WEBVTT

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My computer just died. I was using it and then it died. I pressed the button

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and it did. I unplugged, I replugged,

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still dead. The bad news then is my computer's dead. The good news is I get

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to make a video fixing it. And the even better news is I get to tell you about

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our sponsor, Origin PC. Configure your nextG gaming

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my favorite because so often it ends up working. Try again and see if it

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magically healed itself in transport. Uh

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Jake told me he did confirm that it was actually broken though. I was not

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expecting this to turn on. I told you not to fix it. I didn't fix it.

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You did? You told me you were tinkering around with it and you figured out what was wrong. What does that mean? That

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means you fixed it. But then I put it back.

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Yesterday, like last night when I undid

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the thing that I fixed, it still did not turn on. I turned I

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would turn the power switch on, press the button, it would light up for like half a second and shut off. You know,

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like that when your motherboard's dead kind of like I told him not to touch it.

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It didn't work when I was using it yesterday.

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The bad news is we don't get to troubleshoot the computer together. What

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we do get to do is figure out where Oh, I found it. I've been looking for the

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leak in my computer for ages now. You can totally see it. There's like a

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poo smear. Okay, computer works perfectly. The good

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news is that no, my computer actually doesn't work perfectly. There are a

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couple of issues that I've had with it for months now. One is that my RGB

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strips are not compatible with the headers on my motherboard, and I just haven't gotten around to getting an

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adapter. That's no problem. We're going to fix that in about 2 seconds. The

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other one is that there is a slow leak in my radiator that has been rapidly

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accelerating from, hm, that's weird. Why

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do I need to top this thing up every 3 to 6 months to I need to top this thing

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up every 2 weeks or my pump is running dry. And finally, it's gotten so bad

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that I can actually see finally where it's coming out. Did this just turn off?

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The fact that the system's having troubles again now means that there is no obvious step one because I would have

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said step one's to drain the system. But if I drain the system and then do all

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the water cooling and refill it only to find out that I have to replace a

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motherboard or something like that, I'm going to have to redo all of that work.

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Jake's theory is that it was the power supply because he swapped it and then it

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worked. But then we put the original one back in and then it worked and then it

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didn't work. Let's try the power supply swap. This is one of the benefits of a

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modular power supply that people don't really talk about. If you got to swap it

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out for troubleshooting, as long as the replacement is the same model and

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sometimes even just the same manufacturer, you just put it in, plug

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in your old cables, and you're done. No cable management. It's just set and

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forget. She powers up.

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Will she stay like that? Who knows?

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Come on, baby. Okay, seems fixed. I'm going to assume

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that the power supply fixes all we need. And it's time to move on to

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the [snorts] leak, which is a much bigger problem than it at first appears

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to be. You see, my case wasn't designed by a case designer. It was designed by

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me and then modeled with some help from the one and only Taran Van Heert, which

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means that it's super cool, but um has

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some problems. For one thing, while the

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two radiators fit, there's no easy way to install them. This appears to just be

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a spontaneous leak, and it's not even right at the surface. It's not even

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crushed or anything. So, it's got to be somewhere deeper inside the rad. I think

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realistically, this thing's coming out. We're going full on working on the car

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technique here. Ah, got to get drain

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that oil pan there. Okay, this is either going to go really great or really bad.

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And either way, it'll be kind of funny. Ah,

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I'm having flashbacks to this build now. Getting all these fans and the radiator

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in place was a pain in the butt. Now I remember why it was such a pain because

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this bracket hooks into the bottom of the case and

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there's no room with the front USB up here to slide it

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off the hook. [snorts]

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And people asked why we didn't release the plans for this case. It's because it

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sucks. There we go. All right.

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And go. WHAT? OH. OH, OKAY. THERE IT IS.

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First step, let's get some new fittings on this radiator. I think we're going to

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have to get a little bit creative today. There we go. That'll do it. That gives

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us a ton of flexibility to line this bad

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boy up. Okay, time to get out the saw.

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I need to take off an ever so tiny

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amount of this. Okay, on the plus side, brand new saw, sharp.

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That is a really wide saw blade guide. And that is a very crooked cut. Oo, it's

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going to be really tight. Okay, perfectly straight cut this time. Here

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we go.

