WEBVTT

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Eight years ago, I covered the Kickstarter prototype for this case. And

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since then, a lot has happened, including

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every person who backed that project getting scammed and Calios eventually

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partnering with Streomcom, who helped them finally bring this thing to market.

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And now that it's here, I got to

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say, it might have been worth the wait.

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We're good. Get it? Wait, cuz this thing

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is freaking heavy. This is a case that

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literally turns your PC into a phase change cooling system. Inside it are

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zero moving parts, no fans, no pumps,

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just a bunch of science and a gigantic copper heat exchanger to cool down your

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system. Now, we have seen products like

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this before. It's just that none of them, including this one up until now,

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have ever actually made it to market, which is why we are so stoked to finally

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see this beast in person. I need this plastic off right

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now. It's beautiful. But could anything,

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no matter how beautiful, possibly be worth the asking price for this?

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Especially when you consider that Streetcom's technology partner, Calios,

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hasn't always been the most ethical in the past. I don't know. But what I do

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know is that my Farm Fresh GMO free

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sponsor Segways are always ethical. Like to our sponsor. Did I just bend it?

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What? Oh my god, I bent it. Oh, you did. Delete Me. Just like with pretty much

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everything else in life, when browsing the internet, always remember safety

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first. Delete Me's data removal plans will help you keep your private

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information secure online. Check out our link in the description to learn

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more. I just can't stop looking at it. I

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kid you not. This is probably the most beautiful thing I've seen since my

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children were born. These were at the bottom of the box. Mhm. Yeah. That and

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the uh easy bend fins at the front. That's the thing with a boutique product

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like this. There's going to be some inconveniences. For one thing, the case

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before we've even installed anything in it, weighs 31 kg or just shy of 69 lb.

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That's only true of the copper edition, which is a one of 500 limited edition,

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but even the aluminum one is pretty freaking heavy. As for how we ended up

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with one of the coppers, well, ours was originally purchased by a viewer, but at

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some point during the 8-year wait, they got fed up and gave us their spot in

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line. Did we pay full pop for it then? I believe so. Yeah. Okay, then it better

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be good. Oh, look at this. Before we

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look too much at that, I did figure out where all these screws came from. Oh,

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yeah. This one right here is supposed to be Yeah, like that. And the rest all

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were holding this evaporator onto this

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piece of acrylic that no longer exists. I mean, it exists. Yeah. In some ways,

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it exists twice as much as before. Three times.

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Bright side, that gives us much easier access to the evaporator head in what

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Calios calls their loop heat pipe cooling system. Inside this evap, R1233

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ZDE refrigerant boils. The cold plate

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has a really cool design that uses capillary action as the pump for the

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entire system. Then that boiling fluid goes up into the heat sink on top where

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that thermal energy gets transferred to the air passively with no fans at all

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unless you install fans. Then the refrigerant condenses back into a liquid

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and flows back to the evaporator or should I say evaporators. There's one

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for the CPU and one for your GPU as

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well. The small lines are the return which carry the liquid refrigerant down

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to the evaporator block and the big ones take the evaporated gaseous refrigerant

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up to the radiator. The best part is that as unbelievable as all of that

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sounds, it's a fairly proven technology. Calios not only uses this in some of

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their more exotic cooling solutions for things like satellites, but they did

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ship us that prototype system before and it did work. They just failed to

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massproduce it. Thank goodness picked this up. Hey, let's build a system. One

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small problem, Lionus. I need you to make a choice here. We haven't quite

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decided which power supply we're going to use, right? Do you want to build this

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one? Yeah. Okay. Yo, hello. Look, if

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we're going to build a fanless system, let's build a fanless system. Really?

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850 watts? Oh, yeah. Who makes this?

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Cooler Master, huh? PSU Circuit loved it, too. It tested really well. Oh,

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well, that's great news, cuz I was going to say Cooler Masters had some winds and

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they've had some less wind. There is one thing that is a bit more of a problem,

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though. Yeah. You see how this only allows you to put the power supply in on

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its side? Yeah. This power supply specifically asks you not to do that,

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right? It wants to be like that cuz convection fanless. Oh wow. I was about

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to install the power supply and I realized uh I haven't looked at the

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accessories yet. There's definitely some stuff in here. GPU riser. That makes

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sense given we might have to reposition them a little. Oh my goodness. This is a

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lot of hardware. NVIDIA 4000 series kit.

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Wait, we're not Oh yes, we are. A 4090

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cooled passively. Yeah, it might be a bit hot, but it'll be fine. I kept

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thinking, how much this is? Don't worry about it. Talk about that later.

