:51:52,679 --> 01:51:54,189 purposes I'm actually going to wipe off what I just did because again we've got 01:51:54,189 --> 01:51:54,199 what I just did because again we've got 01:51:54,199 --> 01:51:55,950 what I just did because again we've got the theral paste on here and there's no 01:51:55,950 --> 01:51:55,960 the theral paste on here and there's no 01:51:55,960 --> 01:51:57,669 the theral paste on here and there's no reason to not use it so I'm going to go 01:51:57,669 --> 01:51:57,679 reason to not use it so I'm going to go 01:51:57,679 --> 01:51:58,990 reason to not use it so I'm going to go ahead just actually remove that thermal 01:51:58,990 --> 01:51:59,000 ahead just actually remove that thermal 01:51:59,000 --> 01:52:00,750 ahead just actually remove that thermal paste because the theral paste it's 01:52:00,750 --> 01:52:00,760 paste because the theral paste it's 01:52:00,760 --> 01:52:02,790 paste because the theral paste it's already on there should be totally fine 01:52:02,790 --> 01:52:02,800 already on there should be totally fine 01:52:02,800 --> 01:52:04,229 already on there should be totally fine um there are different ways of doing 01:52:04,229 --> 01:52:04,239 um there are different ways of doing 01:52:04,239 --> 01:52:06,709 um there are different ways of doing this I am a fan of the paper towel 01:52:06,709 --> 01:52:06,719 this I am a fan of the paper towel 01:52:06,719 --> 01:52:08,229 this I am a fan of the paper towel method the only downside is it tends to 01:52:08,229 --> 01:52:08,239 method the only downside is it tends to 01:52:08,239 --> 01:52:10,470 method the only downside is it tends to leave a little bit of like paper towel 01:52:10,470 --> 01:52:10,480 leave a little bit of like paper towel 01:52:10,480 --> 01:52:13,390 leave a little bit of like paper towel stuff so um make sure to get it thorough 01:52:13,390 --> 01:52:13,400 stuff so um make sure to get it thorough 01:52:13,400 --> 01:52:14,350 stuff so um make sure to get it thorough you also may want to use a little bit of 01:52:14,350 --> 01:52:14,360 you also may want to use a little bit of 01:52:14,360 --> 01:52:15,709 you also may want to use a little bit of rubbing alcohol I'm actually not going 01:52:15,709 --> 01:52:15,719 rubbing alcohol I'm actually not going 01:52:15,719 --> 01:52:17,229 rubbing alcohol I'm actually not going to do that though because I just applied 01:52:17,229 --> 01:52:17,239 to do that though because I just applied 01:52:17,239 --> 01:52:18,550 to do that though because I just applied this thermal paste it should just come 01:52:18,550 --> 01:52:18,560 this thermal paste it should just come 01:52:18,560 --> 01:52:23,870 this thermal paste it should just come up pretty easy one two 01:52:23,870 --> 01:52:23,880 up pretty easy one two 01:52:23,880 --> 01:52:26,069 up pretty easy one two three and move my tap paper towel a 01:52:26,069 --> 01:52:26,079 three and move my tap paper towel a 01:52:26,079 --> 01:52:28,669 three and move my tap paper towel a little bit four and five and I got 01:52:28,669 --> 01:52:28,679 little bit four and five and I got 01:52:28,679 --> 01:52:30,189 little bit four and five and I got almost all of it out and now we use just 01:52:30,189 --> 01:52:30,199 almost all of it out and now we use just 01:52:30,199 --> 01:52:32,069 almost all of it out and now we use just a little bit of alcohol to remove it so 01:52:32,069 --> 01:52:32,079 a little bit of alcohol to remove it so 01:52:32,079 --> 01:52:33,189 a little bit of alcohol to remove it so again if this is your first time 01:52:33,189 --> 01:52:33,199 again if this is your first time 01:52:33,199 --> 01:52:34,350 again if this is your first time building a PC you don't have to worry 01:52:34,350 --> 01:52:34,360 building a PC you don't have to worry 01:52:34,360 --> 01:52:35,629 building a PC you don't have to worry about this until you do it a little bit 01:52:35,629 --> 01:52:35,639 about this until you do it a little bit 01:52:35,639 --> 01:52:38,510 about this until you do it a little bit later but just a little little bit of 01:52:38,510 --> 01:52:38,520 later but just a little little bit of 01:52:38,520 --> 01:52:40,990 later but just a little little bit of alcohol should do the trick again just 01:52:40,990 --> 01:52:41,000 alcohol should do the trick again just 01:52:41,000 --> 01:52:42,149 alcohol should do the trick again just if you're using a paper towel or 01:52:42,149 --> 01:52:42,159 if you're using a paper towel or 01:52:42,159 --> 01:52:42,950 if you're using a paper towel or something like that just make sure 01:52:42,950 --> 01:52:42,960 something like that just make sure 01:52:42,960 --> 01:52:44,669 something like that just make sure you're not rubbing it too much and you 01:52:44,669 --> 01:52:44,679 you're not rubbing it too much and you 01:52:44,679 --> 01:52:45,709 you're not rubbing it too much and you know it's going to make a mess 01:52:45,709 --> 01:52:45,719 know it's going to make a mess 01:52:45,719 --> 01:52:47,470 know it's going to make a mess everywhere but just a little bit of 01:52:47,470 --> 01:52:47,480 everywhere but just a little bit of 01:52:47,480 --> 01:52:50,870 everywhere but just a little bit of circular motion and that is a clean CPU 01:52:50,870 --> 01:52:50,880 circular motion and that is a clean CPU 01:52:50,880 --> 01:52:53,910 circular motion and that is a clean CPU so now let us install our CPU Cooler so 01:52:53,910 --> 01:52:53,920 so now let us install our CPU Cooler so 01:52:53,920 --> 01:52:55,390 so now let us install our CPU Cooler so the first step is to remove those 01:52:55,390 --> 01:52:55,400 the first step is to remove those 01:52:55,400 --> 01:52:56,870 the first step is to remove those brackets that are already there for this 01:52:56,870 --> 01:52:56,880 brackets that are already there for this 01:52:56,880 --> 01:52:58,270 brackets that are already there for this L Le we actually want to hold on to 01:52:58,270 --> 01:52:58,280 L Le we actually want to hold on to 01:52:58,280 --> 01:52:59,470 L Le we actually want to hold on to those screws because we're going to 01:52:59,470 --> 01:52:59,480 those screws because we're going to 01:52:59,480 --> 01:53:00,990 those screws because we're going to reuse them and then we're going to take 01:53:00,990 --> 01:53:01,000 reuse them and then we're going to take 01:53:01,000 --> 01:53:02,550 reuse them and then we're going to take the brackets that it comes with which 01:53:02,550 --> 01:53:02,560 the brackets that it comes with which 01:53:02,560 --> 01:53:04,910 the brackets that it comes with which have a little CPU on it so it says CPU 01:53:04,910 --> 01:53:04,920 have a little CPU on it so it says CPU 01:53:04,920 --> 01:53:06,510 have a little CPU on it so it says CPU and the arrow just to show you which 01:53:06,510 --> 01:53:06,520 and the arrow just to show you which 01:53:06,520 --> 01:53:08,030 and the arrow just to show you which direction they're going to go on so 01:53:08,030 --> 01:53:08,040 direction they're going to go on so 01:53:08,040 --> 01:53:09,109 direction they're going to go on so we're going to take this and put it on 01:53:09,109 --> 01:53:09,119 we're going to take this and put it on 01:53:09,119 --> 01:53:12,830 we're going to take this and put it on the top and I put another one on the 01:53:12,830 --> 01:53:12,840 the top and I put another one on the 01:53:12,840 --> 01:53:14,830 the top and I put another one on the bottom and then what I'm going to do is 01:53:14,830 --> 01:53:14,840 bottom and then what I'm going to do is 01:53:14,840 --> 01:53:16,149 bottom and then what I'm going to do is I'm going to reuse those four screws 01:53:16,149 --> 01:53:16,159 I'm going to reuse those four screws 01:53:16,159 --> 01:53:17,950 I'm going to reuse those four screws that came off of the brackets that 01:53:17,950 --> 01:53:17,960 that came off of the brackets that 01:53:17,960 --> 01:53:19,390 that came off of the brackets that originally came with it we're going to 01:53:19,390 --> 01:53:19,400 originally came with it we're going to 01:53:19,400 --> 01:53:21,470 originally came with it we're going to install those and like always we're 01:53:21,470 --> 01:53:21,480 install those and like always we're 01:53:21,480 --> 01:53:23,950 install those and like always we're going to do these about 2/3 tight or so 01:53:23,950 --> 01:53:23,960 going to do these about 2/3 tight or so 01:53:23,960 --> 01:53:25,350 going to do these about 2/3 tight or so make sure it's fully seated and then we 01:53:25,350 --> 01:53:25,360 make sure it's fully seated and then we 01:53:25,360 --> 01:53:27,310 make sure it's fully seated and then we will crank it all the way down this is a 01:53:27,310 --> 01:53:27,320 will crank it all the way down this is a 01:53:27,320 --> 01:53:28,950 will crank it all the way down this is a thing you want to put a little bit of 01:53:28,950 --> 01:53:28,960 thing you want to put a little bit of 01:53:28,960 --> 01:53:30,510 thing you want to put a little bit of pressure on to make sure that it is 01:53:30,510 --> 01:53:30,520 pressure on to make sure that it is 01:53:30,520 --> 01:53:33,830 pressure on to make sure that it is firmly attached I will say this is uh 01:53:33,830 --> 01:53:33,840 firmly attached I will say this is uh 01:53:33,840 --> 01:53:35,430 firmly attached I will say this is uh out of all the coolers you could use one 01:53:35,430 --> 01:53:35,440 out of all the coolers you could use one 01:53:35,440 --> 01:53:38,550 out of all the coolers you could use one of the easiest I have ever seen um it's 01:53:38,550 --> 01:53:38,560 of the easiest I have ever seen um it's 01:53:38,560 --> 01:53:40,910 of the easiest I have ever seen um it's very clean and easy to understand 01:53:40,910 --> 01:53:40,920 very clean and easy to understand 01:53:40,920 --> 01:53:43,470 very clean and easy to understand instructions uh you've got yourself a 01:53:43,470 --> 01:53:43,480 instructions uh you've got yourself a 01:53:43,480 --> 01:53:45,229 instructions uh you've got yourself a lot of things that are already done for 01:53:45,229 --> 01:53:45,239 lot of things that are already done for 01:53:45,239 --> 01:53:46,750 lot of things that are already done for you which makes sense cuz this is quite 01:53:46,750 --> 01:53:46,760 you which makes sense cuz this is quite 01:53:46,760 --> 01:53:48,589 you which makes sense cuz this is quite an expensive cooler but you got the 01:53:48,589 --> 01:53:48,599 an expensive cooler but you got the 01:53:48,599 --> 01:53:50,270 an expensive cooler but you got the fancy UNIF fans like this thing is going 01:53:50,270 --> 01:53:50,280 fancy UNIF fans like this thing is going 01:53:50,280 --> 01:53:51,790 fancy UNIF fans like this thing is going to look sick when we actually get it up 01:53:51,790 --> 01:53:51,800 to look sick when we actually get it up 01:53:51,800 --> 01:53:53,589 to look sick when we actually get it up and running never tighten anything down 01:53:53,589 --> 01:53:53,599 and running never tighten anything down 01:53:53,599 --> 01:53:55,430 and running never tighten anything down all the way the first try come back go 01:53:55,430 --> 01:53:55,440 all the way the first try come back go 01:53:55,440 --> 01:53:57,589 all the way the first try come back go back and forth time or two and that is 01:53:57,589 --> 01:53:57,599 back and forth time or two and that is 01:53:57,599 --> 01:54:01,109 back and forth time or two and that is on there pretty firmly okay now it is 01:54:01,109 --> 01:54:01,119 on there pretty firmly okay now it is 01:54:01,119 --> 01:54:02,870 on there pretty firmly okay now it is time to put a radiator roughly back in 01:54:02,870 --> 01:54:02,880 time to put a radiator roughly back in 01:54:02,880 --> 01:54:03,950 time to put a radiator roughly back in place so it's not going to get in our 01:54:03,950 --> 01:54:03,960 place so it's not going to get in our 01:54:03,960 --> 01:54:05,790 place so it's not going to get in our way that's the only downside when it 01:54:05,790 --> 01:54:05,800 way that's the only downside when it 01:54:05,800 --> 01:54:08,149 way that's the only downside when it comes to a 360 mil radiator it looks 01:54:08,149 --> 01:54:08,159 comes to a 360 mil radiator it looks 01:54:08,159 --> 01:54:09,629 comes to a 360 mil radiator it looks really good like it's going to fill out 01:54:09,629 --> 01:54:09,639 really good like it's going to fill out 01:54:09,639 --> 01:54:11,910 really good like it's going to fill out all of the fan slots on the top but it's 01:54:11,910 --> 01:54:11,920 all of the fan slots on the top but it's 01:54:11,920 --> 01:54:14,470 all of the fan slots on the top but it's big and it is it fits but it's like not 01:54:14,470 --> 01:54:14,480 big and it is it fits but it's like not 01:54:14,480 --> 01:54:18,229 big and it is it fits but it's like not super easy to work with okay so when it 01:54:18,229 --> 01:54:18,239 super easy to work with okay so when it 01:54:18,239 --> 01:54:19,709 super easy to work with okay so when it comes to actually installing this it's 01:54:19,709 --> 01:54:19,719 comes to actually installing this it's 01:54:19,719 --> 01:54:21,709 comes to actually installing this it's very simple but because I have thermal 01:54:21,709 --> 01:54:21,719 very simple but because I have thermal 01:54:21,719 --> 01:54:23,310 very simple but because I have thermal paste on here here normally you would 01:54:23,310 --> 01:54:23,320 paste on here here normally you would 01:54:23,320 --> 01:54:24,629 paste on here here normally you would have thermal paste on your CPU like I 01:54:24,629 --> 01:54:24,639 have thermal paste on your CPU like I 01:54:24,639 --> 01:54:25,790 have thermal paste on your CPU like I showed you but because we have thermal 01:54:25,790 --> 01:54:25,800 showed you but because we have thermal 01:54:25,800 --> 01:54:28,390 showed you but because we have thermal paste here once you apply it you don't 01:54:28,390 --> 01:54:28,400 paste here once you apply it you don't 01:54:28,400 --> 01:54:30,750 paste here once you apply it you don't want to move it if you wiggle around a 01:54:30,750 --> 01:54:30,760 want to move it if you wiggle around a 01:54:30,760 --> 01:54:32,510 want to move it if you wiggle around a little bit that's fine you have to seat 01:54:32,510 --> 01:54:32,520 little bit that's fine you have to seat 01:54:32,520 --> 01:54:34,109 little bit that's fine you have to seat it and unseated a time or two the theral 01:54:34,109 --> 01:54:34,119 it and unseated a time or two the theral 01:54:34,119 --> 01:54:35,629 it and unseated a time or two the theral paste is not going to stick as well so 01:54:35,629 --> 01:54:35,639 paste is not going to stick as well so 01:54:35,639 --> 01:54:37,149 paste is not going to stick as well so you're going to cleanly try to install 01:54:37,149 --> 01:54:37,159 you're going to cleanly try to install 01:54:37,159 --> 01:54:39,149 you're going to cleanly try to install this in one shot so you'll see here that 01:54:39,149 --> 01:54:39,159 this in one shot so you'll see here that 01:54:39,159 --> 01:54:40,550 this in one shot so you'll see here that with this bracket we have four little 01:54:40,550 --> 01:54:40,560 with this bracket we have four little 01:54:40,560 --> 01:54:42,990 with this bracket we have four little pegs so one two three four and that is 01:54:42,990 --> 01:54:43,000 pegs so one two three four and that is 01:54:43,000 --> 01:54:44,550 pegs so one two three four and that is going to correspond with these holes so 01:54:44,550 --> 01:54:44,560 going to correspond with these holes so 01:54:44,560 --> 01:54:45,950 going to correspond with these holes so what we'll do is we'll line it up again 01:54:45,950 --> 01:54:45,960 what we'll do is we'll line it up again 01:54:45,960 --> 01:54:47,629 what we'll do is we'll line it up again because the instructions told us so we 01:54:47,629 --> 01:54:47,639 because the instructions told us so we 01:54:47,639 --> 01:54:49,790 because the instructions told us so we want to leave our tubes on the bottom 01:54:49,790 --> 01:54:49,800 want to leave our tubes on the bottom 01:54:49,800 --> 01:54:51,830 want to leave our tubes on the bottom going to line up with our CPU we're 01:54:51,830 --> 01:54:51,840 going to line up with our CPU we're 01:54:51,840 --> 01:54:53,470 going to line up with our CPU we're going to firm normally press it down 01:54:53,470 --> 01:54:53,480 going to firm normally press it down 01:54:53,480 --> 01:54:56,189 going to firm normally press it down into place now with one hand on it we're 01:54:56,189 --> 01:54:56,199 into place now with one hand on it we're 01:54:56,199 --> 01:54:59,189 into place now with one hand on it we're going to find our little screws and 01:54:59,189 --> 01:54:59,199 going to find our little screws and 01:54:59,199 --> 01:55:00,750 going to find our little screws and we're going to do these fingertight so 01:55:00,750 --> 01:55:00,760 we're going to do these fingertight so 01:55:00,760 --> 01:55:02,390 we're going to do these fingertight so I'm going to line up on the top left 01:55:02,390 --> 01:55:02,400 I'm going to line up on the top left 01:55:02,400 --> 01:55:03,790 I'm going to line up on the top left apologize if you can't see this too well 01:55:03,790 --> 01:55:03,800 apologize if you can't see this too well 01:55:03,800 --> 01:55:06,109 apologize if you can't see this too well but I'm committed now so I can't stop so 01:55:06,109 --> 01:55:06,119 but I'm committed now so I can't stop so 01:55:06,119 --> 01:55:07,310 but I'm committed now so I can't stop so I'm just going to get that finger tight 01:55:07,310 --> 01:55:07,320 I'm just going to get that finger tight 01:55:07,320 --> 01:55:08,830 I'm just going to get that finger tight don't worry about getting it uh like all 01:55:08,830 --> 01:55:08,840 don't worry about getting it uh like all 01:55:08,840 --> 01:55:09,990 don't worry about getting it uh like all the way on or anything but just kind of 01:55:09,990 --> 01:55:10,000 the way on or anything but just kind of 01:55:10,000 --> 01:55:12,109 the way on or anything but just kind of get it started should be good grab one 01:55:12,109 --> 01:55:12,119 get it started should be good grab one 01:55:12,119 --> 01:55:13,750 get it started should be good grab one more of those and like always we're 01:55:13,750 --> 01:55:13,760 more of those and like always we're 01:55:13,760 --> 01:55:15,109 more of those and like always we're going to use a cross pattern so I'm 01:55:15,109 --> 01:55:15,119 going to use a cross pattern so I'm 01:55:15,119 --> 01:55:17,270 going to use a cross pattern so I'm going to reach over to the bottom left 01:55:17,270 --> 01:55:17,280 going to reach over to the bottom left 01:55:17,280 --> 01:55:19,510 going to reach over to the bottom left and I will tell you if there is one area 01:55:19,510 --> 01:55:19,520 and I will tell you if there is one area 01:55:19,520 --> 01:55:20,910 and I will tell you if there is one area on this whole PC that you should listen 01:55:20,910 --> 01:55:20,920 on this whole PC that you should listen 01:55:20,920 --> 01:55:22,790 on this whole PC that you should listen to me when it comes to using a cross 01:55:22,790 --> 01:55:22,800 to me when it comes to using a cross 01:55:22,800 --> 01:55:25,109 to me when it comes to using a cross pattern it is a CPU Cooler so what's 01:55:25,109 --> 01:55:25,119 pattern it is a CPU Cooler so what's 01:55:25,119 --> 01:55:26,550 pattern it is a CPU Cooler so what's happening once you've got finger tight 01:55:26,550 --> 01:55:26,560 happening once you've got finger tight 01:55:26,560 --> 01:55:28,229 happening once you've got finger tight on two You Can Let Go what's happening 01:55:28,229 --> 01:55:28,239 on two You Can Let Go what's happening 01:55:28,239 --> 01:55:30,069 on two You Can Let Go what's happening is is that as you tighten down each of 01:55:30,069 --> 01:55:30,079 is is that as you tighten down each of 01:55:30,079 --> 01:55:32,189 is is that as you tighten down each of the corners it is sort of pushing that 01:55:32,189 --> 01:55:32,199 the corners it is sort of pushing that 01:55:32,199 --> 01:55:34,870 the corners it is sort of pushing that thermal paste and your cooler down onto 01:55:34,870 --> 01:55:34,880 thermal paste and your cooler down onto 01:55:34,880 --> 01:55:37,350 thermal paste and your cooler down onto the CPU this is really important you 01:55:37,350 --> 01:55:37,360 the CPU this is really important you 01:55:37,360 --> 01:55:39,109 the CPU this is really important you want to make sure that that is making as 01:55:39,109 --> 01:55:39,119 want to make sure that that is making as 01:55:39,119 --> 01:55:42,030 want to make sure that that is making as good of a bit of contact as possible not 01:55:42,030 --> 01:55:42,040 good of a bit of contact as possible not 01:55:42,040 --> 01:55:43,270 good of a bit of contact as possible not is going to help to spread that thermal 01:55:43,270 --> 01:55:43,280 is going to help to spread that thermal 01:55:43,280 --> 01:55:45,589 is going to help to spread that thermal paste out but importantly it will make a 01:55:45,589 --> 01:55:45,599 paste out but importantly it will make a 01:55:45,599 --> 01:55:47,790 paste out but importantly it will make a very significant difference to the level 01:55:47,790 --> 01:55:47,800 very significant difference to the level 01:55:47,800 --> 01:55:50,069 very significant difference to the level of performance that you get like if you 01:55:50,069 --> 01:55:50,079 of performance that you get like if you 01:55:50,079 --> 01:55:51,950 of performance that you get like if you say tighten one side down the other side 01:55:51,950 --> 01:55:51,960 say tighten one side down the other side 01:55:51,960 --> 01:55:53,629 say tighten one side down the other side it be like completely like squished on 01:55:53,629 --> 01:55:53,639 it be like completely like squished on 01:55:53,639 --> 01:55:55,069 it be like completely like squished on one side and you may be only touching 01:55:55,069 --> 01:55:55,079 one side and you may be only touching 01:55:55,079 --> 01:55:57,629 one side and you may be only touching like half of your CPU or something so do 01:55:57,629 --> 01:55:57,639 like half of your CPU or something so do 01:55:57,639 --> 01:55:59,189 like half of your CPU or something so do one then the other then the other the 01:55:59,189 --> 01:55:59,199 one then the other then the other the 01:55:59,199 --> 01:56:00,750 one then the other then the other the other but do it in that cross pattern 01:56:00,750 --> 01:56:00,760 other but do it in that cross pattern 01:56:00,760 --> 01:56:02,510 other but do it in that cross pattern and honestly go around a few times right 01:56:02,510 --> 01:56:02,520 and honestly go around a few times right 01:56:02,520 --> 01:56:03,790 and honestly go around a few times right so again I like to start out by just 01:56:03,790 --> 01:56:03,800 so again I like to start out by just 01:56:03,800 --> 01:56:05,629 so again I like to start out by just doing it like fingertight and that's 01:56:05,629 --> 01:56:05,639 doing it like fingertight and that's 01:56:05,639 --> 01:56:08,270 doing it like fingertight and that's fine to get everything sort of in place 01:56:08,270 --> 01:56:08,280 fine to get everything sort of in place 01:56:08,280 --> 01:56:10,470 fine to get everything sort of in place so we're going to do the top left here 01:56:10,470 --> 01:56:10,480 so we're going to do the top left here 01:56:10,480 --> 01:56:11,470 so we're going to do the top left here you know what we're actually running 01:56:11,470 --> 01:56:11,480 you know what we're actually running 01:56:11,480 --> 01:56:12,990 you know what we're actually running into an issue already which is perfect I 01:56:12,990 --> 01:56:13,000 into an issue already which is perfect I 01:56:13,000 --> 01:56:14,709 into an issue already which is perfect I can show you so I'm going to use one 01:56:14,709 --> 01:56:14,719 can show you so I'm going to use one 01:56:14,719 --> 01:56:17,470 can show you so I'm going to use one hand to steady the CPU Cooler so as you 01:56:17,470 --> 01:56:17,480 hand to steady the CPU Cooler so as you 01:56:17,480 --> 01:56:19,310 hand to steady the CPU Cooler so as you start to tighten it down whatever side 01:56:19,310 --> 01:56:19,320 start to tighten it down whatever side 01:56:19,320 --> 01:56:21,350 start to tighten it down whatever side is not screwed in will start to pull up 01:56:21,350 --> 01:56:21,360 is not screwed in will start to pull up 01:56:21,360 --> 01:56:23,669 is not screwed in will start to pull up so don't go like super super hard like 01:56:23,669 --> 01:56:23,679 so don't go like super super hard like 01:56:23,679 --> 01:56:26,189 so don't go like super super hard like again I'm just doing it half fingertight 01:56:26,189 --> 01:56:26,199 again I'm just doing it half fingertight 01:56:26,199 --> 01:56:27,629 again I'm just doing it half fingertight just enough so this doesn't actually pop 01:56:27,629 --> 01:56:27,639 just enough so this doesn't actually pop 01:56:27,639 --> 01:56:29,189 just enough so this doesn't actually pop up and get out of my way and then what 01:56:29,189 --> 01:56:29,199 up and get out of my way and then what 01:56:29,199 --> 01:56:30,990 up and get out of my way and then what I'll do is once I've got that I'm push 01:56:30,990 --> 01:56:31,000 I'll do is once I've got that I'm push 01:56:31,000 --> 01:56:33,310 I'll do is once I've got that I'm push this down just a little bit I'm going to 01:56:33,310 --> 01:56:33,320 this down just a little bit I'm going to 01:56:33,320 --> 01:56:34,470 this down just a little bit I'm going to go around with the screwdriver and 01:56:34,470 --> 01:56:34,480 go around with the screwdriver and 01:56:34,480 --> 01:56:35,669 go around with the screwdriver and tighten it but I'm going to do it in a 01:56:35,669 --> 01:56:35,679 tighten it but I'm going to do it in a 01:56:35,679 --> 01:56:37,069 tighten it but I'm going to do it in a pretty slow kind of manner I'm going to 01:56:37,069 --> 01:56:37,079 pretty slow kind of manner I'm going to 01:56:37,079 --> 01:56:38,950 pretty slow kind of manner I'm going to do a few turns on one side a few turns 01:56:38,950 --> 01:56:38,960 do a few turns on one side a few turns 01:56:38,960 --> 01:56:40,669 do a few turns on one side a few turns on the next to make sure this is 01:56:40,669 --> 01:56:40,679 on the next to make sure this is 01:56:40,679 --> 01:56:42,069 on the next to make sure this is actually one of the only steps of an AIO 01:56:42,069 --> 01:56:42,079 actually one of the only steps of an AIO 01:56:42,079 --> 01:56:43,790 actually one of the only steps of an AIO that's easier than an air cooler because 01:56:43,790 --> 01:56:43,800 that's easier than an air cooler because 01:56:43,800 --> 01:56:45,310 that's easier than an air cooler because if you have an air cooler the problem is 01:56:45,310 --> 01:56:45,320 if you have an air cooler the problem is 01:56:45,320 --> 01:56:47,310 if you have an air cooler the problem is that they tend to be really sharp so you 01:56:47,310 --> 01:56:47,320 that they tend to be really sharp so you 01:56:47,320 --> 01:56:48,910 that they tend to be really sharp so you can see like on this one over here it 01:56:48,910 --> 01:56:48,920 can see like on this one over here it 01:56:48,920 --> 01:56:50,390 can see like on this one over here it has all these like fins that one's 01:56:50,390 --> 01:56:50,400 has all these like fins that one's 01:56:50,400 --> 01:56:51,550 has all these like fins that one's actually a nicer cooler because it's 01:56:51,550 --> 01:56:51,560 actually a nicer cooler because it's 01:56:51,560 --> 01:56:53,270 actually a nicer cooler because it's like rounded boy the amount of times I 01:56:53,270 --> 01:56:53,280 like rounded boy the amount of times I 01:56:53,280 --> 01:56:54,870 like rounded boy the amount of times I have cut myself trying to like reach 01:56:54,870 --> 01:56:54,880 have cut myself trying to like reach 01:56:54,880 --> 01:56:56,750 have cut myself trying to like reach around like a CPU Cooler and the fs are 01:56:56,750 --> 01:56:56,760 around like a CPU Cooler and the fs are 01:56:56,760 --> 01:56:59,189 around like a CPU Cooler and the fs are sharp as hell for no reason not fun but 01:56:59,189 --> 01:56:59,199 sharp as hell for no reason not fun but 01:56:59,199 --> 01:57:02,030 sharp as hell for no reason not fun but with an AO that's much simpler there we 01:57:02,030 --> 01:57:02,040 with an AO that's much simpler there we 01:57:02,040 --> 01:57:03,310 with an AO that's much simpler there we go all right I had to cheat a little bit 01:57:03,310 --> 01:57:03,320 go all right I had to cheat a little bit 01:57:03,320 --> 01:57:06,350 go all right I had to cheat a little bit with the screwdriver um so now I'm going 01:57:06,350 --> 01:57:06,360 with the screwdriver um so now I'm going 01:57:06,360 --> 01:57:09,350 with the screwdriver um so now I'm going to do make sure that's in there well so 01:57:09,350 --> 01:57:09,360 to do make sure that's in there well so 01:57:09,360 --> 01:57:10,950 to do make sure that's in there well so once You' got all four of these screws 01:57:10,950 --> 01:57:10,960 once You' got all four of these screws 01:57:10,960 --> 01:57:13,470 once You' got all four of these screws started take your screwdriver and go all 01:57:13,470 --> 01:57:13,480 started take your screwdriver and go all 01:57:13,480 --> 01:57:15,149 started take your screwdriver and go all the way around so again corner corner 01:57:15,149 --> 01:57:15,159 the way around so again corner corner 01:57:15,159 --> 01:57:17,550 the way around so again corner corner corner corner and do it slowly two or 01:57:17,550 --> 01:57:17,560 corner corner and do it slowly two or 01:57:17,560 --> 01:57:18,709 corner corner and do it slowly two or three turns to the screwdriver and then 01:57:18,709 --> 01:57:18,719 three turns to the screwdriver and then 01:57:18,719 --> 01:57:19,870 three turns to the screwdriver and then move to the next one so I'm going to 01:57:19,870 --> 01:57:19,880 move to the next one so I'm going to 01:57:19,880 --> 01:57:22,510 move to the next one so I'm going to start with this one so go one two three 01:57:22,510 --> 01:57:22,520 start with this one so go one two three 01:57:22,520 --> 01:57:25,550 start with this one so go one two three then come up here one two three and then 01:57:25,550 --> 01:57:25,560 then come up here one two three and then 01:57:25,560 --> 01:57:29,030 then come up here one two three and then come up over here 1 two 3 4 five six 01:57:29,030 --> 01:57:29,040 come up over here 1 two 3 4 five six 01:57:29,040 --> 01:57:30,310 come up over here 1 two 3 4 five six that one's a little 01:57:30,310 --> 01:57:30,320 that one's a little 01:57:30,320 --> 01:57:33,830 that one's a little looser one two three four there we go 01:57:33,830 --> 01:57:33,840 looser one two three four there we go 01:57:33,840 --> 01:57:35,830 looser one two three four there we go and again you go around and around until 01:57:35,830 --> 01:57:35,840 and again you go around and around until 01:57:35,840 --> 01:57:37,390 and again you go around and around until the screws stop so sometimes I'll have 01:57:37,390 --> 01:57:37,400 the screws stop so sometimes I'll have 01:57:37,400 --> 01:57:38,589 the screws stop so sometimes I'll have like a little spring on the bottom but 01:57:38,589 --> 01:57:38,599 like a little spring on the bottom but 01:57:38,599 --> 01:57:40,910 like a little spring on the bottom but just get it until it's actually tight 01:57:40,910 --> 01:57:40,920 just get it until it's actually tight 01:57:40,920 --> 01:57:43,350 just get it until it's actually tight now once you've gotten to this point as 01:57:43,350 --> 01:57:43,360 now once you've gotten to this point as 01:57:43,360 --> 01:57:45,149 now once you've gotten to this point as long as you're patient you should be 01:57:45,149 --> 01:57:45,159 long as you're patient you should be 01:57:45,159 --> 01:57:46,589 long as you're patient you should be fine also a probably should mentioned 01:57:46,589 --> 01:57:46,599 fine also a probably should mentioned 01:57:46,599 --> 01:57:48,430 fine also a probably should mentioned this earlier but just a a little heads 01:57:48,430 --> 01:57:48,440 this earlier but just a a little heads 01:57:48,440 --> 01:57:52,270 this earlier but just a a little heads up sometimes CPU cool specifically AOS 01:57:52,270 --> 01:57:52,280 up sometimes CPU cool specifically AOS 01:57:52,280 --> 01:57:53,430 up sometimes CPU cool specifically AOS if they don't have thermal paste 01:57:53,430 --> 01:57:53,440 if they don't have thermal paste 01:57:53,440 --> 01:57:54,629 if they don't have thermal paste pre-applied they'll have a little piece 01:57:54,629 --> 01:57:54,639 pre-applied they'll have a little piece 01:57:54,639 --> 01:57:57,430 pre-applied they'll have a little piece of plastic on them take that piece of 01:57:57,430 --> 01:57:57,440 of plastic on them take that piece of 01:57:57,440 --> 01:58:00,270 of plastic on them take that piece of plastic off it has happened many many 01:58:00,270 --> 01:58:00,280 plastic off it has happened many many 01:58:00,280 --> 01:58:02,830 plastic off it has happened many many times to many many seasoned PC 01:58:02,830 --> 01:58:02,840 times to many many seasoned PC 01:58:02,840 --> 01:58:05,669 times to many many seasoned PC Builders insert YouTuber of your choice 01:58:05,669 --> 01:58:05,679 Builders insert YouTuber of your choice 01:58:05,679 --> 01:58:08,510 Builders insert YouTuber of your choice here including myself uh this one didn't 01:58:08,510 --> 01:58:08,520 here including myself uh this one didn't 01:58:08,520 --> 01:58:09,550 here including myself uh this one didn't have it so this one actually had this 01:58:09,550 --> 01:58:09,560 have it so this one actually had this 01:58:09,560 --> 01:58:11,189 have it so this one actually had this like hard piece of plastic on the bottom 01:58:11,189 --> 01:58:11,199 like hard piece of plastic on the bottom 01:58:11,199 --> 01:58:12,709 like hard piece of plastic on the bottom but just make sure that when you're 01:58:12,709 --> 01:58:12,719 but just make sure that when you're 01:58:12,719 --> 01:58:14,910 but just make sure that when you're doing this there's no like plastic or 01:58:14,910 --> 01:58:14,920 doing this there's no like plastic or 01:58:14,920 --> 01:58:16,589 doing this there's no like plastic or anything in between CU it'll technically 01:58:16,589 --> 01:58:16,599 anything in between CU it'll technically 01:58:16,599 --> 01:58:19,069 anything in between CU it'll technically work at really terrible speeds because 01:58:19,069 --> 01:58:19,079 work at really terrible speeds because 01:58:19,079 --> 01:58:21,030 work at really terrible speeds because guess what you know it's not a good 01:58:21,030 --> 01:58:21,040 guess what you know it's not a good 01:58:21,040 --> 01:58:23,669 guess what you know it's not a good thermal conductor plastic you'll 01:58:23,669 --> 01:58:23,679 thermal conductor plastic you'll 01:58:23,679 --> 01:58:24,910 thermal conductor plastic you'll actually want to go at this for a little 01:58:24,910 --> 01:58:24,920 actually want to go at this for a little 01:58:24,920 --> 01:58:26,790 actually want to go at this for a little while um because these screws have quite 01:58:26,790 --> 01:58:26,800 while um because these screws have quite 01:58:26,800 --> 01:58:28,910 while um because these screws have quite a long way because they are really 01:58:28,910 --> 01:58:28,920 a long way because they are really 01:58:28,920 --> 01:58:30,510 a long way because they are really trying to make sure that is very very 01:58:30,510 --> 01:58:30,520 trying to make sure that is very very 01:58:30,520 --> 01:58:32,990 trying to make sure that is very very firm and very sort of evenly attached so 01:58:32,990 --> 01:58:33,000 firm and very sort of evenly attached so 01:58:33,000 --> 01:58:33,990 firm and very sort of evenly attached so you're going to end up screwing these 01:58:33,990 --> 01:58:34,000 you're going to end up screwing these 01:58:34,000 --> 01:58:35,310 you're going to end up screwing these for a while don't worry about it as long 01:58:35,310 --> 01:58:35,320 for a while don't worry about it as long 01:58:35,320 --> 01:58:37,030 for a while don't worry about it as long as it's actually bit onto the screw 01:58:37,030 --> 01:58:37,040 as it's actually bit onto the screw 01:58:37,040 --> 01:58:39,310 as it's actually bit onto the screw you'll be just fine there we go all 01:58:39,310 --> 01:58:39,320 you'll be just fine there we go all 01:58:39,320 --> 01:58:41,430 you'll be just fine there we go all righty so with that we have all four of 01:58:41,430 --> 01:58:41,440 righty so with that we have all four of 01:58:41,440 --> 01:58:43,069 righty so with that we have all four of our screws in place you can give that 01:58:43,069 --> 01:58:43,079 our screws in place you can give that 01:58:43,079 --> 01:58:44,830 our screws in place you can give that little wiggle and it is going to be 01:58:44,830 --> 01:58:44,840 little wiggle and it is going to be 01:58:44,840 --> 01:58:47,069 little wiggle and it is going to be super solid or at least it should feels 01:58:47,069 --> 01:58:47,079 super solid or at least it should feels 01:58:47,079 --> 01:58:48,189 super solid or at least it should feels Wiggly you've already screwed it all the 01:58:48,189 --> 01:58:48,199 Wiggly you've already screwed it all the 01:58:48,199 --> 01:58:51,430 Wiggly you've already screwed it all the way in time out maybe take it off and 01:58:51,430 --> 01:58:51,440 way in time out maybe take it off and 01:58:51,440 --> 01:58:53,390 way in time out maybe take it off and make sure you actually m it correctly I 01:58:53,390 --> 01:58:53,400 make sure you actually m it correctly I 01:58:53,400 --> 01:58:55,109 make sure you actually m it correctly I hate tutorials that say that I'm sorry 01:58:55,109 --> 01:58:55,119 hate tutorials that say that I'm sorry 01:58:55,119 --> 01:58:56,189 hate tutorials that say that I'm sorry so what we're going to do is we're going 01:58:56,189 --> 01:58:56,199 so what we're going to do is we're going 01:58:56,199 --> 01:58:57,669 so what we're going to do is we're going to take our radiator which I've already 01:58:57,669 --> 01:58:57,679 to take our radiator which I've already 01:58:57,679 --> 01:58:59,709 to take our radiator which I've already kind of put in place if you got a larger 01:58:59,709 --> 01:58:59,719 kind of put in place if you got a larger 01:58:59,719 --> 01:59:01,830 kind of put in place if you got a larger radiator it's a little bit harder to get 01:59:01,830 --> 01:59:01,840 radiator it's a little bit harder to get 01:59:01,840 --> 01:59:03,990 radiator it's a little bit harder to get but also it only goes in one way so it's 01:59:03,990 --> 01:59:04,000 but also it only goes in one way so it's 01:59:04,000 --> 01:59:05,270 but also it only goes in one way so it's a little bit more straightforward so 01:59:05,270 --> 01:59:05,280 a little bit more straightforward so 01:59:05,280 --> 01:59:06,030 a little bit more straightforward so we're going to do is we're going to 01:59:06,030 --> 01:59:06,040 we're going to do is we're going to 01:59:06,040 --> 01:59:07,629 we're going to do is we're going to adjust it and we want to make sure we 01:59:07,629 --> 01:59:07,639 adjust it and we want to make sure we 01:59:07,639 --> 01:59:09,750 adjust it and we want to make sure we see all of our screw holes so there are 01:59:09,750 --> 01:59:09,760 see all of our screw holes so there are 01:59:09,760 --> 01:59:11,669 see all of our screw holes so there are three 120 mm fans on this so you should 01:59:11,669 --> 01:59:11,679 three 120 mm fans on this so you should 01:59:11,679 --> 01:59:15,030 three 120 mm fans on this so you should see four * three so we should see a 01:59:15,030 --> 01:59:15,040 see four * three so we should see a 01:59:15,040 --> 01:59:16,950 see four * three so we should see a total of 12 so what we'll do is we're 01:59:16,950 --> 01:59:16,960 total of 12 so what we'll do is we're 01:59:16,960 --> 01:59:18,390 total of 12 so what we'll do is we're going to line up a radiator so you'll 01:59:18,390 --> 01:59:18,400 going to line up a radiator so you'll 01:59:18,400 --> 01:59:20,310 going to line up a radiator so you'll see that it goes on these top series of 01:59:20,310 --> 01:59:20,320 see that it goes on these top series of 01:59:20,320 --> 01:59:22,870 see that it goes on these top series of holes and make sure to adjust it so that 01:59:22,870 --> 01:59:22,880 holes and make sure to adjust it so that 01:59:22,880 --> 01:59:24,870 holes and make sure to adjust it so that all the holes are visible and same thing 01:59:24,870 --> 01:59:24,880 all the holes are visible and same thing 01:59:24,880 --> 01:59:26,069 all the holes are visible and same thing on the bottom so you can see that with 01:59:26,069 --> 01:59:26,079 on the bottom so you can see that with 01:59:26,079 --> 01:59:27,270 on the bottom so you can see that with this case technically I could put it 01:59:27,270 --> 01:59:27,280 this case technically I could put it 01:59:27,280 --> 01:59:29,270 this case technically I could put it like on one of these bottom uh rails but 01:59:29,270 --> 01:59:29,280 like on one of these bottom uh rails but 01:59:29,280 --> 01:59:30,870 like on one of these bottom uh rails but that's only if we had a larger fan so 01:59:30,870 --> 01:59:30,880 that's only if we had a larger fan so 01:59:30,880 --> 01:59:32,790 that's only if we had a larger fan so because these all line up on that top 01:59:32,790 --> 01:59:32,800 because these all line up on that top 01:59:32,800 --> 01:59:34,950 because these all line up on that top slot should be very straightforward now 01:59:34,950 --> 01:59:34,960 slot should be very straightforward now 01:59:34,960 --> 01:59:36,149 slot should be very straightforward now before we actually install it you want 01:59:36,149 --> 01:59:36,159 before we actually install it you want 01:59:36,159 --> 01:59:37,189 before we actually install it you want to make sure that you grab all the 01:59:37,189 --> 01:59:37,199 to make sure that you grab all the 01:59:37,199 --> 01:59:38,870 to make sure that you grab all the hardware so with this one we're going to 01:59:38,870 --> 01:59:38,880 hardware so with this one we're going to 01:59:38,880 --> 01:59:40,790 hardware so with this one we're going to have a bunch of little washers and 01:59:40,790 --> 01:59:40,800 have a bunch of little washers and 01:59:40,800 --> 01:59:43,030 have a bunch of little washers and little screws so what we'll do is we'll 01:59:43,030 --> 01:59:43,040 little screws so what we'll do is we'll 01:59:43,040 --> 01:59:45,669 little screws so what we'll do is we'll put the little screw through the washer 01:59:45,669 --> 01:59:45,679 put the little screw through the washer 01:59:45,679 --> 01:59:47,069 put the little screw through the washer I think this is number what do they call 01:59:47,069 --> 01:59:47,079 I think this is number what do they call 01:59:47,079 --> 01:59:49,870 I think this is number what do they call it these are fs and 01:59:49,870 --> 01:59:49,880 it these are fs and 01:59:49,880 --> 01:59:52,310 it these are fs and G's little screws little washers the 01:59:52,310 --> 01:59:52,320 G's little screws little washers the 01:59:52,320 --> 01:59:54,709 G's little screws little washers the only thing I'll say uh is that when it 01:59:54,709 --> 01:59:54,719 only thing I'll say uh is that when it 01:59:54,719 --> 01:59:56,229 only thing I'll say uh is that when it comes to installing this it does help if 01:59:56,229 --> 01:59:56,239 comes to installing this it does help if 01:59:56,239 --> 01:59:57,910 comes to installing this it does help if you have a magnetic screwdriver because 01:59:57,910 --> 01:59:57,920 you have a magnetic screwdriver because 01:59:57,920 --> 01:59:59,430 you have a magnetic screwdriver because what we're going to do I'm going to let 01:59:59,430 --> 01:59:59,440 what we're going to do I'm going to let 01:59:59,440 --> 02:00:02,069 what we're going to do I'm going to let the bit hold the screw and use my other 02:00:02,069 --> 02:00:02,079 the bit hold the screw and use my other 02:00:02,079 --> 02:00:03,870 the bit hold the screw and use my other hand to sort of guide the radiator in 02:00:03,870 --> 02:00:03,880 hand to sort of guide the radiator in 02:00:03,880 --> 02:00:05,589 hand to sort of guide the radiator in place um for this all I'm going to do is 02:00:05,589 --> 02:00:05,599 place um for this all I'm going to do is 02:00:05,599 --> 02:00:07,109 place um for this all I'm going to do is I'm going to put it in one corner just 02:00:07,109 --> 02:00:07,119 I'm going to put it in one corner just 02:00:07,119 --> 02:00:08,629 I'm going to put it in one corner just going to get it started and then I will 02:00:08,629 --> 02:00:08,639 going to get it started and then I will 02:00:08,639 --> 02:00:10,229 going to get it started and then I will use my other hand to sort of straighten 02:00:10,229 --> 02:00:10,239 use my other hand to sort of straighten 02:00:10,239 --> 02:00:11,350 use my other hand to sort of straighten it out it doesn't have to be perfect 02:00:11,350 --> 02:00:11,360 it out it doesn't have to be perfect 02:00:11,360 --> 02:00:12,870 it out it doesn't have to be perfect right out the gate you just want to make 02:00:12,870 --> 02:00:12,880 right out the gate you just want to make 02:00:12,880 --> 02:00:14,229 right out the gate you just want to make sure that there's a screw that's in 02:00:14,229 --> 02:00:14,239 sure that there's a screw that's in 02:00:14,239 --> 02:00:15,669 sure that there's a screw that's in there to keep it from just straight 02:00:15,669 --> 02:00:15,679 there to keep it from just straight 02:00:15,679 --> 02:00:18,750 there to keep it from just straight falling down and just install it doesn't 02:00:18,750 --> 02:00:18,760 falling down and just install it doesn't 02:00:18,760 --> 02:00:20,470 falling down and just install it doesn't to be super tight just so it's not going 02:00:20,470 --> 02:00:20,480 to be super tight just so it's not going 02:00:20,480 --> 02:00:22,350 to be super tight just so it's not going to fall out I'm still holding it I'm 02:00:22,350 --> 02:00:22,360 to fall out I'm still holding it I'm 02:00:22,360 --> 02:00:24,589 to fall out I'm still holding it I'm going to do that one more time so so now 02:00:24,589 --> 02:00:24,599 going to do that one more time so so now 02:00:24,599 --> 02:00:26,069 going to do that one more time so so now I'm going to thread one more washer 02:00:26,069 --> 02:00:26,079 I'm going to thread one more washer 02:00:26,079 --> 02:00:28,229 I'm going to thread one more washer through the screw again put it on the 02:00:28,229 --> 02:00:28,239 through the screw again put it on the 02:00:28,239 --> 02:00:29,950 through the screw again put it on the tip of my 02:00:29,950 --> 02:00:29,960 tip of my 02:00:29,960 --> 02:00:32,189 tip of my screwdriver and then I'm going to line 02:00:32,189 --> 02:00:32,199 screwdriver and then I'm going to line 02:00:32,199 --> 02:00:34,550 screwdriver and then I'm going to line this up so we're going to move it up 02:00:34,550 --> 02:00:34,560 this up so we're going to move it up 02:00:34,560 --> 02:00:38,109 this up so we're going to move it up here like that again uh this is a great 02:00:38,109 --> 02:00:38,119 here like that again uh this is a great 02:00:38,119 --> 02:00:39,750 here like that again uh this is a great time for us to slide it back and forth 02:00:39,750 --> 02:00:39,760 time for us to slide it back and forth 02:00:39,760 --> 02:00:41,350 time for us to slide it back and forth as needed because once we put the second 02:00:41,350 --> 02:00:41,360 as needed because once we put the second 02:00:41,360 --> 02:00:43,550 as needed because once we put the second screw in it's going to be starting to 02:00:43,550 --> 02:00:43,560 screw in it's going to be starting to 02:00:43,560 --> 02:00:45,790 screw in it's going to be starting to get locked into its final position so 02:00:45,790 --> 02:00:45,800 get locked into its final position so 02:00:45,800 --> 02:00:46,910 get locked into its final position so again I'm not going to do it super tight 02:00:46,910 --> 02:00:46,920 again I'm not going to do it super tight 02:00:46,920 --> 02:00:48,669 again I'm not going to do it super tight or anything just make sure it's in place 02:00:48,669 --> 02:00:48,679 or anything just make sure it's in place 02:00:48,679 --> 02:00:50,350 or anything just make sure it's in place and now is a great time to take a moment 02:00:50,350 --> 02:00:50,360 and now is a great time to take a moment 02:00:50,360 --> 02:00:53,229 and now is a great time to take a moment and count your screw holes so have 1 2 3 02:00:53,229 --> 02:00:53,239 and count your screw holes so have 1 2 3 02:00:53,239 --> 02:00:58,350 and count your screw holes so have 1 2 3 4 1 2 3 4 1 2 3 4 there we go everything 02:00:58,350 --> 02:00:58,360 4 1 2 3 4 1 2 3 4 there we go everything 02:00:58,360 --> 02:01:00,310 4 1 2 3 4 1 2 3 4 there we go everything is visible at this point now it's just 02:01:00,310 --> 02:01:00,320 is visible at this point now it's just 02:01:00,320 --> 02:01:01,950 is visible at this point now it's