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This cooler VOIDS your warranty! - Worth the risk?? - YouTube
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Okay, so, we just finished up like a day of testing a bunch of different stuff on this
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with liquid metal and without liquid metal. And now we're going to
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put that guy right there on.
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This is the world's most unusual water block.
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It looks normal on the surface
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Copper on the bottom,
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Plexi and metal on the top,
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but the secret sauce,
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is it actually replaces
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the integrated heat spreader of your CPU.
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making direct contact
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with the die.
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This is madness.
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Hopefully
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You know what's funny, is we're kind of coming full circle here.
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This actually reminds me of the Danger Den TDX
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So that was a really old block designed for, back before,
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AMD CPUs in particular, had integrated heat spreaders.
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So the secret sauce here really, is just the way
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that NudeCNC, has designed the base of their block,
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in the shape of the underside of an integrated heat spreader, so you can see this lip right here is designed to be
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sealed on to the substrate
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These right here are designed to be held by the socket retention mechanism,
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and then this flat surface right here
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you can actually see an outline from testing they must have done at the factory
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this is a prototype unit.
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You can see the outline,
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of where a die was making contact with it before.
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So how's the mounting work?
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First we got to delid it right?
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Yeah. Well this one's already been delidded.
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Not, not right now obviously
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But, it should come off pretty easily.
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So one, of the big ways that enthusiasts have been improving temperatures, in some cases
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very dramatically over the last few generations,
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is removing the integrated heat spreader from the CPU, like Alex is doing now,
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and replacing the stock thermal compound that's in there
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with something a little more potent either a high performance paste,
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or, in extreme cases even liquid metal.
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But, the theory here, is that
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Nothing, I guess that's where the name NudeCNC comes from?
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Yeah.
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Nothing, is better than
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anything,
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so we're removing a full layer of thermal interface material, and additional metal
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between the water,
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and, the die, which is where the heat is actually generated.
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This is freaking crazy.
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Like you look at how thin everything we're dealing with this the tolerances for this
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have to be so tight
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which is why we're using a 7700K for our testing
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rather than an 8700K because, as far as we know, that's what this particular prototype
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is validated on.
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It probably would work for an 8700K though.
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Probably.
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But, go back a couple of generations to when Intel was using a thicker package material,
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and maybe not.
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Maybe you'd over tighten it. Which, I mean look at this thing.
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You don't want to do.
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It so thin as a chip
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Um, well let's get some liquid metal off of this first, just for the like, nice new application
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We already put a whole bunch of conformal coating on this, for everyone that's wondering
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I'm just gonna give it the old shirt treatment here. I'm sure that it's nice and clean. Kids don't try this at home
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Certified ESD safe.
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So we put this in the socket first. Here we go
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Where's our dot
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Think it's this way
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'kay
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So here you can see what I was talking about before
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Where you do need some kind of IHS on it to even hold the CPU in place because that's how
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These mounting mechanisms work. See, there's far too much play in there
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You won't be making adequate contact between the pads on the bottom of the CPU and the pins in the socket.
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There's something about German
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That makes warnings so much more fun
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(attempting german) "Warnung! Nig mead allumininium, cooler coper carbon. Vermandin!"
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Whereas like the English one's like
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Warning. Do not use aluminum heat sinks.
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Alright, what's next
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So we apply this right in the socket
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That's lots, hey?
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I can sort of get it in there, and then just pull out and it'll like, deflate. It's really weird
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Mmm, you sure?
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So this is the trickiest part
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You can see this notch is smaller
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and it's offset compared to the one that's built into the integrated heat spreader
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That, is so that you can kind of start it over here
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Move it where it will actually be held down,
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and then
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Tighten the whole thing down
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This is crazy.
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Like that is crazy
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Guess now, I guess we need to, drain the sketchy loop
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Why?
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We need to put the fittings in there.
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Naw, naw, you don't have to drain the loop to put in fittings
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Have you been wasting time in between
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Runs draining loops? What's wrong with you?
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That, is how you break motherboards
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He broke the dual socket C621 Sage.
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A $700 board. There is a crater in the socket.
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(Laughter)
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Oh my god, there's so much water coming out
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How are you, how are you going to flip those around?
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Water evaporates.
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Water everywhere.
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Water evaporates.
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Do you want to at least pour some out?
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I don't think these are gonna fit
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Yeah, these don't work.
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Aw, damn. Okay. I'll get the zip ties.
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No you know what we could do, is uh,
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Yeah
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So we're just gonna go, no collars on the compression fittings
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We're just gonna use compressions as standard barbs.
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Fortunately Alex is gone right now. Because I'm quite certain
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He would not approve of what I'm about to do
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I'm just gonna, go for like a speed mount here. Uh, no water.
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Yeah
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Mmm, yup. Okay
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and....
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if we go like th-
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OH S*(bleep)*t
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I lifted it too high
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Maybe we can fix it before he gets back. Okay, hold on
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You were saying about not draining the loop
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Just gotta absorb the water
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Where's the power supply on this thing?
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It's right below that
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Right below that? Naw, it should be fine.
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Is that going to dissolve the tubing?
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No
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It's not gonna touch the tubing.
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I just want it on the board
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I need to, oh, I don't want it in the block though. Not really.
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It's in the block now. Okay.
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I just need it to carry away the water.
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Let's uh...
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That's an acrylic block, so that might uh...
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Just hold on, hold on.
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Ugh, I really hope that this,
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all survives.
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I'll be right back with an air compressor
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I settled for this. It was a lot lighter to bring up the stairs
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It's about to get really stinky in here.