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It's the saw because I cut at an angle

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and it's straight. Okay. How we feeling

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about that? That looks good. The second radiator is officially

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bypassed, but we're far from done because nothing we've done so far helps

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me cool this with the pool. I think I have a plan. I'm going to take out this

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bent tube here that goes between the CPU block and the reservoir. We go from here

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into here. And then we go from here to the back panel of the case. And look at

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this. I can even use my old 90° bend for this. All I got to do is shorten it a

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little bit. Okay, I may have not anticipated

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something here. This height is not right.

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It's going great. Thanks for asking. You know what you should do here

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[snorts] is just use a female to female and just extend the dupe. [laughter]

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That's actually what I'm doing. So this goes here into there and then

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this goes to a pass through at the back. Oh, that's not even that bad. So it can either run standalone or as

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part of whole pool water cooling. M sick, right?

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Yeah. Then I have one of these on the one that goes into the GPU. And so all I have to

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do is if I ever want to make sure that

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it's only running internally. Oh, I see it's going to go into that.

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Gotcha. And then it won't go anywhere. I like our only concern is that if we're

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running in pool mode, we're not splitting our flow and unnecessarily

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just running water through this part of the loop for no reason. So, all we've

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got to do is use one of these ball valves anywhere outside of just the CPU

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and GPU portion of the loop. So, it could either go in here, which is a

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pretty tight fit by the time we put fittings on here, or it could just go in

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here, which means that all the work I just [music] put into painstakingly

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getting this exactly the right length, I'm now going to have to redo. You know what? This one's ever so slightly too

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long, so I might just put it here. What about the uh the pump? Are you

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worried about just running the pump into nothing? It will get quite warm. H

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I mean, realistically, are you ever going to be like in a situation where

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you're doing this regularly? No, it's like a once in a while thing. Yes.

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So, if you have to just unplug the Molex, like whatever, right?

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Honestly, I think so. And if it ever does become a problem, we could always

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just wire a switch up to the back of the case right where the quick disconnects

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are and then run the pump through that. And then we could do that right now even like

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Nope. No. Okay. No. Today's a busy day.

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I took out the tube that was here, grabbed two scrap pieces of tubing, and

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you wouldn't even believe it. They are exactly the right length with the inline

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ball valve. This approach does require a

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lot of fittings though. Feel like this is kind of like that main gear cube

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system we checked out ages ago. One concern is that these are not quite

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aligned and there's no way to have it perfectly aligned because this one

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either needs to be level with this or level with the back.

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Or you can probably just uh selfing the

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last bit. You know what? That's actually

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a pretty good idea because this is going to be really tight anyway, right? We've

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got to have this pass through fitting here, right? Like that. And it's going

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to be like, so unless they're lined up perfectly, it's going to kind of suck.

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Let's have a look at how it looks. This is not my cleverest idea, but it's far

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from my worst. We need to drill holes in the back of the case for our passroughs.

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And uh drilling metal next to a computer, not the best thing. But what

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we can do is we can just tape this bag

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on the inside so that all the metal bits will get caught in this bag.

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No regrets. No regrets.

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No. Perfect.

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Beautiful. That does look beautiful.

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Freaking awesome. We're good. Yeah. All right. Thanks, Antoine.

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You're welcome. Keep keep labbing.

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All right. Those are on there. Are we

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ready to fill this? Oh, yeah. I think so.

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Noct to Edition screwdriver. Sign up for a notification. These are coming very

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soon. Moment of truth. Oh, there's definitely action. Oh, no. Uh but oh no,

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I don't have a keyboard plugged in. I actually did design some parts of this

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system pretty cleverly. There's a fill port here. Don't worry though, there's

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nothing to spill water on over here. It's just cables. It doesn't matter.

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There's a whole thing to make sure that the system was really, really easy to

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fill. So the pump sits right under the reservoir and then the radiator is

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oriented so that the fittings are at the top so that all the air should bleed out of it extremely quickly. Yet another

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flaw that prevented us from releasing the plans for the case, though, is that

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this fill port isn't accessible once the server rails are on. So, it's

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really not that convenient. Oh, balls. That's why the pump's having

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trouble. What happens here now is that water

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comes through here into the GPU block. It doesn't go through here because this

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is a quick connect. So, the water can only pass through if if that gets opened

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up, right? So it goes through the block out here into the CPU block out here. It

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doesn't go here because again this needs to be depressed in order for any water

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to flow through and then it just follows the regular loop path. If I wanted to

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run it externally with an external pump, I would just hit this valve, go in here,

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it would go into the GPU [music] block, CPU block, and out and out here.