just time to rinse and repeat install all the 02:01:01,950 --> 02:01:01,960 time to rinse and repeat install all the 02:01:01,960 --> 02:01:03,910 time to rinse and repeat install all the screws with washers don't forget the 02:01:03,910 --> 02:01:03,920 screws with washers don't forget the 02:01:03,920 --> 02:01:06,510 screws with washers don't forget the washers otherwise it might fall out um 02:01:06,510 --> 02:01:06,520 washers otherwise it might fall out um 02:01:06,520 --> 02:01:08,589 washers otherwise it might fall out um and that's pretty much it and at this 02:01:08,589 --> 02:01:08,599 and that's pretty much it and at this 02:01:08,599 --> 02:01:09,870 and that's pretty much it and at this point once you've got those first two in 02:01:09,870 --> 02:01:09,880 point once you've got those first two in 02:01:09,880 --> 02:01:11,149 point once you've got those first two in you can actually start tightening things 02:01:11,149 --> 02:01:11,159 you can actually start tightening things 02:01:11,159 --> 02:01:13,950 you can actually start tightening things down it should be in its final position 02:01:13,950 --> 02:01:13,960 down it should be in its final position 02:01:13,960 --> 02:01:15,830 down it should be in its final position so I'll see you once I've screwed 10 02:01:15,830 --> 02:01:15,840 so I'll see you once I've screwed 10 02:01:15,840 --> 02:01:19,430 so I'll see you once I've screwed 10 more times so when it comes to wiring up 02:01:19,430 --> 02:01:19,440 more times so when it comes to wiring up 02:01:19,440 --> 02:01:22,430 more times so when it comes to wiring up a CPU Cooler it ranges from from simple 02:01:22,430 --> 02:01:22,440 a CPU Cooler it ranges from from simple 02:01:22,440 --> 02:01:24,990 a CPU Cooler it ranges from from simple to difficult so if you're using a simple 02:01:24,990 --> 02:01:25,000 to difficult so if you're using a simple 02:01:25,000 --> 02:01:27,430 to difficult so if you're using a simple air cooler it is usually a single 02:01:27,430 --> 02:01:27,440 air cooler it is usually a single 02:01:27,440 --> 02:01:28,669 air cooler it is usually a single connector or maybe two if you have two 02:01:28,669 --> 02:01:28,679 connector or maybe two if you have two 02:01:28,679 --> 02:01:32,109 connector or maybe two if you have two fans so simple when it comes to an AO I 02:01:32,109 --> 02:01:32,119 fans so simple when it comes to an AO I 02:01:32,119 --> 02:01:34,910 fans so simple when it comes to an AO I would refer you to this very helpful 02:01:34,910 --> 02:01:34,920 would refer you to this very helpful 02:01:34,920 --> 02:01:37,790 would refer you to this very helpful wiring diagram that is going to tell you 02:01:37,790 --> 02:01:37,800 wiring diagram that is going to tell you 02:01:37,800 --> 02:01:39,629 wiring diagram that is going to tell you what needs to go to where so I'm not 02:01:39,629 --> 02:01:39,639 what needs to go to where so I'm not 02:01:39,639 --> 02:01:40,750 what needs to go to where so I'm not going to show you the details of this 02:01:40,750 --> 02:01:40,760 going to show you the details of this 02:01:40,760 --> 02:01:41,990 going to show you the details of this because again it's going to vary based 02:01:41,990 --> 02:01:42,000 because again it's going to vary based 02:01:42,000 --> 02:01:44,350 because again it's going to vary based on every single CPU Cooler out there but 02:01:44,350 --> 02:01:44,360 on every single CPU Cooler out there but 02:01:44,360 --> 02:01:46,189 on every single CPU Cooler out there but I will show you are some of the common 02:01:46,189 --> 02:01:46,199 I will show you are some of the common 02:01:46,199 --> 02:01:47,910 I will show you are some of the common things you will see and how to deal with 02:01:47,910 --> 02:01:47,920 things you will see and how to deal with 02:01:47,920 --> 02:01:49,629 things you will see and how to deal with them if you're using an AIO you're 02:01:49,629 --> 02:01:49,639 them if you're using an AIO you're 02:01:49,639 --> 02:01:51,430 them if you're using an AIO you're always going to have one of these pwm 02:01:51,430 --> 02:01:51,440 always going to have one of these pwm 02:01:51,440 --> 02:01:53,550 always going to have one of these pwm connectors so it may be either three pen 02:01:53,550 --> 02:01:53,560 connectors so it may be either three pen 02:01:53,560 --> 02:01:55,390 connectors so it may be either three pen or four pen doesn't really matter and 02:01:55,390 --> 02:01:55,400 or four pen doesn't really matter and 02:01:55,400 --> 02:01:56,750 or four pen doesn't really matter and what you'll see is that you have the 02:01:56,750 --> 02:01:56,760 what you'll see is that you have the 02:01:56,760 --> 02:01:58,750 what you'll see is that you have the little pens here as well as two notches 02:01:58,750 --> 02:01:58,760 little pens here as well as two notches 02:01:58,760 --> 02:02:00,270 little pens here as well as two notches on the top which denotes that it's only 02:02:00,270 --> 02:02:00,280 on the top which denotes that it's only 02:02:00,280 --> 02:02:02,069 on the top which denotes that it's only going to go in one way this if you're 02:02:02,069 --> 02:02:02,079 going to go in one way this if you're 02:02:02,079 --> 02:02:03,950 going to go in one way this if you're using an AO should be installed into the 02:02:03,950 --> 02:02:03,960 using an AO should be installed into the 02:02:03,960 --> 02:02:06,310 using an AO should be installed into the CPU optional now you could plug it into 02:02:06,310 --> 02:02:06,320 CPU optional now you could plug it into 02:02:06,320 --> 02:02:08,350 CPU optional now you could plug it into like a system fan header or whatever but 02:02:08,350 --> 02:02:08,360 like a system fan header or whatever but 02:02:08,360 --> 02:02:09,470 like a system fan header or whatever but if you do that you need to go into the 02:02:09,470 --> 02:02:09,480 if you do that you need to go into the 02:02:09,480 --> 02:02:10,709 if you do that you need to go into the motherboard and specifically tell it 02:02:10,709 --> 02:02:10,719 motherboard and specifically tell it 02:02:10,719 --> 02:02:12,950 motherboard and specifically tell it that it is a pump because essentially 02:02:12,950 --> 02:02:12,960 that it is a pump because essentially 02:02:12,960 --> 02:02:14,629 that it is a pump because essentially this connector can be used for fans in 02:02:14,629 --> 02:02:14,639 this connector can be used for fans in 02:02:14,639 --> 02:02:15,910 this connector can be used for fans in which case the fans can ramp up and 02:02:15,910 --> 02:02:15,920 which case the fans can ramp up and 02:02:15,920 --> 02:02:18,830 which case the fans can ramp up and wrapped down but when it comes to a pump 02:02:18,830 --> 02:02:18,840 wrapped down but when it comes to a pump 02:02:18,840 --> 02:02:19,950 wrapped down but when it comes to a pump that is going to constantly be 02:02:19,950 --> 02:02:19,960 that is going to constantly be 02:02:19,960 --> 02:02:21,030 that is going to constantly be circulating the liquid through your 02:02:21,030 --> 02:02:21,040 circulating the liquid through your 02:02:21,040 --> 02:02:23,750 circulating the liquid through your system it typically be set to a set 02:02:23,750 --> 02:02:23,760 system it typically be set to a set 02:02:23,760 --> 02:02:25,350 system it typically be set to a set standard speed but regardless if you 02:02:25,350 --> 02:02:25,360 standard speed but regardless if you 02:02:25,360 --> 02:02:27,069 standard speed but regardless if you have a CPU optional Little connector 02:02:27,069 --> 02:02:27,079 have a CPU optional Little connector 02:02:27,079 --> 02:02:27,950 have a CPU optional Little connector which is going to be right up here on 02:02:27,950 --> 02:02:27,960 which is going to be right up here on 02:02:27,960 --> 02:02:29,470 which is going to be right up here on the top right and this one is actually 02:02:29,470 --> 02:02:29,480 the top right and this one is actually 02:02:29,480 --> 02:02:30,990 the top right and this one is actually even a different colors so you can tell 02:02:30,990 --> 02:02:31,000 even a different colors so you can tell 02:02:31,000 --> 02:02:32,470 even a different colors so you can tell it is simple as just plugging it in 02:02:32,470 --> 02:02:32,480 it is simple as just plugging it in 02:02:32,480 --> 02:02:33,870 it is simple as just plugging it in beyond that you're going to see that we 02:02:33,870 --> 02:02:33,880 beyond that you're going to see that we 02:02:33,880 --> 02:02:35,629 beyond that you're going to see that we have a whole bunch of cables dangling 02:02:35,629 --> 02:02:35,639 have a whole bunch of cables dangling 02:02:35,639 --> 02:02:37,350 have a whole bunch of cables dangling here which I've started to put together 02:02:37,350 --> 02:02:37,360 here which I've started to put together 02:02:37,360 --> 02:02:42,030 here which I've started to put together now this is our fan controller so from 02:02:42,030 --> 02:02:42,040 now this is our fan controller so from 02:02:42,040 --> 02:02:43,790 now this is our fan controller so from this side you'll see that we have both 02:02:43,790 --> 02:02:43,800 this side you'll see that we have both 02:02:43,800 --> 02:02:45,990 this side you'll see that we have both the power and the RGB from our UNIF fans 02:02:45,990 --> 02:02:46,000 the power and the RGB from our UNIF fans 02:02:46,000 --> 02:02:47,270 the power and the RGB from our UNIF fans now we have a couple of other things 02:02:47,270 --> 02:02:47,280 now we have a couple of other things 02:02:47,280 --> 02:02:48,790 now we have a couple of other things that are attached to it so this one's 02:02:48,790 --> 02:02:48,800 that are attached to it so this one's 02:02:48,800 --> 02:02:50,589 that are attached to it so this one's pretty straightforward this is SATA 02:02:50,589 --> 02:02:50,599 pretty straightforward this is SATA 02:02:50,599 --> 02:02:52,149 pretty straightforward this is SATA power so you remember when we we plugged 02:02:52,149 --> 02:02:52,159 power so you remember when we we plugged 02:02:52,159 --> 02:02:53,589 power so you remember when we we plugged in those SATA leads from our power 02:02:53,589 --> 02:02:53,599 in those SATA leads from our power 02:02:53,599 --> 02:02:55,030 in those SATA leads from our power supply earlier because stuff like this 02:02:55,030 --> 02:02:55,040 supply earlier because stuff like this 02:02:55,040 --> 02:02:57,030 supply earlier because stuff like this often needs it well here we go this is 02:02:57,030 --> 02:02:57,040 often needs it well here we go this is 02:02:57,040 --> 02:02:58,830 often needs it well here we go this is what we're going to need now on top of 02:02:58,830 --> 02:02:58,840 what we're going to need now on top of 02:02:58,840 --> 02:03:00,669 what we're going to need now on top of that there's also a USB header and in 02:03:00,669 --> 02:03:00,679 that there's also a USB header and in 02:03:00,679 --> 02:03:01,950 that there's also a USB header and in fact actually with this system we have 02:03:01,950 --> 02:03:01,960 fact actually with this system we have 02:03:01,960 --> 02:03:05,950 fact actually with this system we have two so this is a 9pen USB so this is the 02:03:05,950 --> 02:03:05,960 two so this is a 9pen USB so this is the 02:03:05,960 --> 02:03:07,470 two so this is a 9pen USB so this is the one that's on the bottom of the system 02:03:07,470 --> 02:03:07,480 one that's on the bottom of the system 02:03:07,480 --> 02:03:10,310 one that's on the bottom of the system so this is USB 2.0 and I'm glad that we 02:03:10,310 --> 02:03:10,320 so this is USB 2.0 and I'm glad that we 02:03:10,320 --> 02:03:11,669 so this is USB 2.0 and I'm glad that we have two of them on this board because 02:03:11,669 --> 02:03:11,679 have two of them on this board because 02:03:11,679 --> 02:03:13,870 have two of them on this board because we need two of them for the system so 02:03:13,870 --> 02:03:13,880 we need two of them for the system so 02:03:13,880 --> 02:03:15,350 we need two of them for the system so again this is going to have one little 02:03:15,350 --> 02:03:15,360 again this is going to have one little 02:03:15,360 --> 02:03:16,750 again this is going to have one little pen knocked out so it's only going to go 02:03:16,750 --> 02:03:16,760 pen knocked out so it's only going to go 02:03:16,760 --> 02:03:18,910 pen knocked out so it's only going to go in one way and this comes not only from 02:03:18,910 --> 02:03:18,920 in one way and this comes not only from 02:03:18,920 --> 02:03:20,830 in one way and this comes not only from the actual controller but because we 02:03:20,830 --> 02:03:20,840 the actual controller but because we 02:03:20,840 --> 02:03:23,790 the actual controller but because we have a fancy AO the screen there's also 02:03:23,790 --> 02:03:23,800 have a fancy AO the screen there's also 02:03:23,800 --> 02:03:28,270 have a fancy AO the screen there's also a USBC cable with a secondary USB 2.0 02:03:28,270 --> 02:03:28,280 a USBC cable with a secondary USB 2.0 02:03:28,280 --> 02:03:30,390 a USBC cable with a secondary USB 2.0 now this one's important because this is 02:03:30,390 --> 02:03:30,400 now this one's important because this is 02:03:30,400 --> 02:03:33,189 now this one's important because this is what's going to tell your fans to go BR 02:03:33,189 --> 02:03:33,199 what's going to tell your fans to go BR 02:03:33,199 --> 02:03:36,669 what's going to tell your fans to go BR or yikes um this one is just purely for 02:03:36,669 --> 02:03:36,679 or yikes um this one is just purely for 02:03:36,679 --> 02:03:38,069 or yikes um this one is just purely for Aesthetics it's going to allow you to 02:03:38,069 --> 02:03:38,079 Aesthetics it's going to allow you to 02:03:38,079 --> 02:03:39,750 Aesthetics it's going to allow you to play gifts and whatever you want to do 02:03:39,750 --> 02:03:39,760 play gifts and whatever you want to do 02:03:39,760 --> 02:03:41,870 play gifts and whatever you want to do on that little display the last thing 02:03:41,870 --> 02:03:41,880 on that little display the last thing 02:03:41,880 --> 02:03:43,830 on that little display the last thing I'll show you here is our 02:03:43,830 --> 02:03:43,840 I'll show you here is our 02:03:43,840 --> 02:03:47,549 I'll show you here is our RGB okay so there are two main types of 02:03:47,549 --> 02:03:47,559 RGB okay so there are two main types of 02:03:47,559 --> 02:03:50,750 RGB okay so there are two main types of rgbs so there is 5V and 12vt uh the 02:03:50,750 --> 02:03:50,760 rgbs so there is 5V and 12vt uh the 02:03:50,760 --> 02:03:51,990 rgbs so there is 5V and 12vt uh the simple way of thinking about is like 02:03:51,990 --> 02:03:52,000 simple way of thinking about is like 02:03:52,000 --> 02:03:53,549 simple way of thinking about is like this if it's got three pens that says 02:03:53,549 --> 02:03:53,559 this if it's got three pens that says 02:03:53,559 --> 02:03:55,669 this if it's got three pens that says 5vt plug it into something that says 5vt 02:03:55,669 --> 02:03:55,679 5vt plug it into something that says 5vt 02:03:55,679 --> 02:03:57,549 5vt plug it into something that says 5vt it has four pens and 12vt plug it into 02:03:57,549 --> 02:03:57,559 it has four pens and 12vt plug it into 02:03:57,559 --> 02:03:58,589 it has four pens and 12vt plug it into something on your motherboard that says 02:03:58,589 --> 02:03:58,599 something on your motherboard that says 02:03:58,599 --> 02:04:01,189 something on your motherboard that says 12vt do not get these mixed up because 02:04:01,189 --> 02:04:01,199 12vt do not get these mixed up because 02:04:01,199 --> 02:04:03,669 12vt do not get these mixed up because if you plug a 5 volt to 12vt well that's 02:04:03,669 --> 02:04:03,679 if you plug a 5 volt to 12vt well that's 02:04:03,679 --> 02:04:05,229 if you plug a 5 volt to 12vt well that's too many volts and it doesn't work 02:04:05,229 --> 02:04:05,239 too many volts and it doesn't work 02:04:05,239 --> 02:04:08,229 too many volts and it doesn't work anymore so again RGB is way outside the 02:04:08,229 --> 02:04:08,239 anymore so again RGB is way outside the 02:04:08,239 --> 02:04:10,629 anymore so again RGB is way outside the scope of this tutorial is very dependent 02:04:10,629 --> 02:04:10,639 scope of this tutorial is very dependent 02:04:10,639 --> 02:04:14,109 scope of this tutorial is very dependent on what manufacturer you use etc etc etc 02:04:14,109 --> 02:04:14,119 on what manufacturer you use etc etc etc 02:04:14,119 --> 02:04:15,589 on what manufacturer you use etc etc etc but most important thing is if you have 02:04:15,589 --> 02:04:15,599 but most important thing is if you have 02:04:15,599 --> 02:04:17,470 but most important thing is if you have RGB in your system make sure that you 02:04:17,470 --> 02:04:17,480 RGB in your system make sure that you 02:04:17,480 --> 02:04:19,790 RGB in your system make sure that you connecting it to either a 5vt or a 12vt 02:04:19,790 --> 02:04:19,800 connecting it to either a 5vt or a 12vt 02:04:19,800 --> 02:04:21,189 connecting it to either a 5vt or a 12vt and don't get them mixed up it will 02:04:21,189 --> 02:04:21,199 and don't get them mixed up it will 02:04:21,199 --> 02:04:22,950 and don't get them mixed up it will clearly tell Val and again this is three 02:04:22,950 --> 02:04:22,960 clearly tell Val and again this is three 02:04:22,960 --> 02:04:24,990 clearly tell Val and again this is three pens so we know it's 5vt but just be 02:04:24,990 --> 02:04:25,000 pens so we know it's 5vt but just be 02:04:25,000 --> 02:04:27,149 pens so we know it's 5vt but just be careful this will technically one of the 02:04:27,149 --> 02:04:27,159 careful this will technically one of the 02:04:27,159 --> 02:04:28,629 careful this will technically one of the only components actually you could shove 02:04:28,629 --> 02:04:28,639 only components actually you could shove 02:04:28,639 --> 02:04:31,549 only components actually you could shove this into a 12vt it would fit and it 02:04:31,549 --> 02:04:31,559 this into a 12vt it would fit and it 02:04:31,559 --> 02:04:33,069 this into a 12vt it would fit and it would cause bad things in fact actually 02:04:33,069 --> 02:04:33,079 would cause bad things in fact actually 02:04:33,079 --> 02:04:34,669 would cause bad things in fact actually with this board if you get real close up 02:04:34,669 --> 02:04:34,679 with this board if you get real close up 02:04:34,679 --> 02:04:36,270 with this board if you get real close up here so with this motherboard you'll see 02:04:36,270 --> 02:04:36,280 here so with this motherboard you'll see 02:04:36,280 --> 02:04:38,629 here so with this motherboard you'll see that we have a 12vt LED connector with 02:04:38,629 --> 02:04:38,639 that we have a 12vt LED connector with 02:04:38,639 --> 02:04:41,270 that we have a 12vt LED connector with four pin here and a three pin for 5vt 02:04:41,270 --> 02:04:41,280 four pin here and a three pin for 5vt 02:04:41,280 --> 02:04:43,229 four pin here and a three pin for 5vt here so you can imagine how it' be very 02:04:43,229 --> 02:04:43,239 here so you can imagine how it' be very 02:04:43,239 --> 02:04:45,430 here so you can imagine how it' be very easy to get those mixed up so just be 02:04:45,430 --> 02:04:45,440 easy to get those mixed up so just be 02:04:45,440 --> 02:04:48,149 easy to get those mixed up so just be careful out there friends RGB is a 02:04:48,149 --> 02:04:48,159 careful out there friends RGB is a 02:04:48,159 --> 02:04:51,750 careful out there friends RGB is a dangerous world full of pitfalls and 02:04:51,750 --> 02:04:51,760 dangerous world full of pitfalls and 02:04:51,760 --> 02:04:53,990 dangerous world full of pitfalls and compatibility issues and really really 02:04:53,990 --> 02:04:54,000 compatibility issues and really really 02:04:54,000 --> 02:04:56,709 compatibility issues and really really terrible software next up we're going to 02:04:56,709 --> 02:04:56,719 terrible software next up we're going to 02:04:56,719 --> 02:04:59,950 terrible software next up we're going to be installing a hard drive and/or 2.5in 02:04:59,950 --> 02:04:59,960 be installing a hard drive and/or 2.5in 02:04:59,960 --> 02:05:02,270 be installing a hard drive and/or 2.5in SSD if you were not doing this feel free 02:05:02,270 --> 02:05:02,280 SSD if you were not doing this feel free 02:05:02,280 --> 02:05:04,669 SSD if you were not doing this feel free to skip this part of the tutorial so I'm 02:05:04,669 --> 02:05:04,679 to skip this part of the tutorial so I'm 02:05:04,679 --> 02:05:06,669 to skip this part of the tutorial so I'm going to be installing this WD blue hard 02:05:06,669 --> 02:05:06,679 going to be installing this WD blue hard 02:05:06,679 --> 02:05:08,669 going to be installing this WD blue hard drive which again is not what you should 02:05:08,669 --> 02:05:08,679 drive which again is not what you should 02:05:08,679 --> 02:05:10,430 drive which again is not what you should use to install Windows on this is much 02:05:10,430 --> 02:05:10,440 use to install Windows on this is much 02:05:10,440 --> 02:05:12,189 use to install Windows on this is much more so for just extra storage for stuff 02:05:12,189 --> 02:05:12,199 more so for just extra storage for stuff 02:05:12,199 --> 02:05:13,589 more so for just extra storage for stuff you don't need like super quick access 02:05:13,589 --> 02:05:13,599 you don't need like super quick access 02:05:13,599 --> 02:05:15,790 you don't need like super quick access to I will also at the same time show you 02:05:15,790 --> 02:05:15,800 to I will also at the same time show you 02:05:15,800 --> 02:05:18,470 to I will also at the same time show you briefly how to install a SATA SSD so 02:05:18,470 --> 02:05:18,480 briefly how to install a SATA SSD so 02:05:18,480 --> 02:05:20,149 briefly how to install a SATA SSD so remember when we installed that M2 SSD 02:05:20,149 --> 02:05:20,159 remember when we installed that M2 SSD 02:05:20,159 --> 02:05:22,109 remember when we installed that M2 SSD underneath here yeah like you should 02:05:22,109 --> 02:05:22,119 underneath here yeah like you should 02:05:22,119 --> 02:05:24,270 underneath here yeah like you should just do that um but if you're working 02:05:24,270 --> 02:05:24,280 just do that um but if you're working 02:05:24,280 --> 02:05:25,629 just do that um but if you're working with an older system maybe you have an 02:05:25,629 --> 02:05:25,639 with an older system maybe you have an 02:05:25,639 --> 02:05:26,830 with an older system maybe you have an older SSD you want to install whatever 02:05:26,830 --> 02:05:26,840 older SSD you want to install whatever 02:05:26,840 --> 02:05:28,430 older SSD you want to install whatever the case is I will briefly show you how 02:05:28,430 --> 02:05:28,440 the case is I will briefly show you how 02:05:28,440 --> 02:05:30,030 the case is I will briefly show you how to do this it's very similar to the hard 02:05:30,030 --> 02:05:30,040 to do this it's very similar to the hard 02:05:30,040 --> 02:05:31,549 to do this it's very similar to the hard drive it's just a different sort of form 02:05:31,549 --> 02:05:31,559 drive it's just a different sort of form 02:05:31,559 --> 02:05:33,709 drive it's just a different sort of form factor so before we do any of this we're 02:05:33,709 --> 02:05:33,719 factor so before we do any of this we're 02:05:33,719 --> 02:05:34,870 factor so before we do any of this we're going to come around to the back of our 02:05:34,870 --> 02:05:34,880 going to come around to the back of our 02:05:34,880 --> 02:05:37,589 going to come around to the back of our case and we're going to pull out our 3.5 02:05:37,589 --> 02:05:37,599 case and we're going to pull out our 3.5 02:05:37,599 --> 02:05:41,350 case and we're going to pull out our 3.5 in Drive caddy so most cases will have 02:05:41,350 --> 02:05:41,360 in Drive caddy so most cases will have 02:05:41,360 --> 02:05:42,910 in Drive caddy so most cases will have them down here so you see that I can 02:05:42,910 --> 02:05:42,920 them down here so you see that I can 02:05:42,920 --> 02:05:44,709 them down here so you see that I can pull this out is where we're going to 02:05:44,709 --> 02:05:44,719 pull this out is where we're going to 02:05:44,719 --> 02:05:46,709 pull this out is where we're going to install the hard drive technically if I 02:05:46,709 --> 02:05:46,719 install the hard drive technically if I 02:05:46,719 --> 02:05:48,350 install the hard drive technically if I was installing an SSD I could also 02:05:48,350 --> 02:05:48,360 was installing an SSD I could also 02:05:48,360 --> 02:05:50,030 was installing an SSD I could also install it onto one of these guys which 02:05:50,030 --> 02:05:50,040 install it onto one of these guys which 02:05:50,040 --> 02:05:51,669 install it onto one of these guys which just I can take the thumb screw off and 02:05:51,669 --> 02:05:51,679 just I can take the thumb screw off and 02:05:51,679 --> 02:05:53,990 just I can take the thumb screw off and and it will work the same kind of way if 02:05:53,990 --> 02:05:54,000 and it will work the same kind of way if 02:05:54,000 --> 02:05:55,390 and it will work the same kind of way if you're just installing an SSD I would 02:05:55,390 --> 02:05:55,400 you're just installing an SSD I would 02:05:55,400 --> 02:05:56,549 you're just installing an SSD I would actually recommend to do it in one of 02:05:56,549 --> 02:05:56,559 actually recommend to do it in one of 02:05:56,559 --> 02:05:58,149 actually recommend to do it in one of these because it's designed to sort of 02:05:58,149 --> 02:05:58,159 these because it's designed to sort of 02:05:58,159 --> 02:05:59,990 these because it's designed to sort of be nice and flat and flush and you kind 02:05:59,990 --> 02:06:00,000 be nice and flat and flush and you kind 02:06:00,000 --> 02:06:01,589 be nice and flat and flush and you kind of hide it in the back if you are not 02:06:01,589 --> 02:06:01,599 of hide it in the back if you are not 02:06:01,599 --> 02:06:02,950 of hide it in the back if you are not using a hard drive you actually can 02:06:02,950 --> 02:06:02,960 using a hard drive you actually can 02:06:02,960 --> 02:06:05,510 using a hard drive you actually can easily just take this entire tray out 02:06:05,510 --> 02:06:05,520 easily just take this entire tray out 02:06:05,520 --> 02:06:06,549 easily just take this entire tray out and that's going to give you some more 02:06:06,549 --> 02:06:06,559 and that's going to give you some more 02:06:06,559 --> 02:06:08,830 and that's going to give you some more room for cable management and whatnot um 02:06:08,830 --> 02:06:08,840 room for cable management and whatnot um 02:06:08,840 --> 02:06:10,189 room for cable management and whatnot um thankfully it's toolless but I'm 02:06:10,189 --> 02:06:10,199 thankfully it's toolless but I'm 02:06:10,199 --> 02:06:11,709 thankfully it's toolless but I'm actually going to be using that so I'm 02:06:11,709 --> 02:06:11,719 actually going to be using that so I'm 02:06:11,719 --> 02:06:13,790 actually going to be using that so I'm going to put that right back into place 02:06:13,790 --> 02:06:13,800 going to put that right back into place 02:06:13,800 --> 02:06:15,350 going to put that right back into place we're going to be installing a hard 02:06:15,350 --> 02:06:15,360 we're going to be installing a hard 02:06:15,360 --> 02:06:19,189 we're going to be installing a hard drive into this 3.5 in so um if you were 02:06:19,189 --> 02:06:19,199 drive into this 3.5 in so um if you were 02:06:19,199 --> 02:06:21,830 drive into this 3.5 in so um if you were installing your SATA SSD onto this gun 02:06:21,830 --> 02:06:21,840 installing your SATA SSD onto this gun 02:06:21,840 --> 02:06:23,350 installing your SATA SSD onto this gun you'll see there are four holes here and 02:06:23,350 --> 02:06:23,360 you'll see there are four holes here and 02:06:23,360 --> 02:06:24,870 you'll see there are four holes here and there are four holes on the bottom of 02:06:24,870 --> 02:06:24,880 there are four holes on the bottom of 02:06:24,880 --> 02:06:27,470 there are four holes on the bottom of the SSD as you can imagine you line it 02:06:27,470 --> 02:06:27,480 the SSD as you can imagine you line it 02:06:27,480 --> 02:06:29,069 the SSD as you can imagine you line it up and you screw it in with some of the 02:06:29,069 --> 02:06:29,079 up and you screw it in with some of the 02:06:29,079 --> 02:06:31,750 up and you screw it in with some of the screws that come with your case but we 02:06:31,750 --> 02:06:31,760 screws that come with your case but we 02:06:31,760 --> 02:06:33,030 screws that come with your case but we are not going to be doing that we're 02:06:33,030 --> 02:06:33,040 are not going to be doing that we're 02:06:33,040 --> 02:06:35,470 are not going to be doing that we're going to be installing a hard drive so 02:06:35,470 --> 02:06:35,480 going to be installing a hard drive so 02:06:35,480 --> 02:06:38,310 going to be installing a hard drive so let's unbox this hard drive um this is 02:06:38,310 --> 02:06:38,320 let's unbox this hard drive um this is 02:06:38,320 --> 02:06:40,149 let's unbox this hard drive um this is really simple in fact actually with this 02:06:40,149 --> 02:06:40,159 really simple in fact actually with this 02:06:40,159 --> 02:06:41,709 really simple in fact actually with this case like most things that LE and Lee 02:06:41,709 --> 02:06:41,719 case like most things that LE and Lee 02:06:41,719 --> 02:06:43,709 case like most things that LE and Lee have done with this sort of setup um 02:06:43,709 --> 02:06:43,719 have done with this sort of setup um 02:06:43,719 --> 02:06:45,510 have done with this sort of setup um it's very very straightforward so we're 02:06:45,510 --> 02:06:45,520 it's very very straightforward so we're 02:06:45,520 --> 02:06:47,709 it's very very straightforward so we're going to open up the hard drive now this 02:06:47,709 --> 02:06:47,719 going to open up the hard drive now this 02:06:47,719 --> 02:06:49,229 going to open up the hard drive now this actually does come with the screws to 02:06:49,229 --> 02:06:49,239 actually does come with the screws to 02:06:49,239 --> 02:06:51,229 actually does come with the screws to mount it in usually your case will also 02:06:51,229 --> 02:06:51,239 mount it in usually your case will also 02:06:51,239 --> 02:06:52,390 mount it in usually your case will also come with these same screws but it 02:06:52,390 --> 02:06:52,400 come with these same screws but it 02:06:52,400 --> 02:06:53,950 come with these same screws but it doesn't really matter so what we'll do 02:06:53,950 --> 02:06:53,960 doesn't really matter so what we'll do 02:06:53,960 --> 02:06:55,390 doesn't really matter so what we'll do is we're going to take it out of the 02:06:55,390 --> 02:06:55,400 is we're going to take it out of the 02:06:55,400 --> 02:06:58,430 is we're going to take it out of the protective packaging um now a little 02:06:58,430 --> 02:06:58,440 protective packaging um now a little 02:06:58,440 --> 02:07:00,629 protective packaging um now a little word of warning so you know how earlier 02:07:00,629 --> 02:07:00,639 word of warning so you know how earlier 02:07:00,639 --> 02:07:03,830 word of warning so you know how earlier I mentioned that it's recommended to put 02:07:03,830 --> 02:07:03,840 I mentioned that it's recommended to put 02:07:03,840 --> 02:07:06,069 I mentioned that it's recommended to put your system together outside the case 02:07:06,069 --> 02:07:06,079 your system together outside the case 02:07:06,079 --> 02:07:07,430 your system together outside the case and do a little task before putting it 02:07:07,430 --> 02:07:07,440 and do a little task before putting it 02:07:07,440 --> 02:07:09,589 and do a little task before putting it in well if I was going to just give you 02:07:09,589 --> 02:07:09,599 in well if I was going to just give you 02:07:09,599 --> 02:07:12,069 in well if I was going to just give you like a number a percentage of components 02:07:12,069 --> 02:07:12,079 like a number a percentage of components 02:07:12,079 --> 02:07:14,069 like a number a percentage of components that have problems out of the box a hard 02:07:14,069 --> 02:07:14,079 that have problems out of the box a hard 02:07:14,079 --> 02:07:16,189 that have problems out of the box a hard drive going to be pretty high up on the 02:07:16,189 --> 02:07:16,199 drive going to be pretty high up on the 02:07:16,199 --> 02:07:17,950 drive going to be pretty high up on the list so unlike basically every other 02:07:17,950 --> 02:07:17,960 list so unlike basically every other 02:07:17,960 --> 02:07:19,430 list so unlike basically every other component in your system which has few 02:07:19,430 --> 02:07:19,440 component in your system which has few 02:07:19,440 --> 02:07:22,229 component in your system which has few to no moving pieces this is a magnetic 02:07:22,229 --> 02:07:22,239 to no moving pieces this is a magnetic 02:07:22,239 --> 02:07:26,350 to no moving pieces this is a magnetic spinning platter of death and it you you 02:07:26,350 --> 02:07:26,360 spinning platter of death and it you you 02:07:26,360 --> 02:07:28,109 spinning platter of death and it you you drop it or it got dropped or tossed 02:07:28,109 --> 02:07:28,119 drop it or it got dropped or tossed 02:07:28,119 --> 02:07:29,669 drop it or it got dropped or tossed around at some point and it's life it 02:07:29,669 --> 02:07:29,679 around at some point and it's life it 02:07:29,679 --> 02:07:33,629 around at some point and it's life it may not function so if when you post 02:07:33,629 --> 02:07:33,639 may not function so if when you post 02:07:33,639 --> 02:07:35,310 may not function so if when you post your system and everything lights up and 02:07:35,310 --> 02:07:35,320 your system and everything lights up and 02:07:35,320 --> 02:07:36,310 your system and everything lights up and it's all great and your hard drive 02:07:36,310 --> 02:07:36,320 it's all great and your hard drive 02:07:36,320 --> 02:07:38,390 it's all great and your hard drive doesn't show up obviously double check 02:07:38,390 --> 02:07:38,400 doesn't show up obviously double check 02:07:38,400 --> 02:07:41,030 doesn't show up obviously double check this fully connected but sometimes these 02:07:41,030 --> 02:07:41,040 this fully connected but sometimes these 02:07:41,040 --> 02:07:42,709 this fully connected but sometimes these things do just show up the OA and I 02:07:42,709 --> 02:07:42,719 things do just show up the OA and I 02:07:42,719 --> 02:07:45,470 things do just show up the OA and I would say these tend to have problems 02:07:45,470 --> 02:07:45,480 would say these tend to have problems 02:07:45,480 --> 02:07:47,830 would say these tend to have problems much more than say an SSD for example so 02:07:47,830 --> 02:07:47,840 much more than say an SSD for example so 02:07:47,840 --> 02:07:49,950 much more than say an SSD for example so just a little word of warning um not 02:07:49,950 --> 02:07:49,960 just a little word of warning um not 02:07:49,960 --> 02:07:50,950 just a little word of warning um not that you should be discouraged you could 02:07:50,950 --> 02:07:50,960 that you should be discouraged you could 02:07:50,960 --> 02:07:52,549 that you should be discouraged you could always just look turn it typically but 02:07:52,549 --> 02:07:52,559 always just look turn it typically but 02:07:52,559 --> 02:07:54,549 always just look turn it typically but um just a little heads up that hard 02:07:54,549 --> 02:07:54,559 um just a little heads up that hard 02:07:54,559 --> 02:07:58,149 um just a little heads up that hard drives are fragile and are made of 02:07:58,149 --> 02:07:58,159 drives are fragile and are made of 02:07:58,159 --> 02:08:01,069 drives are fragile and are made of magnetic bits and so we have our hard 02:08:01,069 --> 02:08:01,079 magnetic bits and so we have our hard 02:08:01,079 --> 02:08:03,270 magnetic bits and so we have our hard drive so this is very straightforward 02:08:03,270 --> 02:08:03,280 drive so this is very straightforward 02:08:03,280 --> 02:08:05,310 drive so this is very straightforward there's really not a whole lot to it um 02:08:05,310 --> 02:08:05,320 there's really not a whole lot to it um 02:08:05,320 --> 02:08:06,669 there's really not a whole lot to it um so just be a little bit mindful that 02:08:06,669 --> 02:08:06,679 so just be a little bit mindful that 02:08:06,679 --> 02:08:08,430 so just be a little bit mindful that there is a circuit board on the bottom 02:08:08,430 --> 02:08:08,440 there is a circuit board on the bottom 02:08:08,440 --> 02:08:10,189 there is a circuit board on the bottom it's not really going to be too fragile 02:08:10,189 --> 02:08:10,199 it's not really going to be too fragile 02:08:10,199 --> 02:08:11,669 it's not really going to be too fragile this little ripping cable is but you 02:08:11,669 --> 02:08:11,679 this little ripping cable is but you 02:08:11,679 --> 02:08:12,870 this little ripping cable is but you know just hold it by the side it should 02:08:12,870 --> 02:08:12,880 know just hold it by the side it should 02:08:12,880 --> 02:08:14,470 know just hold it by the side it should be fine so on the bottom of the hard 02:08:14,470 --> 02:08:14,480 be fine so on the bottom of the hard 02:08:14,480 --> 02:08:15,750 be fine so on the bottom of the hard drive you're going to find two 02:08:15,750 --> 02:08:15,760 drive you're going to find two 02:08:15,760 --> 02:08:17,189 drive you're going to find two connectors so one you should be very 02:08:17,189 --> 02:08:17,199 connectors so one you should be very 02:08:17,199 --> 02:08:18,910 connectors so one you should be very familiar with it is our SATA power 02:08:18,910 --> 02:08:18,920 familiar with it is our SATA power 02:08:18,920 --> 02:08:20,629 familiar with it is our SATA power connectors this is what we used to 02:08:20,629 --> 02:08:20,639 connectors this is what we used to 02:08:20,639 --> 02:08:22,950 connectors this is what we used to connect our fan headers uh is also 02:08:22,950 --> 02:08:22,960 connect our fan headers uh is also 02:08:22,960 --> 02:08:24,189 connect our fan headers uh is also something that comes directly off of the 02:08:24,189 --> 02:08:24,199 something that comes directly off of the 02:08:24,199 --> 02:08:26,069 something that comes directly off of the power supply so that SATA power is what 02:08:26,069 --> 02:08:26,079 power supply so that SATA power is what 02:08:26,079 --> 02:08:28,750 power supply so that SATA power is what we used for our controller for our fans 02:08:28,750 --> 02:08:28,760 we used for our controller for our fans 02:08:28,760 --> 02:08:30,589 we used for our controller for our fans uh but typically it is used for hard 02:08:30,589 --> 02:08:30,599 uh but typically it is used for hard 02:08:30,599 --> 02:08:32,270 uh but typically it is used for hard drives beside that you'll also see your 02:08:32,270 --> 02:08:32,280 drives beside that you'll also see your 02:08:32,280 --> 02:08:34,549 drives beside that you'll also see your SATA data connector so this is also 02:08:34,549 --> 02:08:34,559 SATA data connector so this is also 02:08:34,559 --> 02:08:36,189 SATA data connector so this is also notched although it is much less Long 02:08:36,189 --> 02:08:36,199 notched although it is much less Long 02:08:36,199 --> 02:08:38,709 notched although it is much less Long than the SATA power now your Sata cable 02:08:38,709 --> 02:08:38,719 than the SATA power now your Sata cable 02:08:38,719 --> 02:08:40,390 than the SATA power now your Sata cable should have come with your motherboard 02:08:40,390 --> 02:08:40,400 should have come with your motherboard 02:08:40,400 --> 02:08:42,629 should have come with your motherboard so if you left all the stuff in that box 02:08:42,629 --> 02:08:42,639 so if you left all the stuff in that box 02:08:42,639 --> 02:08:44,669 so if you left all the stuff in that box you might want to go and grab it now so 02:08:44,669 --> 02:08:44,679 you might want to go and grab it now so 02:08:44,679 --> 02:08:46,229 you might want to go and grab it now so I'm going to pull it open now typically 02:08:46,229 --> 02:08:46,239 I'm going to pull it open now typically 02:08:46,239 --> 02:08:47,709 I'm going to pull it open now typically you'll see two cables here and they're 02:08:47,709 --> 02:08:47,719 you'll see two cables here and they're 02:08:47,719 --> 02:08:49,109 you'll see two cables here and they're slightly different based on how you want 02:08:49,109 --> 02:08:49,119 slightly different based on how you want 02:08:49,119 --> 02:08:52,589 slightly different based on how you want to do it so unwind this so on one side 02:08:52,589 --> 02:08:52,599 to do it so unwind this so on one side 02:08:52,599 --> 02:08:54,830 to do it so unwind this so on one side you'll see that these are the same so 02:08:54,830 --> 02:08:54,840 you'll see that these are the same so 02:08:54,840 --> 02:08:56,669 you'll see that these are the same so you'll see that it is a little clip on 02:08:56,669 --> 02:08:56,679 you'll see that it is a little clip on 02:08:56,679 --> 02:08:58,229 you'll see that it is a little clip on one side and there's a notch so it only 02:08:58,229 --> 02:08:58,239 one side and there's a notch so it only 02:08:58,239 --> 02:09:00,310 one side and there's a notch so it only goes in one way on the other side you'll 02:09:00,310 --> 02:09:00,320 goes in one way on the other side you'll 02:09:00,320 --> 02:09:01,910 goes in one way on the other side you'll see that one of these is a flat data 02:09:01,910 --> 02:09:01,920 see that one of these is a flat data 02:09:01,920 --> 02:09:04,350 see that one of these is a flat data cable and one of these is a 90° which 02:09:04,350 --> 02:09:04,360 cable and one of these is a 90° which 02:09:04,360 --> 02:09:06,069 cable and one of these is a 90° which one you use is going to be entirely down 02:09:06,069 --> 02:09:06,079 one you use is going to be entirely down 02:09:06,079 --> 02:09:08,510 one you use is going to be entirely down to your system so when I think about it 02:09:08,510 --> 02:09:08,520 to your system so when I think about it 02:09:08,520 --> 02:09:10,470 to your system so when I think about it we could probably use either with this 02:09:10,470 --> 02:09:10,480 we could probably use either with this 02:09:10,480 --> 02:09:11,390 we could probably use either with this because we're going to plug it in 02:09:11,390 --> 02:09:11,400 because we're going to plug it in 02:09:11,400 --> 02:09:13,390 because we're going to plug it in roughly here um I'm going to use this 02:09:13,390 --> 02:09:13,400 roughly here um I'm going to use this 02:09:13,400 --> 02:09:15,069 roughly here um I'm going to use this flat one um just cuz I think it'll be a 02:09:15,069 --> 02:09:15,079 flat one um just cuz I think it'll be a 02:09:15,079 --> 02:09:17,109 flat one um just cuz I think it'll be a little bit easier if a cable run yeah 02:09:17,109 --> 02:09:17,119 little bit easier if a cable run yeah 02:09:17,119 --> 02:09:19,030 little bit easier if a cable run yeah plug something like that um but again it 02:09:19,030 --> 02:09:19,040 plug something like that um but again it 02:09:19,040 --> 02:09:20,830 plug something like that um but again it doesn't really matter usually you have 02:09:20,830 --> 02:09:20,840 doesn't really matter usually you have 02:09:20,840 --> 02:09:22,950 doesn't really matter usually you have to just just in case you have a really 02:09:22,950 --> 02:09:22,960 to just just in case you have a really 02:09:22,960 --> 02:09:24,149 to just just in case you have a really tight sort of bit of Tolerance on your 02:09:24,149 --> 02:09:24,159 tight sort of bit of Tolerance on your 02:09:24,159 --> 02:09:26,669 tight sort of bit of Tolerance on your system or something but that is all we 02:09:26,669 --> 02:09:26,679 system or something but that is all we 02:09:26,679 --> 02:09:27,629 system or something but that is all we actually really need to get this thing 02:09:27,629 --> 02:09:27,639 actually really need to get this thing 02:09:27,639 --> 02:09:29,709 actually really need to get this thing up and running to install your hard 02:09:29,709 --> 02:09:29,719 up and running to install your hard 02:09:29,719 --> 02:09:31,669 up and running to install your hard drive into this tray typically you'll 02:09:31,669 --> 02:09:31,679 drive into this tray typically you'll 02:09:31,679 --> 02:09:33,470 drive into this tray typically you'll need to use four screws and sometimes 02:09:33,470 --> 02:09:33,480 need to use four screws and sometimes 02:09:33,480 --> 02:09:35,030 need to use four screws and sometimes you'll have like little rubber grommets 02:09:35,030 --> 02:09:35,040 you'll have like little rubber grommets 02:09:35,040 --> 02:09:36,589 you'll have like little rubber grommets but with this one it's super simple 02:09:36,589 --> 02:09:36,599 but with this one it's super simple 02:09:36,599 --> 02:09:38,189 but with this one it's super simple because it already is toolless so all 02:09:38,189 --> 02:09:38,199 because it already is toolless so all 02:09:38,199 --> 02:09:39,470 because it already is toolless so all you need to do is just bend it open a 02:09:39,470 --> 02:09:39,480 you need to do is just bend it open a 02:09:39,480 --> 02:09:41,589 you need to do is just bend it open a little bit and line up your hard drive 02:09:41,589 --> 02:09:41,599 little bit and line up your hard drive 02:09:41,599 --> 02:09:43,990 little bit and line up your hard drive so when you do this make sure to put the 02:09:43,990 --> 02:09:44,000 so when you do this make sure to put the 02:09:44,000 --> 02:09:46,149 so when you do this make sure to put the um little barcode side facing forward 02:09:46,149 --> 02:09:46,159 um little barcode side facing forward 02:09:46,159 --> 02:09:47,629 um little barcode side facing forward because you want to have access to these 02:09:47,629 --> 02:09:47,639 because you want to have access to these 02:09:47,639 --> 02:09:49,669 because you want to have access to these ports on the back but the way to do it 02:09:49,669 --> 02:09:49,679 ports on the back but the way to do it 02:09:49,679 --> 02:09:52,229 ports on the back but the way to do it is very simple so we're going to open it 02:09:52,229 --> 02:09:52,239 is very simple so we're going to open it 02:09:52,239 --> 02:09:54,510 is very simple so we're going to open it up we're going to try to slide it so it 02:09:54,510 --> 02:09:54,520 up we're going to try to slide it so it 02:09:54,520 --> 02:09:56,709 up we're going to try to slide it so it lines up somewhat like this and all you 02:09:56,709 --> 02:09:56,719 lines up somewhat like this and all you 02:09:56,719 --> 02:09:58,069 lines up somewhat like this and all you got to do you'll see that there's four 02:09:58,069 --> 02:09:58,079 got to do you'll see that there's four 02:09:58,079 --> 02:10:00,030 got to do you'll see that there's four holes one on each corner of the hard 02:10:00,030 --> 02:10:00,040 holes one on each corner of the hard 02:10:00,040 --> 02:10:01,990 holes one on each corner of the hard drive just pull it open just a little 02:10:01,990 --> 02:10:02,000 drive just pull it open just a little 02:10:02,000 --> 02:10:05,549 drive just pull it open just a little bit so you got that clearance three four 02:10:05,549 --> 02:10:05,559 bit so you got that clearance three four 02:10:05,559 --> 02:10:08,589 bit so you got that clearance three four boom that's it we're ready to install 02:10:08,589 --> 02:10:08,599 boom that's it we're ready to install 02:10:08,599 --> 02:10:09,990 boom that's it we're ready to install now once you've done that make sure that 02:10:09,990 --> 02:10:10,000 now once you've done that make sure that 02:10:10,000 --> 02:10:12,229 now once you've done that make sure that you have your SATA data and power facing 02:10:12,229 --> 02:10:12,239 you have your SATA data and power facing 02:10:12,239 --> 02:10:13,629 you have your SATA data and power facing towards you and not toward the front of 02:10:13,629 --> 02:10:13,639 towards you and not toward the front of 02:10:13,639 --> 02:10:15,109 towards you and not toward the front of the case where you can't reach it you 02:10:15,109 --> 02:10:15,119 the case where you can't reach it you 02:10:15,119 --> 02:10:16,629 the case where you can't reach it you just take this and we're going to line 02:10:16,629 --> 02:10:16,639 just take this and we're going to line 02:10:16,639 --> 02:10:18,390 just take this and we're going to line it up right here then we're just going 02:10:18,390 --> 02:10:18,400 it up right here then we're just going 02:10:18,400 --> 02:10:19,549 it up right here then we're just going to take the hard drive and we're going 02:10:19,549 --> 02:10:19,559 to take the hard drive and we're going 02:10:19,559 --> 02:10:22,549 to take the hard drive and we're going to click it right into place 02:10:22,549 --> 02:10:22,559 to click it right into place 02:10:22,559 --> 02:10:25,350 to click it right into place boom look at that that's a hard drive 02:10:25,350 --> 02:10:25,360 boom look at that that's a hard drive 02:10:25,360 --> 02:10:27,950 boom look at that that's a hard drive installed all we got to do now is grab 02:10:27,950 --> 02:10:27,960 installed all we got to do now is grab 02:10:27,960 --> 02:10:30,470 installed all we got to do now is grab our SATA data cable we're