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Included 632 thumb screws. Do we have 632 thumb screws? Oh, yes. Oh, yeah.

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We're We just are blind. Well, in

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fairness to us, the labeling all looks very incomplete. Theoretically, I think

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these boxes are supposed to be ticked for what these are for. This whole thing

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is going to be a two screwdriver affair because some of it is Allen key and some

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of it is Phillips and some of its other Allen key. Cool. I think this is going

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to be one of the little inconveniences that building in this thing is a bit of

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a nightmare. I see what you mean. But if

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we're being real, if I can afford this case, I can afford the allmetal version

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of the LT screwdriver coming someday. ltstore.com. Maybe. Maybe. Lining this

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up is a pain in the butt. You either move it too far this way and this one

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doesn't reach. Or you move it too far that way and this thumb nut interferes.

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Oh, look at that. She's in there. Next,

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it's time for our motherboard. Well, next it's time to put all the things on

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our motherboard. We've gone with the MSI Mag X670E Tomahawk Wi-Fi. On it, we've

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gone with a Ryzen 9900. Why' we go with a 9900X?

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Uh, because that's the CPU that we were able to get. Labs took all the 9800s and

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the 9950s. I'm just worried about the thermals. It's 120 watts. It'll be fine.

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It's what, 250 for the CPU? She'll be

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super cool. While I install our 48 gigs of

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DDR5 8000. Okay. Alex is going to prep

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the socket for a very custom CPU cooler mount. Huh. Okay, sure. You got this.

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This is kind of cool. You can see that the motherboard tray is at a 45° angle

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in here rather than being straight up and down. This is apparently to aid with

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fluid circulation. So, it goes on a little

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something like that. I think they mostly line up. Do they line up? Um, no. But

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see, look, there's a bit of flex. You can kind of, you know, Yeah. Another

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minor inconvenience. While under normal circumstances, I would probably say,

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"Yeah, just use whatever decent thermal paste you have lying around." In this

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case, I want the best possible thermal paste. So, in this case, we're using a

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nice high quality paste. Cryonaut from Thermal Grizzly. And I think that's

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pretty much it. Hey, boys. Oh, no. I didn't take the peel off the bottom yet.

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I was just trying to hold it up. The good news is I put on so much thermal paste that I'm not going to have to

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reapply it. This is cool. It looks like the hold down plate is set up for an

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offset mount. And so what that allows us to do is move the block this way a

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little bit so that our coolant goes directly over the compute dies on our

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Ryzen CPU. If you want to lean the case ever so slightly, that would give these

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a better chance of staying on. No, most computers you can build by yourself, no

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problem. This one you kind of want two people. Yep, agreed. Wow. It's got a

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very industrial look to it. Hey. Yeah, it looks pretty sick. I was going to say

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I kind of like it. Now it's time for the hard part. getting this mounted to our

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GPU. I'm sure it'll be easy. Do I just have

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to take the whole heat sink off and then I can take off the back plate? Oh, well,

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here there's a couple more screws here. Yeah, but those aren't preventing me from taking off the back plate. No, I

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think the heat sink has to come off first. Hey, we're discussing whether to use liquid metal or not. Alex wants to

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conformal code our GPU. Like just around here. I know what you mean. I don't love

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it, but I don't see an alternative. Yeah, we're going to want liquid metal

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to have any shot of this thing performing anywhere near maximum. Holy

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frig, the GPU cooler install is so

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complicated. Look at this thing right here. It is 17 steps. And it seems like

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the sort of thing where if you do a single one of these steps out of order,

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you need to undo the stuff until the one that you have missed because order of

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operations seems very important. This is going to be really

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annoying. Now, the GPU cooler is

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specific for each individual GPU,

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meaning that if you want to upgrade in the future, unfortunately, you need to

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get a new this part and many of the other stuff so that it can go into this

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case. Fortunately though, they include a voucher for a free GPU cooler upgrade,

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which is great because everyone that backed this had to wait a whole GPU

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generation for it to arrive. I think I'm supposed to break this off to make it

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the right size.

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I think it's finally ready to go in here. Something like this. Very nice.