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I don't know if the power supply was the issue. This power supply is powered on

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and there isn't a single LED illuminated on this board. I think it's the board.

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I'm going motherboard shopping. The bad news is that there are no local stores

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with this particular motherboard in stock, which means we have to swap the

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motherboard. The good news is we have a

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motherboard that is compatible and has all the right features and slots. What

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I'm hoping is that the CPU socket is in the same

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spot. You know what, Jake? Holy crap. I think they are. I think these are based

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on the same basic board design. Oh boy. Oh boy. Oh boy. You're

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squirting. Now

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the board should be able to just come completely clear without the water

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cooling interfering with it. Cool. And as long as that CPU socket is in

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exactly the same place, this won't be a problem at all.

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It's a good thing I didn't fix it yesterday.

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Oh no. Yeah. This is the one I sheared off.

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Hopefully that was tight enough. That will have to be drilled out.

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The Oh, mother. Where's the drill? Can't

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believe I'm doing this.

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Hey, I've got the motherboard out, the block off, the CPU out, the uh NVMe SSD taken

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out, all the RAM. There's no super

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obvious place that it looks damaged or

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burnt. We do not have another of the same block, but what we do have is

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another AM5. This is like a mono block technically, sort of. You can see the

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spot where it would touch the BRM. Um, but obviously not for this board, but it

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does use the same standoffs. So, in theory, I can take both of these

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apart, steal the one extra standoff to replace the damaged one, and then put

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this block on the new board, and then we

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just have this brand new mono block that is not really useful anymore. That's it.

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That's all I have to do. Steal that little thing.

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Ew. Ew. This is kind of crusty. Oh,

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there's a bunch of gunk in there. Jesus, Linus. I'm just cleaning the gunk out of

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this. Ew. It's like hairy.

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Jake, that power supply dead. What? I was running it. Yeah, like just like

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100 watts and it died. It just dies multiple times.

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Well, the motherboard is We tried a different power supply and it was stopped working again. Maybe the power

00:14:13.600 --> 00:14:20.160
supply killed the motherboard. Finally got everything to line up. Put the block

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back together and we can put the computer back together. [sighs] Hey.

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I swear at this point I've rebuilt Linus' computer more times than I've

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rebuilt my own computer. This looks like it's going well. I

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couldn't help noticing the power supply is not in the chassis anymore.

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Would you like the good news or the bad news? Oh, well, actually, I don't know if I really had that much. Well, the

00:14:41.199 --> 00:14:47.040
good news is like we're getting there. We're getting close now. [laughter]

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Well, the block is on. The CPU is in. I just got to put the M.2. We're like

00:14:48.079 --> 00:14:54.800
pretty much there. The bad news Yeah. or interesting news I'll do first.

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Uh that power supply, the first one is dead. Oh,

00:14:55.920 --> 00:15:01.440
it failed at like 100 watts after like 3 minutes.

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I'm just getting him to test this one just in case. Okay.

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Cuz he said I'll just put it on for like 10 minutes at 100 watts and see.

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Are you impressed by the new wiring setup?

00:15:10.320 --> 00:15:16.560
Yes. Nice. Good job. Thank you.

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Anyh who, uh the real reason I'm here is I

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wanted to know what the dillio is with my power supply. It just died.

00:15:24.720 --> 00:15:30.480
Yeah, it's able to reach the like all the voltages and live for a bit, but

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then under like a 100 watt load, it just dies after a couple minutes.

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The ROG one seems fine. Yeah, it's running right now. It's under about 100 watts and living. It's a low

00:15:37.279 --> 00:15:42.480
bar, but all right, I think we're good. I think

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it's in the same spot. You like my Sharpie stoppers? One time I did that

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and I left the Sharpie in there for like a month and came back to it and it would

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not come out. I actually had to cut it. Holy crap. The CPU sockets in exactly

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the same place. Everything's going back in. While I'm putting this on, do you

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want to recut this tube to be like Man, that's really bad. That much longer.