going to plug 02:10:30,470 --> 02:10:30,480 our SATA data cable we're going to plug 02:10:30,480 --> 02:10:32,030 our SATA data cable we're going to plug that in right here making sure that the 02:10:32,030 --> 02:10:32,040 that in right here making sure that the 02:10:32,040 --> 02:10:34,589 that in right here making sure that the notch is facing downward and we're also 02:10:34,589 --> 02:10:34,599 notch is facing downward and we're also 02:10:34,599 --> 02:10:37,589 notch is facing downward and we're also going to grab our lead from the power 02:10:37,589 --> 02:10:37,599 going to grab our lead from the power 02:10:37,599 --> 02:10:38,870 going to grab our lead from the power supply which I probably should have 02:10:38,870 --> 02:10:38,880 supply which I probably should have 02:10:38,880 --> 02:10:40,510 supply which I probably should have prepped ahead of time instead of leaving 02:10:40,510 --> 02:10:40,520 prepped ahead of time instead of leaving 02:10:40,520 --> 02:10:42,549 prepped ahead of time instead of leaving it all dangled over here so basically 02:10:42,549 --> 02:10:42,559 it all dangled over here so basically 02:10:42,559 --> 02:10:43,990 it all dangled over here so basically what I'm trying to do right now is I 02:10:43,990 --> 02:10:44,000 what I'm trying to do right now is I 02:10:44,000 --> 02:10:46,030 what I'm trying to do right now is I need to install the SATA up here so 02:10:46,030 --> 02:10:46,040 need to install the SATA up here so 02:10:46,040 --> 02:10:47,709 need to install the SATA up here so technically I have enough SATA leads 02:10:47,709 --> 02:10:47,719 technically I have enough SATA leads 02:10:47,719 --> 02:10:49,750 technically I have enough SATA leads because I have one SATA that goes to the 02:10:49,750 --> 02:10:49,760 because I have one SATA that goes to the 02:10:49,760 --> 02:10:51,830 because I have one SATA that goes to the fan header that comes in the case one 02:10:51,830 --> 02:10:51,840 fan header that comes in the case one 02:10:51,840 --> 02:10:52,950 fan header that comes in the case one that comes to this one which is 02:10:52,950 --> 02:10:52,960 that comes to this one which is 02:10:52,960 --> 02:10:54,549 that comes to this one which is installed here and the other one needs 02:10:54,549 --> 02:10:54,559 installed here and the other one needs 02:10:54,559 --> 02:10:57,589 installed here and the other one needs to go into the hard drive but it is just 02:10:57,589 --> 02:10:57,599 to go into the hard drive but it is just 02:10:57,599 --> 02:10:59,470 to go into the hard drive but it is just too short to actually reach I can kind 02:10:59,470 --> 02:10:59,480 too short to actually reach I can kind 02:10:59,480 --> 02:11:02,390 too short to actually reach I can kind of get it but then no I just have to 02:11:02,390 --> 02:11:02,400 of get it but then no I just have to 02:11:02,400 --> 02:11:04,830 of get it but then no I just have to rewire the whole thing damn all right so 02:11:04,830 --> 02:11:04,840 rewire the whole thing damn all right so 02:11:04,840 --> 02:11:05,629 rewire the whole thing damn all right so I guess this is the point where we're 02:11:05,629 --> 02:11:05,639 I guess this is the point where we're 02:11:05,639 --> 02:11:07,350 I guess this is the point where we're going to go into my box of power supply 02:11:07,350 --> 02:11:07,360 going to go into my box of power supply 02:11:07,360 --> 02:11:10,390 going to go into my box of power supply cables install one extra SATA just for 02:11:10,390 --> 02:11:10,400 cables install one extra SATA just for 02:11:10,400 --> 02:11:12,069 cables install one extra SATA just for one hard drive because it's ever so 02:11:12,069 --> 02:11:12,079 one hard drive because it's ever so 02:11:12,079 --> 02:11:14,189 one hard drive because it's ever so slightly too far away so if you're like 02:11:14,189 --> 02:11:14,199 slightly too far away so if you're like 02:11:14,199 --> 02:11:16,390 slightly too far away so if you're like me and need a little extra power in your 02:11:16,390 --> 02:11:16,400 me and need a little extra power in your 02:11:16,400 --> 02:11:17,709 me and need a little extra power in your life what we're going to do is just plug 02:11:17,709 --> 02:11:17,719 life what we're going to do is just plug 02:11:17,719 --> 02:11:19,950 life what we're going to do is just plug this into our power supply or maybe you 02:11:19,950 --> 02:11:19,960 this into our power supply or maybe you 02:11:19,960 --> 02:11:21,470 this into our power supply or maybe you just plug this in to begin with cuz you 02:11:21,470 --> 02:11:21,480 just plug this in to begin with cuz you 02:11:21,480 --> 02:11:23,270 just plug this in to begin with cuz you thought ahead and I was trying to be a 02:11:23,270 --> 02:11:23,280 thought ahead and I was trying to be a 02:11:23,280 --> 02:11:25,229 thought ahead and I was trying to be a little too optimistic unplug this into 02:11:25,229 --> 02:11:25,239 little too optimistic unplug this into 02:11:25,239 --> 02:11:26,830 little too optimistic unplug this into our power supply exactly the same way we 02:11:26,830 --> 02:11:26,840 our power supply exactly the same way we 02:11:26,840 --> 02:11:28,589 our power supply exactly the same way we did earlier with our state of power 02:11:28,589 --> 02:11:28,599 did earlier with our state of power 02:11:28,599 --> 02:11:30,510 did earlier with our state of power connected over here I'm going to run the 02:11:30,510 --> 02:11:30,520 connected over here I'm going to run the 02:11:30,520 --> 02:11:34,149 connected over here I'm going to run the lead out and run it into our power 02:11:34,149 --> 02:11:34,159 lead out and run it into our power 02:11:34,159 --> 02:11:37,430 lead out and run it into our power supply so there you go and now it is 02:11:37,430 --> 02:11:37,440 supply so there you go and now it is 02:11:37,440 --> 02:11:39,430 supply so there you go and now it is connected now you'll see that our 02:11:39,430 --> 02:11:39,440 connected now you'll see that our 02:11:39,440 --> 02:11:41,510 connected now you'll see that our cabling is getting a little bit out of 02:11:41,510 --> 02:11:41,520 cabling is getting a little bit out of 02:11:41,520 --> 02:11:43,149 cabling is getting a little bit out of control although honestly it's not too 02:11:43,149 --> 02:11:43,159 control although honestly it's not too 02:11:43,159 --> 02:11:46,350 control although honestly it's not too bad now it's tempting to start trying to 02:11:46,350 --> 02:11:46,360 bad now it's tempting to start trying to 02:11:46,360 --> 02:11:48,549 bad now it's tempting to start trying to like zip tie and clean things up don't 02:11:48,549 --> 02:11:48,559 like zip tie and clean things up don't 02:11:48,559 --> 02:11:50,270 like zip tie and clean things up don't do that yet make sure that everything is 02:11:50,270 --> 02:11:50,280 do that yet make sure that everything is 02:11:50,280 --> 02:11:51,750 do that yet make sure that everything is installed in the case it's fired up 02:11:51,750 --> 02:11:51,760 installed in the case it's fired up 02:11:51,760 --> 02:11:53,510 installed in the case it's fired up everything shows up first now a little 02:11:53,510 --> 02:11:53,520 everything shows up first now a little 02:11:53,520 --> 02:11:55,470 everything shows up first now a little bit of like you know tucking a cable 02:11:55,470 --> 02:11:55,480 bit of like you know tucking a cable 02:11:55,480 --> 02:11:57,549 bit of like you know tucking a cable behind a little clip here there trying 02:11:57,549 --> 02:11:57,559 behind a little clip here there trying 02:11:57,559 --> 02:11:59,390 behind a little clip here there trying to sort of massage a run so it's not 02:11:59,390 --> 02:11:59,400 to sort of massage a run so it's not 02:11:59,400 --> 02:12:00,870 to sort of massage a run so it's not going to be sticking out that's fine but 02:12:00,870 --> 02:12:00,880 going to be sticking out that's fine but 02:12:00,880 --> 02:12:02,990 going to be sticking out that's fine but just don't go too deep because there's a 02:12:02,990 --> 02:12:03,000 just don't go too deep because there's a 02:12:03,000 --> 02:12:04,430 just don't go too deep because there's a very decent likelihood that you may have 02:12:04,430 --> 02:12:04,440 very decent likelihood that you may have 02:12:04,440 --> 02:12:06,390 very decent likelihood that you may have to start tearing some stuff out or you 02:12:06,390 --> 02:12:06,400 to start tearing some stuff out or you 02:12:06,400 --> 02:12:09,350 to start tearing some stuff out or you forgot something like you 2 Ines short 02:12:09,350 --> 02:12:09,360 forgot something like you 2 Ines short 02:12:09,360 --> 02:12:11,030 forgot something like you 2 Ines short of reaching your hard drive not that I 02:12:11,030 --> 02:12:11,040 of reaching your hard drive not that I 02:12:11,040 --> 02:12:13,910 of reaching your hard drive not that I forgot I just didn't I just was hoping I 02:12:13,910 --> 02:12:13,920 forgot I just didn't I just was hoping I 02:12:13,920 --> 02:12:16,030 forgot I just didn't I just was hoping I would be lucky with that the only other 02:12:16,030 --> 02:12:16,040 would be lucky with that the only other 02:12:16,040 --> 02:12:18,709 would be lucky with that the only other thing we have to do is plug in our hard 02:12:18,709 --> 02:12:18,719 thing we have to do is plug in our hard 02:12:18,719 --> 02:12:21,229 thing we have to do is plug in our hard drive to our motherboard so what we'll 02:12:21,229 --> 02:12:21,239 drive to our motherboard so what we'll 02:12:21,239 --> 02:12:23,310 drive to our motherboard so what we'll do is we'll flip the case around oh it's 02:12:23,310 --> 02:12:23,320 do is we'll flip the case around oh it's 02:12:23,320 --> 02:12:25,750 do is we'll flip the case around oh it's getting heavy 02:12:25,750 --> 02:12:25,760 getting heavy 02:12:25,760 --> 02:12:27,950 getting heavy now all right so what I'm going to do is 02:12:27,950 --> 02:12:27,960 now all right so what I'm going to do is 02:12:27,960 --> 02:12:30,270 now all right so what I'm going to do is I'm going to Route this cable over to 02:12:30,270 --> 02:12:30,280 I'm going to Route this cable over to 02:12:30,280 --> 02:12:32,109 I'm going to Route this cable over to this side so this is a great opportunity 02:12:32,109 --> 02:12:32,119 this side so this is a great opportunity 02:12:32,119 --> 02:12:35,229 this side so this is a great opportunity to show you how to try to run things 02:12:35,229 --> 02:12:35,239 to show you how to try to run things 02:12:35,239 --> 02:12:36,950 to show you how to try to run things somewhat cleanly so you see we have 02:12:36,950 --> 02:12:36,960 somewhat cleanly so you see we have 02:12:36,960 --> 02:12:39,109 somewhat cleanly so you see we have these little grommets so even though 02:12:39,109 --> 02:12:39,119 these little grommets so even though 02:12:39,119 --> 02:12:40,709 these little grommets so even though we're not really worrying about Cable 02:12:40,709 --> 02:12:40,719 we're not really worrying about Cable 02:12:40,719 --> 02:12:43,470 we're not really worrying about Cable Management yet always run cables to the 02:12:43,470 --> 02:12:43,480 Management yet always run cables to the 02:12:43,480 --> 02:12:45,790 Management yet always run cables to the closest sort of access point so again I 02:12:45,790 --> 02:12:45,800 closest sort of access point so again I 02:12:45,800 --> 02:12:47,310 closest sort of access point so again I can run it right here and you'll see 02:12:47,310 --> 02:12:47,320 can run it right here and you'll see 02:12:47,320 --> 02:12:48,990 can run it right here and you'll see it's going to pop out right beside our 02:12:48,990 --> 02:12:49,000 it's going to pop out right beside our 02:12:49,000 --> 02:12:51,310 it's going to pop out right beside our SATA leads so what we can do is if we 02:12:51,310 --> 02:12:51,320 SATA leads so what we can do is if we 02:12:51,320 --> 02:12:52,870 SATA leads so what we can do is if we flip this cable around we actually kind 02:12:52,870 --> 02:12:52,880 flip this cable around we actually kind 02:12:52,880 --> 02:12:55,030 flip this cable around we actually kind of plug that in so that it's sort of 02:12:55,030 --> 02:12:55,040 of plug that in so that it's sort of 02:12:55,040 --> 02:12:56,589 of plug that in so that it's sort of hidden obviously it's not completely 02:12:56,589 --> 02:12:56,599 hidden obviously it's not completely 02:12:56,599 --> 02:12:58,830 hidden obviously it's not completely hidden but that's like a nice flat clean 02:12:58,830 --> 02:12:58,840 hidden but that's like a nice flat clean 02:12:58,840 --> 02:13:01,549 hidden but that's like a nice flat clean run this doesn't matter hugely for 02:13:01,549 --> 02:13:01,559 run this doesn't matter hugely for 02:13:01,559 --> 02:13:04,149 run this doesn't matter hugely for anything besides Aesthetics but 02:13:04,149 --> 02:13:04,159 anything besides Aesthetics but 02:13:04,159 --> 02:13:05,270 anything besides Aesthetics but especially if you're building in a white 02:13:05,270 --> 02:13:05,280 especially if you're building in a white 02:13:05,280 --> 02:13:07,189 especially if you're building in a white case your cables are going to be very 02:13:07,189 --> 02:13:07,199 case your cables are going to be very 02:13:07,199 --> 02:13:08,830 case your cables are going to be very very easy to see all the black cables 02:13:08,830 --> 02:13:08,840 very easy to see all the black cables 02:13:08,840 --> 02:13:09,910 very easy to see all the black cables right it's going to be very very 02:13:09,910 --> 02:13:09,920 right it's going to be very very 02:13:09,920 --> 02:13:11,790 right it's going to be very very contrasty so it's a good idea just to 02:13:11,790 --> 02:13:11,800 contrasty so it's a good idea just to 02:13:11,800 --> 02:13:14,549 contrasty so it's a good idea just to try to run things somewhat cleanly when 02:13:14,549 --> 02:13:14,559 try to run things somewhat cleanly when 02:13:14,559 --> 02:13:16,430 try to run things somewhat cleanly when you have the opportunity to cuz it will 02:13:16,430 --> 02:13:16,440 you have the opportunity to cuz it will 02:13:16,440 --> 02:13:18,990 you have the opportunity to cuz it will make it look a whole lot nicer once you 02:13:18,990 --> 02:13:19,000 make it look a whole lot nicer once you 02:13:19,000 --> 02:13:21,229 make it look a whole lot nicer once you get all the side panels on but with that 02:13:21,229 --> 02:13:21,239 get all the side panels on but with that 02:13:21,239 --> 02:13:23,270 get all the side panels on but with that we have ourselves a hard drive or an SSD 02:13:23,270 --> 02:13:23,280 we have ourselves a hard drive or an SSD 02:13:23,280 --> 02:13:24,830 we have ourselves a hard drive or an SSD if you're using that installed in the 02:13:24,830 --> 02:13:24,840 if you're using that installed in the 02:13:24,840 --> 02:13:26,709 if you're using that installed in the system now the last thing I'll say on 02:13:26,709 --> 02:13:26,719 system now the last thing I'll say on 02:13:26,719 --> 02:13:28,910 system now the last thing I'll say on this if for some reason you were 02:13:28,910 --> 02:13:28,920 this if for some reason you were 02:13:28,920 --> 02:13:31,390 this if for some reason you were installing an optical drive so a DVD or 02:13:31,390 --> 02:13:31,400 installing an optical drive so a DVD or 02:13:31,400 --> 02:13:34,229 installing an optical drive so a DVD or Blu-ray Drive it uses the exact same two 02:13:34,229 --> 02:13:34,239 Blu-ray Drive it uses the exact same two 02:13:34,239 --> 02:13:35,750 Blu-ray Drive it uses the exact same two connectors as your hard drivve so you'll 02:13:35,750 --> 02:13:35,760 connectors as your hard drivve so you'll 02:13:35,760 --> 02:13:37,589 connectors as your hard drivve so you'll have one state of power one state of 02:13:37,589 --> 02:13:37,599 have one state of power one state of 02:13:37,599 --> 02:13:38,990 have one state of power one state of data typically It Go in the front of the 02:13:38,990 --> 02:13:39,000 data typically It Go in the front of the 02:13:39,000 --> 02:13:41,149 data typically It Go in the front of the case I'll say I can't remember the last 02:13:41,149 --> 02:13:41,159 case I'll say I can't remember the last 02:13:41,159 --> 02:13:42,709 case I'll say I can't remember the last time I saw a brand new case that still 02:13:42,709 --> 02:13:42,719 time I saw a brand new case that still 02:13:42,719 --> 02:13:44,950 time I saw a brand new case that still had a 5 and a/4 inch drive for optical 02:13:44,950 --> 02:13:44,960 had a 5 and a/4 inch drive for optical 02:13:44,960 --> 02:13:48,790 had a 5 and a/4 inch drive for optical drives so I mean if you're keeping the 02:13:48,790 --> 02:13:48,800 drives so I mean if you're keeping the 02:13:48,800 --> 02:13:50,790 drives so I mean if you're keeping the physical media dream Alive by all means 02:13:50,790 --> 02:13:50,800 physical media dream Alive by all means 02:13:50,800 --> 02:13:53,229 physical media dream Alive by all means have fun but um yeah that should be it 02:13:53,229 --> 02:13:53,239 have fun but um yeah that should be it 02:13:53,239 --> 02:13:55,750 have fun but um yeah that should be it and now it's time to run some more 02:13:55,750 --> 02:13:55,760 and now it's time to run some more 02:13:55,760 --> 02:13:58,109 and now it's time to run some more cables so our system is looking really 02:13:58,109 --> 02:13:58,119 cables so our system is looking really 02:13:58,119 --> 02:14:00,510 cables so our system is looking really good right now the next step is going to 02:14:00,510 --> 02:14:00,520 good right now the next step is going to 02:14:00,520 --> 02:14:02,910 good right now the next step is going to be getting a lot of our cabling actually 02:14:02,910 --> 02:14:02,920 be getting a lot of our cabling actually 02:14:02,920 --> 02:14:04,589 be getting a lot of our cabling actually installed not cable management but 02:14:04,589 --> 02:14:04,599 installed not cable management but 02:14:04,599 --> 02:14:06,589 installed not cable management but actually plugging stuff in now you could 02:14:06,589 --> 02:14:06,599 actually plugging stuff in now you could 02:14:06,599 --> 02:14:08,270 actually plugging stuff in now you could install the GPU right now but I 02:14:08,270 --> 02:14:08,280 install the GPU right now but I 02:14:08,280 --> 02:14:09,669 install the GPU right now but I recommend holding out against that 02:14:09,669 --> 02:14:09,679 recommend holding out against that 02:14:09,679 --> 02:14:11,589 recommend holding out against that mostly for the same reason as why we did 02:14:11,589 --> 02:14:11,599 mostly for the same reason as why we did 02:14:11,599 --> 02:14:14,510 mostly for the same reason as why we did this CPU power first the GPU is big and 02:14:14,510 --> 02:14:14,520 this CPU power first the GPU is big and 02:14:14,520 --> 02:14:15,709 this CPU power first the GPU is big and kind of gets in the way so it's much 02:14:15,709 --> 02:14:15,719 kind of gets in the way so it's much 02:14:15,719 --> 02:14:17,510 kind of gets in the way so it's much easier to do this without the GPU 02:14:17,510 --> 02:14:17,520 easier to do this without the GPU 02:14:17,520 --> 02:14:20,549 easier to do this without the GPU installed so let's go from top to bottom 02:14:20,549 --> 02:14:20,559 installed so let's go from top to bottom 02:14:20,559 --> 02:14:23,589 installed so let's go from top to bottom shall we first up we have our 20 plus 4 02:14:23,589 --> 02:14:23,599 shall we first up we have our 20 plus 4 02:14:23,599 --> 02:14:25,390 shall we first up we have our 20 plus 4 pen power connector now I like to start 02:14:25,390 --> 02:14:25,400 pen power connector now I like to start 02:14:25,400 --> 02:14:27,030 pen power connector now I like to start with this largely because it's a very 02:14:27,030 --> 02:14:27,040 with this largely because it's a very 02:14:27,040 --> 02:14:29,390 with this largely because it's a very thick cable so uh we're not worrying 02:14:29,390 --> 02:14:29,400 thick cable so uh we're not worrying 02:14:29,400 --> 02:14:30,750 thick cable so uh we're not worrying about Cable Management right now but 02:14:30,750 --> 02:14:30,760 about Cable Management right now but 02:14:30,760 --> 02:14:31,870 about Cable Management right now but what we are going to worry about is 02:14:31,870 --> 02:14:31,880 what we are going to worry about is 02:14:31,880 --> 02:14:33,910 what we are going to worry about is being able to get our side panel on so 02:14:33,910 --> 02:14:33,920 being able to get our side panel on so 02:14:33,920 --> 02:14:35,669 being able to get our side panel on so because this is so thick what you do 02:14:35,669 --> 02:14:35,679 because this is so thick what you do 02:14:35,679 --> 02:14:37,910 because this is so thick what you do want to avoid is a situation where you 02:14:37,910 --> 02:14:37,920 want to avoid is a situation where you 02:14:37,920 --> 02:14:39,149 want to avoid is a situation where you have to like run two of these thick 02:14:39,149 --> 02:14:39,159 have to like run two of these thick 02:14:39,159 --> 02:14:40,589 have to like run two of these thick cables on top of each other you just 02:14:40,589 --> 02:14:40,599 cables on top of each other you just 02:14:40,599 --> 02:14:42,390 cables on top of each other you just wouldn't have the room unless you really 02:14:42,390 --> 02:14:42,400 wouldn't have the room unless you really 02:14:42,400 --> 02:14:44,549 wouldn't have the room unless you really squash your side panel on so what I like 02:14:44,549 --> 02:14:44,559 squash your side panel on so what I like 02:14:44,559 --> 02:14:46,430 squash your side panel on so what I like to do is I like to run this 20 plus4 pen 02:14:46,430 --> 02:14:46,440 to do is I like to run this 20 plus4 pen 02:14:46,440 --> 02:14:48,430 to do is I like to run this 20 plus4 pen early and then when you run the rest of 02:14:48,430 --> 02:14:48,440 early and then when you run the rest of 02:14:48,440 --> 02:14:49,549 early and then when you run the rest of your cables you can kind of try to go 02:14:49,549 --> 02:14:49,559 your cables you can kind of try to go 02:14:49,559 --> 02:14:51,189 your cables you can kind of try to go around it as opposed to just crossing 02:14:51,189 --> 02:14:51,199 around it as opposed to just crossing 02:14:51,199 --> 02:14:53,589 around it as opposed to just crossing straight across it so once you run this 02:14:53,589 --> 02:14:53,599 straight across it so once you run this 02:14:53,599 --> 02:14:56,030 straight across it so once you run this through it is going to have a clip on 02:14:56,030 --> 02:14:56,040 through it is going to have a clip on 02:14:56,040 --> 02:14:57,390 through it is going to have a clip on the bottom side which is going to only 02:14:57,390 --> 02:14:57,400 the bottom side which is going to only 02:14:57,400 --> 02:14:59,270 the bottom side which is going to only go in one way so usually going to have 02:14:59,270 --> 02:14:59,280 go in one way so usually going to have 02:14:59,280 --> 02:15:01,030 go in one way so usually going to have to do a little rotating action on this 02:15:01,030 --> 02:15:01,040 to do a little rotating action on this 02:15:01,040 --> 02:15:03,430 to do a little rotating action on this but it's not too bad and then we're 02:15:03,430 --> 02:15:03,440 but it's not too bad and then we're 02:15:03,440 --> 02:15:05,350 but it's not too bad and then we're going to line it up and then just going 02:15:05,350 --> 02:15:05,360 going to line it up and then just going 02:15:05,360 --> 02:15:06,990 going to line it up and then just going to give it a nice firm bit of pressure 02:15:06,990 --> 02:15:07,000 to give it a nice firm bit of pressure 02:15:07,000 --> 02:15:09,470 to give it a nice firm bit of pressure on both sides in the middle until it 02:15:09,470 --> 02:15:09,480 on both sides in the middle until it 02:15:09,480 --> 02:15:11,910 on both sides in the middle until it clicks and that's almost in there there 02:15:11,910 --> 02:15:11,920 clicks and that's almost in there there 02:15:11,920 --> 02:15:14,990 clicks and that's almost in there there we go and that's it now I will try and 02:15:14,990 --> 02:15:15,000 we go and that's it now I will try and 02:15:15,000 --> 02:15:16,950 we go and that's it now I will try and push that cable up a little bit so it 02:15:16,950 --> 02:15:16,960 push that cable up a little bit so it 02:15:16,960 --> 02:15:18,149 push that cable up a little bit so it looks kind of decent it's a little 02:15:18,149 --> 02:15:18,159 looks kind of decent it's a little 02:15:18,159 --> 02:15:20,350 looks kind of decent it's a little dangly right now the thing is we 02:15:20,350 --> 02:15:20,360 dangly right now the thing is we 02:15:20,360 --> 02:15:21,350 dangly right now the thing is we actually have already done a bunch of 02:15:21,350 --> 02:15:21,360 actually have already done a bunch of 02:15:21,360 --> 02:15:22,510 actually have already done a bunch of the other stuff right so we already have 02:15:22,510 --> 02:15:22,520 the other stuff right so we already have 02:15:22,520 --> 02:15:24,310 the other stuff right so we already have our CPU power plugged in if you did not 02:15:24,310 --> 02:15:24,320 our CPU power plugged in if you did not 02:15:24,320 --> 02:15:26,350 our CPU power plugged in if you did not do that definitely do it now we already 02:15:26,350 --> 02:15:26,360 do that definitely do it now we already 02:15:26,360 --> 02:15:28,669 do that definitely do it now we already have our SATA connected so the next 02:15:28,669 --> 02:15:28,679 have our SATA connected so the next 02:15:28,679 --> 02:15:31,069 have our SATA connected so the next thing is to tuck some of our extra 02:15:31,069 --> 02:15:31,079 thing is to tuck some of our extra 02:15:31,079 --> 02:15:32,270 thing is to tuck some of our extra cables 02:15:32,270 --> 02:15:32,280 cables 02:15:32,280 --> 02:15:35,149 cables in and we're going to start installing 02:15:35,149 --> 02:15:35,159 in and we're going to start installing 02:15:35,159 --> 02:15:38,310 in and we're going to start installing some of our front panels accessories 02:15:38,310 --> 02:15:38,320 some of our front panels accessories 02:15:38,320 --> 02:15:40,229 some of our front panels accessories that kind of thing so these are 02:15:40,229 --> 02:15:40,239 that kind of thing so these are 02:15:40,239 --> 02:15:41,950 that kind of thing so these are essentially all of the bits and Bobs 02:15:41,950 --> 02:15:41,960 essentially all of the bits and Bobs 02:15:41,960 --> 02:15:44,270 essentially all of the bits and Bobs that come from your case so starting out 02:15:44,270 --> 02:15:44,280 that come from your case so starting out 02:15:44,280 --> 02:15:47,149 that come from your case so starting out with we have our big chunky USB 3.0 02:15:47,149 --> 02:15:47,159 with we have our big chunky USB 3.0 02:15:47,159 --> 02:15:48,709 with we have our big chunky USB 3.0 connector so like I mentioned in the 02:15:48,709 --> 02:15:48,719 connector so like I mentioned in the 02:15:48,719 --> 02:15:51,030 connector so like I mentioned in the motherboard segment this is for your 02:15:51,030 --> 02:15:51,040 motherboard segment this is for your 02:15:51,040 --> 02:15:53,149 motherboard segment this is for your front panel connectors on your case and 02:15:53,149 --> 02:15:53,159 front panel connectors on your case and 02:15:53,159 --> 02:15:55,109 front panel connectors on your case and boy oh boy is it an easy connector to 02:15:55,109 --> 02:15:55,119 boy oh boy is it an easy connector to 02:15:55,119 --> 02:15:56,709 boy oh boy is it an easy connector to break so when you plug it in make sure 02:15:56,709 --> 02:15:56,719 break so when you plug it in make sure 02:15:56,719 --> 02:15:58,669 break so when you plug it in make sure you've got it run the correct way you 02:15:58,669 --> 02:15:58,679 you've got it run the correct way you 02:15:58,679 --> 02:16:00,270 you've got it run the correct way you don't want to wiggle around or whatever 02:16:00,270 --> 02:16:00,280 don't want to wiggle around or whatever 02:16:00,280 --> 02:16:03,270 don't want to wiggle around or whatever cuz sucks to remove this is our USBC 02:16:03,270 --> 02:16:03,280 cuz sucks to remove this is our USBC 02:16:03,280 --> 02:16:05,030 cuz sucks to remove this is our USBC connector for the USBC on the front of 02:16:05,030 --> 02:16:05,040 connector for the USBC on the front of 02:16:05,040 --> 02:16:08,229 connector for the USBC on the front of the case uh not all cases have USBC most 02:16:08,229 --> 02:16:08,239 the case uh not all cases have USBC most 02:16:08,239 --> 02:16:09,669 the case uh not all cases have USBC most of them do at this point but that's what 02:16:09,669 --> 02:16:09,679 of them do at this point but that's what 02:16:09,679 --> 02:16:11,669 of them do at this point but that's what we're going to use here then we also 02:16:11,669 --> 02:16:11,679 we're going to use here then we also 02:16:11,679 --> 02:16:15,030 we're going to use here then we also have our front panel connectors now 02:16:15,030 --> 02:16:15,040 have our front panel connectors now 02:16:15,040 --> 02:16:17,549 have our front panel connectors now something that has gotten so much better 02:16:17,549 --> 02:16:17,559 something that has gotten so much better 02:16:17,559 --> 02:16:19,709 something that has gotten so much better compared to older School builds is how 02:16:19,709 --> 02:16:19,719 compared to older School builds is how 02:16:19,719 --> 02:16:21,030 compared to older School builds is how easy it is to do the front panel 02:16:21,030 --> 02:16:21,040 easy it is to do the front panel 02:16:21,040 --> 02:16:22,189 easy it is to do the front panel connectors so these are a bunch of 02:16:22,189 --> 02:16:22,199 connectors so these are a bunch of 02:16:22,199 --> 02:16:23,790 connectors so these are a bunch of individual little connectors that are 02:16:23,790 --> 02:16:23,800 individual little connectors that are 02:16:23,800 --> 02:16:25,870 individual little connectors that are for things like your power button the 02:16:25,870 --> 02:16:25,880 for things like your power button the 02:16:25,880 --> 02:16:28,430 for things like your power button the LEDs your reset button that kind of 02:16:28,430 --> 02:16:28,440 LEDs your reset button that kind of 02:16:28,440 --> 02:16:31,030 LEDs your reset button that kind of stuff now most systems used to have this 02:16:31,030 --> 02:16:31,040 stuff now most systems used to have this 02:16:31,040 --> 02:16:32,549 stuff now most systems used to have this as a bunch of individual little 02:16:32,549 --> 02:16:32,559 as a bunch of individual little 02:16:32,559 --> 02:16:33,870 as a bunch of individual little connectors so I'll show this from like a 02:16:33,870 --> 02:16:33,880 connectors so I'll show this from like a 02:16:33,880 --> 02:16:35,349 connectors so I'll show this from like a previous video this is what it used to 02:16:35,349 --> 02:16:35,359 previous video this is what it used to 02:16:35,359 --> 02:16:37,429 previous video this is what it used to look like but with this le le case it 02:16:37,429 --> 02:16:37,439 look like but with this le le case it 02:16:37,439 --> 02:16:38,790 look like but with this le le case it all comes on a block which makes it 02:16:38,790 --> 02:16:38,800 all comes on a block which makes it 02:16:38,800 --> 02:16:40,910 all comes on a block which makes it super simple and on top of that our 02:16:40,910 --> 02:16:40,920 super simple and on top of that our 02:16:40,920 --> 02:16:43,270 super simple and on top of that our gigabyte motherboard has them all color 02:16:43,270 --> 02:16:43,280 gigabyte motherboard has them all color 02:16:43,280 --> 02:16:44,870 gigabyte motherboard has them all color coded so instead of having to dig 02:16:44,870 --> 02:16:44,880 coded so instead of having to dig 02:16:44,880 --> 02:16:45,709 coded so instead of having to dig through the manual and everything you 02:16:45,709 --> 02:16:45,719 through the manual and everything you 02:16:45,719 --> 02:16:47,150 through the manual and everything you just look at the color code but with 02:16:47,150 --> 02:16:47,160 just look at the color code but with 02:16:47,160 --> 02:16:48,870 just look at the color code but with this it's even simpler cuz I just plug 02:16:48,870 --> 02:16:48,880 this it's even simpler cuz I just plug 02:16:48,880 --> 02:16:51,469 this it's even simpler cuz I just plug it in and it works there 02:16:51,469 --> 02:16:51,479 it in and it works there 02:16:51,479 --> 02:16:54,389 it in and it works there ically last but not least 02:16:54,389 --> 02:16:54,399 ically last but not least 02:16:54,399 --> 02:16:58,709 ically last but not least here we also have our audio connector 02:16:58,709 --> 02:16:58,719 here we also have our audio connector 02:16:58,719 --> 02:17:01,030 here we also have our audio connector now this looks very similar to a USB 2.0 02:17:01,030 --> 02:17:01,040 now this looks very similar to a USB 2.0 02:17:01,040 --> 02:17:03,150 now this looks very similar to a USB 2.0 it is also 9 pen however it is going to 02:17:03,150 --> 02:17:03,160 it is also 9 pen however it is going to 02:17:03,160 --> 02:17:04,709 it is also 9 pen however it is going to have a different pen knocked out so the 02:17:04,709 --> 02:17:04,719 have a different pen knocked out so the 02:17:04,719 --> 02:17:06,870 have a different pen knocked out so the USB 2.0 has a pen knocked out on the top 02:17:06,870 --> 02:17:06,880 USB 2.0 has a pen knocked out on the top 02:17:06,880 --> 02:17:08,629 USB 2.0 has a pen knocked out on the top left this one has the second from the 02:17:08,629 --> 02:17:08,639 left this one has the second from the 02:17:08,639 --> 02:17:10,110 left this one has the second from the left so again you can't accidentally do 02:17:10,110 --> 02:17:10,120 left so again you can't accidentally do 02:17:10,120 --> 02:17:12,870 left so again you can't accidentally do it but very clearly says audio on here 02:17:12,870 --> 02:17:12,880 it but very clearly says audio on here 02:17:12,880 --> 02:17:14,190 it but very clearly says audio on here and this is going to be running into our 02:17:14,190 --> 02:17:14,200 and this is going to be running into our 02:17:14,200 --> 02:17:17,150 and this is going to be running into our motherboard on the bottom left so right 02:17:17,150 --> 02:17:17,160 motherboard on the bottom left so right 02:17:17,160 --> 02:17:19,070 motherboard on the bottom left so right here is where that gets plugged in now 02:17:19,070 --> 02:17:19,080 here is where that gets plugged in now 02:17:19,080 --> 02:17:20,309 here is where that gets plugged in now it's good to take a look at this before 02:17:20,309 --> 02:17:20,319 it's good to take a look at this before 02:17:20,319 --> 02:17:22,270 it's good to take a look at this before you start plug things in not only to 02:17:22,270 --> 02:17:22,280 you start plug things in not only to 02:17:22,280 --> 02:17:23,429 you start plug things in not only to make sure that you're running cables in 02:17:23,429 --> 02:17:23,439 make sure that you're running cables in 02:17:23,439 --> 02:17:24,629 make sure that you're running cables in a sort of neat way where you're not like 02:17:24,629 --> 02:17:24,639 a sort of neat way where you're not like 02:17:24,639 --> 02:17:27,270 a sort of neat way where you're not like Crossing them and making a giant mess 02:17:27,270 --> 02:17:27,280 Crossing them and making a giant mess 02:17:27,280 --> 02:17:28,750 Crossing them and making a giant mess but also just because it's nice to know 02:17:28,750 --> 02:17:28,760 but also just because it's nice to know 02:17:28,760 --> 02:17:30,429 but also just because it's nice to know what you're looking for as you start 02:17:30,429 --> 02:17:30,439 what you're looking for as you start 02:17:30,439 --> 02:17:31,629 what you're looking for as you start diving into your motherboard which is 02:17:31,629 --> 02:17:31,639 diving into your motherboard which is 02:17:31,639 --> 02:17:33,030 diving into your motherboard which is again why I like to show you what's 02:17:33,030 --> 02:17:33,040 again why I like to show you what's 02:17:33,040 --> 02:17:34,589 again why I like to show you what's going on in the motherboard section so 02:17:34,589 --> 02:17:34,599 going on in the motherboard section so 02:17:34,599 --> 02:17:36,910 going on in the motherboard section so that when I say hey look for USB 3.0 02:17:36,910 --> 02:17:36,920 that when I say hey look for USB 3.0 02:17:36,920 --> 02:17:39,549 that when I say hey look for USB 3.0 header you remember where that was right 02:17:39,549 --> 02:17:39,559 header you remember where that was right 02:17:39,559 --> 02:17:41,349 header you remember where that was right you remember where a USB 3.0 header is 02:17:41,349 --> 02:17:41,359 you remember where a USB 3.0 header is 02:17:41,359 --> 02:17:42,910 you remember where a USB 3.0 header is you looked for it and you made a mental 02:17:42,910 --> 02:17:42,920 you looked for it and you made a mental 02:17:42,920 --> 02:17:44,150 you looked for it and you made a mental note of it before we moved on to this 02:17:44,150 --> 02:17:44,160 note of it before we moved on to this 02:17:44,160 --> 02:17:47,349 note of it before we moved on to this part of the tutorial right good I'm glad 02:17:47,349 --> 02:17:47,359 part of the tutorial right good I'm glad 02:17:47,359 --> 02:17:48,709 part of the tutorial right good I'm glad you were paying attention all right 02:17:48,709 --> 02:17:48,719 you were paying attention all right 02:17:48,719 --> 02:17:50,230 you were paying attention all right let's start running stuff so what I'm 02:17:50,230 --> 02:17:50,240 let's start running stuff so what I'm 02:17:50,240 --> 02:17:51,429 let's start running stuff so what I'm going to do is I'm going start with that 02:17:51,429 --> 02:17:51,439 going to do is I'm going start with that 02:17:51,439 --> 02:17:53,270 going to do is I'm going start with that audio connector so again I'm kind of 02:17:53,270 --> 02:17:53,280 audio connector so again I'm kind of 02:17:53,280 --> 02:17:55,150 audio connector so again I'm kind of breaking my own device by running some 02:17:55,150 --> 02:17:55,160 breaking my own device by running some 02:17:55,160 --> 02:17:57,589 breaking my own device by running some of the cable management here but it's 02:17:57,589 --> 02:17:57,599 of the cable management here but it's 02:17:57,599 --> 02:17:59,110 of the cable management here but it's going to make our lives easier so I'm 02:17:59,110 --> 02:17:59,120 going to make our lives easier so I'm 02:17:59,120 --> 02:18:00,309 going to make our lives easier so I'm just going to try to tuck this 02:18:00,309 --> 02:18:00,319 just going to try to tuck this 02:18:00,319 --> 02:18:02,509 just going to try to tuck this underneath we got our front panel audio 02:18:02,509 --> 02:18:02,519 underneath we got our front panel audio 02:18:02,519 --> 02:18:04,190 underneath we got our front panel audio coming out so it's going to always go to 02:18:04,190 --> 02:18:04,200 coming out so it's going to always go to 02:18:04,200 --> 02:18:06,469 coming out so it's going to always go to the far corner so I'm going to poke this 02:18:06,469 --> 02:18:06,479 the far corner so I'm going to poke this 02:18:06,479 --> 02:18:07,950 the far corner so I'm going to poke this through on the back 02:18:07,950 --> 02:18:07,960 through on the back 02:18:07,960 --> 02:18:10,589 through on the back side and then I'll rotate the case 02:18:10,589 --> 02:18:10,599 side and then I'll rotate the case 02:18:10,599 --> 02:18:11,870 side and then I'll rotate the case around and you'll see that it is 02:18:11,870 --> 02:18:11,880 around and you'll see that it is 02:18:11,880 --> 02:18:14,150 around and you'll see that it is sticking out so with our audio connector 02:18:14,150 --> 02:18:14,160 sticking out so with our audio connector 02:18:14,160 --> 02:18:15,589 sticking out so with our audio connector pulled through again there's a pen 02:18:15,589 --> 02:18:15,599 pulled through again there's a pen 02:18:15,599 --> 02:18:17,110 pulled through again there's a pen knocked out so it's going to only go in 02:18:17,110 --> 02:18:17,120 knocked out so it's going to only go in 02:18:17,120 --> 02:18:18,910 knocked out so it's going to only go in one way which in this case the labeling 02:18:18,910 --> 02:18:18,920 one way which in this case the labeling 02:18:18,920 --> 02:18:21,349 one way which in this case the labeling is going to go upside down I'll line it 02:18:21,349 --> 02:18:21,359 is going to go upside down I'll line it 02:18:21,359 --> 02:18:22,709 is going to go upside down I'll line it up with this connector on the bottom 02:18:22,709 --> 02:18:22,719 up with this connector on the bottom 02:18:22,719 --> 02:18:25,230 up with this connector on the bottom left which is for audio insert it and 02:18:25,230 --> 02:18:25,240 left which is for audio insert it and 02:18:25,240 --> 02:18:27,230 left which is for audio insert it and there we go so that is going to get our 02:18:27,230 --> 02:18:27,240 there we go so that is going to get our 02:18:27,240 --> 02:18:29,309 there we go so that is going to get our headphone combo audio jack on the front 02:18:29,309 --> 02:18:29,319 headphone combo audio jack on the front 02:18:29,319 --> 02:18:30,950 headphone combo audio jack on the front to work okay so next up we're going to 02:18:30,950 --> 02:18:30,960 to work okay so next up we're going to 02:18:30,960 --> 02:18:32,669 to work okay so next up we're going to install our USB C header which is going 02:18:32,669 --> 02:18:32,679 install our USB C header which is going 02:18:32,679 --> 02:18:34,830 install our USB C header which is going to go onto the motherboard and it should 02:18:34,830 --> 02:18:34,840 to go onto the motherboard and it should 02:18:34,840 --> 02:18:36,230 to go onto the motherboard and it should just click right into place there and 02:18:36,230 --> 02:18:36,240 just click right into place there and 02:18:36,240 --> 02:18:37,750 just click right into place there and we'll just tuck the excess off to the 02:18:37,750 --> 02:18:37,760 we'll just tuck the excess off to the 02:18:37,760 --> 02:18:39,870 we'll just tuck the excess off to the side one thing actually I almost did it 02:18:39,870 --> 02:18:39,880 side one thing actually I almost did it 02:18:39,880 --> 02:18:41,509 side one thing actually I almost did it and I'm going to stop myself and explain 02:18:41,509 --> 02:18:41,519 and I'm going to stop myself and explain 02:18:41,519 --> 02:18:44,110 and I'm going to stop myself and explain it to you really quick so as I push 02:18:44,110 --> 02:18:44,120 it to you really quick so as I push 02:18:44,120 --> 02:18:45,629 it to you really quick so as I push these cables in and especially as you 02:18:45,629 --> 02:18:45,639 these cables in and especially as you 02:18:45,639 --> 02:18:47,110 these cables in and especially as you start to do like cable management on the 02:18:47,110 --> 02:18:47,120 start to do like cable management on the 02:18:47,120 --> 02:18:48,709 start to do like cable management on the back what you'll see is while you can 02:18:48,709 --> 02:18:48,719 back what you'll see is while you can 02:18:48,719 --> 02:18:50,589 back what you'll see is while you can get a cable run nice and neat you see if 02:18:50,589 --> 02:18:50,599 get a cable run nice and neat you see if 02:18:50,599 --> 02:18:51,669 get a cable run nice and neat you see if I start pulling this you see how it 02:18:51,669 --> 02:18:51,679 I start pulling this you see how it 02:18:51,679 --> 02:18:53,790 I start pulling this you see how it starts kind of tugging that connector in 02:18:53,790 --> 02:18:53,800 starts kind of tugging that connector in 02:18:53,800 --> 02:18:56,469 starts kind of tugging that connector in don't do that it's really easy to do try 02:18:56,469 --> 02:18:56,479 don't do that it's really easy to do try 02:18:56,479 --> 02:18:57,750 don't do that it's really easy to do try to make sure that when you actually plug 02:18:57,750 --> 02:18:57,760 to make sure that when you actually plug 02:18:57,760 --> 02:18:59,429 to make sure that when you actually plug these things in that they're coming out 02:18:59,429 --> 02:18:59,439 these things in that they're coming out 02:18:59,439 --> 02:19:02,589 these things in that they're coming out at not too harsh of a Bend not only 02:19:02,589 --> 02:19:02,599 at not too harsh of a Bend not only 02:19:02,599 --> 02:19:03,669 at not too harsh of a Bend not only because you don't want to break 02:19:03,669 --> 02:19:03,679 because you don't want to break 02:19:03,679 --> 02:19:05,070 because you don't want to break something off but also sometimes you 02:19:05,070 --> 02:19:05,080 something off but also sometimes you 02:19:05,080 --> 02:19:06,629 something off but also sometimes you might actually like slightly tug the 02:19:06,629 --> 02:19:06,639 might actually like slightly tug the 02:19:06,639 --> 02:19:07,750 might actually like slightly tug the connector out when you're doing Cable 02:19:07,750 --> 02:19:07,760 connector out when you're doing Cable 02:19:07,760 --> 02:19:08,790 connector out when you're doing Cable Management you do all your 02:19:08,790 --> 02:19:08,800 Management you do all your 02:19:08,800 --> 02:19:10,509 Management you do all your troubleshooting you fire it up and then 02:19:10,509 --> 02:19:10,519 troubleshooting you fire it up and then 02:19:10,519 --> 02:19:11,830 troubleshooting you fire it up and then like a week later you realize your front 02:19:11,830 --> 02:19:11,840 like a week later you realize your front 02:19:11,840 --> 02:19:13,790 like a week later you realize your front USBC doesn't work so just a little 02:19:13,790 --> 02:19:13,800 USBC doesn't work so just a little 02:19:13,800 --> 02:19:15,870 USBC doesn't work so just a little reminder to myself and to you when you 02:19:15,870 --> 02:19:15,880 reminder to myself and to you when you 02:19:15,880 --> 02:19:17,469 reminder to myself and to you when you plug these things in get rid of the 02:19:17,469 --> 02:19:17,479 plug these things in get rid of the 02:19:17,479 --> 02:19:18,790 plug these things in get rid of the slack but don't pull it too much cuz 02:19:18,790 --> 02:19:18,800 slack but don't pull it too much cuz 02:19:18,800 --> 02:19:20,429 slack but don't pull it too much cuz otherwise you'll see that bends way too 02:19:20,429 --> 02:19:20,439 otherwise you'll see that bends way too 02:19:20,439 --> 02:19:22,070 otherwise you'll see that bends way too far starts to pull it out of the thing 02:19:22,070 --> 02:19:22,080 far starts to pull it out of the thing 02:19:22,080 --> 02:19:24,030 far starts to pull it out of the thing so something like that should look nice 02:19:24,030 --> 02:19:24,040 so something like that should look nice 02:19:24,040 --> 02:19:27,389 so something like that should look nice and neat next let's do our front panel 02:19:27,389 --> 02:19:27,399 and neat next let's do our front panel 02:19:27,399 --> 02:19:29,830 and neat next let's do our front panel connectors shall we if you're using a 02:19:29,830 --> 02:19:29,840 connectors shall we if you're using a 02:19:29,840 --> 02:19:32,030 connectors shall we if you're using a case and or motherboard that does not 02:19:32,030 --> 02:19:32,040 case and or motherboard that does not 02:19:32,040 --> 02:19:34,429 case and or motherboard that does not have everything nice neat and labeled 02:19:34,429 --> 02:19:34,439 have everything nice neat and labeled 02:19:34,439 --> 02:19:36,469 have everything nice neat and labeled refer to your motherboard manual it will 02:19:36,469 --> 02:19:36,479 refer to your motherboard manual it will 02:19:36,479 --> 02:19:38,629 refer to your motherboard manual it will tell you where to plug each thing in um 02:19:38,629 --> 02:19:38,639 tell you where to plug each thing in um 02:19:38,639 --> 02:19:39,830 tell you where to plug each thing in um so again I'll show you some footage of 02:19:39,830 --> 02:19:39,840 so again I'll show you some footage of 02:19:39,840 --> 02:19:41,309 so again I'll show you some footage of previous years when I've done this 02:19:41,309 --> 02:19:41,319 previous years when I've done this 02:19:41,319 --> 02:19:42,589 previous years when I've done this essentially every one of those little 02:19:42,589 --> 02:19:42,599 essentially every one of those little 02:19:42,599 --> 02:19:43,709 essentially every one of those little connectors are going to have a little 02:19:43,709 --> 02:19:43,719 connectors are going to have a little 02:19:43,719 --> 02:19:45,230 connectors are going to have a little arrow on it that is going to denote the 02:19:45,230 --> 02:19:45,240 arrow on it that is going to denote the 02:19:45,240 --> 02:19:47,070 arrow on it that is going to denote the positive so you'll see that like oh for 02:19:47,070 --> 02:19:47,080 positive so you'll see that like oh for 02:19:47,080 --> 02:19:48,630 positive so you'll see that like oh for your power connector it'll say positive 02:19:48,630 --> 02:19:48,640 your power connector it'll say positive 02:19:48,640 --> 02:19:49,750 your power connector it'll say positive on one side negative on the other you 02:19:49,750 --> 02:19:49,760 on one side negative on the other you 02:19:49,760 --> 02:19:51,030 on one side negative on the other you would look for the arrow you would put 02:19:51,030 --> 02:19:51,040 would look for the