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No no, nothing got over that far
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Oh, wait, maybe a little. Oh, oh yeah it's way over there. Okay, cool.
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(echoey) Naw, naw, you don't have to drain the loop to put in fittings
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Have you been wasting time in between
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Runs draining loops? What's wrong with you?
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(normal) I mean realistically after applying this kind of heat to it, it's probably drier than it was before.
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- you doing?
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Smelling it
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I'm still picking up some alcohol smell here that means it's probably not all evaporated
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Look, I wish I had all the time in the world to do things carefully and
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Properly.
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Would have been like, a minute
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Here we go
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Liquid metal
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Ugh, dangit.
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Hey, that really gets the liquid metal going though, hey?
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Yeah, I guess it's way more liquidy now.
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Yeah
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So let's put that bad boy on there again
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What could possibly go wrong?
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Okay
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Yeah, it's on there.
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Okay
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Having learned nothing
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I'm just gonna quickly, woah, quickly quickly, see how we're quickly doing that?
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And quickly
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Ugh, ah
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Yeah! See? I told you it would work.
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Pro move is to tighten it clockwise so that that way you're tightening the barb as you tighten your zip tie
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Plug in pump, plug in ????? I got this right way around right? Yeah, okay good.
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I'm like legit excited right now.
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I am a bit,
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Concerned
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Okay, let's do it.
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Does it have a switch? That's a memo case switch, isn't it? Oh it's a power switch. Okay. It's just hiding.
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That would be pretty funny, hey? Bricking the board in between all the testing
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Yeah! There you go
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That would be pretty funny, hey? Bricking the board in between all the testing
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So we're looking for, uh,
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Fifty three point four degrees is our average temperature with the, custom loop before
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And that was with liquid metal
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I feel like Windows search has gotten worse
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But somehow they did it. I agree with you.
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Oh damn
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So we're looking for, uh,
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50
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Alright, well let's give it half an hour and make sure, but,
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Okay, it's been 23 minutes. Just doing a quick check in here
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That was with liquid metal.
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Damn
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Like,
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this is it. This is all we get
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So with an average of 51.5 degrees we are almost a full
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Two degrees cooler on average
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IHS
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Two degrees we dropped
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Oh damn
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That's looking like it might be a little better
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So far everything seems to be behaving, totally normally.
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50
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So what was the mark to beat?
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Like 0s given
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Five gigahertz at 55 to 60 degrees
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Because remember this water is already pre-warmed. Like, there's no way this has had enough time to cool down fully
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this is looking really promising
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That's what's crazy to me. The consistency
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Everything alright? Okay, it's still up
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Not only are these temperatures outstanding, but look at that spread
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Damn
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I don't know. It seems like some people are getting like 5.5 with 1.5 volts so...
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At 1.5 volts
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We're in, we're into windows
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We are most certainly running at 5-- I hate it when it does this
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So with an average of 51.5 degrees we are almost a full
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Two degrees cooler on average
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than we were, with our, liquid metaled
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IHS
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So remember that. That's key
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Two degrees we dropped
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And,
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We haven't even overclocked yet
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You ready
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So far everything seems to be behaving, totally normally.
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Oh, we are at that clock speed. Oh, it's beautiful.
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Let's hit it
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Wow
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That's like the same temperature
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Like 0s given
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About five gigahertz. Check this out
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Five gigahertz at 55 to 60 degrees
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Because remember this water is already pre-warmed. Like, there's no way this has had enough time to cool down fully
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Wow
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Like look at the spread though
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That's what's crazy to me. The consistency
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Come on. Just try going higher
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Yeah, we've got nothing to lose
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Okay, so how hard do we hit it?
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I don't know. It seems like some people are getting like 5.5 with 1.5 volts so...
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Okay, I'm trying 5.4
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At 1.5 volts
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We might be getting into windows at 5.4
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No, no we're not.
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I mean let's just see. Let's try 5.3
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We're in, we're into windows
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We are most certainly running at 5-- I hate it when it does this
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5.29
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Takes the satisfaction right out of it
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Wow
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So, if we had a chip and a board that could handle higher frequency with this kind of voltage
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Our cooling
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would still be well under control
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Look at that
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We have settled in at around
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65 to 75 degrees on all four of our cores
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So to put that in perspective,
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That,
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is about what we might expect on a CPU like this
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at stock speeds.
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With like an
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Adequate, but unexceptional air cooler.
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So the conclusion here is both complicated and simple
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The simple part of it, is that,
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the NudeCNC,
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whatever this thing is called.
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What's it called?
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Ncore
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Ncore
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performs better than
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Any water cooling solution,
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that makes contact with the IHS
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even if your IHS is liquid metaled
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The part that's complicated, is that,
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the Ncore
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Requires voiding the warranty of your processor
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in order to achieve these gains
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so
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We're not gonna recommend it
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but
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We're not gonna say,
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that it's not super cool either
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Which is cool
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So check it out at the link in the video description
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So if this video sucked, you guys can hit that button
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But if you liked it, hit like, get subscribed maybe consider checking out where to buy the stuff we featured at the link below
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While you're down there you can check out our merch store
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Which has cool shirts like this one, as well as our community forum
[846]
We will see you in the next video.
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At least I will. You might not be there. You did break that motherboard
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But, you spilled water all over this one
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And it isn't broken
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Um...
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The one that's coming apparently is better than the one that I broke
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Gary's just trying to help you out.
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He said to give me a bonus
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He did not. I'm on the email chain
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