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Yeah. Yeah. Yeah. I got you. Yeah. Wait, you know what? I wonder if I didn't get it all the way into the

00:16:03.920 --> 00:16:10.079
fitting again. That's it. Okay. This is definitely perfect now.

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Like, is it the right length though? I don't

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know. We'll find that out. Give it a twist. There you go. Hey, that

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actually looks like it's probably very close and the exact same size as

00:16:22.720 --> 00:16:29.120
the one you had before. No, it's definitely longer. It's a bit longer. Okay.

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It's still a bit short. I'm over it. I mean, this is passable now. Before it

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was pretty rough. Yep. Realistically, plugging this into a

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PCIe by one slot, I'm not going to get the full 10 gig. What happened to the

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other card? What other card? What happened to the one by card? Oh, I was having problems with it.

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Oh, does this work in a one by slot?

00:16:46.959 --> 00:16:51.680
Yeah. Really? Yeah, of course. PCIe is up and down

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slot length compatible. It'll just limit the bandwidth. Some cards will work.

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But yeah, if it works, that's great. And thoughtfully, ASRock included

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openbacked slots on this motherboard. That makes a huge difference because

00:17:02.480 --> 00:17:09.039
otherwise you have to do what I did in a video like 9 years ago and take a hot

00:17:07.600 --> 00:17:12.480
knife or a Dremel or something. Well, Dremel's risky because it's rotary, but

00:17:11.280 --> 00:17:15.199
you take a hot knife and you just kind of melt the back and then you kind of pick it off with the nail. You can kind

00:17:15.039 --> 00:17:20.640
of Yeah. Yeah. Yeah. We're going to need some water. I already got that earlier.

00:17:19.600 --> 00:17:25.039
Nice. It's fancy water. It's actually a little easier to pour

00:17:23.280 --> 00:17:29.679
from the LT bottle once. Yeah. Just add all the bacteria

00:17:27.199 --> 00:17:34.039
yourself. DIY yuck. Did it turn button? Front button. Quick, quick,

00:17:30.640 --> 00:17:34.039
quick, quick, quick.

00:17:35.679 --> 00:17:41.280
Maybe give her the old power cycle again. Okay, hit it again.

00:17:39.679 --> 00:17:44.400
Is it even getting to the RAM? Oh, there we go. Yeah, I'll just take the PWM control

00:17:43.120 --> 00:17:50.919
off. Oh, okay. Oh, the pump was just like running really slow.

00:17:46.480 --> 00:17:50.919
Yeah. Oh, DisplayPort.

00:17:51.200 --> 00:17:55.679
Jake, what? Oh, sorry. I was just the bubbles

00:17:54.212 --> 00:18:00.080
[snorts] was in my own world.

00:17:58.000 --> 00:18:04.880
It's truly amazing trying to run a company where the entire staff is just

00:18:02.799 --> 00:18:07.760
like, "Ooh, bubbles. [laughter] Drama is flashing."

00:18:06.640 --> 00:18:12.640
Just give it a sec. It's memory training. Just give it a sec. The fact that it's cycling through them

00:18:10.799 --> 00:18:16.640
is a good sign. There you go, buddy. Easy. Yeah, it's not up yet.

00:18:14.880 --> 00:18:19.679
Easy. It just cycled the display. It should be on.

00:18:17.919 --> 00:18:22.400
Hey, that's what it was. That was definitely that. You know,

00:18:21.440 --> 00:18:27.679
you were right. Just had to have faith. I hate that

00:18:24.640 --> 00:18:29.919
though. It's awful. It's very stressful,

00:18:27.679 --> 00:18:33.679
especially for like a new PC builder. How many people have posted in AMD

00:18:31.919 --> 00:18:38.720
Reddit and been like, I just built a computer and it's not turning on. Ah,

00:18:35.679 --> 00:18:40.000
and then edit. Just kidding. It's fine.

00:18:38.720 --> 00:18:44.880
This is going to come down. Where's it come down? Oh, that was almost bad.

00:18:42.799 --> 00:18:48.799
It's a controlled drop. Oh. Oh, did you break it? Inaccessible boot device. Uh, you put

00:18:47.760 --> 00:18:54.400
the SSD in, right? Yeah. Uh, RAID mode. You have to turn on RAID drivers.