arrow you would put 02:19:51,040 --> 02:19:52,910 would look for the arrow you would put it in that orientation now when it comes 02:19:52,910 --> 02:19:52,920 it in that orientation now when it comes 02:19:52,920 --> 02:19:54,910 it in that orientation now when it comes to doing these front panel connectors it 02:19:54,910 --> 02:19:54,920 to doing these front panel connectors it 02:19:54,920 --> 02:19:56,309 to doing these front panel connectors it seems a little intimidating cuz a bunch 02:19:56,309 --> 02:19:56,319 seems a little intimidating cuz a bunch 02:19:56,319 --> 02:19:58,150 seems a little intimidating cuz a bunch of little fiddly wires kind of hard to 02:19:58,150 --> 02:19:58,160 of little fiddly wires kind of hard to 02:19:58,160 --> 02:20:00,469 of little fiddly wires kind of hard to see here's the thing you're not going to 02:20:00,469 --> 02:20:00,479 see here's the thing you're not going to 02:20:00,479 --> 02:20:02,510 see here's the thing you're not going to do any damage if you mess it up it's 02:20:02,510 --> 02:20:02,520 do any damage if you mess it up it's 02:20:02,520 --> 02:20:04,190 do any damage if you mess it up it's totally fine worst thing that'll happen 02:20:04,190 --> 02:20:04,200 totally fine worst thing that'll happen 02:20:04,200 --> 02:20:05,590 totally fine worst thing that'll happen is that your power button won't work and 02:20:05,590 --> 02:20:05,600 is that your power button won't work and 02:20:05,600 --> 02:20:06,750 is that your power button won't work and nothing will happen when you hit the bio 02:20:06,750 --> 02:20:06,760 nothing will happen when you hit the bio 02:20:06,760 --> 02:20:08,630 nothing will happen when you hit the bio button or your LEDs w't work or whatever 02:20:08,630 --> 02:20:08,640 button or your LEDs w't work or whatever 02:20:08,640 --> 02:20:09,990 button or your LEDs w't work or whatever so if you have any problems when you do 02:20:09,990 --> 02:20:10,000 so if you have any problems when you do 02:20:10,000 --> 02:20:11,590 so if you have any problems when you do these uh front panel connectors if you 02:20:11,590 --> 02:20:11,600 these uh front panel connectors if you 02:20:11,600 --> 02:20:13,510 these uh front panel connectors if you don't have them on this nice neat little 02:20:13,510 --> 02:20:13,520 don't have them on this nice neat little 02:20:13,520 --> 02:20:15,510 don't have them on this nice neat little sort of breakout box don't worry about 02:20:15,510 --> 02:20:15,520 sort of breakout box don't worry about 02:20:15,520 --> 02:20:16,630 sort of breakout box don't worry about it a little bit of trial and error you 02:20:16,630 --> 02:20:16,640 it a little bit of trial and error you 02:20:16,640 --> 02:20:18,150 it a little bit of trial and error you will be just fine it's easy to panic 02:20:18,150 --> 02:20:18,160 will be just fine it's easy to panic 02:20:18,160 --> 02:20:19,110 will be just fine it's easy to panic when you press the power button and 02:20:19,110 --> 02:20:19,120 when you press the power button and 02:20:19,120 --> 02:20:20,469 when you press the power button and nothing happens when you realize you 02:20:20,469 --> 02:20:20,479 nothing happens when you realize you 02:20:20,479 --> 02:20:21,750 nothing happens when you realize you actually plugged your power button into 02:20:21,750 --> 02:20:21,760 actually plugged your power button into 02:20:21,760 --> 02:20:23,910 actually plugged your power button into your reset switch or something but if 02:20:23,910 --> 02:20:23,920 your reset switch or something but if 02:20:23,920 --> 02:20:26,230 your reset switch or something but if you're using this le le case and some 02:20:26,230 --> 02:20:26,240 you're using this le le case and some 02:20:26,240 --> 02:20:27,910 you're using this le le case and some most recent cases or at least a lot of 02:20:27,910 --> 02:20:27,920 most recent cases or at least a lot of 02:20:27,920 --> 02:20:29,590 most recent cases or at least a lot of them do have this it's very simple 02:20:29,590 --> 02:20:29,600 them do have this it's very simple 02:20:29,600 --> 02:20:31,510 them do have this it's very simple because this plugs directly in and again 02:20:31,510 --> 02:20:31,520 because this plugs directly in and again 02:20:31,520 --> 02:20:32,710 because this plugs directly in and again this motherboard also works great 02:20:32,710 --> 02:20:32,720 this motherboard also works great 02:20:32,720 --> 02:20:34,270 this motherboard also works great because it's all nice and neatly 02:20:34,270 --> 02:20:34,280 because it's all nice and neatly 02:20:34,280 --> 02:20:36,429 because it's all nice and neatly colorcoded but for this what I'm going 02:20:36,429 --> 02:20:36,439 colorcoded but for this what I'm going 02:20:36,439 --> 02:20:38,349 colorcoded but for this what I'm going to do is make sure that it is lined up 02:20:38,349 --> 02:20:38,359 to do is make sure that it is lined up 02:20:38,359 --> 02:20:40,070 to do is make sure that it is lined up so we're going to see that it goes 1 2 3 02:20:40,070 --> 02:20:40,080 so we're going to see that it goes 1 2 3 02:20:40,080 --> 02:20:43,510 so we're going to see that it goes 1 2 3 4 1 2 3 4 so it goes in with the label 02:20:43,510 --> 02:20:43,520 4 1 2 3 4 so it goes in with the label 02:20:43,520 --> 02:20:45,110 4 1 2 3 4 so it goes in with the label facing forward but again refer to your 02:20:45,110 --> 02:20:45,120 facing forward but again refer to your 02:20:45,120 --> 02:20:46,309 facing forward but again refer to your manual if you have any questions about 02:20:46,309 --> 02:20:46,319 manual if you have any questions about 02:20:46,319 --> 02:20:48,910 manual if you have any questions about it plug that in like that tuck the 02:20:48,910 --> 02:20:48,920 it plug that in like that tuck the 02:20:48,920 --> 02:20:51,790 it plug that in like that tuck the excess out into the back and there we go 02:20:51,790 --> 02:20:51,800 excess out into the back and there we go 02:20:51,800 --> 02:20:53,190 excess out into the back and there we go theoretically with that power button 02:20:53,190 --> 02:20:53,200 theoretically with that power button 02:20:53,200 --> 02:20:55,750 theoretically with that power button things will work now all right last of 02:20:55,750 --> 02:20:55,760 things will work now all right last of 02:20:55,760 --> 02:20:56,950 things will work now all right last of the connectors for the motherboard is 02:20:56,950 --> 02:20:56,960 the connectors for the motherboard is 02:20:56,960 --> 02:21:00,150 the connectors for the motherboard is going to be that USB 3.0 02:21:00,150 --> 02:21:00,160 going to be that USB 3.0 02:21:00,160 --> 02:21:03,550 going to be that USB 3.0 boo USB 3.0 is good but boo USB 3.0 02:21:03,550 --> 02:21:03,560 boo USB 3.0 is good but boo USB 3.0 02:21:03,560 --> 02:21:05,910 boo USB 3.0 is good but boo USB 3.0 connector I sound like a freaking nerd 02:21:05,910 --> 02:21:05,920 connector I sound like a freaking nerd 02:21:05,920 --> 02:21:09,389 connector I sound like a freaking nerd so for USB 3 um this one's a little bit 02:21:09,389 --> 02:21:09,399 so for USB 3 um this one's a little bit 02:21:09,399 --> 02:21:10,750 so for USB 3 um this one's a little bit annoying to actually run because it's 02:21:10,750 --> 02:21:10,760 annoying to actually run because it's 02:21:10,760 --> 02:21:12,349 annoying to actually run because it's like sort of a double thick cable cuz 02:21:12,349 --> 02:21:12,359 like sort of a double thick cable cuz 02:21:12,359 --> 02:21:14,349 like sort of a double thick cable cuz it's got two little ends on it so we're 02:21:14,349 --> 02:21:14,359 it's got two little ends on it so we're 02:21:14,359 --> 02:21:16,389 it's got two little ends on it so we're just we're going to poke it through 02:21:16,389 --> 02:21:16,399 just we're going to poke it through 02:21:16,399 --> 02:21:18,110 just we're going to poke it through right here and again I'm going to try to 02:21:18,110 --> 02:21:18,120 right here and again I'm going to try to 02:21:18,120 --> 02:21:19,590 right here and again I'm going to try to get it roughly where I want it the good 02:21:19,590 --> 02:21:19,600 get it roughly where I want it the good 02:21:19,600 --> 02:21:20,910 get it roughly where I want it the good thing about this connector is that even 02:21:20,910 --> 02:21:20,920 thing about this connector is that even 02:21:20,920 --> 02:21:22,469 thing about this connector is that even though it's got these two little cables 02:21:22,469 --> 02:21:22,479 though it's got these two little cables 02:21:22,479 --> 02:21:24,630 though it's got these two little cables on the end it actually folds really nice 02:21:24,630 --> 02:21:24,640 on the end it actually folds really nice 02:21:24,640 --> 02:21:26,190 on the end it actually folds really nice and flat so as long as you can get a 02:21:26,190 --> 02:21:26,200 and flat so as long as you can get a 02:21:26,200 --> 02:21:27,950 and flat so as long as you can get a good bend on the back side of your 02:21:27,950 --> 02:21:27,960 good bend on the back side of your 02:21:27,960 --> 02:21:30,349 good bend on the back side of your actual uh case which I'm going to try to 02:21:30,349 --> 02:21:30,359 actual uh case which I'm going to try to 02:21:30,359 --> 02:21:32,230 actual uh case which I'm going to try to do like this um you actually should be 02:21:32,230 --> 02:21:32,240 do like this um you actually should be 02:21:32,240 --> 02:21:34,309 do like this um you actually should be able to get it in nice and smoothly so 02:21:34,309 --> 02:21:34,319 able to get it in nice and smoothly so 02:21:34,319 --> 02:21:35,710 able to get it in nice and smoothly so you'll see that on this there's a notch 02:21:35,710 --> 02:21:35,720 you'll see that on this there's a notch 02:21:35,720 --> 02:21:37,349 you'll see that on this there's a notch so there's a notch only on one side that 02:21:37,349 --> 02:21:37,359 so there's a notch only on one side that 02:21:37,359 --> 02:21:38,710 so there's a notch only on one side that is going to go with that corresponding 02:21:38,710 --> 02:21:38,720 is going to go with that corresponding 02:21:38,720 --> 02:21:40,550 is going to go with that corresponding notch on the board so again it only goes 02:21:40,550 --> 02:21:40,560 notch on the board so again it only goes 02:21:40,560 --> 02:21:42,469 notch on the board so again it only goes in one way please make sure that you've 02:21:42,469 --> 02:21:42,479 in one way please make sure that you've 02:21:42,479 --> 02:21:44,710 in one way please make sure that you've got this lined up as best as possible 02:21:44,710 --> 02:21:44,720 got this lined up as best as possible 02:21:44,720 --> 02:21:46,950 got this lined up as best as possible make sure that you don't need to unplug 02:21:46,950 --> 02:21:46,960 make sure that you don't need to unplug 02:21:46,960 --> 02:21:48,150 make sure that you don't need to unplug this for cable management or whatever 02:21:48,150 --> 02:21:48,160 this for cable management or whatever 02:21:48,160 --> 02:21:49,870 this for cable management or whatever try to tuck it in a nice neat spot 02:21:49,870 --> 02:21:49,880 try to tuck it in a nice neat spot 02:21:49,880 --> 02:21:51,950 try to tuck it in a nice neat spot because again don't take this connector 02:21:51,950 --> 02:21:51,960 because again don't take this connector 02:21:51,960 --> 02:21:54,110 because again don't take this connector out if you can avoid it it will come out 02:21:54,110 --> 02:21:54,120 out if you can avoid it it will come out 02:21:54,120 --> 02:21:55,389 out if you can avoid it it will come out if you need to take it out try to do it 02:21:55,389 --> 02:21:55,399 if you need to take it out try to do it 02:21:55,399 --> 02:21:57,670 if you need to take it out try to do it very gently cuz this little sleeve 02:21:57,670 --> 02:21:57,680 very gently cuz this little sleeve 02:21:57,680 --> 02:21:58,910 very gently cuz this little sleeve especially on actually be fair this 02:21:58,910 --> 02:21:58,920 especially on actually be fair this 02:21:58,920 --> 02:21:59,910 especially on actually be fair this one's built a little bit better that one 02:21:59,910 --> 02:21:59,920 one's built a little bit better that one 02:21:59,920 --> 02:22:01,550 one's built a little bit better that one looks a little bit stronger but like 02:22:01,550 --> 02:22:01,560 looks a little bit stronger but like 02:22:01,560 --> 02:22:02,790 looks a little bit stronger but like that little thing can break off and it 02:22:02,790 --> 02:22:02,800 that little thing can break off and it 02:22:02,800 --> 02:22:04,670 that little thing can break off and it is such a pain so just when you plug 02:22:04,670 --> 02:22:04,680 is such a pain so just when you plug 02:22:04,680 --> 02:22:06,150 is such a pain so just when you plug this Cable in try to make sure that 02:22:06,150 --> 02:22:06,160 this Cable in try to make sure that 02:22:06,160 --> 02:22:07,510 this Cable in try to make sure that you've got it nice and neat and where 02:22:07,510 --> 02:22:07,520 you've got it nice and neat and where 02:22:07,520 --> 02:22:08,910 you've got it nice and neat and where you want it so I'm going to line it up 02:22:08,910 --> 02:22:08,920 you want it so I'm going to line it up 02:22:08,920 --> 02:22:10,590 you want it so I'm going to line it up whoops don't do that I almost grabbed 02:22:10,590 --> 02:22:10,600 whoops don't do that I almost grabbed 02:22:10,600 --> 02:22:11,349 whoops don't do that I almost grabbed the 02:22:11,349 --> 02:22:11,359 the 02:22:11,359 --> 02:22:14,230 the pen all right so line it up and give it 02:22:14,230 --> 02:22:14,240 pen all right so line it up and give it 02:22:14,240 --> 02:22:15,870 pen all right so line it up and give it a nice little bit of pressure it clicks 02:22:15,870 --> 02:22:15,880 a nice little bit of pressure it clicks 02:22:15,880 --> 02:22:18,030 a nice little bit of pressure it clicks into place and that is all you got to do 02:22:18,030 --> 02:22:18,040 into place and that is all you got to do 02:22:18,040 --> 02:22:21,389 into place and that is all you got to do my friends we now have our piece see 02:22:21,389 --> 02:22:21,399 my friends we now have our piece see 02:22:21,399 --> 02:22:23,389 my friends we now have our piece see pretty much good to go and in fact if 02:22:23,389 --> 02:22:23,399 pretty much good to go and in fact if 02:22:23,399 --> 02:22:25,790 pretty much good to go and in fact if you were for some reason building a 02:22:25,790 --> 02:22:25,800 you were for some reason building a 02:22:25,800 --> 02:22:28,190 you were for some reason building a computer without a graphics card we 02:22:28,190 --> 02:22:28,200 computer without a graphics card we 02:22:28,200 --> 02:22:29,590 computer without a graphics card we actually could get started from this 02:22:29,590 --> 02:22:29,600 actually could get started from this 02:22:29,600 --> 02:22:32,270 actually could get started from this point now you should definitely install 02:22:32,270 --> 02:22:32,280 point now you should definitely install 02:22:32,280 --> 02:22:33,750 point now you should definitely install a graphics card if you were building a 02:22:33,750 --> 02:22:33,760 a graphics card if you were building a 02:22:33,760 --> 02:22:35,790 a graphics card if you were building a PC um but technically this would be a 02:22:35,790 --> 02:22:35,800 PC um but technically this would be a 02:22:35,800 --> 02:22:37,630 PC um but technically this would be a fully functional system now it is time 02:22:37,630 --> 02:22:37,640 fully functional system now it is time 02:22:37,640 --> 02:22:39,950 fully functional system now it is time for the fun part let's install ourselves 02:22:39,950 --> 02:22:39,960 for the fun part let's install ourselves 02:22:39,960 --> 02:22:43,150 for the fun part let's install ourselves a graphics card so before we do this we 02:22:43,150 --> 02:22:43,160 a graphics card so before we do this we 02:22:43,160 --> 02:22:44,830 a graphics card so before we do this we do just need to prep the case just a 02:22:44,830 --> 02:22:44,840 do just need to prep the case just a 02:22:44,840 --> 02:22:46,990 do just need to prep the case just a little bit so the graphics card like I 02:22:46,990 --> 02:22:47,000 little bit so the graphics card like I 02:22:47,000 --> 02:22:48,510 little bit so the graphics card like I mentioned earlier is going to go into 02:22:48,510 --> 02:22:48,520 mentioned earlier is going to go into 02:22:48,520 --> 02:22:51,590 mentioned earlier is going to go into this top PCI slot so so the way to do it 02:22:51,590 --> 02:22:51,600 this top PCI slot so so the way to do it 02:22:51,600 --> 02:22:53,230 this top PCI slot so so the way to do it would be to take off some of these 02:22:53,230 --> 02:22:53,240 would be to take off some of these 02:22:53,240 --> 02:22:55,070 would be to take off some of these covers now before you do that I actually 02:22:55,070 --> 02:22:55,080 covers now before you do that I actually 02:22:55,080 --> 02:22:57,150 covers now before you do that I actually recommend to open up your graphics card 02:22:57,150 --> 02:22:57,160 recommend to open up your graphics card 02:22:57,160 --> 02:22:59,670 recommend to open up your graphics card so most all graphics cards used to be 02:22:59,670 --> 02:22:59,680 so most all graphics cards used to be 02:22:59,680 --> 02:23:01,590 so most all graphics cards used to be dual slot so the easy way to do it would 02:23:01,590 --> 02:23:01,600 dual slot so the easy way to do it would 02:23:01,600 --> 02:23:03,190 dual slot so the easy way to do it would be to look at your slot and go oh I'm 02:23:03,190 --> 02:23:03,200 be to look at your slot and go oh I'm 02:23:03,200 --> 02:23:04,550 be to look at your slot and go oh I'm going to remove this one and this one 02:23:04,550 --> 02:23:04,560 going to remove this one and this one 02:23:04,560 --> 02:23:07,190 going to remove this one and this one right below it but these days graphics 02:23:07,190 --> 02:23:07,200 right below it but these days graphics 02:23:07,200 --> 02:23:08,790 right below it but these days graphics cards have gotten enormous especially if 02:23:08,790 --> 02:23:08,800 cards have gotten enormous especially if 02:23:08,800 --> 02:23:10,550 cards have gotten enormous especially if you haven't built a PC in a while 02:23:10,550 --> 02:23:10,560 you haven't built a PC in a while 02:23:10,560 --> 02:23:12,150 you haven't built a PC in a while they've gotten long they've gotten tall 02:23:12,150 --> 02:23:12,160 they've gotten long they've gotten tall 02:23:12,160 --> 02:23:13,190 they've gotten long they've gotten tall they've gotten wide like they've just 02:23:13,190 --> 02:23:13,200 they've gotten wide like they've just 02:23:13,200 --> 02:23:15,429 they've gotten wide like they've just gotten huge so what I'd like to do you 02:23:15,429 --> 02:23:15,439 gotten huge so what I'd like to do you 02:23:15,439 --> 02:23:16,750 gotten huge so what I'd like to do you can look up the spec but honestly I just 02:23:16,750 --> 02:23:16,760 can look up the spec but honestly I just 02:23:16,760 --> 02:23:18,269 can look up the spec but honestly I just like to actually take the graphics card 02:23:18,269 --> 02:23:18,279 like to actually take the graphics card 02:23:18,279 --> 02:23:20,630 like to actually take the graphics card out of the box line it up and just VIs 02:23:20,630 --> 02:23:20,640 out of the box line it up and just VIs 02:23:20,640 --> 02:23:22,150 out of the box line it up and just VIs see like oh it's clearly a triple slot 02:23:22,150 --> 02:23:22,160 see like oh it's clearly a triple slot 02:23:22,160 --> 02:23:23,950 see like oh it's clearly a triple slot card and blah blah blah it just sort of 02:23:23,950 --> 02:23:23,960 card and blah blah blah it just sort of 02:23:23,960 --> 02:23:25,429 card and blah blah blah it just sort of helps to visualize before you start 02:23:25,429 --> 02:23:25,439 helps to visualize before you start 02:23:25,439 --> 02:23:27,990 helps to visualize before you start taking off these little uh panel covers 02:23:27,990 --> 02:23:28,000 taking off these little uh panel covers 02:23:28,000 --> 02:23:29,550 taking off these little uh panel covers these PCI covers and then realize that 02:23:29,550 --> 02:23:29,560 these PCI covers and then realize that 02:23:29,560 --> 02:23:31,309 these PCI covers and then realize that you grabbed the wrong one cuz the 02:23:31,309 --> 02:23:31,319 you grabbed the wrong one cuz the 02:23:31,319 --> 02:23:32,429 you grabbed the wrong one cuz the graphics card was bigger than you 02:23:32,429 --> 02:23:32,439 graphics card was bigger than you 02:23:32,439 --> 02:23:35,510 graphics card was bigger than you thought now this actually should be a 02:23:35,510 --> 02:23:35,520 thought now this actually should be a 02:23:35,520 --> 02:23:38,030 thought now this actually should be a fairly reasonable size GPU especially 02:23:38,030 --> 02:23:38,040 fairly reasonable size GPU especially 02:23:38,040 --> 02:23:38,790 fairly reasonable size GPU especially when you get some of like the 02:23:38,790 --> 02:23:38,800 when you get some of like the 02:23:38,800 --> 02:23:40,469 when you get some of like the overclocked cars that have like these 02:23:40,469 --> 02:23:40,479 overclocked cars that have like these 02:23:40,479 --> 02:23:42,349 overclocked cars that have like these massive Beast speed coolers I mean 02:23:42,349 --> 02:23:42,359 massive Beast speed coolers I mean 02:23:42,359 --> 02:23:43,349 massive Beast speed coolers I mean they're great they have a lot of 02:23:43,349 --> 02:23:43,359 they're great they have a lot of 02:23:43,359 --> 02:23:45,110 they're great they have a lot of performance but they just take up so 02:23:45,110 --> 02:23:45,120 performance but they just take up so 02:23:45,120 --> 02:23:47,469 performance but they just take up so much space uh which is also why cases 02:23:47,469 --> 02:23:47,479 much space uh which is also why cases 02:23:47,479 --> 02:23:48,790 much space uh which is also why cases like this have a little bit of extra 02:23:48,790 --> 02:23:48,800 like this have a little bit of extra 02:23:48,800 --> 02:23:51,429 like this have a little bit of extra width involved so you can see right here 02:23:51,429 --> 02:23:51,439 width involved so you can see right here 02:23:51,439 --> 02:23:53,269 width involved so you can see right here a lot of cases used to kind of cut off 02:23:53,269 --> 02:23:53,279 a lot of cases used to kind of cut off 02:23:53,279 --> 02:23:55,230 a lot of cases used to kind of cut off right about here but you have all this 02:23:55,230 --> 02:23:55,240 right about here but you have all this 02:23:55,240 --> 02:23:56,990 right about here but you have all this extra space not only for cooling but 02:23:56,990 --> 02:23:57,000 extra space not only for cooling but 02:23:57,000 --> 02:23:58,990 extra space not only for cooling but just to fit some really big cards like 02:23:58,990 --> 02:23:59,000 just to fit some really big cards like 02:23:59,000 --> 02:24:00,990 just to fit some really big cards like you should be able to fit any graphics 02:24:00,990 --> 02:24:01,000 you should be able to fit any graphics 02:24:01,000 --> 02:24:02,870 you should be able to fit any graphics card ever essentially in this case right 02:24:02,870 --> 02:24:02,880 card ever essentially in this case right 02:24:02,880 --> 02:24:04,349 card ever essentially in this case right here and that's becoming more and more 02:24:04,349 --> 02:24:04,359 here and that's becoming more and more 02:24:04,359 --> 02:24:06,790 here and that's becoming more and more common um but if you are maybe like 02:24:06,790 --> 02:24:06,800 common um but if you are maybe like 02:24:06,800 --> 02:24:09,309 common um but if you are maybe like reusing an older case from a previous 02:24:09,309 --> 02:24:09,319 reusing an older case from a previous 02:24:09,319 --> 02:24:11,070 reusing an older case from a previous build this would be a great time to 02:24:11,070 --> 02:24:11,080 build this would be a great time to 02:24:11,080 --> 02:24:13,110 build this would be a great time to double check that your graphics card 02:24:13,110 --> 02:24:13,120 double check that your graphics card 02:24:13,120 --> 02:24:15,830 double check that your graphics card actually fits it should fit but some of 02:24:15,830 --> 02:24:15,840 actually fits it should fit but some of 02:24:15,840 --> 02:24:17,990 actually fits it should fit but some of these things get huge man they really do 02:24:17,990 --> 02:24:18,000 these things get huge man they really do 02:24:18,000 --> 02:24:20,030 these things get huge man they really do packing steps and unpacking steps really 02:24:20,030 --> 02:24:20,040 packing steps and unpacking steps really 02:24:20,040 --> 02:24:22,910 packing steps and unpacking steps really you need tell me how to do this wow and 02:24:22,910 --> 02:24:22,920 you need tell me how to do this wow and 02:24:22,920 --> 02:24:25,950 you need tell me how to do this wow and that's it wow look at that that's some 02:24:25,950 --> 02:24:25,960 that's it wow look at that that's some 02:24:25,960 --> 02:24:27,550 that's it wow look at that that's some you know what this reminds me of this 02:24:27,550 --> 02:24:27,560 you know what this reminds me of this 02:24:27,560 --> 02:24:29,710 you know what this reminds me of this reminds me of when you buy like uh an 02:24:29,710 --> 02:24:29,720 reminds me of when you buy like uh an 02:24:29,720 --> 02:24:31,190 reminds me of when you buy like uh an Apple product like like an iPhone or 02:24:31,190 --> 02:24:31,200 Apple product like like an iPhone or 02:24:31,200 --> 02:24:32,389 Apple product like like an iPhone or something when you when they ship it to 02:24:32,389 --> 02:24:32,399 something when you when they ship it to 02:24:32,399 --> 02:24:33,870 something when you when they ship it to you they do it in this like little like 02:24:33,870 --> 02:24:33,880 you they do it in this like little like 02:24:33,880 --> 02:24:37,190 you they do it in this like little like plastic sort of like containery thing 02:24:37,190 --> 02:24:37,200 plastic sort of like containery thing 02:24:37,200 --> 02:24:38,910 plastic sort of like containery thing all right want get rid of all this the 02:24:38,910 --> 02:24:38,920 all right want get rid of all this the 02:24:38,920 --> 02:24:40,110 all right want get rid of all this the only other thing in the box and we're 02:24:40,110 --> 02:24:40,120 only other thing in the box and we're 02:24:40,120 --> 02:24:41,190 only other thing in the box and we're not going to be using it but I will 02:24:41,190 --> 02:24:41,200 not going to be using it but I will 02:24:41,200 --> 02:24:42,389 not going to be using it but I will highlight it 02:24:42,389 --> 02:24:42,399 highlight it 02:24:42,399 --> 02:24:46,030 highlight it nonetheless is a little adapter for your 02:24:46,030 --> 02:24:46,040 nonetheless is a little adapter for your 02:24:46,040 --> 02:24:48,870 nonetheless is a little adapter for your graphics card so if you remember earlier 02:24:48,870 --> 02:24:48,880 graphics card so if you remember earlier 02:24:48,880 --> 02:24:49,990 graphics card so if you remember earlier when I was talking about when we were 02:24:49,990 --> 02:24:50,000 when I was talking about when we were 02:24:50,000 --> 02:24:52,110 when I was talking about when we were choosing us our power supply and I 02:24:52,110 --> 02:24:52,120 choosing us our power supply and I 02:24:52,120 --> 02:24:54,230 choosing us our power supply and I mentioned if you're using a newer RTX 40 02:24:54,230 --> 02:24:54,240 mentioned if you're using a newer RTX 40 02:24:54,240 --> 02:24:56,150 mentioned if you're using a newer RTX 40 series card that it uses a different 02:24:56,150 --> 02:24:56,160 series card that it uses a different 02:24:56,160 --> 02:24:57,870 series card that it uses a different kind of power connector so if you look 02:24:57,870 --> 02:24:57,880 kind of power connector so if you look 02:24:57,880 --> 02:25:01,110 kind of power connector so if you look on top here this is our 12 pen power 02:25:01,110 --> 02:25:01,120 on top here this is our 12 pen power 02:25:01,120 --> 02:25:03,150 on top here this is our 12 pen power connector so if you've not built a PC 02:25:03,150 --> 02:25:03,160 connector so if you've not built a PC 02:25:03,160 --> 02:25:04,510 connector so if you've not built a PC recently this is probably going to be a 02:25:04,510 --> 02:25:04,520 recently this is probably going to be a 02:25:04,520 --> 02:25:06,469 recently this is probably going to be a new looking connector now again that is 02:25:06,469 --> 02:25:06,479 new looking connector now again that is 02:25:06,479 --> 02:25:08,070 new looking connector now again that is a single cable that will deliver up to 02:25:08,070 --> 02:25:08,080 a single cable that will deliver up to 02:25:08,080 --> 02:25:10,349 a single cable that will deliver up to 600 WTS plenty for this graphics card 02:25:10,349 --> 02:25:10,359 600 WTS plenty for this graphics card 02:25:10,359 --> 02:25:13,429 600 WTS plenty for this graphics card and then some however if you are using 02:25:13,429 --> 02:25:13,439 and then some however if you are using 02:25:13,439 --> 02:25:15,309 and then some however if you are using an older power supply that does not have 02:25:15,309 --> 02:25:15,319 an older power supply that does not have 02:25:15,319 --> 02:25:17,030 an older power supply that does not have that connector every one of these 02:25:17,030 --> 02:25:17,040 that connector every one of these 02:25:17,040 --> 02:25:18,750 that connector every one of these graphics cards should come with one of 02:25:18,750 --> 02:25:18,760 graphics cards should come with one of 02:25:18,760 --> 02:25:22,230 graphics cards should come with one of these so on one end it's a a 12 pen 600 02:25:22,230 --> 02:25:22,240 these so on one end it's a a 12 pen 600 02:25:22,240 --> 02:25:24,469 these so on one end it's a a 12 pen 600 W adapter on the other end is a pair of 02:25:24,469 --> 02:25:24,479 W adapter on the other end is a pair of 02:25:24,479 --> 02:25:29,750 W adapter on the other end is a pair of 8 pen PCI connectors this will work it 02:25:29,750 --> 02:25:29,760 8 pen PCI connectors this will work it 02:25:29,760 --> 02:25:31,870 8 pen PCI connectors this will work it is included in the box for a 02:25:31,870 --> 02:25:31,880 is included in the box for a 02:25:31,880 --> 02:25:36,070 is included in the box for a reason they have been a little bit 02:25:36,070 --> 02:25:36,080 reason they have been a little bit 02:25:36,080 --> 02:25:38,870 reason they have been a little bit unreliable if you are using this you can 02:25:38,870 --> 02:25:38,880 unreliable if you are using this you can 02:25:38,880 --> 02:25:42,150 unreliable if you are using this you can feel free fully connect every part of it 02:25:42,150 --> 02:25:42,160 feel free fully connect every part of it 02:25:42,160 --> 02:25:43,269 feel free fully connect every part of it make sure that the eight pens are 02:25:43,269 --> 02:25:43,279 make sure that the eight pens are 02:25:43,279 --> 02:25:44,910 make sure that the eight pens are clicked in there make sure this goes 02:25:44,910 --> 02:25:44,920 clicked in there make sure this goes 02:25:44,920 --> 02:25:46,870 clicked in there make sure this goes fully fully seated into the graphics 02:25:46,870 --> 02:25:46,880 fully fully seated into the graphics 02:25:46,880 --> 02:25:48,150 fully fully seated into the graphics card because this is very very thin 02:25:48,150 --> 02:25:48,160 card because this is very very thin 02:25:48,160 --> 02:25:50,750 card because this is very very thin gauge wiring which is pumping a ton of 02:25:50,750 --> 02:25:50,760 gauge wiring which is pumping a ton of 02:25:50,760 --> 02:25:52,710 gauge wiring which is pumping a ton of voltage through it they do have a 02:25:52,710 --> 02:25:52,720 voltage through it they do have a 02:25:52,720 --> 02:25:55,429 voltage through it they do have a tendency to fail so I would just say I 02:25:55,429 --> 02:25:55,439 tendency to fail so I would just say I 02:25:55,439 --> 02:25:57,349 tendency to fail so I would just say I would normally recommend if you using a 02:25:57,349 --> 02:25:57,359 would normally recommend if you using a 02:25:57,359 --> 02:25:59,710 would normally recommend if you using a RTX 40 series card to go with a newer 02:25:59,710 --> 02:25:59,720 RTX 40 series card to go with a newer 02:25:59,720 --> 02:26:02,269 RTX 40 series card to go with a newer power supply that has that 12 pen built 02:26:02,269 --> 02:26:02,279 power supply that has that 12 pen built 02:26:02,279 --> 02:26:04,950 power supply that has that 12 pen built on this will work it will come with 02:26:04,950 --> 02:26:04,960 on this will work it will come with 02:26:04,960 --> 02:26:06,590 on this will work it will come with every 40 series card as far as I know 02:26:06,590 --> 02:26:06,600 every 40 series card as far as I know 02:26:06,600 --> 02:26:08,710 every 40 series card as far as I know unless they change that in the future um 02:26:08,710 --> 02:26:08,720 unless they change that in the future um 02:26:08,720 --> 02:26:10,910 unless they change that in the future um it's fine and again if you're using an 02:26:10,910 --> 02:26:10,920 it's fine and again if you're using an 02:26:10,920 --> 02:26:13,150 it's fine and again if you're using an older Nvidia card at 30 series or 02:26:13,150 --> 02:26:13,160 older Nvidia card at 30 series or 02:26:13,160 --> 02:26:15,030 older Nvidia card at 30 series or earlier you're using an AMD card if 02:26:15,030 --> 02:26:15,040 earlier you're using an AMD card if 02:26:15,040 --> 02:26:17,070 earlier you're using an AMD card if you're using an Intel card uh this is 02:26:17,070 --> 02:26:17,080 you're using an Intel card uh this is 02:26:17,080 --> 02:26:18,190 you're using an Intel card uh this is not relevant you're just going to have 02:26:18,190 --> 02:26:18,200 not relevant you're just going to have 02:26:18,200 --> 02:26:19,309 not relevant you're just going to have like an eight pen or a couple of eight 02:26:19,309 --> 02:26:19,319 like an eight pen or a couple of eight 02:26:19,319 --> 02:26:21,389 like an eight pen or a couple of eight pens on there but just as a heads up 02:26:21,389 --> 02:26:21,399 pens on there but just as a heads up 02:26:21,399 --> 02:26:23,870 pens on there but just as a heads up this will be in the box and it's fine 02:26:23,870 --> 02:26:23,880 this will be in the box and it's fine 02:26:23,880 --> 02:26:26,830 this will be in the box and it's fine but not really recommended so there is a 02:26:26,830 --> 02:26:26,840 but not really recommended so there is a 02:26:26,840 --> 02:26:29,070 but not really recommended so there is a lot of plastic on this card look at that 02:26:29,070 --> 02:26:29,080 lot of plastic on this card look at that 02:26:29,080 --> 02:26:30,710 lot of plastic on this card look at that wow that's they they really want to keep 02:26:30,710 --> 02:26:30,720 wow that's they they really want to keep 02:26:30,720 --> 02:26:32,750 wow that's they they really want to keep you protected take off all the film 02:26:32,750 --> 02:26:32,760 you protected take off all the film 02:26:32,760 --> 02:26:35,349 you protected take off all the film which I will say you should 100% do um 02:26:35,349 --> 02:26:35,359 which I will say you should 100% do um 02:26:35,359 --> 02:26:37,190 which I will say you should 100% do um because this film even though it won't 02:26:37,190 --> 02:26:37,200 because this film even though it won't 02:26:37,200 --> 02:26:40,190 because this film even though it won't keep it from working is super ugly and 02:26:40,190 --> 02:26:40,200 keep it from working is super ugly and 02:26:40,200 --> 02:26:41,389 keep it from working is super ugly and if you leave the film on for a little 02:26:41,389 --> 02:26:41,399 if you leave the film on for a little 02:26:41,399 --> 02:26:42,990 if you leave the film on for a little while it can melt on I've seen people 02:26:42,990 --> 02:26:43,000 while it can melt on I've seen people 02:26:43,000 --> 02:26:44,670 while it can melt on I've seen people who never took this off and it freaking 02:26:44,670 --> 02:26:44,680 who never took this off and it freaking 02:26:44,680 --> 02:26:46,750 who never took this off and it freaking gets all like yellowed and gross just 02:26:46,750 --> 02:26:46,760 gets all like yellowed and gross just 02:26:46,760 --> 02:26:48,910 gets all like yellowed and gross just take off the film all right last things 02:26:48,910 --> 02:26:48,920 take off the film all right last things 02:26:48,920 --> 02:26:50,469 take off the film all right last things we need to do is there's going to be a 02:26:50,469 --> 02:26:50,479 we need to do is there's going to be a 02:26:50,479 --> 02:26:52,469 we need to do is there's going to be a little uh protector over our PCI slot so 02:26:52,469 --> 02:26:52,479 little uh protector over our PCI slot so 02:26:52,479 --> 02:26:53,590 little uh protector over our PCI slot so you want to take that off the back that 02:26:53,590 --> 02:26:53,600 you want to take that off the back that 02:26:53,600 --> 02:26:54,750 you want to take that off the back that is what was actually going to connect to 02:26:54,750 --> 02:26:54,760 is what was actually going to connect to 02:26:54,760 --> 02:26:56,670 is what was actually going to connect to the motherboard and then on the back 02:26:56,670 --> 02:26:56,680 the motherboard and then on the back 02:26:56,680 --> 02:26:57,870 the motherboard and then on the back side of the card there's a bunch of 02:26:57,870 --> 02:26:57,880 side of the card there's a bunch of 02:26:57,880 --> 02:27:00,190 side of the card there's a bunch of little uh Port connectors for our 02:27:00,190 --> 02:27:00,200 little uh Port connectors for our 02:27:00,200 --> 02:27:03,349 little uh Port connectors for our display ports and our HDMI wow that's 02:27:03,349 --> 02:27:03,359 display ports and our HDMI wow that's 02:27:03,359 --> 02:27:05,830 display ports and our HDMI wow that's really iny and there's also of course 02:27:05,830 --> 02:27:05,840 really iny and there's also of course 02:27:05,840 --> 02:27:09,790 really iny and there's also of course more plastic on the back all right that 02:27:09,790 --> 02:27:09,800 more plastic on the back all right that 02:27:09,800 --> 02:27:11,469 more plastic on the back all right that should be everything we need to get our 02:27:11,469 --> 02:27:11,479 should be everything we need to get our 02:27:11,479 --> 02:27:12,870 should be everything we need to get our graph scar up and running so before we 02:27:12,870 --> 02:27:12,880 graph scar up and running so before we 02:27:12,880 --> 02:27:14,190 graph scar up and running so before we install it let me walk you around it 02:27:14,190 --> 02:27:14,200 install it let me walk you around it 02:27:14,200 --> 02:27:15,790 install it let me walk you around it really quickly so obviously we have a 02:27:15,790 --> 02:27:15,800 really quickly so obviously we have a 02:27:15,800 --> 02:27:17,790 really quickly so obviously we have a couple of fans U all graphics cards are 02:27:17,790 --> 02:27:17,800 couple of fans U all graphics cards are 02:27:17,800 --> 02:27:19,389 couple of fans U all graphics cards are different some have two fans some have 02:27:19,389 --> 02:27:19,399 different some have two fans some have 02:27:19,399 --> 02:27:21,790 different some have two fans some have three fans not super relevant what I 02:27:21,790 --> 02:27:21,800 three fans not super relevant what I 02:27:21,800 --> 02:27:24,429 three fans not super relevant what I will point out is the actual backside of 02:27:24,429 --> 02:27:24,439 will point out is the actual backside of 02:27:24,439 --> 02:27:26,590 will point out is the actual backside of the card so this is the actual part that 02:27:26,590 --> 02:27:26,600 the card so this is the actual part that 02:27:26,600 --> 02:27:28,469 the card so this is the actual part that sticks out the C back of the Chassy so 02:27:28,469 --> 02:27:28,479 sticks out the C back of the Chassy so 02:27:28,479 --> 02:27:29,550 sticks out the C back of the Chassy so you'll see that you have your display 02:27:29,550 --> 02:27:29,560 you'll see that you have your display 02:27:29,560 --> 02:27:31,510 you'll see that you have your display port you have your HDMI now you'll see 02:27:31,510 --> 02:27:31,520 port you have your HDMI now you'll see 02:27:31,520 --> 02:27:33,269 port you have your HDMI now you'll see that this actually sticks up over the 02:27:33,269 --> 02:27:33,279 that this actually sticks up over the 02:27:33,279 --> 02:27:35,590 that this actually sticks up over the PCI slot right so older graphics cards 02:27:35,590 --> 02:27:35,600 PCI slot right so older graphics cards 02:27:35,600 --> 02:27:37,309 PCI slot right so older graphics cards used to cut off at this point a lot of 02:27:37,309 --> 02:27:37,319 used to cut off at this point a lot of 02:27:37,319 --> 02:27:39,190 used to cut off at this point a lot of newer ones have kind of expanded out 02:27:39,190 --> 02:27:39,200 newer ones have kind of expanded out 02:27:39,200 --> 02:27:41,750 newer ones have kind of expanded out here which as I kind of show you here uh 02:27:41,750 --> 02:27:41,760 here which as I kind of show you here uh 02:27:41,760 --> 02:27:42,990 here which as I kind of show you here uh that's where the some of this extra 02:27:42,990 --> 02:27:43,000 that's where the some of this extra 02:27:43,000 --> 02:27:44,950 that's where the some of this extra space comes in handy that doesn't stick 02:27:44,950 --> 02:27:44,960 space comes in handy that doesn't stick 02:27:44,960 --> 02:27:46,469 space comes in handy that doesn't stick out enough that it will be a problem for 02:27:46,469 --> 02:27:46,479 out enough that it will be a problem for 02:27:46,479 --> 02:27:48,550 out enough that it will be a problem for most cases but just something to keep in 02:27:48,550 --> 02:27:48,560 most cases but just something to keep in 02:27:48,560 --> 02:27:49,469 most cases but just something to keep in mind especially if you're building like 02:27:49,469 --> 02:27:49,479 mind especially if you're building like 02:27:49,479 --> 02:27:51,670 mind especially if you're building like in a small form Factor system um make 02:27:51,670 --> 02:27:51,680 in a small form Factor system um make 02:27:51,680 --> 02:27:53,269 in a small form Factor system um make sure that the dimensions of your card 02:27:53,269 --> 02:27:53,279 sure that the dimensions of your card 02:27:53,279 --> 02:27:55,790 sure that the dimensions of your card are compatible with the case because it 02:27:55,790 --> 02:27:55,800 are compatible with the case because it 02:27:55,800 --> 02:27:57,750 are compatible with the case because it can be a very tight fit even if it 02:27:57,750 --> 02:27:57,760 can be a very tight fit even if it 02:27:57,760 --> 02:27:58,870 can be a very tight fit even if it technically works and you have like no 02:27:58,870 --> 02:27:58,880 technically works and you have like no 02:27:58,880 --> 02:28:00,190 technically works and you have like no clearance it can be sometimes kind of 02:28:00,190 --> 02:28:00,200 clearance it can be sometimes kind of 02:28:00,200 --> 02:28:01,389 clearance it can be sometimes kind of hard to like kind of wedge it in there 02:28:01,389 --> 02:28:01,399 hard to like kind of wedge it in there 02:28:01,399 --> 02:28:02,590 hard to like kind of wedge it in there cuz basically what we need to do is line 02:28:02,590 --> 02:28:02,600 cuz basically what we need to do is line 02:28:02,600 --> 02:28:04,630 cuz basically what we need to do is line up here and go straight back now 02:28:04,630 --> 02:28:04,640 up here and go straight back now 02:28:04,640 --> 02:28:07,309 up here and go straight back now thankfully this is almost a true dual 02:28:07,309 --> 02:28:07,319 thankfully this is almost a true dual 02:28:07,319 --> 02:28:09,750 thankfully this is almost a true dual slot card so what I mean by that is that 02:28:09,750 --> 02:28:09,760 slot card so what I mean by that is that 02:28:09,760 --> 02:28:11,150 slot card so what I mean by that is that you'll see that we have the two slots it 02:28:11,150 --> 02:28:11,160 you'll see that we have the two slots it 02:28:11,160 --> 02:28:12,710 you'll see that we have the two slots it goes over just a little bit so you see 02:28:12,710 --> 02:28:12,720 goes over just a little bit so you see 02:28:12,720 --> 02:28:14,830 goes over just a little bit so you see here it's a little bit extra on the side 02:28:14,830 --> 02:28:14,840 here it's a little bit extra on the side 02:28:14,840 --> 02:28:17,429 here it's a little bit extra on the side it's pretty close to a dual slot um I'll 02:28:17,429 --> 02:28:17,439 it's pretty close to a dual slot um I'll 02:28:17,439 --> 02:28:19,070 it's pretty close to a dual slot um I'll tell you honestly this is actually a 02:28:19,070 --> 02:28:19,080 tell you honestly this is actually a 02:28:19,080 --> 02:28:21,670 tell you honestly this is actually a fairly decent size GPU so again this is 02:28:21,670 --> 02:28:21,680 fairly decent size GPU so again this is 02:28:21,680 --> 02:28:24,349 fairly decent size GPU so again this is a 4070 super um you can definitely find 02:28:24,349 --> 02:28:24,359 a 4070 super um you can definitely find 02:28:24,359 --> 02:28:27,710 a 4070 super um you can definitely find graphics cards that are way way chunkier 02:28:27,710 --> 02:28:27,720 graphics cards that are way way chunkier 02:28:27,720 --> 02:28:29,150 graphics cards that are way way chunkier on the cooler I think this is actually a 02:28:29,150 --> 02:28:29,160 on the cooler I think this is actually a 02:28:29,160 --> 02:28:31,269 on the cooler I think this is actually a pretty nice blend now the last thing 02:28:31,269 --> 02:28:31,279 pretty nice blend now the last thing 02:28:31,279 --> 02:28:32,830 pretty nice blend now the last thing I'll show you here and it's only going 02:28:32,830 --> 02:28:32,840 I'll show you here and it's only going 02:28:32,840 --> 02:28:34,349 I'll show you here and it's only going to be on some cards is there's a little 02:28:34,349 --> 02:28:34,359 to be on some cards is there's a little 02:28:34,359 --> 02:28:37,550 to be on some cards is there's a little switch here so there is a p and a q it 02:28:37,550 --> 02:28:37,560 switch here so there is a p and a q it 02:28:37,560 --> 02:28:39,950 switch here so there is a p and a q it means mind your p's and q's n 02:28:39,950 --> 02:28:39,960 means mind your p's and q's n 02:28:39,960 --> 02:28:41,429 means mind your p's and q's n performance and quiet I'm going to leave 02:28:41,429 --> 02:28:41,439 performance and quiet I'm going to leave 02:28:41,439 --> 02:28:43,429 performance and quiet I'm going to leave it on performance mode um this is not 02:28:43,429 --> 02:28:43,439 it on performance mode um this is not 02:28:43,439 --> 02:28:45,190 it on performance mode um this is not super important honestly and sometimes 02:28:45,190 --> 02:28:45,200 super important honestly and sometimes 02:28:45,200 --> 02:28:47,070 super important honestly and sometimes you can even change that in the actual 02:28:47,070 --> 02:28:47,080 you can even change that in the actual 02:28:47,080 --> 02:28:49,469 you can even change that in the actual driver settings sometimes no no sorry 02:28:49,469 --> 02:28:49,479 driver settings sometimes no no sorry 02:28:49,479 --> 02:28:51,030 driver settings sometimes no no sorry not driver settings the like the Asus 02:28:51,030 --> 02:28:51,040 not driver settings the like the Asus 02:28:51,040 --> 02:28:53,150 not driver settings the like the Asus software or whatever um this basically 02:28:53,150 --> 02:28:53,160 software or whatever um this basically 02:28:53,160 --> 02:28:54,389 software or whatever um this basically just change the actual performance 02:28:54,389 --> 02:28:54,399 just change the actual performance 02:28:54,399 --> 02:28:57,550 just change the actual performance profile of the GPU um I never play with 02:28:57,550 --> 02:28:57,560 profile of the GPU um I never play with 02:28:57,560 --> 02:28:59,630 profile of the GPU um I never play with it I just always put in performance and 02:28:59,630 --> 02:28:59,640 it I just always put in performance and 02:28:59,640 --> 02:29:00,469 it I just always put in performance and what do you want what are you going to 02:29:00,469 --> 02:29:00,479 what do you want what are you going to 02:29:00,479 --> 02:29:02,790 what do you want what are you going to buy a 4070 super and then say hey I want 02:29:02,790 --> 02:29:02,800 buy a 4070 super and then say hey I want 02:29:02,800 --> 02:29:05,790 buy a 4070 super and then say hey I want quiet 02:29:05,790 --> 02:29:05,800 02:29:05,800 --> 02:29:07,710 mode it's most ridiculous thing I've 02:29:07,710 --> 02:29:07,720 mode it's most ridiculous thing I've 02:29:07,720 --> 02:29:10,429 mode it's most ridiculous thing I've ever heard um all right let's install 02:29:10,429 --> 02:29:10,439 ever heard um all right let's install 02:29:10,439 --> 02:29:12,590 ever heard um all right let's install this thing so to install what we'll do 02:29:12,590 --> 02:29:12,600 this thing so to install what we'll do 02:29:12,600 --> 02:29:13,710 this thing so to install what we'll do is before we actually do it we'll line 02:29:13,710 --> 02:29:13,720 is before we actually do it we'll