Name: 私が今までに挑戦した中で最も小さい水冷ビルド... (The SMALLEST Watercooled build I've ever attempted...)
Uploaded: 2021-01-14T09:48:31.000Z
Duration: 12 min 37 s
Description: VoiceTubeの動画で発音を聞きながら英語表現を覚えよう！学べる英語：

You guys were waiting on this guy over here.

I've been waiting on with the two top hats and I'm getting ready to water.

Cool this thing and I'm realizing this is gonna suck.

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Um, if you're not familiar with this case, I did a video about it in the past.

Actually was a black one back there that we to build on, sort of.

But this is it right here, and it's not really screwed together, so it's probably gonna fall apart.

That's a 90 X case, obviously, and, uh, it's expandable.

You could build it up this tall as you want.

I was like, I'm going to do a fully water cooled with graphics card and dual radiators and obviously CPU.

And then it came in and I looked at it and it's like, You know what?

What crack was I smoking, thinking I'm gonna fit all that in here.

Another top hat is on, and in terms of height, that's not our problem.

Our problem here obviously has a lot to do with.

Depth is well, because the graphics card goes on one side, and then motherboard goes on the other than it's got this riser cards.

You concede to connect everything together.

We've got a power supply that goes right here, and I'm realizing there is absolutely no room whatsoever for a reservoir or a pump.

So have been scouring the Internet looking for pump block combos.

Because if I could get the block and the pump on the CPU, then that I just really This was half hang off table.

You were gonna let that fall for the sake of the video.

I know you feel what I realize is if I could get a block pump combo a cp blocked pump combo that will that will take up a lot of my space constraints problems, and then I might actually be able to make this work.

Now, there's another conflict here that I where we're gonna have an issue here specifically with the Jeep.

So I was going to use my 2080 but I thought there's really no point in that.

This is gonna be a mobile editing rig for C.

E s for the most part, and I got to lose another screw.

So this is one of those things where I promise the audience I was gonna do this even though it took Loki like a year to get the case built.

I guess, given how long took me to do the post Malone build, I can't really complain about that now.

So that's a little besides the point, though.

I want to show you guys here and this is actually gonna be, I think, an easier problem for me to deal with.

But if I put the side panel on what you're going to see is I do not have very much room whatsoever between thes fittings and the side panel.

That Let me take this often, actually show you so I can screw this down in there.

The problem I had here was the fitting is typically wider than this piece here.

If that makes sense now, fortunately, I live very close to a micro center on and they carry water cooling stuff.

So I ran down there and got some barbs because I didn't have any non compressions.

My issue is compressions would probably not work here.

And it looks like these I'll scream like that.

You can see it looks like these were the exact same diameter, so that might actually work.

We're like, this guy right here is you can see it would have a caller that screws down on it, making this fitting whiter.

This is the same idea or inner diameter as this guy right here.

But the caller would have been hit the side piece, so I decided to go with barbs.

Very old school that looks like that will actually clear.

And if it does, And that's one less thing I'm gonna have to worry about today, the barbs actually fit.

So there is a problem number one, sort of sort of handled.

Now, let me show you Problem number two says you can see I'm gonna have a bit of a vertical clearance issue when it comes to the CPU.

Because once you put on this side now or just lamb, you could see there's not a lot of space in there.

So there's no room anywhere in here for me to comfortably do a pump or reservoir or any of that stuff because they'll forget right here where this spot goes and everyone's gonna be like, You could just do it right there in the bottom.

No, because here's here's the radiator off.

All right, so if I go ahead, let me just screw this down so you guys can have a very good visual Thies.

Small form factor bills Man, if you go on like if you want to read it or over clock dot net or any form where people are showing off their ultra small form factor builds and it's clean and they've got, like, rigid tubing and stuff.

Man, give those guys alike because I don't think people realize he might work.

So then this goes here like this, and then this ends up mounting onto there, and then this goes like this so you can see just how quickly you run out of space.

So that's the thing I'm trying to figure out now is how I'm gonna make it freaking work.

Long roundabout way of saying I decided to use along roundabout way of saying I tried to use a fractal design, um Kelvin pump because it's a pump block combo.

The problem was once I hooked up all of the radiators and the GP block and the opposite CPU and the GPU, it didn't really move the water too well, so I had this idea.

The problem is bleeding the air out of here because there's no room for a reservoir at all.

I know off at a another place at another time.

Okay, so here's Here's what I'm thinking.

This is one of the AL fickle cross flow radiators that I showed you guys.

So it all comes in, one side, goes across and comes out the other side instead of doing it.

You bend on there, but you see others fittings on both sides.

I'm thinking that might make an opportunity for me to fill from the top.

Because as long as the air can get out, if I undo one screw and the other screw and slowly fill it and let it just get down into the loop, we might actually get this toe work.

How small that iss SFX Power supplies are normally much bigger than this.

Okay, this is this is promising that goes up like that.

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私が今までに挑戦した中で最も小さい水冷ビルド... (The SMALLEST Watercooled build I've ever attempted...)

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