Name: 乾冰超頻...不推薦! (Dry Ice Overclocking... NOT RECOMMENDED!)
Uploaded: 2021-01-14T10:30:10.000Z
Duration: 14 min 32 s
Description: 【看影片學英語】數萬部 YouTube 影片，搭配英漢字典即點即查，輕鬆掌握單字發音與用法，長久累積看電影不必再看字幕。

程度副詞

So since we've made it past the 900 k launch and the 2700 launch, there's not really anything else coming up that I know is We can kind of get back to this because I just started getting my feet wet, huh?

No pun intended, but let me feel what I did it really wrong, but discarded started with x o.

I haven't touched anything like this since I did my Ellen to over clocking video with King Pin.

Let's face it, he said everything up and I just sort of got toe pour the Ln to which was fun and all, but yeah.

Maybe you didn't accept over 150,000 replays on the Lifestream, which is crazy.

I'm gonna show you guys today kind of the process of doing dry ice cooling.

Not quite as exotic as Ellen to, in my opinion, a lot more dangerous because of condensation.

In fact, I already killed one of our ex to 99 dark motherboards.

So let's just hope that doesn't happen today.

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So obviously, you're gonna need a motherboard.

Any processor that could be anything you want in terms of over clocking.

Obviously, we've chosen the 18 course 79 80 XY because where you're going for you obviously ripped Jen and Rip Paul and all that, So the bigger, the better.

And, yeah, you need a good motherboard designed for over clocking.

So the X to 99 dark is designed specifically for that reason.

We're also using G skill Trident Si non RGB memory.

This is also 3600 dims because memory plays a huge part in our three D mark scores, especially when it comes to physics.

But obviously you need a way to keep things cool.

This is technically an Ellen to pot is the one team pin left behind.

If you guys haven't seen that video going, watch out trying to put a link down below.

Uh, hey, not bad that you got those scores on dry ice and the fact that you did it on a pot that's not designed for an 18 core.

So he just sent me his newest pot design for 18 core, and you can tell by looking at it.

One's a two piece to get different colors and stuff on it.

But if we look at the inside, you can see just how much more tower there is our individual chambers for cooling to kind of more control the actual base of the pot to give us a good cooling service area so you can see the whole thing is definitely designed for 18 Corp.

Which is exactly why he's like, Hey, you want this pot?

He also sent This is kingpin cooling heater plate now already killed a motherboard, like I said, and the reason why I killed it was condensation.

Condensation formed garden into the PCB, and I believe it actually got into the socket and it killed the motherboard, but not the CPU.

This CPU just keeps on tickin, so we're gonna see how far we can push it today.

But this actually goes on the back side of the motherboard.

It uses one of these giant thermal pads that he sent with this.

Look how thick that ISS that goes on there like that.

And then our heater plate goes on top of it like so.

So this is a heating element that will heat up the thermal pad, which will heat up the backside of the socket, which will keep all these components warm and keep water from forming back here.

That's what killed my last motherboard was.

Water are the things you're gonna need, obviously as insulation like I mentioned, we use a lot of blue shop towels.

As I said, this is actually for Steve because they keep eating a score, so he needs the best lean.

This is actually for insulating the motherboard, so it's a messy job.

C, you need a way to monitor temperatures because, unfortunately, the onboard motherboard monitoring is not designed for sub zero it's not.

In fact, if you go below negative four on this motherboard, the course will show negative for the motherboard will show f f instead of a temperature readout as soon as you cross zero Celsius.

Because on the bottom of the pot right here, you can see we've got these different holes that were drilled in here, these air, different places, that we can actually monitor temperatures.

So you've got one right here at the very base of the pot, and you could monitor temperatures all around it.

So I'm I'm sure he's got this in there so that he could have probes all over it, making sure you have nice, even temperature.

But you just put a dab of thermal compound in their stick.

The probe in there bended up, tape it down, and then you get your reading at the actual base of the pot, which is what we're gonna be doing here today.

So today, if all goes well, we will take my delighted 79 80 xy.

We're going to reapply my k p X thermal compounds, something that Vince designed specifically for sub zero cooling.

We're going to apply under the eye chest.

It is not re glued that way I can reapply it as needed.

We also are going to be reapplying, obviously our thermal paste to our pot.

Motherboard also comes with this standoff, which is kind of nice, so you can keep it off the ground.

Well, just like that, it's like a little test.

We will be also doing grab this card on our extreme water cooling, which is just a giant ice tank that's being pumped to the radiator, keeping our temperatures as cold as possible.

Our graphics cards will actually run under load about 12 c 13 see not bad at all.

But if we don't do that, we can't get the temperatures anywhere near we will want them.

So let's go ahead and set this all up, see how how low we can get it and whether or not we can actually get my CPU back up to 5.6, which is where my current CPU score is on three.

Mark and I want to see how far we can get up on single card today.

We've only got one GPU because I really kind of only focus on single GPU today.

We are going to go ahead and we heat it up the pot and the reason why we did that because I observe Vince was pretty warm.

I observed, observed, Vince do that when he, uh, was here, he did with a torch.

Because when you apply the thermal pace, you because you are gonna go sub zero, you don't want to sort of harden and non spread for Matt.

And, you know, as you heat a colonel paste, it tends to thin out and get a little bit wider.

And it's sort of dissipates and spreads out Maur between the materials that it's touching.

So if we went straight to sub zero, that would never spread.

So we heated that up to about 60 see 58.1 right here.

So that story represents very similar to what processor at stock speed would probably be doing.

So we should get some pretty good spread of that thermal paste.

It's now we're going to kind of let this cool down just a little bit here, and then we're gonna go ahead and put in our asset.

Tono used acetone 100% acid tone because it doesn't freeze at the temperatures that dry ice will get to.

If we were using Ln to well, the Ellen to itself would be our conduit in terms of dropping temperatures.

But we use acid tone because we need something for the dry ice to melt into to make cold, which the acetone has a much lower freezing point than even our dry ice, which is like negative or minus 78 C or something like that minus 80 see kind of conflicting information on the Internet.

Bottom line is, it's pretty damn far below zero, but not as cold as Ellen to which could get minus 1 50 beyond.

Then there's liquid helium, which could go all the way to like minus 2 50 something ridiculous.

But anyway, we're going let this kind of cool down here for a little bit and then we are going Thio.