line 02:29:13,720 --> 02:29:15,269 is before we actually do it we'll line it up so we again want to make sure that 02:29:15,269 --> 02:29:15,279 it up so we again want to make sure that 02:29:15,279 --> 02:29:17,269 it up so we again want to make sure that we know what actual covers we need to 02:29:17,269 --> 02:29:17,279 we know what actual covers we need to 02:29:17,279 --> 02:29:19,389 we know what actual covers we need to remove so we'll line up with this uh 02:29:19,389 --> 02:29:19,399 remove so we'll line up with this uh 02:29:19,399 --> 02:29:20,990 remove so we'll line up with this uh slot and you'll see that we need to 02:29:20,990 --> 02:29:21,000 slot and you'll see that we need to 02:29:21,000 --> 02:29:22,590 slot and you'll see that we need to remove cover number two cover number 02:29:22,590 --> 02:29:22,600 remove cover number two cover number 02:29:22,600 --> 02:29:24,750 remove cover number two cover number three very standard if you have a bigger 02:29:24,750 --> 02:29:24,760 three very standard if you have a bigger 02:29:24,760 --> 02:29:26,070 three very standard if you have a bigger card sometimes you actually have to 02:29:26,070 --> 02:29:26,080 card sometimes you actually have to 02:29:26,080 --> 02:29:28,190 card sometimes you actually have to remove three covers but for this we're 02:29:28,190 --> 02:29:28,200 remove three covers but for this we're 02:29:28,200 --> 02:29:30,630 remove three covers but for this we're going to just install it in the top two 02:29:30,630 --> 02:29:30,640 going to just install it in the top two 02:29:30,640 --> 02:29:33,550 going to just install it in the top two slots I will say some cases have a 02:29:33,550 --> 02:29:33,560 slots I will say some cases have a 02:29:33,560 --> 02:29:35,030 slots I will say some cases have a vertical Graphics Mount so what that 02:29:35,030 --> 02:29:35,040 vertical Graphics Mount so what that 02:29:35,040 --> 02:29:36,389 vertical Graphics Mount so what that would be is you would actually install 02:29:36,389 --> 02:29:36,399 would be is you would actually install 02:29:36,399 --> 02:29:37,790 would be is you would actually install the graphics card like right here up 02:29:37,790 --> 02:29:37,800 the graphics card like right here up 02:29:37,800 --> 02:29:39,469 the graphics card like right here up front and they would have like a little 02:29:39,469 --> 02:29:39,479 front and they would have like a little 02:29:39,479 --> 02:29:41,870 front and they would have like a little Riser that plugs into your motherboard 02:29:41,870 --> 02:29:41,880 Riser that plugs into your motherboard 02:29:41,880 --> 02:29:43,710 Riser that plugs into your motherboard it's a little bit specialty it certainly 02:29:43,710 --> 02:29:43,720 it's a little bit specialty it certainly 02:29:43,720 --> 02:29:45,349 it's a little bit specialty it certainly is a thing and you actually can buy like 02:29:45,349 --> 02:29:45,359 is a thing and you actually can buy like 02:29:45,359 --> 02:29:46,630 is a thing and you actually can buy like a lot of cases will actually have like 02:29:46,630 --> 02:29:46,640 a lot of cases will actually have like 02:29:46,640 --> 02:29:48,150 a lot of cases will actually have like an adapter plate that you could do that 02:29:48,150 --> 02:29:48,160 an adapter plate that you could do that 02:29:48,160 --> 02:29:49,790 an adapter plate that you could do that yourself it certainly looks cool I'll 02:29:49,790 --> 02:29:49,800 yourself it certainly looks cool I'll 02:29:49,800 --> 02:29:51,230 yourself it certainly looks cool I'll totally admit it looks cool to have your 02:29:51,230 --> 02:29:51,240 totally admit it looks cool to have your 02:29:51,240 --> 02:29:53,630 totally admit it looks cool to have your graphics card like that um but this is 02:29:53,630 --> 02:29:53,640 graphics card like that um but this is 02:29:53,640 --> 02:29:55,030 graphics card like that um but this is by far the most standard kind of 02:29:55,030 --> 02:29:55,040 by far the most standard kind of 02:29:55,040 --> 02:29:56,910 by far the most standard kind of configuration so we'll do is we're going 02:29:56,910 --> 02:29:56,920 configuration so we'll do is we're going 02:29:56,920 --> 02:29:59,990 configuration so we'll do is we're going to remove slot number 02:29:59,990 --> 02:30:00,000 to remove slot number 02:30:00,000 --> 02:30:02,670 to remove slot number two and keep these slot covers handy 02:30:02,670 --> 02:30:02,680 two and keep these slot covers handy 02:30:02,680 --> 02:30:04,309 two and keep these slot covers handy when you take them off uh cuz if you 02:30:04,309 --> 02:30:04,319 when you take them off uh cuz if you 02:30:04,319 --> 02:30:06,550 when you take them off uh cuz if you ever need to replace it or whatever it's 02:30:06,550 --> 02:30:06,560 ever need to replace it or whatever it's 02:30:06,560 --> 02:30:07,950 ever need to replace it or whatever it's just nice to have and also keep the 02:30:07,950 --> 02:30:07,960 just nice to have and also keep the 02:30:07,960 --> 02:30:09,190 just nice to have and also keep the screws we're going to reuse those in 02:30:09,190 --> 02:30:09,200 screws we're going to reuse those in 02:30:09,200 --> 02:30:12,550 screws we're going to reuse those in just one second so see that's one cover 02:30:12,550 --> 02:30:12,560 just one second so see that's one cover 02:30:12,560 --> 02:30:14,910 just one second so see that's one cover um I'll also mention it's really not 02:30:14,910 --> 02:30:14,920 um I'll also mention it's really not 02:30:14,920 --> 02:30:16,870 um I'll also mention it's really not that common but if you're building in a 02:30:16,870 --> 02:30:16,880 that common but if you're building in a 02:30:16,880 --> 02:30:20,710 that common but if you're building in a older or very cheap system sometimes 02:30:20,710 --> 02:30:20,720 older or very cheap system sometimes 02:30:20,720 --> 02:30:23,110 older or very cheap system sometimes they actually don't unscrew sometimes 02:30:23,110 --> 02:30:23,120 they actually don't unscrew sometimes 02:30:23,120 --> 02:30:24,469 they actually don't unscrew sometimes you actually have to like physically 02:30:24,469 --> 02:30:24,479 you actually have to like physically 02:30:24,479 --> 02:30:27,309 you actually have to like physically Bend these little uh slot covers out 02:30:27,309 --> 02:30:27,319 Bend these little uh slot covers out 02:30:27,319 --> 02:30:30,230 Bend these little uh slot covers out which feels really gross um just as a 02:30:30,230 --> 02:30:30,240 which feels really gross um just as a 02:30:30,240 --> 02:30:32,269 which feels really gross um just as a heads up in case you again have like a 02:30:32,269 --> 02:30:32,279 heads up in case you again have like a 02:30:32,279 --> 02:30:35,230 heads up in case you again have like a very very budget oriented case pretty 02:30:35,230 --> 02:30:35,240 very very budget oriented case pretty 02:30:35,240 --> 02:30:37,429 very very budget oriented case pretty much anything above like that $50 price 02:30:37,429 --> 02:30:37,439 much anything above like that $50 price 02:30:37,439 --> 02:30:38,469 much anything above like that $50 price point these days is going to be 02:30:38,469 --> 02:30:38,479 point these days is going to be 02:30:38,479 --> 02:30:41,269 point these days is going to be unscrewed but just in case yours is a 02:30:41,269 --> 02:30:41,279 unscrewed but just in case yours is a 02:30:41,279 --> 02:30:44,070 unscrewed but just in case yours is a one of those Bender things you just take 02:30:44,070 --> 02:30:44,080 one of those Bender things you just take 02:30:44,080 --> 02:30:45,150 one of those Bender things you just take it and you bend it back and forth until 02:30:45,150 --> 02:30:45,160 it and you bend it back and forth until 02:30:45,160 --> 02:30:46,590 it and you bend it back and forth until it snaps out doesn't feel good but 02:30:46,590 --> 02:30:46,600 it snaps out doesn't feel good but 02:30:46,600 --> 02:30:48,269 it snaps out doesn't feel good but that's the way they're designed so got 02:30:48,269 --> 02:30:48,279 that's the way they're designed so got 02:30:48,279 --> 02:30:50,630 that's the way they're designed so got to save some money somehow 02:30:50,630 --> 02:30:50,640 to save some money somehow 02:30:50,640 --> 02:30:52,150 to save some money somehow okay my friends we've got ourselves our 02:30:52,150 --> 02:30:52,160 okay my friends we've got ourselves our 02:30:52,160 --> 02:30:53,910 okay my friends we've got ourselves our covers out the installation of the 02:30:53,910 --> 02:30:53,920 covers out the installation of the 02:30:53,920 --> 02:30:56,389 covers out the installation of the graphics card is incredibly simple so we 02:30:56,389 --> 02:30:56,399 graphics card is incredibly simple so we 02:30:56,399 --> 02:30:59,510 graphics card is incredibly simple so we have our PCI connector right here is 02:30:59,510 --> 02:30:59,520 have our PCI connector right here is 02:30:59,520 --> 02:31:01,070 have our PCI connector right here is going to go into the motherboard again 02:31:01,070 --> 02:31:01,080 going to go into the motherboard again 02:31:01,080 --> 02:31:03,309 going to go into the motherboard again you want to go into the top PCI slot so 02:31:03,309 --> 02:31:03,319 you want to go into the top PCI slot so 02:31:03,319 --> 02:31:05,269 you want to go into the top PCI slot so technically it would fit and work on the 02:31:05,269 --> 02:31:05,279 technically it would fit and work on the 02:31:05,279 --> 02:31:06,349 technically it would fit and work on the bottom ones but you're going to be 02:31:06,349 --> 02:31:06,359 bottom ones but you're going to be 02:31:06,359 --> 02:31:08,469 bottom ones but you're going to be severely limited in bandwidth also why 02:31:08,469 --> 02:31:08,479 severely limited in bandwidth also why 02:31:08,479 --> 02:31:10,710 severely limited in bandwidth also why would you do that there's no reason okay 02:31:10,710 --> 02:31:10,720 would you do that there's no reason okay 02:31:10,720 --> 02:31:13,230 would you do that there's no reason okay so we're going to line it up so make 02:31:13,230 --> 02:31:13,240 so we're going to line it up so make 02:31:13,240 --> 02:31:16,630 so we're going to line it up so make sure that is lined up here and all you 02:31:16,630 --> 02:31:16,640 sure that is lined up here and all you 02:31:16,640 --> 02:31:18,870 sure that is lined up here and all you got to do is making sure that it's all 02:31:18,870 --> 02:31:18,880 got to do is making sure that it's all 02:31:18,880 --> 02:31:21,910 got to do is making sure that it's all securely set up we're going to firmly 02:31:21,910 --> 02:31:21,920 securely set up we're going to firmly 02:31:21,920 --> 02:31:23,110 securely set up we're going to firmly push it into place and you'll hear it 02:31:23,110 --> 02:31:23,120 push it into place and you'll hear it 02:31:23,120 --> 02:31:28,269 push it into place and you'll hear it click ready and boom there we go now if 02:31:28,269 --> 02:31:28,279 click ready and boom there we go now if 02:31:28,279 --> 02:31:29,550 click ready and boom there we go now if this was a heavier graphics card I would 02:31:29,550 --> 02:31:29,560 this was a heavier graphics card I would 02:31:29,560 --> 02:31:31,710 this was a heavier graphics card I would have had taken my hand off so fast but 02:31:31,710 --> 02:31:31,720 have had taken my hand off so fast but 02:31:31,720 --> 02:31:34,150 have had taken my hand off so fast but I'll tell you some of the really heavy 02:31:34,150 --> 02:31:34,160 I'll tell you some of the really heavy 02:31:34,160 --> 02:31:36,870 I'll tell you some of the really heavy graphics cards are they're they're 02:31:36,870 --> 02:31:36,880 graphics cards are they're they're 02:31:36,880 --> 02:31:38,750 graphics cards are they're they're they're really really heavy and they'll 02:31:38,750 --> 02:31:38,760 they're really really heavy and they'll 02:31:38,760 --> 02:31:40,590 they're really really heavy and they'll actually kind of sag again this is a 02:31:40,590 --> 02:31:40,600 actually kind of sag again this is a 02:31:40,600 --> 02:31:43,150 actually kind of sag again this is a plastic uh primarily plastic shroud GPU 02:31:43,150 --> 02:31:43,160 plastic uh primarily plastic shroud GPU 02:31:43,160 --> 02:31:44,269 plastic uh primarily plastic shroud GPU it's not super heavy so that actually 02:31:44,269 --> 02:31:44,279 it's not super heavy so that actually 02:31:44,279 --> 02:31:46,389 it's not super heavy so that actually sits in there fine some if you're 02:31:46,389 --> 02:31:46,399 sits in there fine some if you're 02:31:46,399 --> 02:31:48,550 sits in there fine some if you're rocking like a really big heavy like 02:31:48,550 --> 02:31:48,560 rocking like a really big heavy like 02:31:48,560 --> 02:31:50,750 rocking like a really big heavy like 4090 or something often times you'll 02:31:50,750 --> 02:31:50,760 4090 or something often times you'll 02:31:50,760 --> 02:31:52,469 4090 or something often times you'll actually want to use like a little Riser 02:31:52,469 --> 02:31:52,479 actually want to use like a little Riser 02:31:52,479 --> 02:31:53,670 actually want to use like a little Riser so sometimes they actually come where 02:31:53,670 --> 02:31:53,680 so sometimes they actually come where 02:31:53,680 --> 02:31:55,070 so sometimes they actually come where they just kind of give a little support 02:31:55,070 --> 02:31:55,080 they just kind of give a little support 02:31:55,080 --> 02:31:57,030 they just kind of give a little support on the back side of the GPU or sometimes 02:31:57,030 --> 02:31:57,040 on the back side of the GPU or sometimes 02:31:57,040 --> 02:31:58,070 on the back side of the GPU or sometimes they'll actually take up one of your 02:31:58,070 --> 02:31:58,080 they'll actually take up one of your 02:31:58,080 --> 02:31:59,630 they'll actually take up one of your slot covers and give a little bit of 02:31:59,630 --> 02:31:59,640 slot covers and give a little bit of 02:31:59,640 --> 02:32:01,670 slot covers and give a little bit of extra lift um it sounds a little bit 02:32:01,670 --> 02:32:01,680 extra lift um it sounds a little bit 02:32:01,680 --> 02:32:03,510 extra lift um it sounds a little bit silly but when you get a really heavy 02:32:03,510 --> 02:32:03,520 silly but when you get a really heavy 02:32:03,520 --> 02:32:06,590 silly but when you get a really heavy graphics card in place it can slowly sag 02:32:06,590 --> 02:32:06,600 graphics card in place it can slowly sag 02:32:06,600 --> 02:32:08,150 graphics card in place it can slowly sag now that it looks sort of bad but it 02:32:08,150 --> 02:32:08,160 now that it looks sort of bad but it 02:32:08,160 --> 02:32:09,790 now that it looks sort of bad but it actually can pull itself out of the slot 02:32:09,790 --> 02:32:09,800 actually can pull itself out of the slot 02:32:09,800 --> 02:32:11,230 actually can pull itself out of the slot especially if you're ever like shipping 02:32:11,230 --> 02:32:11,240 especially if you're ever like shipping 02:32:11,240 --> 02:32:14,070 especially if you're ever like shipping or moving your PC it's not really a PC 02:32:14,070 --> 02:32:14,080 or moving your PC it's not really a PC 02:32:14,080 --> 02:32:16,469 or moving your PC it's not really a PC tutorial thing this is just a ownership 02:32:16,469 --> 02:32:16,479 tutorial thing this is just a ownership 02:32:16,479 --> 02:32:19,190 tutorial thing this is just a ownership of a gaming PC kind of tip be careful 02:32:19,190 --> 02:32:19,200 of a gaming PC kind of tip be careful 02:32:19,200 --> 02:32:20,910 of a gaming PC kind of tip be careful with the graphics card if you ever move 02:32:20,910 --> 02:32:20,920 with the graphics card if you ever move 02:32:20,920 --> 02:32:22,750 with the graphics card if you ever move or ship your computer now we're going to 02:32:22,750 --> 02:32:22,760 or ship your computer now we're going to 02:32:22,760 --> 02:32:24,469 or ship your computer now we're going to screw it into place that should be fine 02:32:24,469 --> 02:32:24,479 screw it into place that should be fine 02:32:24,479 --> 02:32:26,389 screw it into place that should be fine for this but if you're ever actually 02:32:26,389 --> 02:32:26,399 for this but if you're ever actually 02:32:26,399 --> 02:32:28,349 for this but if you're ever actually doing like some real moving of your PC 02:32:28,349 --> 02:32:28,359 doing like some real moving of your PC 02:32:28,359 --> 02:32:29,990 doing like some real moving of your PC more than just like gently like picking 02:32:29,990 --> 02:32:30,000 more than just like gently like picking 02:32:30,000 --> 02:32:31,190 more than just like gently like picking it up and bringing it to like your car 02:32:31,190 --> 02:32:31,200 it up and bringing it to like your car 02:32:31,200 --> 02:32:32,750 it up and bringing it to like your car or something I actually pretty much 02:32:32,750 --> 02:32:32,760 or something I actually pretty much 02:32:32,760 --> 02:32:34,830 or something I actually pretty much always take the graphics card out again 02:32:34,830 --> 02:32:34,840 always take the graphics card out again 02:32:34,840 --> 02:32:36,630 always take the graphics card out again they've gotten really heavy and while 02:32:36,630 --> 02:32:36,640 they've gotten really heavy and while 02:32:36,640 --> 02:32:39,030 they've gotten really heavy and while they're fine stationary if you're moving 02:32:39,030 --> 02:32:39,040 they're fine stationary if you're moving 02:32:39,040 --> 02:32:41,269 they're fine stationary if you're moving this thing around it can either snap off 02:32:41,269 --> 02:32:41,279 this thing around it can either snap off 02:32:41,279 --> 02:32:43,389 this thing around it can either snap off or fall or bend or whatever just if 02:32:43,389 --> 02:32:43,399 or fall or bend or whatever just if 02:32:43,399 --> 02:32:44,710 or fall or bend or whatever just if you're doing anything more than just a 02:32:44,710 --> 02:32:44,720 you're doing anything more than just a 02:32:44,720 --> 02:32:46,510 you're doing anything more than just a gentle move of your PC from place to 02:32:46,510 --> 02:32:46,520 gentle move of your PC from place to 02:32:46,520 --> 02:32:48,110 gentle move of your PC from place to place I usually take the graphics card 02:32:48,110 --> 02:32:48,120 place I usually take the graphics card 02:32:48,120 --> 02:32:49,429 place I usually take the graphics card out it's also really simple because it's 02:32:49,429 --> 02:32:49,439 out it's also really simple because it's 02:32:49,439 --> 02:32:51,190 out it's also really simple because it's a couple of screws and one or two power 02:32:51,190 --> 02:32:51,200 a couple of screws and one or two power 02:32:51,200 --> 02:32:54,190 a couple of screws and one or two power cables but just a little Pro tip so 02:32:54,190 --> 02:32:54,200 cables but just a little Pro tip so 02:32:54,200 --> 02:32:55,309 cables but just a little Pro tip so we're going to take those same screws 02:32:55,309 --> 02:32:55,319 we're going to take those same screws 02:32:55,319 --> 02:32:57,190 we're going to take those same screws that we took out of the covers and we're 02:32:57,190 --> 02:32:57,200 that we took out of the covers and we're 02:32:57,200 --> 02:32:59,070 that we took out of the covers and we're going to load up our graphics card and 02:32:59,070 --> 02:32:59,080 going to load up our graphics card and 02:32:59,080 --> 02:33:00,710 going to load up our graphics card and give it a little bit of extra support so 02:33:00,710 --> 02:33:00,720 give it a little bit of extra support so 02:33:00,720 --> 02:33:02,030 give it a little bit of extra support so now the graphics card installed you 02:33:02,030 --> 02:33:02,040 now the graphics card installed you 02:33:02,040 --> 02:33:04,309 now the graphics card installed you should see why we did so much before 02:33:04,309 --> 02:33:04,319 should see why we did so much before 02:33:04,319 --> 02:33:06,590 should see why we did so much before this point because you know if I'm 02:33:06,590 --> 02:33:06,600 this point because you know if I'm 02:33:06,600 --> 02:33:09,670 this point because you know if I'm trying to install our USBC or USB 3.0 or 02:33:09,670 --> 02:33:09,680 trying to install our USBC or USB 3.0 or 02:33:09,680 --> 02:33:11,790 trying to install our USBC or USB 3.0 or a lot of these things it's much more 02:33:11,790 --> 02:33:11,800 a lot of these things it's much more 02:33:11,800 --> 02:33:13,150 a lot of these things it's much more difficult to do with the graphics card 02:33:13,150 --> 02:33:13,160 difficult to do with the graphics card 02:33:13,160 --> 02:33:14,590 difficult to do with the graphics card in the ways it's definitely nice to get 02:33:14,590 --> 02:33:14,600 in the ways it's definitely nice to get 02:33:14,600 --> 02:33:16,710 in the ways it's definitely nice to get as much of this done as possible and 02:33:16,710 --> 02:33:16,720 as much of this done as possible and 02:33:16,720 --> 02:33:19,150 as much of this done as possible and then install your graphics card we're 02:33:19,150 --> 02:33:19,160 then install your graphics card we're 02:33:19,160 --> 02:33:20,550 then install your graphics card we're almost there my friends we're very very 02:33:20,550 --> 02:33:20,560 almost there my friends we're very very 02:33:20,560 --> 02:33:22,309 almost there my friends we're very very close last thing we need to do for the 02:33:22,309 --> 02:33:22,319 close last thing we need to do for the 02:33:22,319 --> 02:33:25,110 close last thing we need to do for the graphics card is run our power so yet 02:33:25,110 --> 02:33:25,120 graphics card is run our power so yet 02:33:25,120 --> 02:33:27,190 graphics card is run our power so yet again I'll be very clear just in case 02:33:27,190 --> 02:33:27,200 again I'll be very clear just in case 02:33:27,200 --> 02:33:28,750 again I'll be very clear just in case you skip to the video and weren't paying 02:33:28,750 --> 02:33:28,760 you skip to the video and weren't paying 02:33:28,760 --> 02:33:32,230 you skip to the video and weren't paying attention we have ourselves our 12 pen 02:33:32,230 --> 02:33:32,240 attention we have ourselves our 12 pen 02:33:32,240 --> 02:33:34,389 attention we have ourselves our 12 pen power connector which is very thankfully 02:33:34,389 --> 02:33:34,399 power connector which is very thankfully 02:33:34,399 --> 02:33:35,950 power connector which is very thankfully yellow so you don't 02:33:35,950 --> 02:33:35,960 yellow so you don't 02:33:35,960 --> 02:33:38,070 yellow so you don't accidentally forget to plug it in I 02:33:38,070 --> 02:33:38,080 accidentally forget to plug it in I 02:33:38,080 --> 02:33:39,349 accidentally forget to plug it in I don't know we're going to plug this in 02:33:39,349 --> 02:33:39,359 don't know we're going to plug this in 02:33:39,359 --> 02:33:40,950 don't know we're going to plug this in it is the exact same way if you were 02:33:40,950 --> 02:33:40,960 it is the exact same way if you were 02:33:40,960 --> 02:33:42,670 it is the exact same way if you were using another kind of GPU you would be 02:33:42,670 --> 02:33:42,680 using another kind of GPU you would be 02:33:42,680 --> 02:33:45,750 using another kind of GPU you would be plugging in your six your 6 plus2 your 8 02:33:45,750 --> 02:33:45,760 plugging in your six your 6 plus2 your 8 02:33:45,760 --> 02:33:46,750 plugging in your six your 6 plus2 your 8 however many power connectors it 02:33:46,750 --> 02:33:46,760 however many power connectors it 02:33:46,760 --> 02:33:48,030 however many power connectors it actually needs you plug it in the same 02:33:48,030 --> 02:33:48,040 actually needs you plug it in the same 02:33:48,040 --> 02:33:49,990 actually needs you plug it in the same way you connect it like say the CPU or 02:33:49,990 --> 02:33:50,000 way you connect it like say the CPU or 02:33:50,000 --> 02:33:51,389 way you connect it like say the CPU or something there's a little notch on so 02:33:51,389 --> 02:33:51,399 something there's a little notch on so 02:33:51,399 --> 02:33:53,110 something there's a little notch on so goes in one way but we're going to 02:33:53,110 --> 02:33:53,120 goes in one way but we're going to 02:33:53,120 --> 02:33:55,590 goes in one way but we're going to install this like so now before I 02:33:55,590 --> 02:33:55,600 install this like so now before I 02:33:55,600 --> 02:33:57,150 install this like so now before I actually do it I will say there's a 02:33:57,150 --> 02:33:57,160 actually do it I will say there's a 02:33:57,160 --> 02:33:59,590 actually do it I will say there's a couple ways we could run this cable none 02:33:59,590 --> 02:33:59,600 couple ways we could run this cable none 02:33:59,600 --> 02:34:01,910 couple ways we could run this cable none of them are that clean so I think I'm 02:34:01,910 --> 02:34:01,920 of them are that clean so I think I'm 02:34:01,920 --> 02:34:04,870 of them are that clean so I think I'm just going to run along the side I could 02:34:04,870 --> 02:34:04,880 just going to run along the side I could 02:34:04,880 --> 02:34:06,630 just going to run along the side I could run it from the top or the bottom the 02:34:06,630 --> 02:34:06,640 run it from the top or the bottom the 02:34:06,640 --> 02:34:07,670 run it from the top or the bottom the thing is if you get on the bottom it 02:34:07,670 --> 02:34:07,680 thing is if you get on the bottom it 02:34:07,680 --> 02:34:08,790 thing is if you get on the bottom it actually kind of gets close to the fans 02:34:08,790 --> 02:34:08,800 actually kind of gets close to the fans 02:34:08,800 --> 02:34:10,950 actually kind of gets close to the fans and I don't like that and it looks kind 02:34:10,950 --> 02:34:10,960 and I don't like that and it looks kind 02:34:10,960 --> 02:34:12,910 and I don't like that and it looks kind of ugly we could kind of do on the top 02:34:12,910 --> 02:34:12,920 of ugly we could kind of do on the top 02:34:12,920 --> 02:34:13,990 of ugly we could kind of do on the top but honestly there's not like a really 02:34:13,990 --> 02:34:14,000 but honestly there's not like a really 02:34:14,000 --> 02:34:15,070 but honestly there's not like a really good way of doing it I'm just going to 02:34:15,070 --> 02:34:15,080 good way of doing it I'm just going to 02:34:15,080 --> 02:34:17,429 good way of doing it I'm just going to do it on the side and um we'll just kind 02:34:17,429 --> 02:34:17,439 do it on the side and um we'll just kind 02:34:17,439 --> 02:34:18,710 do it on the side and um we'll just kind of get rid of the slack as much as 02:34:18,710 --> 02:34:18,720 of get rid of the slack as much as 02:34:18,720 --> 02:34:20,950 of get rid of the slack as much as possible it's not the most pretty thing 02:34:20,950 --> 02:34:20,960 possible it's not the most pretty thing 02:34:20,960 --> 02:34:22,230 possible it's not the most pretty thing in the world and you do want to be 02:34:22,230 --> 02:34:22,240 in the world and you do want to be 02:34:22,240 --> 02:34:23,670 in the world and you do want to be careful when you plug that in to make 02:34:23,670 --> 02:34:23,680 careful when you plug that in to make 02:34:23,680 --> 02:34:26,389 careful when you plug that in to make sure it's fully fully seated a little 02:34:26,389 --> 02:34:26,399 sure it's fully fully seated a little 02:34:26,399 --> 02:34:28,510 sure it's fully fully seated a little less important when it is the actual 02:34:28,510 --> 02:34:28,520 less important when it is the actual 02:34:28,520 --> 02:34:30,389 less important when it is the actual power supply versus the adapter this is 02:34:30,389 --> 02:34:30,399 power supply versus the adapter this is 02:34:30,399 --> 02:34:32,590 power supply versus the adapter this is the adapter I'm like making sure it's in 02:34:32,590 --> 02:34:32,600 the adapter I'm like making sure it's in 02:34:32,600 --> 02:34:34,590 the adapter I'm like making sure it's in there super tight that is definitely in 02:34:34,590 --> 02:34:34,600 there super tight that is definitely in 02:34:34,600 --> 02:34:36,590 there super tight that is definitely in there but uh you don't want to like tug 02:34:36,590 --> 02:34:36,600 there but uh you don't want to like tug 02:34:36,600 --> 02:34:37,910 there but uh you don't want to like tug or especially you have like a case that 02:34:37,910 --> 02:34:37,920 or especially you have like a case that 02:34:37,920 --> 02:34:40,110 or especially you have like a case that has like a very sort of small tolerance 02:34:40,110 --> 02:34:40,120 has like a very sort of small tolerance 02:34:40,120 --> 02:34:41,750 has like a very sort of small tolerance like if anything's like pushing against 02:34:41,750 --> 02:34:41,760 like if anything's like pushing against 02:34:41,760 --> 02:34:44,030 like if anything's like pushing against that like the side panel not good 02:34:44,030 --> 02:34:44,040 that like the side panel not good 02:34:44,040 --> 02:34:45,269 that like the side panel not good thankfully we have plenty of space so 02:34:45,269 --> 02:34:45,279 thankfully we have plenty of space so 02:34:45,279 --> 02:34:47,710 thankfully we have plenty of space so it's fine so a little Bend is okay but 02:34:47,710 --> 02:34:47,720 it's fine so a little Bend is okay but 02:34:47,720 --> 02:34:49,190 it's fine so a little Bend is okay but nothing that's too aggressive make sure 02:34:49,190 --> 02:34:49,200 nothing that's too aggressive make sure 02:34:49,200 --> 02:34:51,269 nothing that's too aggressive make sure it just feels feel like it's uh got a 02:34:51,269 --> 02:34:51,279 it just feels feel like it's uh got a 02:34:51,279 --> 02:34:54,110 it just feels feel like it's uh got a little bit of leeway that my friends is 02:34:54,110 --> 02:34:54,120 little bit of leeway that my friends is 02:34:54,120 --> 02:34:58,670 little bit of leeway that my friends is actually a completed PC y I know right 02:34:58,670 --> 02:34:58,680 actually a completed PC y I know right 02:34:58,680 --> 02:35:01,750 actually a completed PC y I know right where did the time go so there's a few 02:35:01,750 --> 02:35:01,760 where did the time go so there's a few 02:35:01,760 --> 02:35:02,990 where did the time go so there's a few things we're going to want to do before 02:35:02,990 --> 02:35:03,000 things we're going to want to do before 02:35:03,000 --> 02:35:04,710 things we're going to want to do before we're actually done so stay tuned we're 02:35:04,710 --> 02:35:04,720 we're actually done so stay tuned we're 02:35:04,720 --> 02:35:06,830 we're actually done so stay tuned we're not done yet but before we go through 02:35:06,830 --> 02:35:06,840 not done yet but before we go through 02:35:06,840 --> 02:35:08,750 not done yet but before we go through and tidy things up and button up the 02:35:08,750 --> 02:35:08,760 and tidy things up and button up the 02:35:08,760 --> 02:35:10,510 and tidy things up and button up the case and everything we're going to do a 02:35:10,510 --> 02:35:10,520 case and everything we're going to do a 02:35:10,520 --> 02:35:11,990 case and everything we're going to do a quick little power test now 02:35:11,990 --> 02:35:12,000 quick little power test now 02:35:12,000 --> 02:35:13,110 quick little power test now theoretically you may have done this 02:35:13,110 --> 02:35:13,120 theoretically you may have done this 02:35:13,120 --> 02:35:15,030 theoretically you may have done this power test earlier with all of your 02:35:15,030 --> 02:35:15,040 power test earlier with all of your 02:35:15,040 --> 02:35:16,630 power test earlier with all of your components all over the case or all over 02:35:16,630 --> 02:35:16,640 components all over the case or all over 02:35:16,640 --> 02:35:18,309 components all over the case or all over the the table or whatever that's fine 02:35:18,309 --> 02:35:18,319 the the table or whatever that's fine 02:35:18,319 --> 02:35:19,990 the the table or whatever that's fine regardless you need to do it again with 02:35:19,990 --> 02:35:20,000 regardless you need to do it again with 02:35:20,000 --> 02:35:21,110 regardless you need to do it again with everything installed here you want to 02:35:21,110 --> 02:35:21,120 everything installed here you want to 02:35:21,120 --> 02:35:22,630 everything installed here you want to make sure everything works everything 02:35:22,630 --> 02:35:22,640 make sure everything works everything 02:35:22,640 --> 02:35:24,950 make sure everything works everything shows up so time to grab your keyboard 02:35:24,950 --> 02:35:24,960 shows up so time to grab your keyboard 02:35:24,960 --> 02:35:27,349 shows up so time to grab your keyboard your mouse your monitor power cable and 02:35:27,349 --> 02:35:27,359 your mouse your monitor power cable and 02:35:27,359 --> 02:35:29,670 your mouse your monitor power cable and get everything plugged in so we can do 02:35:29,670 --> 02:35:29,680 get everything plugged in so we can do 02:35:29,680 --> 02:35:32,830 get everything plugged in so we can do one final boot test so with everything 02:35:32,830 --> 02:35:32,840 one final boot test so with everything 02:35:32,840 --> 02:35:34,269 one final boot test so with everything plugged in let me just run you through a 02:35:34,269 --> 02:35:34,279 plugged in let me just run you through a 02:35:34,279 --> 02:35:36,070 plugged in let me just run you through a couple of steps before you hit that big 02:35:36,070 --> 02:35:36,080 couple of steps before you hit that big 02:35:36,080 --> 02:35:38,550 couple of steps before you hit that big red or white or blue power button so 02:35:38,550 --> 02:35:38,560 red or white or blue power button so 02:35:38,560 --> 02:35:39,790 red or white or blue power button so there's a few smaller things we should 02:35:39,790 --> 02:35:39,800 there's a few smaller things we should 02:35:39,800 --> 02:35:43,070 there's a few smaller things we should do uh first and foremost you see this 02:35:43,070 --> 02:35:43,080 do uh first and foremost you see this 02:35:43,080 --> 02:35:44,269 do uh first and foremost you see this little switch on the back of your power 02:35:44,269 --> 02:35:44,279 little switch on the back of your power 02:35:44,279 --> 02:35:46,950 little switch on the back of your power supply see the zero and the one flip it 02:35:46,950 --> 02:35:46,960 supply see the zero and the one flip it 02:35:46,960 --> 02:35:48,790 supply see the zero and the one flip it to one I can tell you the amount of 02:35:48,790 --> 02:35:48,800 to one I can tell you the amount of 02:35:48,800 --> 02:35:50,590 to one I can tell you the amount of times I built a PC and forgot to do that 02:35:50,590 --> 02:35:50,600 times I built a PC and forgot to do that 02:35:50,600 --> 02:35:51,710 times I built a PC and forgot to do that and it doesn't do anything cuz your 02:35:51,710 --> 02:35:51,720 and it doesn't do anything cuz your 02:35:51,720 --> 02:35:53,429 and it doesn't do anything cuz your power supply is off um while you're back 02:35:53,429 --> 02:35:53,439 power supply is off um while you're back 02:35:53,439 --> 02:35:54,429 power supply is off um while you're back here you also may want to press the 02:35:54,429 --> 02:35:54,439 here you also may want to press the 02:35:54,439 --> 02:35:56,550 here you also may want to press the little zero fan button that's on most 02:35:56,550 --> 02:35:56,560 little zero fan button that's on most 02:35:56,560 --> 02:35:58,910 little zero fan button that's on most moderate to highend power supplies that 02:35:58,910 --> 02:35:58,920 moderate to highend power supplies that 02:35:58,920 --> 02:36:00,110 moderate to highend power supplies that is just going to allow the power supply 02:36:00,110 --> 02:36:00,120 is just going to allow the power supply 02:36:00,120 --> 02:36:01,830 is just going to allow the power supply fan to only turn on when it needs to 02:36:01,830 --> 02:36:01,840 fan to only turn on when it needs to 02:36:01,840 --> 02:36:04,110 fan to only turn on when it needs to versus always be spinning on top of that 02:36:04,110 --> 02:36:04,120 versus always be spinning on top of that 02:36:04,120 --> 02:36:05,670 versus always be spinning on top of that you see how I've got my display port 02:36:05,670 --> 02:36:05,680 you see how I've got my display port 02:36:05,680 --> 02:36:07,870 you see how I've got my display port cable plugged into my graphics card so 02:36:07,870 --> 02:36:07,880 cable plugged into my graphics card so 02:36:07,880 --> 02:36:09,710 cable plugged into my graphics card so technically I could plug it into my 02:36:09,710 --> 02:36:09,720 technically I could plug it into my 02:36:09,720 --> 02:36:12,630 technically I could plug it into my motherboard and that would work the 02:36:12,630 --> 02:36:12,640 motherboard and that would work the 02:36:12,640 --> 02:36:13,790 motherboard and that would work the problem though is that I would be using 02:36:13,790 --> 02:36:13,800 problem though is that I would be using 02:36:13,800 --> 02:36:16,230 problem though is that I would be using the very wimpy integrated graphics on 02:36:16,230 --> 02:36:16,240 the very wimpy integrated graphics on 02:36:16,240 --> 02:36:18,510 the very wimpy integrated graphics on our CPU now that's fine for 02:36:18,510 --> 02:36:18,520 our CPU now that's fine for 02:36:18,520 --> 02:36:20,590 our CPU now that's fine for troubleshooting or if maybe building the 02:36:20,590 --> 02:36:20,600 troubleshooting or if maybe building the 02:36:20,600 --> 02:36:21,870 troubleshooting or if maybe building the PC you're getting your graphics card 02:36:21,870 --> 02:36:21,880 PC you're getting your graphics card 02:36:21,880 --> 02:36:24,309 PC you're getting your graphics card next week or whatever um but if you have 02:36:24,309 --> 02:36:24,319 next week or whatever um but if you have 02:36:24,319 --> 02:36:26,830 next week or whatever um but if you have a graphics card you should always always 02:36:26,830 --> 02:36:26,840 a graphics card you should always always 02:36:26,840 --> 02:36:29,710 a graphics card you should always always plug it in to your graphics card right 02:36:29,710 --> 02:36:29,720 plug it in to your graphics card right 02:36:29,720 --> 02:36:32,150 plug it in to your graphics card right don't use this if you have this that 02:36:32,150 --> 02:36:32,160 don't use this if you have this that 02:36:32,160 --> 02:36:34,269 don't use this if you have this that make sense get a graphics card plug your 02:36:34,269 --> 02:36:34,279 make sense get a graphics card plug your 02:36:34,279 --> 02:36:38,070 make sense get a graphics card plug your monitor into that one okay 02:36:38,070 --> 02:36:38,080 monitor into that one okay 02:36:38,080 --> 02:36:40,710 monitor into that one okay good the amount of people who have like 02:36:40,710 --> 02:36:40,720 good the amount of people who have like 02:36:40,720 --> 02:36:43,830 good the amount of people who have like a badass graphics card you plug in the 02:36:43,830 --> 02:36:43,840 a badass graphics card you plug in the 02:36:43,840 --> 02:36:45,550 a badass graphics card you plug in the HDMI whatever to your motherboard and go 02:36:45,550 --> 02:36:45,560 HDMI whatever to your motherboard and go 02:36:45,560 --> 02:36:47,030 HDMI whatever to your motherboard and go man this gaming sucks cuz you're not 02:36:47,030 --> 02:36:47,040 man this gaming sucks cuz you're not 02:36:47,040 --> 02:36:49,870 man this gaming sucks cuz you're not using the graphics card um also while 02:36:49,870 --> 02:36:49,880 using the graphics card um also while 02:36:49,880 --> 02:36:51,070 using the graphics card um also while I'm back here because my motherboard 02:36:51,070 --> 02:36:51,080 I'm back here because my motherboard 02:36:51,080 --> 02:36:53,150 I'm back here because my motherboard does have Wi-Fi I'm going to pre-install 02:36:53,150 --> 02:36:53,160 does have Wi-Fi I'm going to pre-install 02:36:53,160 --> 02:36:55,550 does have Wi-Fi I'm going to pre-install our modules or our little antennas um 02:36:55,550 --> 02:36:55,560 our modules or our little antennas um 02:36:55,560 --> 02:36:56,710 our modules or our little antennas um you don't have to do this for the BIOS I 02:36:56,710 --> 02:36:56,720 you don't have to do this for the BIOS I 02:36:56,720 --> 02:36:57,750 you don't have to do this for the BIOS I just like to do it while I'm back here 02:36:57,750 --> 02:36:57,760 just like to do it while I'm back here 02:36:57,760 --> 02:36:59,950 just like to do it while I'm back here so I don't forget cuz technically much 02:36:59,950 --> 02:36:59,960 so I don't forget cuz technically much 02:36:59,960 --> 02:37:01,590 so I don't forget cuz technically much like a lot of things on a computer you 02:37:01,590 --> 02:37:01,600 like a lot of things on a computer you 02:37:01,600 --> 02:37:04,190 like a lot of things on a computer you can actually make it work in a somewhat 02:37:04,190 --> 02:37:04,200 can actually make it work in a somewhat 02:37:04,200 --> 02:37:05,670 can actually make it work in a somewhat Jank way if you don't have the antennas 02:37:05,670 --> 02:37:05,680 Jank way if you don't have the antennas 02:37:05,680 --> 02:37:07,510 Jank way if you don't have the antennas you actually will get some Wi-Fi 02:37:07,510 --> 02:37:07,520 you actually will get some Wi-Fi 02:37:07,520 --> 02:37:09,550 you actually will get some Wi-Fi reception but obviously the antennas 02:37:09,550 --> 02:37:09,560 reception but obviously the antennas 02:37:09,560 --> 02:37:10,750 reception but obviously the antennas help that 02:37:10,750 --> 02:37:10,760 help that 02:37:10,760 --> 02:37:13,110 help that tremendously all right so we're going to 02:37:13,110 --> 02:37:13,120 tremendously all right so we're going to 02:37:13,120 --> 02:37:16,950 tremendously all right so we're going to one and two cool I think that's pretty 02:37:16,950 --> 02:37:16,960 one and two cool I think that's pretty 02:37:16,960 --> 02:37:17,990 one and two cool I think that's pretty much everything we need to do on the 02:37:17,990 --> 02:37:18,000 much everything we need to do on the 02:37:18,000 --> 02:37:20,269 much everything we need to do on the back of the system now now the only 02:37:20,269 --> 02:37:20,279 back of the system now now the only 02:37:20,279 --> 02:37:23,030 back of the system now now the only other thing I will mention is that uh 02:37:23,030 --> 02:37:23,040 other thing I will mention is that uh 02:37:23,040 --> 02:37:24,950 other thing I will mention is that uh obviously we are doing this test with 02:37:24,950 --> 02:37:24,960 obviously we are doing this test with 02:37:24,960 --> 02:37:26,510 obviously we are doing this test with the computer you know fully assembled 02:37:26,510 --> 02:37:26,520 the computer you know fully assembled 02:37:26,520 --> 02:37:28,230 the computer you know fully assembled and whatnot now because this is our 02:37:28,230 --> 02:37:28,240 and whatnot now because this is our 02:37:28,240 --> 02:37:29,950 and whatnot now because this is our first test boot of the system we're of 02:37:29,950 --> 02:37:29,960 first test boot of the system we're of 02:37:29,960 --> 02:37:31,070 first test boot of the system we're of course just going to be pressing the 02:37:31,070 --> 02:37:31,080 course just going to be pressing the 02:37:31,080 --> 02:37:33,230 course just going to be pressing the power button and hoping that it works if 02:37:33,230 --> 02:37:33,240 power button and hoping that it works if 02:37:33,240 --> 02:37:34,830 power button and hoping that it works if however you have built your system 02:37:34,830 --> 02:37:34,840 however you have built your system 02:37:34,840 --> 02:37:37,110 however you have built your system outside the case for a test you actually 02:37:37,110 --> 02:37:37,120 outside the case for a test you actually 02:37:37,120 --> 02:37:39,790 outside the case for a test you actually can use a screwdriver to turn it on that 02:37:39,790 --> 02:37:39,800 can use a screwdriver to turn it on that 02:37:39,800 --> 02:37:41,469 can use a screwdriver to turn it on that sounds sketchy but it's fine all you 02:37:41,469 --> 02:37:41,479 sounds sketchy but it's fine all you 02:37:41,479 --> 02:37:42,870 sounds sketchy but it's fine all you need to do is go on your front panel 02:37:42,870 --> 02:37:42,880 need to do is go on your front panel 02:37:42,880 --> 02:37:44,670 need to do is go on your front panel connectors and there are the two pens 02:37:44,670 --> 02:37:44,680 connectors and there are the two pens 02:37:44,680 --> 02:37:46,710 connectors and there are the two pens for power you take a screwdriver or any 02:37:46,710 --> 02:37:46,720 for power you take a screwdriver or any 02:37:46,720 --> 02:37:48,190 for power you take a screwdriver or any piece of metal really and you bridge 02:37:48,190 --> 02:37:48,200 piece of metal really and you bridge 02:37:48,200 --> 02:37:50,550 piece of metal really and you bridge those two pens and ENT will turn on the 02:37:50,550 --> 02:37:50,560 those two pens and ENT will turn on the 02:37:50,560 --> 02:37:52,190 those two pens and ENT will turn on the system so just a little heads up it's 02:37:52,190 --> 02:37:52,200 system so just a little heads up it's 02:37:52,200 --> 02:37:53,590 system so just a little heads up it's really helpful for troubleshooting as 02:37:53,590 --> 02:37:53,600 really helpful for troubleshooting as 02:37:53,600 --> 02:37:54,830 really helpful for troubleshooting as well knowing that you can just easily 02:37:54,830 --> 02:37:54,840 well knowing that you can just easily 02:37:54,840 --> 02:37:57,190 well knowing that you can just easily jump the board um it's not sketchy don't 02:37:57,190 --> 02:37:57,200 jump the board um it's not sketchy don't 02:37:57,200 --> 02:37:58,870 jump the board um it's not sketchy don't worry don't maybe stick your screwdriver 02:37:58,870 --> 02:37:58,880 worry don't maybe stick your screwdriver 02:37:58,880 --> 02:38:00,950 worry don't maybe stick your screwdriver on all the pin and all the metal bits 02:38:00,950 --> 02:38:00,960 on all the pin and all the metal bits 02:38:00,960 --> 02:38:01,990 on all the pin and all the metal bits you probably find something that's not 02:38:01,990 --> 02:38:02,000 you probably find something that's not 02:38:02,000 --> 02:38:03,190 you probably find something that's not good but when it comes to those front 02:38:03,190 --> 02:38:03,200 good but when it comes to those front 02:38:03,200 --> 02:38:04,830 good but when it comes to those front panel connectors you just have to tap it 02:38:04,830 --> 02:38:04,840 panel connectors you just have to tap it 02:38:04,840 --> 02:38:06,389 panel connectors you just have to tap it but that's it that's everything we need 02:38:06,389 --> 02:38:06,399 but that's it that's everything we need 02:38:06,399 --> 02:38:08,790 but that's it that's everything we need to do we've got our monitor plugged in 02:38:08,790 --> 02:38:08,800 to do we've got our monitor plugged in 02:38:08,800 --> 02:38:11,190 to do we've got our monitor plugged in our HDMI display port connected mouse 02:38:11,190 --> 02:38:11,200 our HDMI display port connected mouse 02:38:11,200 --> 02:38:13,550 our HDMI display port connected mouse and keyboard ready to go everything's 02:38:13,550 --> 02:38:13,560 and keyboard ready to go everything's 02:38:13,560 --> 02:38:16,469 and keyboard ready to go everything's turned on fired up all we got to do now 02:38:16,469 --> 02:38:16,479 turned on fired up all we got to do now 02:38:16,479 --> 02:38:18,349 turned on fired up all we got to do now is press the power button and hope that 02:38:18,349 --> 02:38:18,359 is press the power button and hope that 02:38:18,359 --> 02:38:21,230 is press the power button and hope that we have made a good decision with our 02:38:21,230 --> 02:38:21,240 we have made a good decision with our 02:38:21,240 --> 02:38:25,230 we have made a good decision with our lives Okay so we've got uh I forgot to 02:38:25,230 --> 02:38:25,240 lives Okay so we've got uh I forgot to 02:38:25,240 --> 02:38:27,870 lives Okay so we've got uh I forgot to plug in the fans from the case so I'll 02:38:27,870 --> 02:38:27,880 plug in the fans from the case so I'll 02:38:27,880 --> 02:38:30,269 plug in the fans from the case so I'll do that after we're done here but 02:38:30,269 --> 02:38:30,279 do that after we're done here but 02:38:30,279 --> 02:38:31,990 do that after we're done here but importantly we have all three of our 02:38:31,990 --> 02:38:32,000 importantly we have all three of our 02:38:32,000 --> 02:38:34,030 importantly we have all three of our UNIF fans running for the CPU Cooler 02:38:34,030 --> 02:38:34,040 UNIF fans running for the CPU Cooler 02:38:34,040 --> 02:38:35,630 UNIF fans running for the CPU Cooler your graphics card fans actually don't 02:38:35,630 --> 02:38:35,640 your graphics card fans actually don't 02:38:35,640 --> 02:38:38,349 your graphics card fans actually don't always turn on so if it's a more modern 02:38:38,349 --> 02:38:38,359 always turn on so if it's a more modern 02:38:38,359 --> 02:38:40,349 always turn on so if it's a more modern GPU often times they don't spin up until 02:38:40,349 --> 02:38:40,359 GPU often times they don't spin up until 02:38:40,359 --> 02:38:43,309 GPU often times they don't spin up until the GPU gets a little hot uh we got our 02:38:43,309 --> 02:38:43,319 the GPU gets a little hot uh we got our 02:38:43,319 --> 02:38:45,349 the GPU gets a little hot uh we got our screen on our le le cooler that's 02:38:45,349 --> 02:38:45,359 