00:18:52.720 --> 00:18:58.960
PBS. Uh, no. Yes, there it is. There we go. And

00:18:57.280 --> 00:19:03.760
then you have to reboot again. Here we go. Preparing. Automatic repair.

00:19:02.080 --> 00:19:08.720
You better repair here. Look. Look at this crazy strategy. Wow. You can stick

00:19:05.520 --> 00:19:10.400
it in upside down. No way.

00:19:08.720 --> 00:19:13.360
Hey. Hey. Hey. Is it in an OS?

00:19:11.840 --> 00:19:18.720
Yes. So close. Now, don't forget to plug the RGB in. Eh,

00:19:16.720 --> 00:19:24.320
this is the Everything is going great song.

00:19:20.559 --> 00:19:25.760
Everything's going great.

00:19:24.320 --> 00:19:29.039
That's so much better. I haven't had working lights in here forever.

00:19:28.240 --> 00:19:32.880
Those look sick. These are really nice RGB strips. You should have had them in the other

00:19:32.000 --> 00:19:36.320
orientation. No, I like it on the side. It's just that the power supply is super

00:19:36.000 --> 00:19:41.280
lit. Oh, that's okay. Maybe I like my power supply lit. Maybe that's what happened

00:19:39.760 --> 00:19:44.880
to my old one. To be fair, I think the one that I put in your computer was just like a random

00:19:43.760 --> 00:19:49.760
one on the shelf, so it could have been through some. To be fair, that's the first CIC power

00:19:48.080 --> 00:19:53.440
supply that has failed since we started working with them years ago. Die

00:19:51.679 --> 00:19:58.000
averages at 80, though. Look at the core temps. So, the core temps are 60.

00:19:55.760 --> 00:20:04.480
No, this is not the result I expected. No, that's pretty bad, actually. What's

00:20:00.240 --> 00:20:08.080
going on there? It's vibing at 5.4 GHz.

00:20:04.480 --> 00:20:10.880
Okay, that's a touch on the high side.

00:20:08.080 --> 00:20:13.600
The water is freaking hot. Oh, yeah. I feel it's light at

00:20:12.160 --> 00:20:18.640
temperature. You're not getting the hot air out of here fast enough. The extra

00:20:16.320 --> 00:20:20.480
filters and stuff is pretty restrictive. Yeah, I [snorts] can take the filter

00:20:19.760 --> 00:20:25.919
out. It feels less bad now. Yeah, it's probably this filter works really well,

00:20:24.799 --> 00:20:29.600
but is Oh, you can't even see through it. Crazy restrictive. So,

00:20:28.640 --> 00:20:33.200
is there more than one or is just the one? No, it's just one. It is 10° cooler.

00:20:32.080 --> 00:20:36.640
Yeah. All right. Well, there's your problem. Also, I'm going to hook it up to the

00:20:35.840 --> 00:20:41.600
pool anyway. This is going It's going to be very cold when it's on the [laughter] pool.

00:20:39.280 --> 00:20:44.720
Yeah. Oh, it's amazing. And I had people concerned about the winter and the due

00:20:43.039 --> 00:20:50.080
point and all that. Don't worry about it because we plan to maintain the pool at

00:20:47.280 --> 00:20:53.280
just like a low but reasonable temperature.

00:20:51.760 --> 00:20:56.720
People here generally don't drain their pools in the winter. So, we'll just have

00:20:55.520 --> 00:21:01.840
it at like the coldest it gets here is like - 10 on

00:20:59.919 --> 00:21:07.320
like the worst day. Don't unplug it. It's updating the BIOS now.

00:21:03.280 --> 00:21:07.320
Anyway, but

00:21:08.159 --> 00:21:13.440
that was supposed to be some boards do that. and I'm Lionus. And

00:21:12.000 --> 00:21:17.360
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00:22:07.840 --> 00:22:13.120
that's left is a BIOS update. Take this baby home. If you guys enjoyed this

00:22:11.200 --> 00:22:16.880
video, hey, why don't you check out part two of whole pool water cooling where

00:22:15.280 --> 00:22:23.679
you're going to see the system that I'm going to hook this up to where I'm uh

00:22:20.880 --> 00:22:26.640
not going to have to worry about my insufficient fans. and