screen on our le le cooler that's 02:38:45,359 --> 02:38:49,870 screen on our le le cooler that's activated and if I come around here hey 02:38:49,870 --> 02:38:49,880 activated and if I come around here hey 02:38:49,880 --> 02:38:52,070 activated and if I come around here hey you got a new CPU installed 02:38:52,070 --> 02:38:52,080 you got a new CPU installed 02:38:52,080 --> 02:38:54,389 you got a new CPU installed congratulations that is a very good sign 02:38:54,389 --> 02:38:54,399 congratulations that is a very good sign 02:38:54,399 --> 02:38:56,389 congratulations that is a very good sign we're going to hit Y we're going to let 02:38:56,389 --> 02:38:56,399 we're going to hit Y we're going to let 02:38:56,399 --> 02:38:58,230 we're going to hit Y we're going to let the motherboard do its thing and 02:38:58,230 --> 02:38:58,240 the motherboard do its thing and 02:38:58,240 --> 02:38:59,510 the motherboard do its thing and assuming that everything shows up here 02:38:59,510 --> 02:38:59,520 assuming that everything shows up here 02:38:59,520 --> 02:39:01,269 assuming that everything shows up here in the Bios we have successfully built 02:39:01,269 --> 02:39:01,279 in the Bios we have successfully built 02:39:01,279 --> 02:39:04,389 in the Bios we have successfully built ourselves a PC so I will need to plug in 02:39:04,389 --> 02:39:04,399 ourselves a PC so I will need to plug in 02:39:04,399 --> 02:39:05,990 ourselves a PC so I will need to plug in our fan header which I forgot to do in 02:39:05,990 --> 02:39:06,000 our fan header which I forgot to do in 02:39:06,000 --> 02:39:07,710 our fan header which I forgot to do in fact here don't do this but I'm just 02:39:07,710 --> 02:39:07,720 fact here don't do this but I'm just 02:39:07,720 --> 02:39:08,790 fact here don't do this but I'm just going to plug it in cuz I left it 02:39:08,790 --> 02:39:08,800 going to plug it in cuz I left it 02:39:08,800 --> 02:39:10,429 going to plug it in cuz I left it connected right here so now you can see 02:39:10,429 --> 02:39:10,439 connected right here so now you can see 02:39:10,439 --> 02:39:11,950 connected right here so now you can see that we got all of our fans running in 02:39:11,950 --> 02:39:11,960 that we got all of our fans running in 02:39:11,960 --> 02:39:14,550 that we got all of our fans running in the system now at this point the fan is 02:39:14,550 --> 02:39:14,560 the system now at this point the fan is 02:39:14,560 --> 02:39:16,070 the system now at this point the fan is cranking at 100% there's some things 02:39:16,070 --> 02:39:16,080 cranking at 100% there's some things 02:39:16,080 --> 02:39:17,429 cranking at 100% there's some things that we're going to need to tweak none 02:39:17,429 --> 02:39:17,439 that we're going to need to tweak none 02:39:17,439 --> 02:39:18,910 that we're going to need to tweak none of that matters right now there's plenty 02:39:18,910 --> 02:39:18,920 of that matters right now there's plenty 02:39:18,920 --> 02:39:21,070 of that matters right now there's plenty of time to do do that all we need to do 02:39:21,070 --> 02:39:21,080 of time to do do that all we need to do 02:39:21,080 --> 02:39:24,150 of time to do do that all we need to do is in our bios hit okay here and we want 02:39:24,150 --> 02:39:24,160 is in our bios hit okay here and we want 02:39:24,160 --> 02:39:27,990 is in our bios hit okay here and we want to make sure that everything shows up so 02:39:27,990 --> 02:39:28,000 to make sure that everything shows up so 02:39:28,000 --> 02:39:29,190 to make sure that everything shows up so we go through the list we see the 02:39:29,190 --> 02:39:29,200 we go through the list we see the 02:39:29,200 --> 02:39:33,469 we go through the list we see the motherboard ryzen 7 7700x perfect we see 02:39:33,469 --> 02:39:33,479 motherboard ryzen 7 7700x perfect we see 02:39:33,479 --> 02:39:38,070 motherboard ryzen 7 7700x perfect we see our SATA hard drive we see our PCI card 02:39:38,070 --> 02:39:38,080 our SATA hard drive we see our PCI card 02:39:38,080 --> 02:39:40,670 our SATA hard drive we see our PCI card which is the PCI x16 perfect and we see 02:39:40,670 --> 02:39:40,680 which is the PCI x16 perfect and we see 02:39:40,680 --> 02:39:42,630 which is the PCI x16 perfect and we see our Samsung 990 Pro so that means our 02:39:42,630 --> 02:39:42,640 our Samsung 990 Pro so that means our 02:39:42,640 --> 02:39:44,790 our Samsung 990 Pro so that means our SSD our hard drive and our graphics card 02:39:44,790 --> 02:39:44,800 SSD our hard drive and our graphics card 02:39:44,800 --> 02:39:46,710 SSD our hard drive and our graphics card are all showing up fine on top of that 02:39:46,710 --> 02:39:46,720 are all showing up fine on top of that 02:39:46,720 --> 02:39:48,950 are all showing up fine on top of that we see our Ram so we see one G scale 16 02:39:48,950 --> 02:39:48,960 we see our Ram so we see one G scale 16 02:39:48,960 --> 02:39:52,309 we see our Ram so we see one G scale 16 and two GLE 16s that is everything we 02:39:52,309 --> 02:39:52,319 and two GLE 16s that is everything we 02:39:52,319 --> 02:39:53,790 and two GLE 16s that is everything we need to look for for right now there's a 02:39:53,790 --> 02:39:53,800 need to look for for right now there's a 02:39:53,800 --> 02:39:54,910 need to look for for right now there's a bunch more stuff we need to actually do 02:39:54,910 --> 02:39:54,920 bunch more stuff we need to actually do 02:39:54,920 --> 02:39:56,389 bunch more stuff we need to actually do with the BIOS installing Windows I'm 02:39:56,389 --> 02:39:56,399 with the BIOS installing Windows I'm 02:39:56,399 --> 02:39:57,590 with the BIOS installing Windows I'm going to walk you through that entire 02:39:57,590 --> 02:39:57,600 going to walk you through that entire 02:39:57,600 --> 02:39:59,110 going to walk you through that entire process but this is a perfect 02:39:59,110 --> 02:39:59,120 process but this is a perfect 02:39:59,120 --> 02:40:01,230 process but this is a perfect opportunity to take a big old deep 02:40:01,230 --> 02:40:01,240 opportunity to take a big old deep 02:40:01,240 --> 02:40:04,070 opportunity to take a big old deep breath and say congratulations me I 02:40:04,070 --> 02:40:04,080 breath and say congratulations me I 02:40:04,080 --> 02:40:05,790 breath and say congratulations me I built a PC I mean not me like I'm 02:40:05,790 --> 02:40:05,800 built a PC I mean not me like I'm 02:40:05,800 --> 02:40:08,710 built a PC I mean not me like I'm congratulating you for building a PC 02:40:08,710 --> 02:40:08,720 congratulating you for building a PC 02:40:08,720 --> 02:40:13,670 congratulating you for building a PC yeah we did it wo you're the best that 02:40:13,670 --> 02:40:13,680 yeah we did it wo you're the best that 02:40:13,680 --> 02:40:14,510 yeah we did it wo you're the best that ever 02:40:14,510 --> 02:40:14,520 ever 02:40:14,520 --> 02:40:17,830 ever was to catch them is my real test to 02:40:17,830 --> 02:40:17,840 was to catch them is my real test to 02:40:17,840 --> 02:40:21,309 was to catch them is my real test to train them is my cut 02:40:21,309 --> 02:40:21,319 train them is my cut 02:40:21,319 --> 02:40:23,309 train them is my cut so a lot of what we're doing today is 02:40:23,309 --> 02:40:23,319 so a lot of what we're doing today is 02:40:23,319 --> 02:40:24,590 so a lot of what we're doing today is software so we're going to be updating 02:40:24,590 --> 02:40:24,600 software so we're going to be updating 02:40:24,600 --> 02:40:26,910 software so we're going to be updating the BIOS installing Windows drivers that 02:40:26,910 --> 02:40:26,920 the BIOS installing Windows drivers that 02:40:26,920 --> 02:40:28,349 the BIOS installing Windows drivers that kind of stuff but before we do that 02:40:28,349 --> 02:40:28,359 kind of stuff but before we do that 02:40:28,359 --> 02:40:29,510 kind of stuff but before we do that we're going to do just a little bit of 02:40:29,510 --> 02:40:29,520 we're going to do just a little bit of 02:40:29,520 --> 02:40:31,110 we're going to do just a little bit of cable management and I'm going to do the 02:40:31,110 --> 02:40:31,120 cable management and I'm going to do the 02:40:31,120 --> 02:40:32,590 cable management and I'm going to do the one thing that I did not do yesterday 02:40:32,590 --> 02:40:32,600 one thing that I did not do yesterday 02:40:32,600 --> 02:40:34,670 one thing that I did not do yesterday which is plug in our fan header and our 02:40:34,670 --> 02:40:34,680 which is plug in our fan header and our 02:40:34,680 --> 02:40:36,990 which is plug in our fan header and our actual RGB Hub so if I rotate the system 02:40:36,990 --> 02:40:37,000 actual RGB Hub so if I rotate the system 02:40:37,000 --> 02:40:39,309 actual RGB Hub so if I rotate the system around it's mounted here this is not on 02:40:39,309 --> 02:40:39,319 around it's mounted here this is not on 02:40:39,319 --> 02:40:41,110 around it's mounted here this is not on all cases I would say a lot of cases 02:40:41,110 --> 02:40:41,120 all cases I would say a lot of cases 02:40:41,120 --> 02:40:42,830 all cases I would say a lot of cases these days will have some kind of Fan 02:40:42,830 --> 02:40:42,840 these days will have some kind of Fan 02:40:42,840 --> 02:40:45,790 these days will have some kind of Fan Hub so the problem with these is that 02:40:45,790 --> 02:40:45,800 Hub so the problem with these is that 02:40:45,800 --> 02:40:47,389 Hub so the problem with these is that you got to do a little bit of searching 02:40:47,389 --> 02:40:47,399 you got to do a little bit of searching 02:40:47,399 --> 02:40:49,710 you got to do a little bit of searching so for these I've got to fish my C out 02:40:49,710 --> 02:40:49,720 so for these I've got to fish my C out 02:40:49,720 --> 02:40:52,110 so for these I've got to fish my C out from this Cable Management here so 02:40:52,110 --> 02:40:52,120 from this Cable Management here so 02:40:52,120 --> 02:40:53,910 from this Cable Management here so technically they're run down but I 02:40:53,910 --> 02:40:53,920 technically they're run down but I 02:40:53,920 --> 02:40:55,150 technically they're run down but I actually want to plug them into the top 02:40:55,150 --> 02:40:55,160 actually want to plug them into the top 02:40:55,160 --> 02:40:58,030 actually want to plug them into the top of the board um so what you'll see here 02:40:58,030 --> 02:40:58,040 of the board um so what you'll see here 02:40:58,040 --> 02:40:59,429 of the board um so what you'll see here is that this case has these nice little 02:40:59,429 --> 02:40:59,439 is that this case has these nice little 02:40:59,439 --> 02:41:01,429 is that this case has these nice little cable channels which is lovely except 02:41:01,429 --> 02:41:01,439 cable channels which is lovely except 02:41:01,439 --> 02:41:02,990 cable channels which is lovely except for when you need to pull something out 02:41:02,990 --> 02:41:03,000 for when you need to pull something out 02:41:03,000 --> 02:41:05,630 for when you need to pull something out and you have to undo the twist ties now 02:41:05,630 --> 02:41:05,640 and you have to undo the twist ties now 02:41:05,640 --> 02:41:07,630 and you have to undo the twist ties now I'm not going to go super in depth on 02:41:07,630 --> 02:41:07,640 I'm not going to go super in depth on 02:41:07,640 --> 02:41:08,910 I'm not going to go super in depth on this part because it's is going to be 02:41:08,910 --> 02:41:08,920 this part because it's is going to be 02:41:08,920 --> 02:41:11,670 this part because it's is going to be highly dependent on the case and the uh 02:41:11,670 --> 02:41:11,680 highly dependent on the case and the uh 02:41:11,680 --> 02:41:12,950 highly dependent on the case and the uh kill management and whatnot that you've 02:41:12,950 --> 02:41:12,960 kill management and whatnot that you've 02:41:12,960 --> 02:41:14,790 kill management and whatnot that you've got but what I will do is I will show 02:41:14,790 --> 02:41:14,800 got but what I will do is I will show 02:41:14,800 --> 02:41:18,590 got but what I will do is I will show you pulling my fan headers out so right 02:41:18,590 --> 02:41:18,600 you pulling my fan headers out so right 02:41:18,600 --> 02:41:20,150 you pulling my fan headers out so right now they actually works so you saw 02:41:20,150 --> 02:41:20,160 now they actually works so you saw 02:41:20,160 --> 02:41:21,510 now they actually works so you saw earlier they actually fired up when I 02:41:21,510 --> 02:41:21,520 earlier they actually fired up when I 02:41:21,520 --> 02:41:23,510 earlier they actually fired up when I gave them power the problem is that by 02:41:23,510 --> 02:41:23,520 gave them power the problem is that by 02:41:23,520 --> 02:41:24,469 gave them power the problem is that by default they're just going to be running 02:41:24,469 --> 02:41:24,479 default they're just going to be running 02:41:24,479 --> 02:41:26,950 default they're just going to be running at 100% speed which is not ideal I'm 02:41:26,950 --> 02:41:26,960 at 100% speed which is not ideal I'm 02:41:26,960 --> 02:41:29,469 at 100% speed which is not ideal I'm going to pull these cables out which 02:41:29,469 --> 02:41:29,479 going to pull these cables out which 02:41:29,479 --> 02:41:31,670 going to pull these cables out which come out from here so that's fine so 02:41:31,670 --> 02:41:31,680 come out from here so that's fine so 02:41:31,680 --> 02:41:33,510 come out from here so that's fine so we're going to just pull the excess out 02:41:33,510 --> 02:41:33,520 we're going to just pull the excess out 02:41:33,520 --> 02:41:35,030 we're going to just pull the excess out of here and then what I'll do is I'm 02:41:35,030 --> 02:41:35,040 of here and then what I'll do is I'm 02:41:35,040 --> 02:41:36,870 of here and then what I'll do is I'm going to tuck the cables that we don't 02:41:36,870 --> 02:41:36,880 going to tuck the cables that we don't 02:41:36,880 --> 02:41:39,469 going to tuck the cables that we don't need anymore Behind these little clips 02:41:39,469 --> 02:41:39,479 need anymore Behind these little clips 02:41:39,479 --> 02:41:41,590 need anymore Behind these little clips now you can go incredibly in depth on 02:41:41,590 --> 02:41:41,600 now you can go incredibly in depth on 02:41:41,600 --> 02:41:43,950 now you can go incredibly in depth on cable management for me as long as 02:41:43,950 --> 02:41:43,960 cable management for me as long as 02:41:43,960 --> 02:41:46,710 cable management for me as long as things are sort of Tidy and I can easily 02:41:46,710 --> 02:41:46,720 things are sort of Tidy and I can easily 02:41:46,720 --> 02:41:48,469 things are sort of Tidy and I can easily get at stuff and Trace runs I don't care 02:41:48,469 --> 02:41:48,479 get at stuff and Trace runs I don't care 02:41:48,479 --> 02:41:50,870 get at stuff and Trace runs I don't care too much the main thing you have to do 02:41:50,870 --> 02:41:50,880 too much the main thing you have to do 02:41:50,880 --> 02:41:52,429 too much the main thing you have to do is just make sure that your cables will 02:41:52,429 --> 02:41:52,439 is just make sure that your cables will 02:41:52,439 --> 02:41:55,070 is just make sure that your cables will be able to close behind the side panel 02:41:55,070 --> 02:41:55,080 be able to close behind the side panel 02:41:55,080 --> 02:41:56,269 be able to close behind the side panel so I can immediately tell that while a 02:41:56,269 --> 02:41:56,279 so I can immediately tell that while a 02:41:56,279 --> 02:41:57,510 so I can immediately tell that while a lot of the stuff is actually not too far 02:41:57,510 --> 02:41:57,520 lot of the stuff is actually not too far 02:41:57,520 --> 02:42:00,670 lot of the stuff is actually not too far off like my 20 plus 4 pin my CPU my GPU 02:42:00,670 --> 02:42:00,680 off like my 20 plus 4 pin my CPU my GPU 02:42:00,680 --> 02:42:02,030 off like my 20 plus 4 pin my CPU my GPU actual cable some of these are going to 02:42:02,030 --> 02:42:02,040 actual cable some of these are going to 02:42:02,040 --> 02:42:03,630 actual cable some of these are going to be a little bit thick so what I'll do is 02:42:03,630 --> 02:42:03,640 be a little bit thick so what I'll do is 02:42:03,640 --> 02:42:04,790 be a little bit thick so what I'll do is in a minute I'll come back through and 02:42:04,790 --> 02:42:04,800 in a minute I'll come back through and 02:42:04,800 --> 02:42:06,429 in a minute I'll come back through and actually run them all but the before I 02:42:06,429 --> 02:42:06,439 actually run them all but the before I 02:42:06,439 --> 02:42:08,670 actually run them all but the before I do any of that let me plug in our last 02:42:08,670 --> 02:42:08,680 do any of that let me plug in our last 02:42:08,680 --> 02:42:11,309 do any of that let me plug in our last cables which is going to be for our 02:42:11,309 --> 02:42:11,319 cables which is going to be for our 02:42:11,319 --> 02:42:16,910 cables which is going to be for our RGB and for our fan controller um so 02:42:16,910 --> 02:42:16,920 RGB and for our fan controller um so 02:42:16,920 --> 02:42:18,309 RGB and for our fan controller um so you'll you saw that when I plugged it 02:42:18,309 --> 02:42:18,319 you'll you saw that when I plugged it 02:42:18,319 --> 02:42:20,790 you'll you saw that when I plugged it into Power the ual Hub all my fans on 02:42:20,790 --> 02:42:20,800 into Power the ual Hub all my fans on 02:42:20,800 --> 02:42:22,710 into Power the ual Hub all my fans on the case started spinning that's totally 02:42:22,710 --> 02:42:22,720 the case started spinning that's totally 02:42:22,720 --> 02:42:24,389 the case started spinning that's totally fine but they're spinning at 100% 02:42:24,389 --> 02:42:24,399 fine but they're spinning at 100% 02:42:24,399 --> 02:42:25,550 fine but they're spinning at 100% because they have no communication with 02:42:25,550 --> 02:42:25,560 because they have no communication with 02:42:25,560 --> 02:42:26,870 because they have no communication with the system they just have power they're 02:42:26,870 --> 02:42:26,880 the system they just have power they're 02:42:26,880 --> 02:42:28,750 the system they just have power they're cranking so by plugging these into the 02:42:28,750 --> 02:42:28,760 cranking so by plugging these into the 02:42:28,760 --> 02:42:30,389 cranking so by plugging these into the motherboard not only can we control the 02:42:30,389 --> 02:42:30,399 motherboard not only can we control the 02:42:30,399 --> 02:42:32,349 motherboard not only can we control the RGB on these fans but importantly we can 02:42:32,349 --> 02:42:32,359 RGB on these fans but importantly we can 02:42:32,359 --> 02:42:33,870 RGB on these fans but importantly we can also have the motherboard automatically 02:42:33,870 --> 02:42:33,880 also have the motherboard automatically 02:42:33,880 --> 02:42:35,790 also have the motherboard automatically spin them up and down based on the load 02:42:35,790 --> 02:42:35,800 spin them up and down based on the load 02:42:35,800 --> 02:42:37,389 spin them up and down based on the load of the system no reason to have fans 02:42:37,389 --> 02:42:37,399 of the system no reason to have fans 02:42:37,399 --> 02:42:41,269 of the system no reason to have fans cranking 100% almost ever so rotate this 02:42:41,269 --> 02:42:41,279 cranking 100% almost ever so rotate this 02:42:41,279 --> 02:42:42,510 cranking 100% almost ever so rotate this around here I'm going to plug these in 02:42:42,510 --> 02:42:42,520 around here I'm going to plug these in 02:42:42,520 --> 02:42:43,950 around here I'm going to plug these in uh these are the exact same connectors 02:42:43,950 --> 02:42:43,960 uh these are the exact same connectors 02:42:43,960 --> 02:42:46,110 uh these are the exact same connectors that we already showed so it is our 3 02:42:46,110 --> 02:42:46,120 that we already showed so it is our 3 02:42:46,120 --> 02:42:49,550 that we already showed so it is our 3 pen 5vt uh RGB header as well as our pen 02:42:49,550 --> 02:42:49,560 pen 5vt uh RGB header as well as our pen 02:42:49,560 --> 02:42:51,710 pen 5vt uh RGB header as well as our pen pwm for the fans so I'm going to plug 02:42:51,710 --> 02:42:51,720 pwm for the fans so I'm going to plug 02:42:51,720 --> 02:42:54,309 pwm for the fans so I'm going to plug that into our system fan slot up on the 02:42:54,309 --> 02:42:54,319 that into our system fan slot up on the 02:42:54,319 --> 02:42:57,349 that into our system fan slot up on the top left or top right rather and same 02:42:57,349 --> 02:42:57,359 top left or top right rather and same 02:42:57,359 --> 02:42:59,830 top left or top right rather and same thing for RGB and plug this in right 02:42:59,830 --> 02:42:59,840 thing for RGB and plug this in right 02:42:59,840 --> 02:43:01,870 thing for RGB and plug this in right here it's the same stuff as we were 02:43:01,870 --> 02:43:01,880 here it's the same stuff as we were 02:43:01,880 --> 02:43:03,670 here it's the same stuff as we were doing before just one additional set of 02:43:03,670 --> 02:43:03,680 doing before just one additional set of 02:43:03,680 --> 02:43:05,510 doing before just one additional set of cables and then like always I'm going to 02:43:05,510 --> 02:43:05,520 cables and then like always I'm going to 02:43:05,520 --> 02:43:08,150 cables and then like always I'm going to pull that excess out run it along the 02:43:08,150 --> 02:43:08,160 pull that excess out run it along the 02:43:08,160 --> 02:43:09,630 pull that excess out run it along the top and then what I'll 02:43:09,630 --> 02:43:09,640 top and then what I'll 02:43:09,640 --> 02:43:12,349 top and then what I'll do is I'm just going to tuck it into 02:43:12,349 --> 02:43:12,359 do is I'm just going to tuck it into 02:43:12,359 --> 02:43:15,990 do is I'm just going to tuck it into this little plastic cable holder now you 02:43:15,990 --> 02:43:16,000 this little plastic cable holder now you 02:43:16,000 --> 02:43:17,750 this little plastic cable holder now you see there's a lot of cables behind this 02:43:17,750 --> 02:43:17,760 see there's a lot of cables behind this 02:43:17,760 --> 02:43:19,510 see there's a lot of cables behind this one but that's fine honestly like these 02:43:19,510 --> 02:43:19,520 one but that's fine honestly like these 02:43:19,520 --> 02:43:21,670 one but that's fine honestly like these are really easy to work with so when it 02:43:21,670 --> 02:43:21,680 are really easy to work with so when it 02:43:21,680 --> 02:43:23,550 are really easy to work with so when it comes to doing Cable Management I'm not 02:43:23,550 --> 02:43:23,560 comes to doing Cable Management I'm not 02:43:23,560 --> 02:43:24,550 comes to doing Cable Management I'm not going to give you a super in-depth 02:43:24,550 --> 02:43:24,560 going to give you a super in-depth 02:43:24,560 --> 02:43:26,630 going to give you a super in-depth tutorial again kind of try to clean 02:43:26,630 --> 02:43:26,640 tutorial again kind of try to clean 02:43:26,640 --> 02:43:28,230 tutorial again kind of try to clean things up as much as you can it helps a 02:43:28,230 --> 02:43:28,240 things up as much as you can it helps a 02:43:28,240 --> 02:43:30,110 things up as much as you can it helps a lot if you ran cable smartly the first 02:43:30,110 --> 02:43:30,120 lot if you ran cable smartly the first 02:43:30,120 --> 02:43:32,429 lot if you ran cable smartly the first time so a few things that I will do is 02:43:32,429 --> 02:43:32,439 time so a few things that I will do is 02:43:32,439 --> 02:43:34,030 time so a few things that I will do is tuck the obvious stuff like this thing 02:43:34,030 --> 02:43:34,040 tuck the obvious stuff like this thing 02:43:34,040 --> 02:43:35,590 tuck the obvious stuff like this thing can just kind of tuck back here a little 02:43:35,590 --> 02:43:35,600 can just kind of tuck back here a little 02:43:35,600 --> 02:43:37,830 can just kind of tuck back here a little bit more these are actually kind of fine 02:43:37,830 --> 02:43:37,840 bit more these are actually kind of fine 02:43:37,840 --> 02:43:40,469 bit more these are actually kind of fine as is now you can go super in depth on 02:43:40,469 --> 02:43:40,479 as is now you can go super in depth on 02:43:40,479 --> 02:43:42,309 as is now you can go super in depth on this if you'd like I like using these 02:43:42,309 --> 02:43:42,319 this if you'd like I like using these 02:43:42,319 --> 02:43:43,469 this if you'd like I like using these little Clips because they really kind of 02:43:43,469 --> 02:43:43,479 little Clips because they really kind of 02:43:43,479 --> 02:43:45,750 little Clips because they really kind of help hold things in place the other 02:43:45,750 --> 02:43:45,760 help hold things in place the other 02:43:45,760 --> 02:43:46,830 help hold things in place the other thing you should do is if you have 02:43:46,830 --> 02:43:46,840 thing you should do is if you have 02:43:46,840 --> 02:43:48,269 thing you should do is if you have something like Velcro so you can see I 02:43:48,269 --> 02:43:48,279 something like Velcro so you can see I 02:43:48,279 --> 02:43:50,309 something like Velcro so you can see I have velcro ties all over the place 02:43:50,309 --> 02:43:50,319 have velcro ties all over the place 02:43:50,319 --> 02:43:52,230 have velcro ties all over the place these essentially work as cable channels 02:43:52,230 --> 02:43:52,240 these essentially work as cable channels 02:43:52,240 --> 02:43:53,710 these essentially work as cable channels for this one I realized oh I should run 02:43:53,710 --> 02:43:53,720 for this one I realized oh I should run 02:43:53,720 --> 02:43:55,230 for this one I realized oh I should run that inside the velcro and help kind of 02:43:55,230 --> 02:43:55,240 that inside the velcro and help kind of 02:43:55,240 --> 02:43:57,710 that inside the velcro and help kind of tuck it in a little bit so in fact I 02:43:57,710 --> 02:43:57,720 tuck it in a little bit so in fact I 02:43:57,720 --> 02:44:00,389 tuck it in a little bit so in fact I sort of push both of these in and right 02:44:00,389 --> 02:44:00,399 sort of push both of these in and right 02:44:00,399 --> 02:44:03,349 sort of push both of these in and right off the bat I bet you if I put that side 02:44:03,349 --> 02:44:03,359 off the bat I bet you if I put that side 02:44:03,359 --> 02:44:05,309 off the bat I bet you if I put that side panel on it would just go we've all done 02:44:05,309 --> 02:44:05,319 panel on it would just go we've all done 02:44:05,319 --> 02:44:07,389 panel on it would just go we've all done the whole struggle to shove the side 02:44:07,389 --> 02:44:07,399 the whole struggle to shove the side 02:44:07,399 --> 02:44:09,790 the whole struggle to shove the side panel on there's no shame in that but um 02:44:09,790 --> 02:44:09,800 panel on there's no shame in that but um 02:44:09,800 --> 02:44:11,349 panel on there's no shame in that but um yeah that will clearly work I'm going to 02:44:11,349 --> 02:44:11,359 yeah that will clearly work I'm going to 02:44:11,359 --> 02:44:12,830 yeah that will clearly work I'm going to clean these cables up a little bit throw 02:44:12,830 --> 02:44:12,840 clean these cables up a little bit throw 02:44:12,840 --> 02:44:14,910 clean these cables up a little bit throw the side panel on and then it is time to 02:44:14,910 --> 02:44:14,920 the side panel on and then it is time to 02:44:14,920 --> 02:44:19,269 the side panel on and then it is time to start updating our bios and just 02:44:19,269 --> 02:44:19,279 start updating our bios and just 02:44:19,279 --> 02:44:21,670 start updating our bios and just like that we've got ourselves a side 02:44:21,670 --> 02:44:21,680 like that we've got ourselves a side 02:44:21,680 --> 02:44:24,349 like that we've got ourselves a side panel on now I will just take a second 02:44:24,349 --> 02:44:24,359 panel on now I will just take a second 02:44:24,359 --> 02:44:25,670 panel on now I will just take a second and show you just putting the rest of 02:44:25,670 --> 02:44:25,680 and show you just putting the rest of 02:44:25,680 --> 02:44:27,150 and show you just putting the rest of the case together before we install our 02:44:27,150 --> 02:44:27,160 the case together before we install our 02:44:27,160 --> 02:44:28,630 the case together before we install our bios the rest of this is very 02:44:28,630 --> 02:44:28,640 bios the rest of this is very 02:44:28,640 --> 02:44:29,870 bios the rest of this is very straightforward so we're going to take 02:44:29,870 --> 02:44:29,880 straightforward so we're going to take 02:44:29,880 --> 02:44:32,150 straightforward so we're going to take our little cover for our basement and 02:44:32,150 --> 02:44:32,160 our little cover for our basement and 02:44:32,160 --> 02:44:36,790 our little cover for our basement and line this up like 02:44:36,790 --> 02:44:36,800 02:44:36,800 --> 02:44:39,150 this and there we go so this will help 02:44:39,150 --> 02:44:39,160 this and there we go so this will help 02:44:39,160 --> 02:44:41,389 this and there we go so this will help to hide our power supply and all of our 02:44:41,389 --> 02:44:41,399 to hide our power supply and all of our 02:44:41,399 --> 02:44:43,630 to hide our power supply and all of our extra cables that we definitely very 02:44:43,630 --> 02:44:43,640 extra cables that we definitely very 02:44:43,640 --> 02:44:45,670 extra cables that we definitely very carefully cable managed and it's super 02:44:45,670 --> 02:44:45,680 carefully cable managed and it's super 02:44:45,680 --> 02:44:48,030 carefully cable managed and it's super tidy but um you know it's it's like your 02:44:48,030 --> 02:44:48,040 tidy but um you know it's it's like your 02:44:48,040 --> 02:44:49,950 tidy but um you know it's it's like your basement in your real house you want to 02:44:49,950 --> 02:44:49,960 basement in your real house you want to 02:44:49,960 --> 02:44:51,870 basement in your real house you want to hide it from view so that people don't 02:44:51,870 --> 02:44:51,880 hide it from view so that people don't 02:44:51,880 --> 02:44:53,870 hide it from view so that people don't judge you for hoarding or I don't know 02:44:53,870 --> 02:44:53,880 judge you for hoarding or I don't know 02:44:53,880 --> 02:44:54,910 judge you for hoarding or I don't know whatever you put in your basement I'm 02:44:54,910 --> 02:44:54,920 whatever you put in your basement I'm 02:44:54,920 --> 02:44:57,910 whatever you put in your basement I'm not judging and then we're going to put 02:44:57,910 --> 02:44:57,920 not judging and then we're going to put 02:44:57,920 --> 02:45:00,030 not judging and then we're going to put our top panel on here which again this 02:45:00,030 --> 02:45:00,040 our top panel on here which again this 02:45:00,040 --> 02:45:02,030 our top panel on here which again this should just slide right on most cases 02:45:02,030 --> 02:45:02,040 should just slide right on most cases 02:45:02,040 --> 02:45:03,670 should just slide right on most cases will break down to this level not all 02:45:03,670 --> 02:45:03,680 will break down to this level not all 02:45:03,680 --> 02:45:05,070 will break down to this level not all cases will let you take off the cover 02:45:05,070 --> 02:45:05,080 cases will let you take off the cover 02:45:05,080 --> 02:45:07,830 cases will let you take off the cover for the basement but most will and I'm 02:45:07,830 --> 02:45:07,840 for the basement but most will and I'm 02:45:07,840 --> 02:45:09,269 for the basement but most will and I'm just going to line it up here make sure 02:45:09,269 --> 02:45:09,279 just going to line it up here make sure 02:45:09,279 --> 02:45:10,469 just going to line it up here make sure it's fully 02:45:10,469 --> 02:45:10,479 it's fully 02:45:10,479 --> 02:45:12,830 it's fully seated and uh the good thing about this 02:45:12,830 --> 02:45:12,840 seated and uh the good thing about this 02:45:12,840 --> 02:45:14,309 seated and uh the good thing about this case is it's all thumb screws so you 02:45:14,309 --> 02:45:14,319 case is it's all thumb screws so you 02:45:14,319 --> 02:45:15,309 case is it's all thumb screws so you actually don't need to pull out the 02:45:15,309 --> 02:45:15,319 actually don't need to pull out the 02:45:15,319 --> 02:45:16,510 actually don't need to pull out the screwdriver if you don't want to like I 02:45:16,510 --> 02:45:16,520 screwdriver if you don't want to like I 02:45:16,520 --> 02:45:18,550 screwdriver if you don't want to like I can thumb screw all this together it 02:45:18,550 --> 02:45:18,560 can thumb screw all this together it 02:45:18,560 --> 02:45:19,790 can thumb screw all this together it also makes really easy if you need to 02:45:19,790 --> 02:45:19,800 also makes really easy if you need to 02:45:19,800 --> 02:45:21,150 also makes really easy if you need to open up the case and double check 02:45:21,150 --> 02:45:21,160 open up the case and double check 02:45:21,160 --> 02:45:23,110 open up the case and double check something or whatever before you put 02:45:23,110 --> 02:45:23,120 something or whatever before you put 02:45:23,120 --> 02:45:24,710 something or whatever before you put everything everything back together 02:45:24,710 --> 02:45:24,720 everything everything back together 02:45:24,720 --> 02:45:25,950 everything everything back together sometimes it's worth just giving it a 02:45:25,950 --> 02:45:25,960 sometimes it's worth just giving it a 02:45:25,960 --> 02:45:28,070 sometimes it's worth just giving it a quick power cycle just to make sure that 02:45:28,070 --> 02:45:28,080 quick power cycle just to make sure that 02:45:28,080 --> 02:45:29,389 quick power cycle just to make sure that everything is still working once you do 02:45:29,389 --> 02:45:29,399 everything is still working once you do 02:45:29,399 --> 02:45:31,309 everything is still working once you do a cable management every once in a while 02:45:31,309 --> 02:45:31,319 a cable management every once in a while 02:45:31,319 --> 02:45:33,030 a cable management every once in a while if you're like pulling a cable it might 02:45:33,030 --> 02:45:33,040 if you're like pulling a cable it might 02:45:33,040 --> 02:45:35,110 if you're like pulling a cable it might pull something loose or whatever so you 02:45:35,110 --> 02:45:35,120 pull something loose or whatever so you 02:45:35,120 --> 02:45:36,190 pull something loose or whatever so you know it's probably a good idea but 02:45:36,190 --> 02:45:36,200 know it's probably a good idea but 02:45:36,200 --> 02:45:37,150 know it's probably a good idea but honestly as soon as you put the side 02:45:37,150 --> 02:45:37,160 honestly as soon as you put the side 02:45:37,160 --> 02:45:38,469 honestly as soon as you put the side panels on you really shouldn't have to 02:45:38,469 --> 02:45:38,479 panels on you really shouldn't have to 02:45:38,479 --> 02:45:40,269 panels on you really shouldn't have to take them off until you're ready to 02:45:40,269 --> 02:45:40,279 take them off until you're ready to 02:45:40,279 --> 02:45:42,429 take them off until you're ready to upgrade or do something else I'll be 02:45:42,429 --> 02:45:42,439 upgrade or do something else I'll be 02:45:42,439 --> 02:45:44,750 upgrade or do something else I'll be honest uh I don't always pay a ton of 02:45:44,750 --> 02:45:44,760 honest uh I don't always pay a ton of 02:45:44,760 --> 02:45:46,150 honest uh I don't always pay a ton of attention to the color scheme in my 02:45:46,150 --> 02:45:46,160 attention to the color scheme in my 02:45:46,160 --> 02:45:47,990 attention to the color scheme in my build I try but a lot of times I get 02:45:47,990 --> 02:45:48,000 build I try but a lot of times I get 02:45:48,000 --> 02:45:50,950 build I try but a lot of times I get like blind ited or very excited about 02:45:50,950 --> 02:45:50,960 like blind ited or very excited about 02:45:50,960 --> 02:45:52,590 like blind ited or very excited about some deal at Micro Center and I'll like 02:45:52,590 --> 02:45:52,600 some deal at Micro Center and I'll like 02:45:52,600 --> 02:45:54,510 some deal at Micro Center and I'll like forget that it's a brown graphics card 02:45:54,510 --> 02:45:54,520 forget that it's a brown graphics card 02:45:54,520 --> 02:45:56,950 forget that it's a brown graphics card for my red case or whatever but like 02:45:56,950 --> 02:45:56,960 for my red case or whatever but like 02:45:56,960 --> 02:45:58,469 for my red case or whatever but like this one looks pretty good and what 02:45:58,469 --> 02:45:58,479 this one looks pretty good and what 02:45:58,479 --> 02:46:00,030 this one looks pretty good and what you'll find was when you're picking 02:46:00,030 --> 02:46:00,040 you'll find was when you're picking 02:46:00,040 --> 02:46:02,870 you'll find was when you're picking components um usually white and black 02:46:02,870 --> 02:46:02,880 components um usually white and black 02:46:02,880 --> 02:46:05,110 components um usually white and black are like sort of the standard colors 02:46:05,110 --> 02:46:05,120 are like sort of the standard colors 02:46:05,120 --> 02:46:06,510 are like sort of the standard colors because we also have to consider that we 02:46:06,510 --> 02:46:06,520 because we also have to consider that we 02:46:06,520 --> 02:46:09,110 because we also have to consider that we have RGB to work with so you have some 02:46:09,110 --> 02:46:09,120 have RGB to work with so you have some 02:46:09,120 --> 02:46:10,750 have RGB to work with so you have some element of customization even after 02:46:10,750 --> 02:46:10,760 element of customization even after 02:46:10,760 --> 02:46:12,469 element of customization even after you've built it that certainly helps 02:46:12,469 --> 02:46:12,479 you've built it that certainly helps 02:46:12,479 --> 02:46:13,870 you've built it that certainly helps when you have something looks clean 02:46:13,870 --> 02:46:13,880 when you have something looks clean 02:46:13,880 --> 02:46:16,190 when you have something looks clean right out of the box all right so going 02:46:16,190 --> 02:46:16,200 right out of the box all right so going 02:46:16,200 --> 02:46:20,030 right out of the box all right so going to line this up 02:46:20,030 --> 02:46:20,040 to line this up 02:46:20,040 --> 02:46:22,030 to line this up it's going to pop in place and then 02:46:22,030 --> 02:46:22,040 it's going to pop in place and then 02:46:22,040 --> 02:46:23,190 it's going to pop in place and then again there's one thumb screw in the 02:46:23,190 --> 02:46:23,200 again there's one thumb screw in the 02:46:23,200 --> 02:46:26,550 again there's one thumb screw in the back and that is a physically assembled 02:46:26,550 --> 02:46:26,560 back and that is a physically assembled 02:46:26,560 --> 02:46:29,429 back and that is a physically assembled computer good job my friends before we 02:46:29,429 --> 02:46:29,439 computer good job my friends before we 02:46:29,439 --> 02:46:31,349 computer good job my friends before we proceed I definitely recommend to update 02:46:31,349 --> 02:46:31,359 proceed I definitely recommend to update 02:46:31,359 --> 02:46:33,230 proceed I definitely recommend to update your bios so to do this you're going to 02:46:33,230 --> 02:46:33,240 your bios so to do this you're going to 02:46:33,240 --> 02:46:35,389 your bios so to do this you're going to need a USB flash drive and uh typically 02:46:35,389 --> 02:46:35,399 need a USB flash drive and uh typically 02:46:35,399 --> 02:46:36,910 need a USB flash drive and uh typically a Windows computer although you can 02:46:36,910 --> 02:46:36,920 a Windows computer although you can 02:46:36,920 --> 02:46:38,030 a Windows computer although you can sometimes do it on a Mac you just have 02:46:38,030 --> 02:46:38,040 sometimes do it on a Mac you just have 02:46:38,040 --> 02:46:39,670 sometimes do it on a Mac you just have to make sure that this is formatted 02:46:39,670 --> 02:46:39,680 to make sure that this is formatted 02:46:39,680 --> 02:46:41,910 to make sure that this is formatted correctly typically it's fat 32 but I'll 02:46:41,910 --> 02:46:41,920 correctly typically it's fat 32 but I'll 02:46:41,920 --> 02:46:44,870 correctly typically it's fat 32 but I'll show you that in just a second so the 02:46:44,870 --> 02:46:44,880 show you that in just a second so the 02:46:44,880 --> 02:46:46,950 show you that in just a second so the point of updating your bios so the BIOS 02:46:46,950 --> 02:46:46,960 point of updating your bios so the BIOS 02:46:46,960 --> 02:46:48,429 point of updating your bios so the BIOS is essentially the software that runs 02:46:48,429 --> 02:46:48,439 is essentially the software that runs 02:46:48,439 --> 02:46:50,269 is essentially the software that runs your motherboard so this runs before 02:46:50,269 --> 02:46:50,279 your motherboard so this runs before 02:46:50,279 --> 02:46:52,070 your motherboard so this runs before windows it's important for a lot of 02:46:52,070 --> 02:46:52,080 windows it's important for a lot of 02:46:52,080 --> 02:46:53,389 windows it's important for a lot of reasons not only does it have like 02:46:53,389 --> 02:46:53,399 reasons not only does it have like 02:46:53,399 --> 02:46:55,429 reasons not only does it have like security implications sometimes 02:46:55,429 --> 02:46:55,439 security implications sometimes 02:46:55,439 --> 02:46:58,230 security implications sometimes performance stability it's a pretty 02:46:58,230 --> 02:46:58,240 performance stability it's a pretty 02:46:58,240 --> 02:47:00,790 performance stability it's a pretty important thing now you can update this 02:47:00,790 --> 02:47:00,800 important thing now you can update this 02:47:00,800 --> 02:47:02,389 important thing now you can update this later and it's not a bad idea to update 02:47:02,389 --> 02:47:02,399 later and it's not a bad idea to update 02:47:02,399 --> 02:47:04,309 later and it's not a bad idea to update your bios every once in a while but when 02:47:04,309 --> 02:47:04,319 your bios every once in a while but when 02:47:04,319 --> 02:47:06,710 your bios every once in a while but when you first got your PC built it is always 02:47:06,710 --> 02:47:06,720 you first got your PC built it is always 02:47:06,720 --> 02:47:08,230 you first got your PC built it is always a good idea to either update it or make 02:47:08,230 --> 02:47:08,240 a good idea to either update it or make 02:47:08,240 --> 02:47:09,269 a good idea to either update it or make sure that you are running the most 02:47:09,269 --> 02:47:09,279 sure that you are running the most 02:47:09,279 --> 02:47:11,150 sure that you are running the most up-to-date bios so I already checked 02:47:11,150 --> 02:47:11,160 up-to-date bios so I already checked 02:47:11,160 --> 02:47:12,670 up-to-date bios so I already checked earlier in it and I know that there's a 02:47:12,670 --> 02:47:12,680 earlier in it and I know that there's a 02:47:12,680 --> 02:47:14,870 earlier in it and I know that there's a newer bios online cuz this is only F1 02:47:14,870 --> 02:47:14,880 newer bios online cuz this is only F1 02:47:14,880 --> 02:47:16,710 newer bios online cuz this is only F1 which is like the first launch model now 02:47:16,710 --> 02:47:16,720 which is like the first launch model now 02:47:16,720 --> 02:47:17,910 which is like the first launch model now to find out what you'll do is you'll 02:47:17,910 --> 02:47:17,920 to find out what you'll do is you'll 02:47:17,920 --> 02:47:20,030 to find out what you'll do is you'll just Google the name of your motherboard 02:47:20,030 --> 02:47:20,040 just Google the name of your motherboard 02:47:20,040 --> 02:47:21,230 just Google the name of your motherboard this is a 02:47:21,230 --> 02:47:21,240 this is a 02:47:21,240 --> 02:47:23,750 this is a gigabyte 02:47:23,750 --> 02:47:23,760 gigabyte 02:47:23,760 --> 02:47:29,469 gigabyte b650 gaming X ax 02:47:29,469 --> 02:47:29,479 b650 gaming X ax 02:47:29,479 --> 02:47:32,590 b650 gaming X ax V2 an easy name to remember so I'm going 02:47:32,590 --> 02:47:32,600 V2 an easy name to remember so I'm going 02:47:32,600 --> 02:47:34,269 V2 an easy name to remember so I'm going to hop on to the gigabyte website same 02:47:34,269 --> 02:47:34,279 to hop on to the gigabyte website same 02:47:34,279 --> 02:47:35,790 to hop on to the gigabyte website same thing if you're using Asus or MSI or 02:47:35,790 --> 02:47:35,800 thing if you're using Asus or MSI or 02:47:35,800 --> 02:47:37,230 thing if you're using Asus or MSI or anything like that you're going to want 02:47:37,230 --> 02:47:37,240 anything like that you're going to want 02:47:37,240 --> 02:47:39,389 anything like that you're going to want to look for support and so for bios we 02:47:39,389 --> 02:47:39,399 to look for support and so for bios we 02:47:39,399 --> 02:47:40,830 to look for support and so for bios we can see that F1 which is what we're 02:47:40,830 --> 02:47:40,840 can see that F1 which is what we're 02:47:40,840 --> 02:47:43,790 can see that F1 which is what we're running came out in December of 2023 but 02:47:43,790 --> 02:47:43,800 running came out in December of 2023 but 02:47:43,800 --> 02:47:45,710 running came out in December of 2023 but there is a F3 bios that came out in 02:47:45,710 --> 02:47:45,720 there is a F3 bios that came out in 02:47:45,720 --> 02:47:47,389 there is a F3 bios that came out in January so you can see there's a couple 02:47:47,389 --> 02:47:47,399 January so you can see there's a couple 02:47:47,399 --> 02:47:49,230 January so you can see there's a couple of little updates doesn't matter we want 02:47:49,230 --> 02:47:49,240 of little updates doesn't matter we want 02:47:49,240 --> 02:47:50,830 of little updates doesn't matter we want to download that when it comes to 02:47:50,830 --> 02:47:50,840 to download that when it comes to 02:47:50,840 --> 02:47:52,710 to download that when it comes to installing biosis it's sometimes a 02:47:52,710 --> 02:47:52,720 installing biosis it's sometimes a 02:47:52,720 --> 02:47:55,070 installing biosis it's sometimes a little different based on the vendor um 02:47:55,070 --> 02:47:55,080 little different based on the vendor um 02:47:55,080 --> 02:47:57,429 little different based on the vendor um but typically you'll want to extract it 02:47:57,429 --> 02:47:57,439 but typically you'll want to extract it 02:47:57,439 --> 02:47:59,830 but typically you'll want to extract it and copy it over to a flash drive you 02:47:59,830 --> 02:47:59,840 and copy it over to a flash drive you 02:47:59,840 --> 02:48:02,750 and copy it over to a flash drive you can use any size flash drive really um 02:48:02,750 --> 02:48:02,760 can use any size flash drive really um 02:48:02,760 --> 02:48:03,990 can use any size flash drive really um what I'm going to do is just for safety 02:48:03,990 --> 02:48:04,000 what I'm going to do is just for safety 02:48:04,000 --> 02:48:05,950 what I'm going to do is just for safety I'm going to reformat this one I'm going 02:48:05,950 --> 02:48:05,960 I'm going to reformat this one I'm going 02:48:05,960 --> 02:48:08,510 I'm going to reformat this one I'm going to format this drive as NTFS let me just 02:48:08,510 --> 02:48:08,520 to format this drive as NTFS let me just 02:48:08,520 --> 02:48:12,510 to format this drive as NTFS let me just label it bios and hit start yes I do 02:48:12,510 --> 02:48:12,520 label it bios and hit start yes I do 02:48:12,520 --> 02:48:14,590 label it bios and hit start yes I do want to format and then once ah is 02:48:14,590 --> 02:48:14,600 want to format and then once ah is 02:48:14,600 --> 02:48:18,190 want to format and then once ah is formatted it will pop up for me and then 02:48:18,190 --> 02:48:18,200 formatted it will pop up for me and then 02:48:18,200 --> 02:48:19,990 formatted it will pop up for me and then what we'll do is we'll close this out 02:48:19,990 --> 02:48:20,000 what we'll do is we'll close this out 02:48:20,000 --> 02:48:21,710 what we'll do is we'll close this out and then all I need to do is copy the 02:48:21,710 --> 02:48:21,720 and then all I need to do is copy the 02:48:21,720 --> 02:48:23,750 and then all I need to do is copy the entire contents of this it really needs 02:48:23,750 --> 02:48:23,760 entire contents of this it really needs 02:48:23,760 --> 02:48:25,190 entire contents of this it really needs that F35 but I'm going to copy the 02:48:25,190 --> 02:48:25,200 that F35 but I'm going to copy the 02:48:25,200 --> 02:48:28,870 that F35 but I'm going to copy the entire contents over to my BIOS USB so 02:48:28,870 --> 02:48:28,880 entire contents over to my BIOS USB so 02:48:28,880 --> 02:48:31,230 entire contents over to my BIOS USB so we give it a second and that's it so we 02:48:31,230 --> 02:48:31,240 we give it a second and that's it so we 02:48:31,240 --> 02:48:33,429 we give it a second and that's it so we take this USB out we plug it into our 02:48:33,429 --> 02:48:33,439 take this USB out we plug it into our 02:48:33,439 --> 02:48:35,990 take this USB out we plug it into our system um you can plug it into any USB I 02:48:35,990 --> 02:48:36,000 system um you can plug it into any USB I 02:48:36,000 --> 02:48:37,309 system um you can plug it into any USB I like to plug it into one of the ones on 02:48:37,309 --> 02:48:37,319 like to plug it into one of the ones on 02:48:37,319 --> 02:48:39,510 like to plug it into one of the ones on the actual motherboard just because it 02:48:39,510 --> 02:48:39,520 the actual motherboard just because it 02:48:39,520 --> 02:48:41,550 the actual motherboard just because it feels a little bit safer in fact 02:48:41,550 --> 02:48:41,560 feels a little bit safer in fact 02:48:41,560 --> 02:48:42,870 feels a little bit safer in fact actually I will definitely do that 02:48:42,870 --> 02:48:42,880 actually I will definitely do that 02:48:42,880 --> 02:48:44,590 actually I will definitely do that because on this board it has a specific 02:48:44,590 --> 02:48:44,600 because on this board it has a specific 02:48:44,600 --> 02:48:46,750 because on this board it has a specific Port that looks for the BIOS this is 02:48:46,750 --> 02:48:46,760 Port that looks for the BIOS this is 02:48:46,760 --> 02:48:47,990 Port that looks for the BIOS this is more meant for like troubleshooting and 02:48:47,990 --> 02:48:48,000 more meant for like troubleshooting and 02:48:48,000 --> 02:48:49,670 more meant for like troubleshooting and stuff but whatever I'm just G to plug it 02:48:49,670 --> 02:48:49,680 stuff but whatever I'm just G to plug it 02:48:49,680 --> 02:48:51,590 stuff but whatever I'm just G to plug it into my BIOS USB as I hit my power 02:48:51,590 --> 02:48:51,600 into my BIOS USB as I hit my power 02:48:51,600 --> 02:48:53,230 into my BIOS USB as I hit my power button I'm going to spam the delete key 02:48:53,230 --> 02:48:53,240 button I'm going to spam the delete key 02:48:53,240 --> 02:48:54,990 button I'm going to spam the delete key on my keyboard which will get us into 02:48:54,990 --> 02:48:55,000 on my keyboard which will get us into 02:48:55,000 --> 02:48:59,309 on my keyboard which will get us into BIOS so spam spam spam you just want to 02:48:59,309 --> 02:48:59,319 BIOS so spam spam spam you just want to 02:48:59,319 --> 02:49:01,070 BIOS so spam spam spam you just want to spam it until you actually get into the 02:49:01,070 --> 02:49:01,080 spam it until you actually get into the 02:49:01,080 --> 02:49:02,830 spam it until you actually get into the BIOS um this is a little bit more 02:49:02,830 --> 02:49:02,840 BIOS um this is a little bit more 02:49:02,840 --> 02:49:03,990 BIOS um this is a little bit more relevant when you already have windows 02:49:03,990 --> 02:49:04,000 relevant when you already have windows 02:49:04,000 --> 02:49:05,429 relevant when you already have windows installed because traditionally when you 02:49:05,429 --> 02:49:05,439 installed because traditionally when you 02:49:05,439 --> 02:49:07,030 installed because traditionally when you hit the power button on your computer 02:49:07,030 --> 02:49:07,040 hit the power button on your computer 02:49:07,040 --> 02:49:08,469 hit the power button on your computer give it a second it will launch into 02:49:08,469 --> 02:49:08,479 give it a second it will launch into 02:49:08,479 --> 02:49:09,910 give it a second it will launch into windows but you saw that gigabyte screen 02:49:09,910 --> 02:49:09,920 windows but you saw that gigabyte screen 02:49:09,920 --> 02:49:11,150 windows but you saw that gigabyte screen that showed up there we want to make 02:49:11,150 --> 02:49:11,160 that showed up there we want to make 02:49:11,160 --> 02:49:12,590 that showed up there we want to make sure that we clicked it by that point 02:49:12,590 --> 02:49:12,600 sure that we clicked it by that point 02:49:12,600 --> 02:49:15,070 sure that we clicked it by that point but it's fine so what we're going to do 02:49:15,070 --> 02:49:15,080 but it's fine so what we're going to do 02:49:15,080 --> 02:49:16,790 but it's fine so what we're going to do is before we adjust any of our settings 02:49:16,790 --> 02:49:16,800 is before we adjust any of our settings 02:49:16,800 --> 02:49:18,429 is before we adjust any of our settings we want to make sure that our bios is up 02:49:18,429 --> 02:49:18,439 we want to make sure that our bios is up 02:49:18,439 --> 02:49:19,229 we want to make sure that our bios is up to date 02:49:19,229 --> 02:49:19,239 to date 02:49:19,239 --> 02:49:21,110 to date so what we need to do is go to Q flash 02:49:21,110 --> 02:49:21,120 so what we need to do is go to Q flash 02:49:21,120 --> 02:49:22,910 so what we need to do is go to Q flash every vendor does it a little different 02:49:22,910 --> 02:49:22,920 every vendor does it a little different 02:49:22,920 --> 02:49:24,710 every vendor does it a little different so some call it like easy flash some 02:49:24,710 --> 02:49:24,720 so some call it like easy flash some 02:49:24,720 --> 02:49:26,510 so some call it like easy flash some call it Q flash look around your 02:49:26,510 --> 02:49:26,520 call it Q flash look around your 02:49:26,520 --> 02:49:27,710 call it Q flash look around your settings or Google it really quick to 02:49:27,710 --> 02:49:27,720 settings or Google it really quick to 02:49:27,720 --> 02:49:29,110 settings or Google it really quick to find exactly what it's called is 02:49:29,110 --> 02:49:29,120 find exactly what it's called is 02:49:29,120 --> 02:49:31,710 find exactly what it's called is essentially the BIOS update tool so here 02:49:31,710 --> 02:49:31,720 essentially the BIOS update tool so here 02:49:31,720 --> 02:49:34,150 essentially the BIOS update tool so here Q flash it's right here all right I 02:49:34,150 --> 02:49:34,160 Q flash it's right here all right I 02:49:34,160 --> 02:49:35,750 Q flash it's right here all right I would like to update my bias yes I would 02:49:35,750 --> 02:49:35,760 would like to update my bias yes I would 02:49:35,760 --> 02:49:37,309 would like to update my bias yes I would love to on the left here it tells me 02:49:37,309 --> 02:49:37,319 love to on the left here it tells me 02:49:37,319 --> 02:49:38,750 love to on the left here it tells me what bias I'm currently running which is 02:49:38,750 --> 02:49:38,760 what bias I'm currently running which is 02:49:38,760 --> 02:49:42,429 what bias I'm currently running which is F1 from December of 2023 but in this 02:49:42,429 --> 02:49:42,439 F1 from December of 2023 but in this 02:49:42,439 --> 02:49:43,870 F1 from December of 2023 but in this case I already had checked beforehand 02:49:43,870 --> 02:49:43,880 case I already had checked beforehand 02:49:43,880 --> 02:49:45,830 case I already had checked beforehand and I know that I need F3 which is a 02:49:45,830 --> 02:49:45,840 and I know that I need F3 which is a 02:49:45,840 --> 02:49:47,670 and I know that I need F3 which is a more recent version from January so 02:49:47,670 --> 02:49:47,680 more recent version from January so 02:49:47,680 --> 02:49:49,429 more recent version from January so going to click on that hit the arrow 02:49:49,429 --> 02:49:49,439 going to click on that hit the arrow 02:49:49,439 --> 02:49:50,870 going to click on that hit the arrow button it's going to ask me if I want to 02:49:50,870 --> 02:49:50,880 button it's going to ask me if I want to 02:49:50,880 --> 02:49:53,670 button it's going to ask me if I want to do it I say yes now as I do this it's 02:49:53,670 --> 02:49:53,680 do it I say yes now as I do this it's 02:49:53,680 --> 02:49:54,630 do it I say yes now as I do this it's going to take a few minutes right so 02:49:54,630 --> 02:49:54,640 going to take a few minutes right so 02:49:54,640 --> 02:49:56,229 going to take a few minutes right so it's going to verify now while we update 02:49:56,229 --> 02:49:56,239 it's going to verify now while we update 02:49:56,239 --> 02:49:58,950 it's going to verify now while we update the BIOS don't touch your computer it's 02:49:58,950 --> 02:49:58,960 the BIOS don't touch your computer it's 02:49:58,960 --> 02:50:01,349 the BIOS don't touch your computer it's going to do some stuff it's fine let it 02:50:01,349 --> 02:50:01,359 going to do some stuff it's fine let it 02:50:01,359 --> 02:50:02,830 going to do some stuff it's fine let it do its thing because we are updating the 02:50:02,830 --> 02:50:02,840 do its thing because we are updating the 02:50:02,840 --> 02:50:06,190 do its thing because we are updating the BIOS and while a lot of boards will be 02:50:06,190 --> 02:50:06,200 BIOS and while a lot of boards will be 02:50:06,200 --> 02:50:07,670 BIOS and while a lot of boards will be fine if there's something goes wrong 02:50:07,670 --> 02:50:07,680 fine if there's something goes wrong 02:50:07,680 --> 02:50:09,030 fine if there's something goes wrong it'll fall back it'll you know check 02:50:09,030 --> 02:50:09,040 it'll fall back it'll you know check 02:50:09,040 --> 02:50:10,630 it'll fall back it'll you know check everything um you don't really want to 02:50:10,630 --> 02:50:10,640 everything um you don't really want to 02:50:10,640 --> 02:50:12,309 everything um you don't really want to rely on that and if something does go 02:50:12,309 --> 02:50:12,319 rely on that and if something does go 02:50:12,319 --> 02:50:14,150 rely on that and if something does go wrong during this process it could cause 02:50:14,150 --> 02:50:14,160 wrong during this process it could cause 02:50:14,160 --> 02:50:16,750 wrong during this process it could cause some damage to your system um typically 02:50:16,750 --> 02:50:16,760 some damage to your system um typically 02:50:16,760 --> 02:50:18,830 some damage to your system um typically it just requires you to reflash the bio 02:50:18,830 --> 02:50:18,840 it just requires you to reflash the bio 02:50:18,840 --> 02:50:20,910 it just requires you to reflash the bio yourself but it's a whole thing so while 02:50:20,910 --> 02:50:20,920 yourself but it's a whole thing so while 02:50:20,920 --> 02:50:23,710 yourself but it's a whole thing so while we're updating bios hands off everything 02:50:23,710 --> 02:50:23,720 we're updating bios hands off everything 02:50:23,720 --> 02:50:25,550 we're updating bios hands off everything related to the computer don't let your 02:50:25,550 --> 02:50:25,560 related to the computer don't let your 02:50:25,560 --> 02:50:27,790 related to the computer don't let your dog near the power cable to kick it down 02:50:27,790 --> 02:50:27,800 dog near the power cable to kick it down 02:50:27,800 --> 02:50:29,469 dog near the power cable to kick it down or whatever the case is so see it's 02:50:29,469 --> 02:50:29,479 or whatever the case is so see it's 02:50:29,479 --> 02:50:31,510 or whatever the case is so see it's restarted is now verifying the file is 02:50:31,510 --> 02:50:31,520 restarted is now verifying the file is 02:50:31,520 --> 02:50:34,429 restarted is now verifying the file is correct and it should after 5 10 minutes 02:50:34,429 --> 02:50:34,439 correct and it should after 5 10 minutes 02:50:34,439 --> 02:50:37,190 correct and it should after 5 10 minutes or so have a brand new bios installed on 02:50:37,190 --> 02:50:37,200 or so have a brand new bios installed on 02:50:37,200 --> 02:50:39,070 or so have a brand new bios installed on our system so there it goes we're going 02:50:39,070 --> 02:50:39,080 our system so there it goes we're going 02:50:39,080 --> 02:50:40,710 our system so there it goes we're going from F1 it's confirmed everything it is 02:50:40,710 --> 02:50:40,720 from F1 it's confirmed everything it is 02:50:40,720 --> 02:50:44,630 from F1 it's confirmed everything it is now updating from F1 to F3 so again 02:50:44,630 --> 02:50:44,640 now updating from F1 to F3 so again 02:50:44,640 --> 02:50:45,870 now updating from F1 to F3 so again hands 02:50:45,870 --> 02:50:45,880 hands 02:50:45,880 --> 02:50:48,190 hands off keep a few feet away from your 02:50:48,190 --> 02:50:48,200 off keep a few feet away from your 02:50:48,200 --> 02:50:49,269 off keep a few feet away from your system 02:50:49,269 --> 02:50:49,279 system 02:50:49,279 --> 02:50:50,790 system don't breathe too hard that's fine just 02:50:50,790 --> 02:50:50,800 don't breathe too hard that's fine just 02:50:50,800 --> 02:50:52,469 don't breathe too hard that's fine just don't touch it don't mess it up and then 02:50:52,469 --> 02:50:52,479 don't touch it don't mess it up and then 02:50:52,479 --> 02:50:54,110 don't touch it don't mess it up and then once we've updated the BIOS that's when 02:50:54,110 --> 02:50:54,120 once we've updated the BIOS that's when 02:50:54,120 --> 02:50:55,510 once we've updated the BIOS that's when we actually can go in and start tweaking 02:50:55,510 --> 02:50:55,520 we actually can go in and start tweaking 02:50:55,520 --> 02:50:57,150 we actually can go in and start tweaking some settings but typically when you 02:50:57,150 --> 02:50:57,160 some settings but typically when you 02:50:57,160 --> 02:50:58,630 some settings but typically when you update the BIOS it nukes all the 02:50:58,630 --> 02:50:58,640 update the BIOS it nukes all the 02:50:58,640 --> 02:51:00,870 update the BIOS it nukes all the settings that you put in the bios so you 02:51:00,870 --> 02:51:00,880 settings that you put in the bios so you 02:51:00,880 --> 02:51:02,190 settings that you put in the bios so you know if you start to like change your 02:51:02,190 --> 02:51:02,200 know if you start to like change your 02:51:02,200 --> 02:51:04,110 know if you start to like change your RAM speed and you know dialing 02:51:04,110 --> 02:51:04,120 RAM speed and you know dialing 02:51:04,120 --> 02:51:05,710 RAM speed and you know dialing overclocks or any of those things 02:51:05,710 --> 02:51:05,720 overclocks or any of those things 02:51:05,720 --> 02:51:07,150 overclocks or any of those things typically not always but typically when 02:51:07,150 --> 02:51:07,160 typically not always but typically when 02:51:07,160 --> 02:51:08,790 typically not always but typically when you update the BIOS all that gets re 02:51:08,790 --> 02:51:08,800 you update the BIOS all that gets re 02:51:08,800 --> 02:51:10,269 you update the BIOS all that gets re wiped anyway so I just like to do this 02:51:10,269 --> 02:51:10,279 wiped anyway so I just like to do this 02:51:10,279 --> 02:51:12,269 wiped anyway so I just like to do this at the very beginning and then we can go 02:51:12,269 --> 02:51:12,279 at the very beginning and then we can go 02:51:12,279 --> 02:51:14,030 at the very beginning and then we can go in and tweak a couple of settings and 02:51:14,030 --> 02:51:14,040 in and tweak a couple of settings and 02:51:14,040 --> 02:51:16,910 in and tweak a couple of settings and whatnot all right and no I didn't hit 02:51:16,910 --> 02:51:16,920 whatnot all right and no I didn't hit 02:51:16,920 --> 02:51:18,309 whatnot all right and no I didn't hit the button fast up okay so here's a 02:51:18,309 --> 02:51:18,319 the button fast up okay so here's a 02:51:18,319 --> 02:51:21,150 the button fast up okay so here's a little tip uh we should make sure we're 02:51:21,150 --> 02:51:21,160 little tip uh we should make sure we're 02:51:21,160 --> 02:51:22,710 little tip uh we should make sure we're going to hit the reset button real quick 02:51:22,710 --> 02:51:22,720 going to hit the reset button real quick 02:51:22,720 --> 02:51:24,710 going to hit the reset button real quick we should make sure to spam that delete 02:51:24,710 --> 02:51:24,720 we should make sure to spam that delete 02:51:24,720 --> 02:51:26,950 we should make sure to spam that delete key most of the time it lands a bios 02:51:26,950 --> 02:51:26,960 key most of the time it lands a bios 02:51:26,960 --> 02:51:30,710 key most of the time it lands a bios sometimes it doesn't spam the delete key 02:51:30,710 --> 02:51:30,720 sometimes it doesn't spam the delete key 02:51:30,720 --> 02:51:33,790 sometimes it doesn't spam the delete key please there we go all right cool so now 02:51:33,790 --> 02:51:33,800 please there we go all right cool so now 02:51:33,800 --> 02:51:34,950 please there we go all right cool so now we can see that everything worked 02:51:34,950 --> 02:51:34,960 we can see that everything worked 02:51:34,960 --> 02:51:36,910 we can see that everything worked because in our bios information it now 02:51:36,910 --> 02:51:36,920 because in our bios information it now 02:51:36,920 --> 02:51:39,469 because in our bios information it now says we are on F3 so we are on the most 02:51:39,469 --> 02:51:39,479 says we are on F3 so we are on the most 02:51:39,479 --> 02:51:41,190 says we are on F3 so we are on the most up-to-date version of the BIOS now 02:51:41,190 --> 02:51:41,200 up-to-date version of the BIOS now 02:51:41,200 --> 02:51:43,229 up-to-date version of the BIOS now there's a few things we want to do so 02:51:43,229 --> 02:51:43,239 there's a few things we want to do so 02:51:43,239 --> 02:51:44,830 there's a few things we want to do so again a good time to just double check 02:51:44,830 --> 02:51:44,840 again a good time to just double check 02:51:44,840 --> 02:51:46,630 again a good time to just double check everything still showing up correctly so 02:51:46,630 --> 02:51:46,640 everything still showing up correctly so 02:51:46,640 --> 02:51:49,190 everything still showing up correctly so ryzen 7 we've got ourselves temperature 02:51:49,190 --> 02:51:49,200 ryzen 7 we've got ourselves temperature 02:51:49,200 --> 02:51:51,349 ryzen 7 we've got ourselves temperature which is 28° which is very much within 02:51:51,349 --> 02:51:51,359 which is 28° which is very much within 02:51:51,359 --> 02:51:55,229 which is 28° which is very much within spec if you were having issues like so 02:51:55,229 --> 02:51:55,239 spec if you were having issues like so 02:51:55,239 --> 02:51:58,309 spec if you were having issues like so say you didn't put your thermal paste on 02:51:58,309 --> 02:51:58,319 say you didn't put your thermal paste on 02:51:58,319 --> 02:51:59,510 say you didn't put your thermal paste on maybe you left the little plastic thing 02:51:59,510 --> 02:51:59,520 maybe you left the little plastic thing 02:51:59,520 --> 02:52:01,150 maybe you left the little plastic thing on your fans are spinning what you would 02:52:01,150 --> 02:52:01,160 on your fans are spinning what you would 02:52:01,160 --> 02:52:02,990 on your fans are spinning what you would see is even in BIOS this CPU temperature 02:52:02,990 --> 02:52:03,000 see is even in BIOS this CPU temperature 02:52:03,000 --> 02:52:06,269 see is even in BIOS this CPU temperature start to climb very quickly um so you 02:52:06,269 --> 02:52:06,279 start to climb very quickly um so you 02:52:06,279 --> 02:52:08,990 start to climb very quickly um so you should see it be generally below like 02:52:08,990 --> 02:52:09,000 should see it be generally below like 02:52:09,000 --> 02:52:11,429 should see it be generally below like 40° C would be a good sort of general 02:52:11,429 --> 02:52:11,439 40° C would be a good sort of general 02:52:11,439 --> 02:52:13,469 40° C would be a good sort of general rule of thumb especially with a nice AIO 02:52:13,469 --> 02:52:13,479 rule of thumb especially with a nice AIO 02:52:13,479 --> 02:52:15,710 rule of thumb especially with a nice AIO like this 28° C is barely above room 02:52:15,710 --> 02:52:15,720 like this 28° C is barely above room 02:52:15,720 --> 02:52:17,670 like this 28° C is barely above room temperature it's very very cool all 02:52:17,670 --> 02:52:17,680 temperature it's very very cool all 02:52:17,680 --> 02:52:20,630 temperature it's very very cool all right so so now let's go ahead and start 02:52:20,630 --> 02:52:20,640 right so so now let's go ahead and start 02:52:20,640 --> 02:52:22,150 right so so now let's go ahead and start setting up a couple of things so this 02:52:22,150 --> 02:52:22,160 setting up a couple of things so this 02:52:22,160 --> 02:52:24,229 setting up a couple of things so this motherboard actually has resizable bar 02:52:24,229 --> 02:52:24,239 motherboard actually has resizable bar 02:52:24,239 --> 02:52:26,030 motherboard actually has resizable bar support right here and is already 02:52:26,030 --> 02:52:26,040 support right here and is already 02:52:26,040 --> 02:52:28,110 support right here and is already enabled this is if it's an option you 02:52:28,110 --> 02:52:28,120 enabled this is if it's an option you 02:52:28,120 --> 02:52:30,030 enabled this is if it's an option you should always do that most modern 02:52:30,030 --> 02:52:30,040 should always do that most modern 02:52:30,040 --> 02:52:32,030 should always do that most modern graphics cards with resizable bar it 02:52:32,030 --> 02:52:32,040 graphics cards with resizable bar it 02:52:32,040 --> 02:52:33,830 graphics cards with resizable bar it essentially allows them to bypass a 02:52:33,830 --> 02:52:33,840 essentially allows them to bypass a 02:52:33,840 --> 02:52:34,990 essentially allows them to bypass a little bit of the overhead and sort of 02:52:34,990 --> 02:52:35,000 little bit of the overhead and sort of 02:52:35,000 --> 02:52:35,950 little bit of the overhead and sort of just give you a little bit of extra 02:52:35,950 --> 02:52:35,960 just give you a little bit of extra 02:52:35,960 --> 02:52:37,750 just give you a little bit of extra performance I can't think of any reason 02:52:37,750 --> 02:52:37,760 performance I can't think of any reason 02:52:37,760 --> 02:52:38,830 performance I can't think of any reason why you would not want to turn that on 02:52:38,830 --> 02:52:38,840 why you would not want to turn that on 02:52:38,840 --> 02:52:40,429 why you would not want to turn that on if it is an option if your graphics card 02:52:40,429 --> 02:52:40,439 if it is an option if your graphics card 02:52:40,439 --> 02:52:41,950 if it is an option if your graphics card supports it so thankfully this board 02:52:41,950 --> 02:52:41,960 supports it so thankfully this board 02:52:41,960 --> 02:52:45,910 supports it so thankfully this board already has it now we also have our ddr5 02:52:45,910 --> 02:52:45,920 already has it now we also have our ddr5 02:52:45,920 --> 02:52:48,110 already has it now we also have our ddr5 Auto booster so if I click on that and 02:52:48,110 --> 02:52:48,120 Auto booster so if I click on that and 02:52:48,120 --> 02:52:51,429 Auto booster so if I click on that and it hit enable and I also hit on the XMP 02:52:51,429 --> 02:52:51,439 it hit enable and I also hit on the XMP 02:52:51,439 --> 02:52:54,429 it hit enable and I also hit on the XMP Expo profile what is going to do is 02:52:54,429 --> 02:52:54,439 Expo profile what is going to do is 02:52:54,439 --> 02:52:57,190 Expo profile what is going to do is automatically not overclock our Ram but 02:52:57,190 --> 02:52:57,200 automatically not overclock our Ram but 02:52:57,200 --> 02:52:59,070 automatically not overclock our Ram but set the ram to the speed that it is 02:52:59,070 --> 02:52:59,080 set the ram to the speed that it is 02:52:59,080 --> 02:53:02,190 set the ram to the speed that it is designed to run at so XMP is the Intel 02:53:02,190 --> 02:53:02,200 designed to run at so XMP is the Intel 02:53:02,200 --> 02:53:04,229 designed to run at so XMP is the Intel version Expo is the AMD version they're 02:53:04,229 --> 02:53:04,239 version Expo is the AMD version they're 02:53:04,239 --> 02:53:06,469 version Expo is the AMD version they're functionally the same in fact some AMD 02:53:06,469 --> 02:53:06,479 functionally the same in fact some AMD 02:53:06,479 --> 02:53:08,950 functionally the same in fact some AMD systems will work with XMP and whatnot 02:53:08,950 --> 02:53:08,960 systems will work with XMP and whatnot 02:53:08,960 --> 02:53:10,910 systems will work with XMP and whatnot doesn't really matter essentially this 02:53:10,910 --> 02:53:10,920 doesn't really matter essentially this 02:53:10,920 --> 02:53:13,110 doesn't really matter essentially this Ram while default is running at 4,800 02:53:13,110 --> 02:53:13,120 Ram while default is running at 4,800 02:53:13,120 --> 02:53:15,229 Ram while default is running at 4,800 megat transfers I think this Ram runs at 02:53:15,229 --> 02:53:15,239 megat transfers I think this Ram runs at 02:53:15,239 --> 02:53:17,510 megat transfers I think this Ram runs at 6,000 yeah this runs at 6,000 so 02:53:17,510 --> 02:53:17,520 6,000 yeah this runs at 6,000 so 02:53:17,520 --> 02:53:19,590 6,000 yeah this runs at 6,000 so basically that Ram can run faster which 02:53:19,590 --> 02:53:19,600 basically that Ram can run faster which 02:53:19,600 --> 02:53:21,110 basically that Ram can run faster which is going to give you more bandwidth not 02:53:21,110 --> 02:53:21,120 is going to give you more bandwidth not 02:53:21,120 --> 02:53:22,670 is going to give you more bandwidth not only going to help speed up your CPU 02:53:22,670 --> 02:53:22,680 only going to help speed up your CPU 02:53:22,680 --> 02:53:24,830 only going to help speed up your CPU it's just a oneclick thing to give you a 02:53:24,830 --> 02:53:24,840 it's just a oneclick thing to give you a 02:53:24,840 --> 02:53:26,750 it's just a oneclick thing to give you a whole lot more performance now there's 02:53:26,750 --> 02:53:26,760 whole lot more performance now there's 02:53:26,760 --> 02:53:29,309 whole lot more performance now there's other stuff we can do in here I am not 02:53:29,309 --> 02:53:29,319 other stuff we can do in here I am not 02:53:29,319 --> 02:53:30,750 other stuff we can do in here I am not going to be doing that for the purposes 02:53:30,750 --> 02:53:30,760 going to be doing that for the purposes 02:53:30,760 --> 02:53:33,750 going to be doing that for the purposes of this tutorial now if you want you can 02:53:33,750 --> 02:53:33,760 of this tutorial now if you want you can 02:53:33,760 --> 02:53:35,710 of this tutorial now if you want you can go into like there fan curves you can 02:53:35,710 --> 02:53:35,720 go into like there fan curves you can 02:53:35,720 --> 02:53:37,110 go into like there fan curves you can actually adjust all the different fans 02:53:37,110 --> 02:53:37,120 actually adjust all the different fans 02:53:37,120 --> 02:53:39,229 actually adjust all the different fans in here so if we want we can go out of 02:53:39,229 --> 02:53:39,239 in here so if we want we can go out of 02:53:39,239 --> 02:53:41,469 in here so if we want we can go out of easy mode and into advanced mode this is 02:53:41,469 --> 02:53:41,479 easy mode and into advanced mode this is 02:53:41,479 --> 02:53:43,229 easy mode and into advanced mode this is outside the scope of this video but if 02:53:43,229 --> 02:53:43,239 outside the scope of this video but if 02:53:43,239 --> 02:53:44,590 outside the scope of this video but if you're going to be doing things like 02:53:44,590 --> 02:53:44,600 you're going to be doing things like 02:53:44,600 --> 02:53:46,229 you're going to be doing things like overclocking or especially if you want 02:53:46,229 --> 02:53:46,239 overclocking or especially if you want 02:53:46,239 --> 02:53:47,670 overclocking or especially if you want to do like troubleshooting so sometimes 02:53:47,670 --> 02:53:47,680 to do like troubleshooting so sometimes 02:53:47,680 --> 02:53:49,229 to do like troubleshooting so sometimes you need like filled with some random 02:53:49,229 --> 02:53:49,239 you need like filled with some random 02:53:49,239 --> 02:53:50,710 you need like filled with some random bits and Bobs again I'm not going to 02:53:50,710 --> 02:53:50,720 bits and Bobs again I'm not going to 02:53:50,720 --> 02:53:52,389 bits and Bobs again I'm not going to show this for this video I'm just going 02:53:52,389 --> 02:53:52,399 show this for this video I'm just going 02:53:52,399 --> 02:53:56,469 show this for this video I'm just going to hit save and exit I'm going to 02:53:56,469 --> 02:53:56,479 to hit save and exit I'm going to 02:53:56,479 --> 02:53:58,469 to hit save and exit I'm going to save and I'm going to save the 02:53:58,469 --> 02:53:58,479 save and I'm going to save the 02:53:58,479 --> 02:54:00,469 save and I'm going to save the configuration so we're going to do that 02:54:00,469 --> 02:54:00,479 configuration so we're going to do that 02:54:00,479 --> 02:54:02,030 configuration so we're going to do that we're going to let it reboot I am going 02:54:02,030 --> 02:54:02,040 we're going to let it reboot I am going 02:54:02,040 --> 02:54:03,670 we're going to let it reboot I am going to spam the delete key to get into the 02:54:03,670 --> 02:54:03,680 to spam the delete key to get into the 02:54:03,680 --> 02:54:05,429 to spam the delete key to get into the BIOS one more time I just want to make 02:54:05,429 --> 02:54:05,439 BIOS one more time I just want to make 02:54:05,439 --> 02:54:07,830 BIOS one more time I just want to make sure that the XMP profile or the Expo 02:54:07,830 --> 02:54:07,840 sure that the XMP profile or the Expo 02:54:07,840 --> 02:54:10,070 sure that the XMP profile or the Expo profile in this case took and that 02:54:10,070 --> 02:54:10,080 profile in this case took and that 02:54:10,080 --> 02:54:13,550 profile in this case took and that everything is booted correctly um a good 02:54:13,550 --> 02:54:13,560 everything is booted correctly um a good 02:54:13,560 --> 02:54:16,110 everything is booted correctly um a good time to mention that if you run into 02:54:16,110 --> 02:54:16,120 time to mention that if you run into 02:54:16,120 --> 02:54:19,510 time to mention that if you run into problems at this step typically memory 02:54:19,510 --> 02:54:19,520 problems at this step typically memory 02:54:19,520 --> 02:54:21,510 problems at this step typically memory if you're clocking it too high or you 02:54:21,510 --> 02:54:21,520 if you're clocking it too high or you 02:54:21,520 --> 02:54:23,070 if you're clocking it too high or you have like a really fancy kit and the CPU 02:54:23,070 --> 02:54:23,080 have like a really fancy kit and the CPU 02:54:23,080 --> 02:54:25,309 have like a really fancy kit and the CPU can't hold up or whatever you could have 02:54:25,309 --> 02:54:25,319 can't hold up or whatever you could have 02:54:25,319 --> 02:54:26,950 can't hold up or whatever you could have some stability issues that's why I like 02:54:26,950 --> 02:54:26,960 some stability issues that's why I like 02:54:26,960 --> 02:54:29,269 some stability issues that's why I like to hop into the BIOS once it wants to 02:54:29,269 --> 02:54:29,279 to hop into the BIOS once it wants to 02:54:29,279 --> 02:54:31,429 to hop into the BIOS once it wants to boot and ensure that we have actually 02:54:31,429 --> 02:54:31,439 boot and ensure that we have actually 02:54:31,439 --> 02:54:33,309 boot and ensure that we have actually hit the correct speed which nine times 02:54:33,309 --> 02:54:33,319 hit the correct speed which nine times 02:54:33,319 --> 02:54:34,750 hit the correct speed which nine times out of 10 it'll run fine right out of 02:54:34,750 --> 02:54:34,760 out of 10 it'll run fine right out of 02:54:34,760 --> 02:54:36,990 out of 10 it'll run fine right out of the gate but we want to just go back 02:54:36,990 --> 02:54:37,000 the gate but we want to just go back 02:54:37,000 --> 02:54:38,710 the gate but we want to just go back over to easy mode so you can see here 02:54:38,710 --> 02:54:38,720 over to easy mode so you can see here 02:54:38,720 --> 02:54:40,269 over to easy mode so you can see here now that our memory frequency went from 02:54:40,269 --> 02:54:40,279 now that our memory frequency went from 02:54:40,279 --> 02:54:42,710 now that our memory frequency went from 4,800 to 6,000 which is exactly what 02:54:42,710 --> 02:54:42,720 4,800 to 6,000 which is exactly what 02:54:42,720 --> 02:54:45,590 4,800 to 6,000 which is exactly what should be working with our Gull modules 02:54:45,590 --> 02:54:45,600 should be working with our Gull modules 02:54:45,600 --> 02:54:47,870 should be working with our Gull modules cool all right so we're actually done 02:54:47,870 --> 02:54:47,880 cool all right so we're actually done 02:54:47,880 --> 02:54:49,830 cool all right so we're actually done with the computer for a moment is now 02:54:49,830 --> 02:54:49,840 with the computer for a moment is now 02:54:49,840 --> 02:54:52,670 with the computer for a moment is now time to install Windows when it comes to 02:54:52,670 --> 02:54:52,680 time to install Windows when it comes to 02:54:52,680 --> 02:54:54,269 time to install Windows when it comes to installing Windows there are a few 02:54:54,269 --> 02:54:54,279 installing Windows there are a few 02:54:54,279 --> 02:54:55,910 installing Windows there are a few options you have first and foremost you 02:54:55,910 --> 02:54:55,920 options you have first and foremost you 02:54:55,920 --> 02:54:57,030 options you have first and foremost you need to make your decision between 02:54:57,030 --> 02:54:57,040 need to make your decision between 02:54:57,040 --> 02:54:59,349 need to make your decision between Windows 10 and 11 I would recommend 11 02:54:59,349 --> 02:54:59,359 Windows 10 and 11 I would recommend 11 02:54:59,359 --> 02:55:01,429 Windows 10 and 11 I would recommend 11 mostly because Windows 10 is actually 02:55:01,429 --> 02:55:01,439 mostly because Windows 10 is actually 02:55:01,439 --> 02:55:02,670 mostly because Windows 10 is actually getting a little bit like I think 02:55:02,670 --> 02:55:02,680 getting a little bit like I think 02:55:02,680 --> 02:55:04,190 getting a little bit like I think they've only got like another year or 02:55:04,190 --> 02:55:04,200 they've only got like another year or 02:55:04,200 --> 02:55:06,269 they've only got like another year or something of support like Windows 11 I 02:55:06,269 --> 02:55:06,279 something of support like Windows 11 I 02:55:06,279 --> 02:55:07,630 something of support like Windows 11 I know some people aren't like a huge fan 02:55:07,630 --> 02:55:07,640 know some people aren't like a huge fan 02:55:07,640 --> 02:55:09,750 know some people aren't like a huge fan of it but like at this point it's kind 02:55:09,750 --> 02:55:09,760 of it but like at this point it's kind 02:55:09,760 --> 02:55:11,389 of it but like at this point it's kind of tough to justify using Windows 10 02:55:11,389 --> 02:55:11,399 of tough to justify using Windows 10 02:55:11,399 --> 02:55:12,670 of tough to justify using Windows 10 when it might not be supported for that 02:55:12,670 --> 02:55:12,680 when it might not be supported for that 02:55:12,680 --> 02:55:14,870 when it might not be supported for that much longer now how you get Windows 11 02:55:14,870 --> 02:55:14,880 much longer now how you get Windows 11 02:55:14,880 --> 02:55:16,710 much longer now how you get Windows 11 there's a bunch of different ways so if 02:55:16,710 --> 02:55:16,720 there's a bunch of different ways so if 02:55:16,720 --> 02:55:18,550 there's a bunch of different ways so if you already have a code for some reason 02:55:18,550 --> 02:55:18,560 you already have a code for some reason 02:55:18,560 --> 02:55:20,990 you already have a code for some reason you could actually just download a 02:55:20,990 --> 02:55:21,000 you could actually just download a 02:55:21,000 --> 02:55:23,309 you could actually just download a Windows tool which is available from 02:55:23,309 --> 02:55:23,319 Windows tool which is available from 02:55:23,319 --> 02:55:24,630 Windows tool which is available from Microsoft and essentially that will 02:55:24,630 --> 02:55:24,640 Microsoft and essentially that will 02:55:24,640 --> 02:55:26,910 Microsoft and essentially that will allow you to load up a copy of Windows 02:55:26,910 --> 02:55:26,920 allow you to load up a copy of Windows 02:55:26,920 --> 02:55:28,510 allow you to load up a copy of Windows on a flash drive and you can use the 02:55:28,510 --> 02:55:28,520 on a flash drive and you can use the 02:55:28,520 --> 02:55:32,630 on a flash drive and you can use the your own actual code for it um I of 02:55:32,630 --> 02:55:32,640 your own actual code for it um I of 02:55:32,640 --> 02:55:35,070 your own actual code for it um I of course have purchased a full copy of 02:55:35,070 --> 02:55:35,080 course have purchased a full copy of 02:55:35,080 --> 02:55:36,750 course have purchased a full copy of Windows 11 for Microcenter which I will 02:55:36,750 --> 02:55:36,760 Windows 11 for Microcenter which I will 02:55:36,760 --> 02:55:38,750 Windows 11 for Microcenter which I will be using and the one that I've got here 02:55:38,750 --> 02:55:38,760 be using and the one that I've got here 02:55:38,760 --> 02:55:40,309 be using and the one that I've got here comes with a flash drive so all I do is 02:55:40,309 --> 02:55:40,319 comes with a flash drive so all I do is 02:55:40,319 --> 02:55:42,630 comes with a flash drive so all I do is plug this flash drive in and uh put the 02:55:42,630 --> 02:55:42,640 plug this flash drive in and uh put the 02:55:42,640 --> 02:55:44,229 plug this flash drive in and uh put the code that comes in the back of the box 02:55:44,229 --> 02:55:44,239 code that comes in the back of the box 02:55:44,239 --> 02:55:47,229 code that comes in the back of the box and that will be good to go so do with 02:55:47,229 --> 02:55:47,239 and that will be good to go so do with 02:55:47,239 --> 02:55:49,150 and that will be good to go so do with that information as you wish 02:55:49,150 --> 02:55:49,160 that information as you wish 02:55:49,160 --> 02:55:52,269 that information as you wish so here is our key so if I flip around 02:55:52,269 --> 02:55:52,279 so here is our key so if I flip around 02:55:52,279 --> 02:55:54,190 so here is our key so if I flip around to the back you would see I'll cover it 02:55:54,190 --> 02:55:54,200 to the back you would see I'll cover it 02:55:54,200 --> 02:55:57,630 to the back you would see I'll cover it up you see here's our key which has our 02:55:57,630 --> 02:55:57,640 up you see here's our key which has our 02:55:57,640 --> 02:55:59,710 up you see here's our key which has our freaking 25 digigit or whatever code on 02:55:59,710 --> 02:55:59,720 freaking 25 digigit or whatever code on 02:55:59,720 --> 02:56:00,910 freaking 25 digigit or whatever code on it we're going to keep this handy we're 02:56:00,910 --> 02:56:00,920 it we're going to keep this handy we're 02:56:00,920 --> 02:56:02,469 it we're going to keep this handy we're going to need that a little bit and then 02:56:02,469 --> 02:56:02,479 going to need that a little bit and then 02:56:02,479 --> 02:56:05,229 going to need that a little bit and then we have our handy Windows Flash drive 02:56:05,229 --> 02:56:05,239 we have our handy Windows Flash drive 02:56:05,239 --> 02:56:06,870 we have our handy Windows Flash drive you can actually make your own Windows 02:56:06,870 --> 02:56:06,880 you can actually make your own Windows 02:56:06,880 --> 02:56:08,950 you can actually make your own Windows Flash drive um it will be definitely a 02:56:08,950 --> 02:56:08,960 Flash drive um it will be definitely a 02:56:08,960 --> 02:56:10,389 Flash drive um it will be definitely a more upto-date version than whatever was 02:56:10,389 --> 02:56:10,399 more upto-date version than whatever was 02:56:10,399 --> 02:56:12,429 more upto-date version than whatever was shipping on this drive as far as I'm 02:56:12,429 --> 02:56:12,439 shipping on this drive as far as I'm 02:56:12,439 --> 02:56:14,550 shipping on this drive as far as I'm concerned if it comes in the Box we'll 02:56:14,550 --> 02:56:14,560 concerned if it comes in the Box we'll 02:56:14,560 --> 02:56:15,990 concerned if it comes in the Box we'll plug it in it'll just take a little bit 02:56:15,990 --> 02:56:16,000 plug it in it'll just take a little bit 02:56:16,000 --> 02:56:17,309 plug it in it'll just take a little bit of extra time to update it's it's 02:56:17,309 --> 02:56:17,319 of extra time to update it's it's 02:56:17,319 --> 02:56:19,150 of extra time to update it's it's outside the scope to like like freaking 02:56:19,150 --> 02:56:19,160 outside the scope to like like freaking 02:56:19,160 --> 02:56:20,110 outside the scope to like like freaking make your own flash drive you don't need 02:56:20,110 --> 02:56:20,120 make your own flash drive you don't need 02:56:20,120 --> 02:56:21,510 make your own flash drive you don't need to do that if you do need to make a 02:56:21,510 --> 02:56:21,520 to do that if you do need to make a 02:56:21,520 --> 02:56:23,269 to do that if you do need to make a flash drive it is very simple there's a 02:56:23,269 --> 02:56:23,279 flash drive it is very simple there's a 02:56:23,279 --> 02:56:25,870 flash drive it is very simple there's a tool I think it's the Windows media 02:56:25,870 --> 02:56:25,880 tool I think it's the Windows media 02:56:25,880 --> 02:56:27,550 tool I think it's the Windows media creation tool you download it directly 02:56:27,550 --> 02:56:27,560 creation tool you download it directly 02:56:27,560 --> 02:56:30,110 creation tool you download it directly from Microsoft you plug your USB in it 02:56:30,110 --> 02:56:30,120 from Microsoft you plug your USB in it 02:56:30,120 --> 02:56:31,710 from Microsoft you plug your USB in it downloads Windows it puts on the drive 02:56:31,710 --> 02:56:31,720 downloads Windows it puts on the drive 02:56:31,720 --> 02:56:33,469 downloads Windows it puts on the drive it's super easy but for now what we're 02:56:33,469 --> 02:56:33,479 it's super easy but for now what we're 02:56:33,479 --> 02:56:35,630 it's super easy but for now what we're going to do is we're going to actually I 02:56:35,630 --> 02:56:35,640 going to do is we're going to actually I 02:56:35,640 --> 02:56:36,710 going to do is we're going to actually I proba should done that beforehand I'm 02:56:36,710 --> 02:56:36,720 proba should done that beforehand I'm 02:56:36,720 --> 02:56:38,309 proba should done that beforehand I'm going to restart the system so we're 02:56:38,309 --> 02:56:38,319 going to restart the system so we're 02:56:38,319 --> 02:56:41,190 going to restart the system so we're going to go save and exit and one more 02:56:41,190 --> 02:56:41,200 going to go save and exit and one more 02:56:41,200 --> 02:56:43,670 going to go save and exit and one more time we're going to spam that delete key 02:56:43,670 --> 02:56:43,680 time we're going to spam that delete key 02:56:43,680 --> 02:56:45,269 time we're going to spam that delete key and with our USB install we want to make 02:56:45,269 --> 02:56:45,279 and with our USB install we want to make 02:56:45,279 --> 02:56:47,630 and with our USB install we want to make sure that we're booting from this so get 02:56:47,630 --> 02:56:47,640 sure that we're booting from this so get 02:56:47,640 --> 02:56:49,389 sure that we're booting from this so get used to that spamming the delete key to 02:56:49,389 --> 02:56:49,399 used to that spamming the delete key to 02:56:49,399 --> 02:56:50,710 used to that spamming the delete key to get in the Bios cuz we're going to be 02:56:50,710 --> 02:56:50,720 get in the Bios cuz we're going to be 02:56:50,720 --> 02:56:53,070 get in the Bios cuz we're going to be doing it a whole bunch 02:56:53,070 --> 02:56:53,080 doing it a whole bunch 02:56:53,080 --> 02:56:55,590 doing it a whole bunch today cool all right so what we need to 02:56:55,590 --> 02:56:55,600 today cool all right so what we need to 02:56:55,600 --> 02:56:56,790 today cool all right so what we need to do is we need to make sure that we're 02:56:56,790 --> 02:56:56,800 do is we need to make sure that we're 02:56:56,800 --> 02:56:59,269 do is we need to make sure that we're booting from our USB so right here you 02:56:59,269 --> 02:56:59,279 booting from our USB so right here you 02:56:59,279 --> 02:57:00,750 booting from our USB so right here you can see that I've got you Windows 10 02:57:00,750 --> 02:57:00,760 can see that I've got you Windows 10 02:57:00,760 --> 02:57:03,030 can see that I've got you Windows 10 here so I can just hit F10 and exit um 02:57:03,030 --> 02:57:03,040 here so I can just hit F10 and exit um 02:57:03,040 --> 02:57:05,030 here so I can just hit F10 and exit um you also could manually just select like 02:57:05,030 --> 02:57:05,040 you also could manually just select like 02:57:05,040 --> 02:57:06,950 you also could manually just select like USB or whatever but theoretically we 02:57:06,950 --> 02:57:06,960 USB or whatever but theoretically we 02:57:06,960 --> 02:57:08,830 USB or whatever but theoretically we don't have to spam delete this time it 02:57:08,830 --> 02:57:08,840 don't have to spam delete this time it 02:57:08,840 --> 02:57:11,030 don't have to spam delete this time it is going to restart the system and start 02:57:11,030 --> 02:57:11,040 is going to restart the system and start 02:57:11,040 --> 02:57:13,830 is going to restart the system and start booting off of this USB now if that 02:57:13,830 --> 02:57:13,840 booting off of this USB now if that 02:57:13,840 --> 02:57:15,309 booting off of this USB now if that works we will start to see Windows Z 02:57:15,309 --> 02:57:15,319 works we will start to see Windows Z 02:57:15,319 --> 02:57:18,510 works we will start to see Windows Z bits pop up in one moment there we go 02:57:18,510 --> 02:57:18,520 bits pop up in one moment there we go 02:57:18,520 --> 02:57:20,150 bits pop up in one moment there we go loading files so it is going to start 02:57:20,150 --> 02:57:20,160 loading files so it is going to start 02:57:20,160 --> 02:57:22,269 loading files so it is going to start loading up a copy of Windows 11 so 02:57:22,269 --> 02:57:22,279 loading up a copy of Windows 11 so 02:57:22,279 --> 02:57:24,349 loading up a copy of Windows 11 so you'll see soon as you see a little pin 02:57:24,349 --> 02:57:24,359 you'll see soon as you see a little pin 02:57:24,359 --> 02:57:27,630 you'll see soon as you see a little pin wheel you know Windows is activating and 02:57:27,630 --> 02:57:27,640 wheel you know Windows is activating and 02:57:27,640 --> 02:57:29,030 wheel you know Windows is activating and that is really fast there we go Windows 02:57:29,030 --> 02:57:29,040 that is really fast there we go Windows 02:57:29,040 --> 02:57:30,670 that is really fast there we go Windows setup um I'm going to walk you this 02:57:30,670 --> 02:57:30,680 setup um I'm going to walk you this 02:57:30,680 --> 02:57:31,950 setup um I'm going to walk you this really quickly there's not a whole lot 02:57:31,950 --> 02:57:31,960 really quickly there's not a whole lot 02:57:31,960 --> 02:57:34,229 really quickly there's not a whole lot you need to worry about so um we'll just 02:57:34,229 --> 02:57:34,239 you need to worry about so um we'll just 02:57:34,239 --> 02:57:35,790 you need to worry about so um we'll just get past the language screen there's 02:57:35,790 --> 02:57:35,800 get past the language screen there's 02:57:35,800 --> 02:57:37,030 get past the language screen there's only one thing I really want to 02:57:37,030 --> 02:57:37,040 only one thing I really want to 02:57:37,040 --> 02:57:38,670 only one thing I really want to highlight which is to install it on the 02:57:38,670 --> 02:57:38,680 highlight which is to install it on the 02:57:38,680 --> 02:57:40,269 highlight which is to install it on the correct Drive especially if you have 02:57:40,269 --> 02:57:40,279 correct Drive especially if you have 02:57:40,279 --> 02:57:42,830 correct Drive especially if you have multiple hard drives or ssds inside oh 02:57:42,830 --> 02:57:42,840 multiple hard drives or ssds inside oh 02:57:42,840 --> 02:57:44,830 multiple hard drives or ssds inside oh look activating my Windows key I'm going 02:57:44,830 --> 02:57:44,840 look activating my Windows key I'm going 02:57:44,840 --> 02:57:47,030 look activating my Windows key I'm going to do that later but uh I've got one and 02:57:47,030 --> 02:57:47,040 to do that later but uh I've got one and 02:57:47,040 --> 02:57:49,070 to do that later but uh I've got one and I can install it whenever want uh you 02:57:49,070 --> 02:57:49,080 I can install it whenever want uh you 02:57:49,080 --> 02:57:50,269 I can install it whenever want uh you should do that though uh if you've got 02:57:50,269 --> 02:57:50,279 should do that though uh if you've got 02:57:50,279 --> 02:57:52,590 should do that though uh if you've got your key because windows will work 02:57:52,590 --> 02:57:52,600 your key because windows will work 02:57:52,600 --> 02:57:53,990 your key because windows will work without the key for a little bit but it 02:57:53,990 --> 02:57:54,000 without the key for a little bit but it 02:57:54,000 --> 02:57:55,389 without the key for a little bit but it gets grumpy you can't like change like 02:57:55,389 --> 02:57:55,399 gets grumpy you can't like change like 02:57:55,399 --> 02:57:57,030 gets grumpy you can't like change like your wallpaper much by the stuff again 02:57:57,030 --> 02:57:57,040 your wallpaper much by the stuff again 02:57:57,040 --> 02:57:59,150 your wallpaper much by the stuff again we're going to do that 02:57:59,150 --> 02:57:59,160 we're going to do that 02:57:59,160 --> 02:58:02,110 we're going to do that soon all right so install the operating 02:58:02,110 --> 02:58:02,120 soon all right so install the operating 02:58:02,120 --> 02:58:03,510 soon all right so install the operating system so you'll see that we have a ton 02:58:03,510 --> 02:58:03,520 system so you'll see that we have a ton 02:58:03,520 --> 02:58:05,590 system so you'll see that we have a ton of options here we're going to want to 02:58:05,590 --> 02:58:05,600 of options here we're going to want to 02:58:05,600 --> 02:58:06,950 of options here we're going to want to install the option that we've purchased 02:58:06,950 --> 02:58:06,960 install the option that we've purchased 02:58:06,960 --> 02:58:09,150 install the option that we've purchased which in this case is Windows 11 home so 02:58:09,150 --> 02:58:09,160 which in this case is Windows 11 home so 02:58:09,160 --> 02:58:10,630 which in this case is Windows 11 home so we're going to select home we're going 02:58:10,630 --> 02:58:10,640 we're going to select home we're going 02:58:10,640 --> 02:58:14,070 we're going to select home we're going to agree to the terms and conditions now 02:58:14,070 --> 02:58:14,080 to agree to the terms and conditions now 02:58:14,080 --> 02:58:17,030 to agree to the terms and conditions now we're going to hit custom install okay 02:58:17,030 --> 02:58:17,040 we're going to hit custom install okay 02:58:17,040 --> 02:58:18,590 we're going to hit custom install okay now you'll see that we have two drives 02:58:18,590 --> 02:58:18,600 now you'll see that we have two drives 02:58:18,600 --> 02:58:20,670 now you'll see that we have two drives showing up so we have drive zero which 02:58:20,670 --> 02:58:20,680 showing up so we have drive zero which 02:58:20,680 --> 02:58:23,389 showing up so we have drive zero which shows us 3.7 uh terabytes and we have 02:58:23,389 --> 02:58:23,399 shows us 3.7 uh terabytes and we have 02:58:23,399 --> 02:58:25,830 shows us 3.7 uh terabytes and we have drive 1 which shows us 2 terabytes so 02:58:25,830 --> 02:58:25,840 drive 1 which shows us 2 terabytes so 02:58:25,840 --> 02:58:27,190 drive 1 which shows us 2 terabytes so you need to know what drives are in your 02:58:27,190 --> 02:58:27,200 you need to know what drives are in your 02:58:27,200 --> 02:58:29,590 you need to know what drives are in your system because windows won't tell you 02:58:29,590 --> 02:58:29,600 system because windows won't tell you 02:58:29,600 --> 02:58:31,910 system because windows won't tell you what's what and we could technically 02:58:31,910 --> 02:58:31,920 what's what and we could technically 02:58:31,920 --> 02:58:33,590 what's what and we could technically install it on the bigger drive but that 02:58:33,590 --> 02:58:33,600 install it on the bigger drive but that 02:58:33,600 --> 02:58:35,590 install it on the bigger drive but that is our very slow hard drive don't do 02:58:35,590 --> 02:58:35,600 is our very slow hard drive don't do 02:58:35,600 --> 02:58:37,550 is our very slow hard drive don't do that install it on your SSD now if you 02:58:37,550 --> 02:58:37,560 that install it on your SSD now if you 02:58:37,560 --> 02:58:39,309 that install it on your SSD now if you only have one drive in your system it's 02:58:39,309 --> 02:58:39,319 only have one drive in your system it's 02:58:39,319 --> 02:58:40,590 only have one drive in your system it's pretty straightforward it's going to 02:58:40,590 --> 02:58:40,600 pretty straightforward it's going to 02:58:40,600 --> 02:58:42,190 pretty straightforward it's going to only one's going to show up but would 02:58:42,190 --> 02:58:42,200 only one's going to show up but would 02:58:42,200 --> 02:58:44,630 only one's going to show up but would highly recommend to take that drive one 02:58:44,630 --> 02:58:44,640 highly recommend to take that drive one 02:58:44,640 --> 02:58:48,269 highly recommend to take that drive one we going to hit new apply and we're set 02:58:48,269 --> 02:58:48,279 we going to hit new apply and we're set 02:58:48,279 --> 02:58:49,950 we going to hit new apply and we're set okay we're going to give it a second and 02:58:49,950 --> 02:58:49,960 okay we're going to give it a second and 02:58:49,960 --> 02:58:51,469 okay we're going to give it a second and now it's ready to go don't worry about 02:58:51,469 --> 02:58:51,479 now it's ready to go don't worry about 02:58:51,479 --> 02:58:52,590 now it's ready to go don't worry about your hard drive we're going to deal with 02:58:52,590 --> 02:58:52,600 your hard drive we're going to deal with 02:58:52,600 --> 02:58:54,190 your hard drive we're going to deal with that once we get into Windows but make 02:58:54,190 --> 02:58:54,200 that once we get into Windows but make 02:58:54,200 --> 02:58:57,389 that once we get into Windows but make sure to install it on your SSD if for 02:58:57,389 --> 02:58:57,399 sure to install it on your SSD if for 02:58:57,399 --> 02:59:00,070 sure to install it on your SSD if for some reason you're installing like a 1 02:59:00,070 --> 02:59:00,080 some reason you're installing like a 1 02:59:00,080 --> 02:59:03,269 some reason you're installing like a 1 TB hard drive and a 1 tab SSD I guess 02:59:03,269 --> 02:59:03,279 TB hard drive and a 1 tab SSD I guess 02:59:03,279 --> 02:59:04,550 TB hard drive and a 1 tab SSD I guess you could just unplug the hard drive to 02:59:04,550 --> 02:59:04,560 you could just unplug the hard drive to 02:59:04,560 --> 02:59:05,670 you could just unplug the hard drive to make sure you know which one's which 02:59:05,670 --> 02:59:05,680 make sure you know which one's which 02:59:05,680 --> 02:59:08,070 make sure you know which one's which because again there's no real way of 02:59:08,070 --> 02:59:08,080 because again there's no real way of 02:59:08,080 --> 02:59:09,950 because again there's no real way of telling what drive you can just see how 02:59:09,950 --> 02:59:09,960 telling what drive you can just see how 02:59:09,960 --> 02:59:11,950 telling what drive you can just see how actually like big the capacity is but 02:59:11,950 --> 02:59:11,960 actually like big the capacity is but 02:59:11,960 --> 02:59:13,389 actually like big the capacity is but think almost anyone has two drives are 02:59:13,389 --> 02:59:13,399 think almost anyone has two drives are 02:59:13,399 --> 02:59:14,389 think almost anyone has two drives are going to be different sizes and you'll 02:59:14,389 --> 02:59:14,399 going to be different sizes and you'll 02:59:14,399 --> 02:59:15,910 going to be different sizes and you'll know which one's which but anyway make 02:59:15,910 --> 02:59:15,920 know which one's which but anyway make 02:59:15,920 --> 02:59:18,469 know which one's which but anyway make sure to install this on the actual SSD 02:59:18,469 --> 02:59:18,479 sure to install this on the actual SSD 02:59:18,479 --> 02:59:20,030 sure to install this on the actual SSD so going to hit next making sure that it 02:59:20,030 --> 02:59:20,040 so going to hit next making sure that it 02:59:20,040 --> 02:59:22,510 so going to hit next making sure that it is automatically selected the primary 02:59:22,510 --> 02:59:22,520 is automatically selected the primary 02:59:22,520 --> 02:59:25,150 is automatically selected the primary partition and at this point sit back 02:59:25,150 --> 02:59:25,160 partition and at this point sit back 02:59:25,160 --> 02:59:26,630 partition and at this point sit back give it a little while I will tell you 02:59:26,630 --> 02:59:26,640 give it a little while I will tell you 02:59:26,640 --> 02:59:28,030 give it a little while I will tell you that if you haven't built a PC in a 02:59:28,030 --> 02:59:28,040 that if you haven't built a PC in a 02:59:28,040 --> 02:59:30,190 that if you haven't built a PC in a while Windows used to take forever to 02:59:30,190 --> 02:59:30,200 while Windows used to take forever to 02:59:30,200 --> 02:59:32,750 while Windows used to take forever to install but with like modern like CPUs 02:59:32,750 --> 02:59:32,760 install but with like modern like CPUs 02:59:32,760 --> 02:59:34,750 install but with like modern like CPUs especially like ssds this might only 02:59:34,750 --> 02:59:34,760 especially like ssds this might only 02:59:34,760 --> 02:59:36,550 especially like ssds this might only take like 10 minutes or so so I'll be 02:59:36,550 --> 02:59:36,560 take like 10 minutes or so so I'll be 02:59:36,560 --> 02:59:37,670 take like 10 minutes or so so I'll be right back as soon as it's done with the 02:59:37,670 --> 02:59:37,680 right back as soon as it's done with the 02:59:37,680 --> 02:59:39,990 right back as soon as it's done with the install and there we go we are ready to 02:59:39,990 --> 02:59:40,000 install and there we go we are ready to 02:59:40,000 --> 02:59:42,190 install and there we go we are ready to get going that took like 5 minutes um 02:59:42,190 --> 02:59:42,200 get going that took like 5 minutes um 02:59:42,200 --> 02:59:43,510 get going that took like 5 minutes um now you'll notice that when you go to 02:59:43,510 --> 02:59:43,520 now you'll notice that when you go to 02:59:43,520 --> 02:59:44,950 now you'll notice that when you go to the Windows setup your screen is going 02:59:44,950 --> 02:59:44,960 the Windows setup your screen is going 02:59:44,960 --> 02:59:46,710 the Windows setup your screen is going to look a little weird a little blurry 02:59:46,710 --> 02:59:46,720 to look a little weird a little blurry 02:59:46,720 --> 02:59:48,030 to look a little weird a little blurry we don't have drivers installed it's 02:59:48,030 --> 02:59:48,040 we don't have drivers installed it's 02:59:48,040 --> 02:59:48,790 we don't have drivers installed it's it's not going to be running at the 02:59:48,790 --> 02:59:48,800 it's not going to be running at the 02:59:48,800 --> 02:59:50,269 it's not going to be running at the correct resolution don't worry about it 02:59:50,269 --> 02:59:50,279 correct resolution don't worry about it 02:59:50,279 --> 02:59:52,990 correct resolution don't worry about it we'll deal with that later so uh most of 02:59:52,990 --> 02:59:53,000 we'll deal with that later so uh most of 02:59:53,000 --> 02:59:54,269 we'll deal with that later so uh most of this is really straightforward just 02:59:54,269 --> 02:59:54,279 this is really straightforward just 02:59:54,279 --> 02:59:55,469 this is really straightforward just going to kind of Click through make sure 02:59:55,469 --> 02:59:55,479 going to kind of Click through make sure 02:59:55,479 --> 02:59:57,469 going to kind of Click through make sure your keyboard's right yada yada yada 02:59:57,469 --> 02:59:57,479 your keyboard's right yada yada yada 02:59:57,479 --> 02:59:58,910 your keyboard's right yada yada yada there's only one thing I really want to 02:59:58,910 --> 02:59:58,920 there's only one thing I really want to 02:59:58,920 --> 03:00:00,229 there's only one thing I really want to point out which is that we're going to 03:00:00,229 --> 03:00:00,239 point out which is that we're going to 03:00:00,239 --> 03:00:02,590 point out which is that we're going to need to be connected to a network now if 03:00:02,590 --> 03:00:02,600 need to be connected to a network now if 03:00:02,600 --> 03:00:04,710 need to be connected to a network now if you're using Windows 10 this is a prompt 03:00:04,710 --> 03:00:04,720 you're using Windows 10 this is a prompt 03:00:04,720 --> 03:00:06,110 you're using Windows 10 this is a prompt that you can ignore if you're using 03:00:06,110 --> 03:00:06,120 that you can ignore if you're using 03:00:06,120 --> 03:00:08,550 that you can ignore if you're using Windows 11 home edition like we are you 03:00:08,550 --> 03:00:08,560 Windows 11 home edition like we are you 03:00:08,560 --> 03:00:10,710 Windows 11 home edition like we are you do need an internet connection so you 03:00:10,710 --> 03:00:10,720 do need an internet connection so you 03:00:10,720 --> 03:00:11,990 do need an internet connection so you can plug in via Ethernet which is what 03:00:11,990 --> 03:00:12,000 can plug in via Ethernet which is what 03:00:12,000 --> 03:00:14,150 can plug in via Ethernet which is what I'm going to do you also if you've got a 03:00:14,150 --> 03:00:14,160 I'm going to do you also if you've got a 03:00:14,160 --> 03:00:16,630 I'm going to do you also if you've got a Wi-Fi module built into your motherboard 03:00:16,630 --> 03:00:16,640 Wi-Fi module built into your motherboard 03:00:16,640 --> 03:00:18,830 Wi-Fi module built into your motherboard you can do that on I am going to find my 03:00:18,830 --> 03:00:18,840 you can do that on I am going to find my 03:00:18,840 --> 03:00:20,510 you can do that on I am going to find my ethernet cable down here and going to 03:00:20,510 --> 03:00:20,520 ethernet cable down here and going to 03:00:20,520 --> 03:00:23,269 ethernet cable down here and going to plug this in um one of the reasons 03:00:23,269 --> 03:00:23,279 plug this in um one of the reasons 03:00:23,279 --> 03:00:24,830 plug this in um one of the reasons people don't like Windows 11 I'm honest 03:00:24,830 --> 03:00:24,840 people don't like Windows 11 I'm honest 03:00:24,840 --> 03:00:26,229 people don't like Windows 11 I'm honest with you so I'm going to plug my 03:00:26,229 --> 03:00:26,239 with you so I'm going to plug my 03:00:26,239 --> 03:00:27,510 with you so I'm going to plug my ethernet 03:00:27,510 --> 03:00:27,520 ethernet 03:00:27,520 --> 03:00:29,670 ethernet in give it a minute it should 03:00:29,670 --> 03:00:29,680 in give it a minute it should 03:00:29,680 --> 03:00:31,830 in give it a minute it should automatically pop up and then it will 03:00:31,830 --> 03:00:31,840 automatically pop up and then it will 03:00:31,840 --> 03:00:34,229 automatically pop up and then it will start to download some initial updates 03:00:34,229 --> 03:00:34,239 start to download some initial updates 03:00:34,239 --> 03:00:35,790 start to download some initial updates and at this point as soon as you 03:00:35,790 --> 03:00:35,800 and at this point as soon as you 03:00:35,800 --> 03:00:37,469 and at this point as soon as you actually get online everything is going 03:00:37,469 --> 03:00:37,479 actually get online everything is going 03:00:37,479 --> 03:00:38,950 actually get online everything is going to be really straightforward just click 03:00:38,950 --> 03:00:38,960 to be really straightforward just click 03:00:38,960 --> 03:00:40,590 to be really straightforward just click through log in with your Microsoft 03:00:40,590 --> 03:00:40,600 through log in with your Microsoft 03:00:40,600 --> 03:00:42,070 through log in with your Microsoft account yada y yada there's nothing it's 03:00:42,070 --> 03:00:42,080 account yada y yada there's nothing it's 03:00:42,080 --> 03:00:44,070 account yada y yada there's nothing it's all that spicy or the ethernet cannot 03:00:44,070 --> 03:00:44,080 all that spicy or the ethernet cannot 03:00:44,080 --> 03:00:46,790 all that spicy or the ethernet cannot work so here's the other thing makes it 03:00:46,790 --> 03:00:46,800 work so here's the other thing makes it 03:00:46,800 --> 03:00:48,630 work so here's the other thing makes it real fun 03:00:48,630 --> 03:00:48,640 real fun 03:00:48,640 --> 03:00:52,750 real fun sometimes it don't want to work um and 03:00:52,750 --> 03:00:52,760 sometimes it don't want to work um and 03:00:52,760 --> 03:00:54,150 sometimes it don't want to work um and it don't want to 03:00:54,150 --> 03:00:54,160 it don't want to 03:00:54,160 --> 03:00:56,950 it don't want to work if you were unfortunate enough to 03:00:56,950 --> 03:00:56,960 work if you were unfortunate enough to 03:00:56,960 --> 03:00:58,429 work if you were unfortunate enough to be in the position I am in which my 03:00:58,429 --> 03:00:58,439 be in the position I am in which my 03:00:58,439 --> 03:01:01,030 be in the position I am in which my computer doesn't want to get online you 03:01:01,030 --> 03:01:01,040 computer doesn't want to get online you 03:01:01,040 --> 03:01:04,469 computer doesn't want to get online you can bypass this setup so we going hit 03:01:04,469 --> 03:01:04,479 can bypass this setup so we going hit 03:01:04,479 --> 03:01:06,830 can bypass this setup so we going hit shift and F10 on our keyboard we're 03:01:06,830 --> 03:01:06,840 shift and F10 on our keyboard we're 03:01:06,840 --> 03:01:11,229 shift and F10 on our keyboard we're going to type in o o b backspace 03:01:11,229 --> 03:01:11,239 going to type in o o b backspace 03:01:11,239 --> 03:01:15,510 going to type in o o b backspace bypass nro enter so this is going to put 03:01:15,510 --> 03:01:15,520 bypass nro enter so this is going to put 03:01:15,520 --> 03:01:18,429 bypass nro enter so this is going to put us in limited setup mode it will work 03:01:18,429 --> 03:01:18,439 us in limited setup mode it will work 03:01:18,439 --> 03:01:20,429 us in limited setup mode it will work theoretically it just doesn't like to do 03:01:20,429 --> 03:01:20,439 theoretically it just doesn't like to do 03:01:20,439 --> 03:01:23,030 theoretically it just doesn't like to do this but in a case like this where it 03:01:23,030 --> 03:01:23,040 this but in a case like this where it 03:01:23,040 --> 03:01:25,750 this but in a case like this where it doesn't want to work with our drivers uh 03:01:25,750 --> 03:01:25,760 doesn't want to work with our drivers uh 03:01:25,760 --> 03:01:28,309 doesn't want to work with our drivers uh what you going to do that say backspace 03:01:28,309 --> 03:01:28,319 what you going to do that say backspace 03:01:28,319 --> 03:01:30,389 what you going to do that say backspace back slash don't hit backspace that just 03:01:30,389 --> 03:01:30,399 back slash don't hit backspace that just 03:01:30,399 --> 03:01:32,229 back slash don't hit backspace that just deletes whatever you just typed I'm a 03:01:32,229 --> 03:01:32,239 deletes whatever you just typed I'm a 03:01:32,239 --> 03:01:33,990 deletes whatever you just typed I'm a front slash guy so I don't I don't think 03:01:33,990 --> 03:01:34,000 front slash guy so I don't I don't think 03:01:34,000 --> 03:01:35,790 front slash guy so I don't I don't think about backslashes a lot all right we 03:01:35,790 --> 03:01:35,800 about backslashes a lot all right we 03:01:35,800 --> 03:01:39,150 about backslashes a lot all right we going try that one more 03:01:39,150 --> 03:01:39,160 03:01:39,160 --> 03:01:45,550 time yep yep skip I don't have 03:01:45,550 --> 03:01:45,560 time yep yep skip I don't have 03:01:45,560 --> 03:01:48,389 time yep yep skip I don't have internet connect continue with limited 03:01:48,389 --> 03:01:48,399 internet connect continue with limited 03:01:48,399 --> 03:01:50,750 internet connect continue with limited setup imagine if that was just a button 03:01:50,750 --> 03:01:50,760 setup imagine if that was just a button 03:01:50,760 --> 03:01:53,070 setup imagine if that was just a button you could press from the beginning all 03:01:53,070 --> 03:01:53,080 you could press from the beginning all 03:01:53,080 --> 03:01:54,070 you could press from the beginning all right so now we're going to go through 03:01:54,070 --> 03:01:54,080 right so now we're going to go through 03:01:54,080 --> 03:01:55,670 right so now we're going to go through the setup so again at this point is 03:01:55,670 --> 03:01:55,680 the setup so again at this point is 03:01:55,680 --> 03:01:57,269 the setup so again at this point is basically the same regardless of whether 03:01:57,269 --> 03:01:57,279 basically the same regardless of whether 03:01:57,279 --> 03:01:58,950 basically the same regardless of whether you were lucky enough to have the 03:01:58,950 --> 03:01:58,960 you were lucky enough to have the 03:01:58,960 --> 03:02:01,150 you were lucky enough to have the internet Grace your presence or not so 03:02:01,150 --> 03:02:01,160 internet Grace your presence or not so 03:02:01,160 --> 03:02:03,070 internet Grace your presence or not so log in um for this case because we don't 03:02:03,070 --> 03:02:03,080 log in um for this case because we don't 03:02:03,080 --> 03:02:03,950 log in um for this case because we don't have Internet we're not going to log 03:02:03,950 --> 03:02:03,960 have Internet we're not going to log 03:02:03,960 --> 03:02:05,190 have Internet we're not going to log into our Microsoft account we'll do that 03:02:05,190 --> 03:02:05,200 into our Microsoft account we'll do that 03:02:05,200 --> 03:02:07,469 into our Microsoft account we'll do that in a little bit create a name yada y 03:02:07,469 --> 03:02:07,479 in a little bit create a name yada y 03:02:07,479 --> 03:02:09,550 in a little bit create a name yada y yada and I will see you on the other 03:02:09,550 --> 03:02:09,560 yada and I will see you on the other 03:02:09,560 --> 03:02:10,510 yada and I will see you on the other side my 03:02:10,510 --> 03:02:10,520 side my 03:02:10,520 --> 03:02:12,750 side my friends with windows installed the first 03:02:12,750 --> 03:02:12,760 friends with windows installed the first 03:02:12,760 --> 03:02:14,070 friends with windows installed the first thing I want to do is hit the Windows 03:02:14,070 --> 03:02:14,080 thing I want to do is hit the Windows 03:02:14,080 --> 03:02:17,269 thing I want to do is hit the Windows key and type in task manager so all 03:02:17,269 --> 03:02:17,279 key and type in task manager so all 03:02:17,279 --> 03:02:18,389 key and type in task manager so all we're doing here we'll get rid of this 03:02:18,389 --> 03:02:18,399 we're doing here we'll get rid of this 03:02:18,399 --> 03:02:19,670 we're doing here we'll get rid of this gigabyte thing is just make sure that 03:02:19,670 --> 03:02:19,680 gigabyte thing is just make sure that 03:02:19,680 --> 03:02:20,910 gigabyte thing is just make sure that everything is showing up correctly it 03:02:20,910 --> 03:02:20,920 everything is showing up correctly it 03:02:20,920 --> 03:02:24,950 everything is showing up correctly it should we see AMD ryzen 7 7700x sweet we 03:02:24,950 --> 03:02:24,960 should we see AMD ryzen 7 7700x sweet we 03:02:24,960 --> 03:02:28,229 should we see AMD ryzen 7 7700x sweet we see 31 or 32 gigs of RAM sweet we see 03:02:28,229 --> 03:02:28,239 see 31 or 32 gigs of RAM sweet we see 03:02:28,239 --> 03:02:30,830 see 31 or 32 gigs of RAM sweet we see our hard drive and our SSD both of those 03:02:30,830 --> 03:02:30,840 our hard drive and our SSD both of those 03:02:30,840 --> 03:02:33,110 our hard drive and our SSD both of those are fine and that's pretty much it so we 03:02:33,110 --> 03:02:33,120 are fine and that's pretty much it so we 03:02:33,120 --> 03:02:34,590 are fine and that's pretty much it so we can actually take out our Windows Flash 03:02:34,590 --> 03:02:34,600 can actually take out our Windows Flash 03:02:34,600 --> 03:02:36,229 can actually take out our Windows Flash drive now keep this handy if you ever 03:02:36,229 --> 03:02:36,239 drive now keep this handy if you ever 03:02:36,239 --> 03:02:37,510 drive now keep this handy if you ever need to reinstall Windows but you can 03:02:37,510 --> 03:02:37,520 need to reinstall Windows but you can 03:02:37,520 --> 03:02:38,950 need to reinstall Windows but you can easily remake one of these it's not 03:02:38,950 --> 03:02:38,960 easily remake one of these it's not 03:02:38,960 --> 03:02:41,870 easily remake one of these it's not super important and now it is time to 03:02:41,870 --> 03:02:41,880 super important and now it is time to 03:02:41,880 --> 03:02:44,190 super important and now it is time to grab our drivers now if your computer is 03:02:44,190 --> 03:02:44,200 grab our drivers now if your computer is 03:02:44,200 --> 03:02:46,389 grab our drivers now if your computer is online and everything is functioning you 03:02:46,389 --> 03:02:46,399 online and everything is functioning you 03:02:46,399 --> 03:02:49,030 online and everything is functioning you can just download these directly because 03:02:49,030 --> 03:02:49,040 can just download these directly because 03:02:49,040 --> 03:02:50,750 can just download these directly because we're not online yet I'm going to come 03:02:50,750 --> 03:02:50,760 we're not online yet I'm going to come 03:02:50,760 --> 03:02:52,590 we're not online yet I'm going to come over to my laptop here with my flash 03:02:52,590 --> 03:02:52,600 over to my laptop here with my flash 03:02:52,600 --> 03:02:53,790 over to my laptop here with my flash drive installed and I'm going to 03:02:53,790 --> 03:02:53,800 drive installed and I'm going to 03:02:53,800 --> 03:02:56,309 drive installed and I'm going to download a few things so in this same 03:02:56,309 --> 03:02:56,319 download a few things so in this same 03:02:56,319 --> 03:02:57,750 download a few things so in this same support page that we downloaded the BIOS 03:02:57,750 --> 03:02:57,760 support page that we downloaded the BIOS 03:02:57,760 --> 03:02:59,710 support page that we downloaded the BIOS you're going to see a bunch of drivers 03:02:59,710 --> 03:02:59,720 you're going to see a bunch of drivers 03:02:59,720 --> 03:03:01,910 you're going to see a bunch of drivers you want to download almost all of these 03:03:01,910 --> 03:03:01,920 you want to download almost all of these 03:03:01,920 --> 03:03:03,269 you want to download almost all of these you'll see for example for audio there's 03:03:03,269 --> 03:03:03,279 you'll see for example for audio there's 03:03:03,279 --> 03:03:04,750 you'll see for example for audio there's two versions there's an older one and a 03:03:04,750 --> 03:03:04,760 two versions there's an older one and a 03:03:04,760 --> 03:03:05,750 two versions there's an older one and a newer one so I'm going to download the 03:03:05,750 --> 03:03:05,760 newer one so I'm going to download the 03:03:05,760 --> 03:03:06,750 newer one so I'm going to download the newer 03:03:06,750 --> 03:03:06,760 newer 03:03:06,760 --> 03:03:09,870 newer version we're going to grab chipset so 03:03:09,870 --> 03:03:09,880 version we're going to grab chipset so 03:03:09,880 --> 03:03:11,590 version we're going to grab chipset so again we'll grab the newer versions 03:03:11,590 --> 03:03:11,600 again we'll grab the newer versions 03:03:11,600 --> 03:03:13,349 again we'll grab the newer versions which are Apu and chipset so we're 03:03:13,349 --> 03:03:13,359 which are Apu and chipset so we're 03:03:13,359 --> 03:03:15,150 which are Apu and chipset so we're download both of these you want to grab 03:03:15,150 --> 03:03:15,160 download both of these you want to grab 03:03:15,160 --> 03:03:17,070 download both of these you want to grab your land driver very important so we're 03:03:17,070 --> 03:03:17,080 your land driver very important so we're 03:03:17,080 --> 03:03:18,349 your land driver very important so we're going to grab the most recent version 03:03:18,349 --> 03:03:18,359 going to grab the most recent version 03:03:18,359 --> 03:03:21,349 going to grab the most recent version which looks like it is from December of 03:03:21,349 --> 03:03:21,359 which looks like it is from December of 03:03:21,359 --> 03:03:23,190 which looks like it is from December of 2023 and we're going to grab it for 03:03:23,190 --> 03:03:23,200 2023 and we're going to grab it for 03:03:23,200 --> 03:03:25,950 2023 and we're going to grab it for Windows 11 um you can sort in the actual 03:03:25,950 --> 03:03:25,960 Windows 11 um you can sort in the actual 03:03:25,960 --> 03:03:27,910 Windows 11 um you can sort in the actual setup here if you which driver OS you 03:03:27,910 --> 03:03:27,920 setup here if you which driver OS you 03:03:27,920 --> 03:03:30,190 setup here if you which driver OS you have but it's pretty simple uh we don't 03:03:30,190 --> 03:03:30,200 have but it's pretty simple uh we don't 03:03:30,200 --> 03:03:31,469 have but it's pretty simple uh we don't actually need the raid driver we'll show 03:03:31,469 --> 03:03:31,479 actually need the raid driver we'll show 03:03:31,479 --> 03:03:34,229 actually need the raid driver we'll show that later and the wireless Bluetooth 03:03:34,229 --> 03:03:34,239 that later and the wireless Bluetooth 03:03:34,239 --> 03:03:35,110 that later and the wireless Bluetooth all this kind of stuff so I'm going to 03:03:35,110 --> 03:03:35,120 all this kind of stuff so I'm going to 03:03:35,120 --> 03:03:37,429 all this kind of stuff so I'm going to download all of the things so we got all 03:03:37,429 --> 03:03:37,439 download all of the things so we got all 03:03:37,439 --> 03:03:39,670 download all of the things so we got all these set up now there is also utility 03:03:39,670 --> 03:03:39,680 these set up now there is also utility 03:03:39,680 --> 03:03:40,830 these set up now there is also utility which is going to be the gigabyte 03:03:40,830 --> 03:03:40,840 which is going to be the gigabyte 03:03:40,840 --> 03:03:42,670 which is going to be the gigabyte control center um I'm actually going to 03:03:42,670 --> 03:03:42,680 control center um I'm actually going to 03:03:42,680 --> 03:03:45,750 control center um I'm actually going to do this later every motherboard 03:03:45,750 --> 03:03:45,760 do this later every motherboard 03:03:45,760 --> 03:03:46,990 do this later every motherboard manufacturer is going to have different 03:03:46,990 --> 03:03:47,000 manufacturer is going to have different 03:03:47,000 --> 03:03:48,830 manufacturer is going to have different sort of setups so typically they'll have 03:03:48,830 --> 03:03:48,840 sort of setups so typically they'll have 03:03:48,840 --> 03:03:50,190 sort of setups so typically they'll have some kind of like Masterpiece of 03:03:50,190 --> 03:03:50,200 some kind of like Masterpiece of 03:03:50,200 --> 03:03:51,750 some kind of like Masterpiece of software which will help help you pull 03:03:51,750 --> 03:03:51,760 software which will help help you pull 03:03:51,760 --> 03:03:53,950 software which will help help you pull downloads and updates uh from that point 03:03:53,950 --> 03:03:53,960 downloads and updates uh from that point 03:03:53,960 --> 03:03:55,110 downloads and updates uh from that point and it will say that Windows once you 03:03:55,110 --> 03:03:55,120 and it will say that Windows once you 03:03:55,120 --> 03:03:57,070 and it will say that Windows once you actually get this online Windows update 03:03:57,070 --> 03:03:57,080 actually get this online Windows update 03:03:57,080 --> 03:03:58,950 actually get this online Windows update will do its best to grab some drivers 03:03:58,950 --> 03:03:58,960 will do its best to grab some drivers 03:03:58,960 --> 03:04:00,670 will do its best to grab some drivers but typically I like to grab the drivers 03:04:00,670 --> 03:04:00,680 but typically I like to grab the drivers 03:04:00,680 --> 03:04:02,590 but typically I like to grab the drivers directly from the manufacturer of my 03:04:02,590 --> 03:04:02,600 directly from the manufacturer of my 03:04:02,600 --> 03:04:04,469 directly from the manufacturer of my motherboard to make sure they are as up 03:04:04,469 --> 03:04:04,479 motherboard to make sure they are as up 03:04:04,479 --> 03:04:06,030 motherboard to make sure they are as up to dat and everything as possible so 03:04:06,030 --> 03:04:06,040 to dat and everything as possible so 03:04:06,040 --> 03:04:07,550 to dat and everything as possible so I've got all of my Gigabyte drivers 03:04:07,550 --> 03:04:07,560 I've got all of my Gigabyte drivers 03:04:07,560 --> 03:04:09,429 I've got all of my Gigabyte drivers downloaded but before I move on just 03:04:09,429 --> 03:04:09,439 downloaded but before I move on just 03:04:09,439 --> 03:04:10,910 downloaded but before I move on just because I know my system is not online I 03:04:10,910 --> 03:04:10,920 because I know my system is not online I 03:04:10,920 --> 03:04:12,150 because I know my system is not online I don't have to deal with it also going to 03:04:12,150 --> 03:04:12,160 don't have to deal with it also going to 03:04:12,160 --> 03:04:14,190 don't have to deal with it also going to look up NVIDIA drivers now you would do 03:04:14,190 --> 03:04:14,200 look up NVIDIA drivers now you would do 03:04:14,200 --> 03:04:16,309 look up NVIDIA drivers now you would do this exact same thing if this was AMD or 03:04:16,309 --> 03:04:16,319 this exact same thing if this was AMD or 03:04:16,319 --> 03:04:17,990 this exact same thing if this was AMD or Intel you just want to download Lo the 03:04:17,990 --> 03:04:18,000 Intel you just want to download Lo the 03:04:18,000 --> 03:04:20,870 Intel you just want to download Lo the drivers for your specific GPU so for us 03:04:20,870 --> 03:04:20,880 drivers for your specific GPU so for us 03:04:20,880 --> 03:04:22,870 drivers for your specific GPU so for us we know that we have a GeForce card I 03:04:22,870 --> 03:04:22,880 we know that we have a GeForce card I 03:04:22,880 --> 03:04:27,150 we know that we have a GeForce card I have a 40 series and it is a 4070 03:04:27,150 --> 03:04:27,160 have a 40 series and it is a 4070 03:04:27,160 --> 03:04:31,150 have a 40 series and it is a 4070 super that's super good Windows 11 and 03:04:31,150 --> 03:04:31,160 super that's super good Windows 11 and 03:04:31,160 --> 03:04:32,590 super that's super good Windows 11 and we hit search and it should give us the 03:04:32,590 --> 03:04:32,600 we hit search and it should give us the 03:04:32,600 --> 03:04:34,349 we hit search and it should give us the most upto-date driver so we're going to 03:04:34,349 --> 03:04:34,359 most upto-date driver so we're going to 03:04:34,359 --> 03:04:36,630 most upto-date driver so we're going to download that as well and then once we 03:04:36,630 --> 03:04:36,640 download that as well and then once we 03:04:36,640 --> 03:04:37,910 download that as well and then once we got everything downloaded we're going to 03:04:37,910 --> 03:04:37,920 got everything downloaded we're going to 03:04:37,920 --> 03:04:39,790 got everything downloaded we're going to copy all of it over to our flash drive 03:04:39,790 --> 03:04:39,800 copy all of it over to our flash drive 03:04:39,800 --> 03:04:41,349 copy all of it over to our flash drive and move it over to the system 03:04:41,349 --> 03:04:41,359 and move it over to the system 03:04:41,359 --> 03:04:43,830 and move it over to the system downloading your motherboard drivers and 03:04:43,830 --> 03:04:43,840 downloading your motherboard drivers and 03:04:43,840 --> 03:04:45,910 downloading your motherboard drivers and your graphics drivers are the most 03:04:45,910 --> 03:04:45,920 your graphics drivers are the most 03:04:45,920 --> 03:04:48,550 your graphics drivers are the most important thing now at this point you 03:04:48,550 --> 03:04:48,560 important thing now at this point you 03:04:48,560 --> 03:04:49,870 important thing now at this point you will probably want to download some 03:04:49,870 --> 03:04:49,880 will probably want to download some 03:04:49,880 --> 03:04:51,710 will probably want to download some other stuff so for example because we 03:04:51,710 --> 03:04:51,720 other stuff so for example because we 03:04:51,720 --> 03:04:53,510 other stuff so for example because we have a Leon Lee case and cooler we would 03:04:53,510 --> 03:04:53,520 have a Leon Lee case and cooler we would 03:04:53,520 --> 03:04:55,429 have a Leon Lee case and cooler we would want to download the lean Lee uh 03:04:55,429 --> 03:04:55,439 want to download the lean Lee uh 03:04:55,439 --> 03:04:57,870 want to download the lean Lee uh lconnect software which will allow us to 03:04:57,870 --> 03:04:57,880 lconnect software which will allow us to 03:04:57,880 --> 03:04:59,790 lconnect software which will allow us to not only adjust of course all of our RGB 03:04:59,790 --> 03:04:59,800 not only adjust of course all of our RGB 03:04:59,800 --> 03:05:01,750 not only adjust of course all of our RGB and stuff but specifically adjust the 03:05:01,750 --> 03:05:01,760 and stuff but specifically adjust the 03:05:01,760 --> 03:05:03,550 and stuff but specifically adjust the actual screen here I'm not going to show 03:05:03,550 --> 03:05:03,560 actual screen here I'm not going to show 03:05:03,560 --> 03:05:04,710 actual screen here I'm not going to show you how to do that I'll be honest with 03:05:04,710 --> 03:05:04,720 you how to do that I'll be honest with 03:05:04,720 --> 03:05:06,950 you how to do that I'll be honest with you every bit of RGB software is 03:05:06,950 --> 03:05:06,960 you every bit of RGB software is 03:05:06,960 --> 03:05:08,870 you every bit of RGB software is Different download 03:05:08,870 --> 03:05:08,880 Different download 03:05:08,880 --> 03:05:11,790 Different download whatever setup is correct for your 03:05:11,790 --> 03:05:11,800 whatever setup is correct for your 03:05:11,800 --> 03:05:14,429 whatever setup is correct for your system go through the little tutorial be 03:05:14,429 --> 03:05:14,439 system go through the little tutorial be 03:05:14,439 --> 03:05:16,070 system go through the little tutorial be aware that sometimes that RGB stuff 03:05:16,070 --> 03:05:16,080 aware that sometimes that RGB stuff 03:05:16,080 --> 03:05:18,429 aware that sometimes that RGB stuff could be really finicky but it's gotten 03:05:18,429 --> 03:05:18,439 could be really finicky but it's gotten 03:05:18,439 --> 03:05:20,590 could be really finicky but it's gotten better um but for the purposes of this 03:05:20,590 --> 03:05:20,600 better um but for the purposes of this 03:05:20,600 --> 03:05:21,750 better um but for the purposes of this tutorial I'm just going to show you how 03:05:21,750 --> 03:05:21,760 tutorial I'm just going to show you how 03:05:21,760 --> 03:05:23,429 tutorial I'm just going to show you how to get this thing online with the 03:05:23,429 --> 03:05:23,439 to get this thing online with the 03:05:23,439 --> 03:05:25,269 to get this thing online with the correct Graphics drivers and then we're 03:05:25,269 --> 03:05:25,279 correct Graphics drivers and then we're 03:05:25,279 --> 03:05:26,429 correct Graphics drivers and then we're going to run Windows update and we 03:05:26,429 --> 03:05:26,439 going to run Windows update and we 03:05:26,439 --> 03:05:28,469 going to run Windows update and we should hopefully be done all right so 03:05:28,469 --> 03:05:28,479 should hopefully be done all right so 03:05:28,479 --> 03:05:29,670 should hopefully be done all right so everything is copied over to my driver 03:05:29,670 --> 03:05:29,680 everything is copied over to my driver 03:05:29,680 --> 03:05:32,550 everything is copied over to my driver USB I'm going to plug this in so uh I'm 03:05:32,550 --> 03:05:32,560 USB I'm going to plug this in so uh I'm 03:05:32,560 --> 03:05:34,349 USB I'm going to plug this in so uh I'm just going to plug it into the back USBS 03:05:34,349 --> 03:05:34,359 just going to plug it into the back USBS 03:05:34,359 --> 03:05:36,190 just going to plug it into the back USBS um it's a really small note but 03:05:36,190 --> 03:05:36,200 um it's a really small note but 03:05:36,200 --> 03:05:38,190 um it's a really small note but typically the fastest USB ports on your 03:05:38,190 --> 03:05:38,200 typically the fastest USB ports on your 03:05:38,200 --> 03:05:40,190 typically the fastest USB ports on your computer are the ones on the motherboard 03:05:40,190 --> 03:05:40,200 computer are the ones on the motherboard 03:05:40,200 --> 03:05:42,229 computer are the ones on the motherboard these are fine but sometimes they're 03:05:42,229 --> 03:05:42,239 these are fine but sometimes they're 03:05:42,239 --> 03:05:44,590 these are fine but sometimes they're like only USB 3.0 speeds it doesn't 03:05:44,590 --> 03:05:44,600 like only USB 3.0 speeds it doesn't 03:05:44,600 --> 03:05:46,790 like only USB 3.0 speeds it doesn't really matter but if you got like an SSD 03:05:46,790 --> 03:05:46,800 really matter but if you got like an SSD 03:05:46,800 --> 03:05:48,150 really matter but if you got like an SSD or something faster I just always like 03:05:48,150 --> 03:05:48,160 or something faster I just always like 03:05:48,160 --> 03:05:49,550 or something faster I just always like plugging into the motherboard feels a 03:05:49,550 --> 03:05:49,560 plugging into the motherboard feels a 03:05:49,560 --> 03:05:50,710 plugging into the motherboard feels a little bit more 03:05:50,710 --> 03:05:50,720 little bit more 03:05:50,720 --> 03:05:52,990 little bit more reliable all right so with that plugged 03:05:52,990 --> 03:05:53,000 reliable all right so with that plugged 03:05:53,000 --> 03:05:54,670 reliable all right so with that plugged in we're going to go into file manager 03:05:54,670 --> 03:05:54,680 in we're going to go into file manager 03:05:54,680 --> 03:05:56,229 in we're going to go into file manager we see our drivers we're going to copy 03:05:56,229 --> 03:05:56,239 we see our drivers we're going to copy 03:05:56,239 --> 03:05:58,309 we see our drivers we're going to copy all of this stuff over into our I just 03:05:58,309 --> 03:05:58,319 all of this stuff over into our I just 03:05:58,319 --> 03:06:00,990 all of this stuff over into our I just put in documents or downloads so I copy 03:06:00,990 --> 03:06:01,000 put in documents or downloads so I copy 03:06:01,000 --> 03:06:03,269 put in documents or downloads so I copy everything over to our actual SSD or our 03:06:03,269 --> 03:06:03,279 everything over to our actual SSD or our 03:06:03,279 --> 03:06:04,950 everything over to our actual SSD or our computer itself once everything is 03:06:04,950 --> 03:06:04,960 computer itself once everything is 03:06:04,960 --> 03:06:06,550 computer itself once everything is copied over we want to run it off the 03:06:06,550 --> 03:06:06,560 copied over we want to run it off the 03:06:06,560 --> 03:06:07,750 copied over we want to run it off the internal drive cuz it's can be a lot 03:06:07,750 --> 03:06:07,760 internal drive cuz it's can be a lot 03:06:07,760 --> 03:06:09,950 internal drive cuz it's can be a lot faster ideally as you install these 03:06:09,950 --> 03:06:09,960 faster ideally as you install these 03:06:09,960 --> 03:06:12,510 faster ideally as you install these drivers things start to work thankfully 03:06:12,510 --> 03:06:12,520 drivers things start to work thankfully 03:06:12,520 --> 03:06:15,070 drivers things start to work thankfully after some driver downloads and a quick 03:06:15,070 --> 03:06:15,080 after some driver downloads and a quick 03:06:15,080 --> 03:06:18,349 after some driver downloads and a quick restart we are now online so at this 03:06:18,349 --> 03:06:18,359 restart we are now online so at this 03:06:18,359 --> 03:06:20,110 restart we are now online so at this point we're almost done so I do have 03:06:20,110 --> 03:06:20,120 point we're almost done so I do have 03:06:20,120 --> 03:06:21,630 point we're almost done so I do have this little popup asking me to download 03:06:21,630 --> 03:06:21,640 this little popup asking me to download 03:06:21,640 --> 03:06:23,349 this little popup asking me to download gigabyte control center I will do that 03:06:23,349 --> 03:06:23,359 gigabyte control center I will do that 03:06:23,359 --> 03:06:25,030 gigabyte control center I will do that because that is that sort of overall 03:06:25,030 --> 03:06:25,040 because that is that sort of overall 03:06:25,040 --> 03:06:26,190 because that is that sort of overall piece of software that's going to help 03:06:26,190 --> 03:06:26,200 piece of software that's going to help 03:06:26,200 --> 03:06:27,510 piece of software that's going to help me to make sure that everything is up to 03:06:27,510 --> 03:06:27,520 me to make sure that everything is up to 03:06:27,520 --> 03:06:29,950 me to make sure that everything is up to date and the last step is going to be to 03:06:29,950 --> 03:06:29,960 date and the last step is going to be to 03:06:29,960 --> 03:06:32,830 date and the last step is going to be to download updates and believeing I say 03:06:32,830 --> 03:06:32,840 download updates and believeing I say 03:06:32,840 --> 03:06:34,590 download updates and believeing I say windows is going to have a whole lot of 03:06:34,590 --> 03:06:34,600 windows is going to have a whole lot of 03:06:34,600 --> 03:06:38,110 windows is going to have a whole lot of updates so let it run you may need to 03:06:38,110 --> 03:06:38,120 updates so let it run you may need to 03:06:38,120 --> 03:06:40,070 updates so let it run you may need to restart a couple of times and check it 03:06:40,070 --> 03:06:40,080 restart a couple of times and check it 03:06:40,080 --> 03:06:41,910 restart a couple of times and check it again and it will show up we're not 03:06:41,910 --> 03:06:41,920 again and it will show up we're not 03:06:41,920 --> 03:06:43,510 again and it will show up we're not quite done yet one really quick little 03:06:43,510 --> 03:06:43,520 quite done yet one really quick little 03:06:43,520 --> 03:06:46,349 quite done yet one really quick little thing let me quickly hop into our 03:06:46,349 --> 03:06:46,359 thing let me quickly hop into our 03:06:46,359 --> 03:06:49,870 thing let me quickly hop into our display uh I say this just because it's 03:06:49,870 --> 03:06:49,880 display uh I say this just because it's 03:06:49,880 --> 03:06:51,750 display uh I say this just because it's easy to miss double check your 03:06:51,750 --> 03:06:51,760 easy to miss double check your 03:06:51,760 --> 03:06:53,550 easy to miss double check your resolution specifically the frame rate 03:06:53,550 --> 03:06:53,560 resolution specifically the frame rate 03:06:53,560 --> 03:06:55,389 resolution specifically the frame rate on your monitor before we finish so 03:06:55,389 --> 03:06:55,399 on your monitor before we finish so 03:06:55,399 --> 03:06:57,110 on your monitor before we finish so you'll see here this is a 1440p monitor 03:06:57,110 --> 03:06:57,120 you'll see here this is a 1440p monitor 03:06:57,120 --> 03:06:58,590 you'll see here this is a 1440p monitor which is correct but we also want to 03:06:58,590 --> 03:06:58,600 which is correct but we also want to 03:06:58,600 --> 03:07:00,309 which is correct but we also want to pull up the advanced display so this is 03:07:00,309 --> 03:07:00,319 pull up the advanced display so this is 03:07:00,319 --> 03:07:01,870 pull up the advanced display so this is going to be in your actual system 03:07:01,870 --> 03:07:01,880 going to be in your actual system 03:07:01,880 --> 03:07:04,510 going to be in your actual system display settings so if you click on this 03:07:04,510 --> 03:07:04,520 display settings so if you click on this 03:07:04,520 --> 03:07:06,550 display settings so if you click on this it immediately does give us 240 HZ good 03:07:06,550 --> 03:07:06,560 it immediately does give us 240 HZ good 03:07:06,560 --> 03:07:08,510 it immediately does give us 240 HZ good if you have a high refresh rate monitor 03:07:08,510 --> 03:07:08,520 if you have a high refresh rate monitor 03:07:08,520 --> 03:07:10,630 if you have a high refresh rate monitor sometimes they'll defa theault to 60 and 03:07:10,630 --> 03:07:10,640 sometimes they'll defa theault to 60 and 03:07:10,640 --> 03:07:11,870 sometimes they'll defa theault to 60 and you might not realize that you're not 03:07:11,870 --> 03:07:11,880 you might not realize that you're not 03:07:11,880 --> 03:07:13,110 you might not realize that you're not getting the full experience out of your 03:07:13,110 --> 03:07:13,120 getting the full experience out of your 03:07:13,120 --> 03:07:15,710 getting the full experience out of your monitor now we have successfully built 03:07:15,710 --> 03:07:15,720 monitor now we have successfully built 03:07:15,720 --> 03:07:18,429 monitor now we have successfully built ourselves a gaming computer 03:07:18,429 --> 03:07:18,439 ourselves a gaming computer 03:07:18,439 --> 03:07:21,070 ourselves a gaming computer yay congratulations thank you very much 03:07:21,070 --> 03:07:21,080 yay congratulations thank you very much 03:07:21,080 --> 03:07:22,469 yay congratulations thank you very much to mic Center for sponsoring this 03:07:22,469 --> 03:07:22,479 to mic Center for sponsoring this 03:07:22,479 --> 03:07:24,429 to mic Center for sponsoring this tutorial as always if you're ever 03:07:24,429 --> 03:07:24,439 tutorial as always if you're ever 03:07:24,439 --> 03:07:26,110 tutorial as always if you're ever interested in buying any PC components 03:07:26,110 --> 03:07:26,120 interested in buying any PC components 03:07:26,120 --> 03:07:28,590 interested in buying any PC components Microcenter is your number one stop for 03:07:28,590 --> 03:07:28,600 Microcenter is your number one stop for 03:07:28,600 --> 03:07:32,630 Microcenter is your number one stop for all things gaming computer related 03:07:32,630 --> 03:07:32,640 all things gaming computer related 03:07:32,640 --> 03:07:37,150 all things gaming computer related excuse me my friends I'm going to go and 03:07:37,150 --> 03:07:37,160 excuse me my friends I'm going to go and 03:07:37,160 --> 03:07:39,590 excuse me my friends I'm going to go and apologize to our wonderful edit team for 03:07:39,590 --> 03:07:39,600 apologize to our wonderful edit team for 03:07:39,600 --> 03:07:41,590 apologize to our wonderful edit team for asking them to edit through 17 hours of 03:07:41,590 --> 03:07:41,600 asking them to edit through 17 hours of 03:07:41,600 --> 03:07:42,670 asking them to edit through 17 hours of footage but hopefully you found this 03:07:42,670 --> 03:07:42,680 footage but hopefully you found this 03:07:42,680 --> 03:07:44,070 footage but hopefully you found this tutorial helpful if you did make sure to 03:07:44,070 --> 03:07:44,080 tutorial helpful if you did make sure to 03:07:44,080 --> 03:07:45,910 tutorial helpful if you did make sure to subscribe to the channel ring L that 03:07:45,910 --> 03:07:45,920 subscribe to the channel ring L that 03:07:45,920 --> 03:07:47,630 subscribe to the channel ring L that dingling button and check out all all 03:07:47,630 --> 03:07:47,640 dingling button and check out all all 03:07:47,640 --> 03:07:48,790 dingling button and check out all all the components that we purchased for 03:07:48,790 --> 03:07:48,800 the components that we purchased for 03:07:48,800 --> 03:07:52,870 the components that we purchased for this video at the links in the 03:07:52,870 --> 03:07:52,880 03:07:52,880 --> 03:07:57,600 description I'll see you next year 1058113

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