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Move the whole thing over. That gets plugged in. All right,

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we saved it. GPU is going to live here now, too. Now I just need to attach the

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cold plate to the GPU. Oh my god, I almost

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forgot. Now I can attach it. That could

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have been bad. This is honestly kind of scary. I was expecting there to be like

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some springs or something so that you can't overtighten this and crack the GPU

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die, but uh they don't have anything like that. Not bad. Now all that I have

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to do is cable everything. And wow. Oh, you guys can't see the cool

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side. Wow, that looks awesome. Wow, they're

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really on there pretty good, hey. Oh, yeah. I'm kind of impressed. For a case

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with no cable management provisions whatsoever, it was actually not that bad

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getting it to look decent. Yeah, how

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about that? But will it run decent? I'm

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just so scared Lionus didn't want us to turn it on for an entire week while he

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was off doing other things. It has not been tested yet. Look at it. How could

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it not work? Go ahead and do the honors.

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I don't really know what I was expecting to happen. Yeah, there's no fans. Yeah.

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So, is it on? Oh, there's RGB on the RAM. Yeah. Okay.

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Nice. Excellent. Whoa, whoa, whoa, whoa,

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whoa. Can you hear that?

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Are we getting a bit of boiling coolant already? The boiling sound seems to come

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from the heat exchanger up here. I would have thought you'd hear the boiling in

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the evaporator, which is literally called an evaporator,

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you know, like it's in the name. How much you want to bet that boiling noise

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gets way more annoying under load.

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I think it'll probably be quite annoying. Vance said that it sounds a

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lot like a toilet when it's like filling, which I think is very accurate.

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I don't think I can unhear that now. Yeah, this is definitely the right

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screwdriver to build this with. needlessly expensive and hopelessly

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impractical, but it just feels so good. You know, our

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GPU is already sitting at about 40° and our

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CPU is over 50. This is while drawing

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about 50 watts on each of them, which is probably fine. Oh boy, did you see that

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temperature spike before the game launched? I did not. Dude, CPUs at 81.

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You know what's pretty impressive? how low our GPU temps are. Oh yeah, just

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at 60 degrees and it's at 90% load. What

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are our graphics settings? Because this looks great. Uh pretty much cranked. I

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am using DLSS upscaling, but I'm set to

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quality and I have rateracing on and

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everything. Like this is how I would play the game if I had a 4090. She's

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quiet. Eerily quiet. And surprisingly,

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the boiling doesn't seem to be any louder. It's still kind of annoying.

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It almost sounds quieter now that it's actually doing stuff. The GPU side where

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it's working harder, it's like instead of like drip drip drip, it's like a

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drizzle. So, it's like lighter raindrops almost on the tin

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roof. Wa! She's kicking, dude. Anyone want

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marshmallows? Oh, should we take off the protective plastic on the sides?

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Okay.

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Oh, back of the CPU is pretty hot.

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Everything's hot. I wonder if we're harming the cooling of some of the other

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components in here by not having the side panels on because that's what

00:14:11.279 --> 00:14:18.160
creates convection up through the bottom and potentially, you know, cools all the

00:14:16.000 --> 00:14:22.720
other little bits and bobs. Maybe we should put them on. Sure. Wow. I don't

00:14:21.600 --> 00:14:27.760
know if I would have thought it possible, but it looks even better with

00:14:25.360 --> 00:14:34.000
the glass on, dude. Oh, yeah. That is sick. Now, what I want to know is, can I

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feel the current? I mean, I'd have to.

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It's got to be moving all this heat out. Wait, no way.

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That can't be. Look up, Alex. I think that's just

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from the HVAC. You think so? Yeah. So theoretically, if we block this, right?

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See, it stops. Oh, it does. It stops. Wow. Okay, now we move the hoodie. Dude,

00:14:56.880 --> 00:15:06.160
she moves. Yeah, that's a lot. That's so

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cool. We didn't even set this up as an

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experiment to see how much air it moved, but it there it

00:15:10.360 --> 00:15:15.440
is. That's so high above the system. Of

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course, this video would be incomplete if we didn't pull out the thermal camera. I'm already finding areas on our

00:15:19.839 --> 00:15:26.120
4090 board that are in excess of 80°.

00:15:22.959 --> 00:15:29.120
How's our SSD doing down there? Casual

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50°. Oh. Oh, I think there's hotter

00:15:29.120 --> 00:15:36.399
areas underneath. 56. She's hot in there. She's a hot SSD.

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The good news is that NAND doesn't really benefit from running colder, I

00:15:38.480 --> 00:15:45.920
guess. Are those cool or is it just reflective? Okay. able here. I could touch it, dude. It's like Yeah, it's

00:15:44.560 --> 00:15:51.839
like skin temperature a little bit higher, which checks out perfectly. So,

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this coolant must really be ripping around in there then.

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You can actually feel it. You can feel the boiling. Oh, yeah. It feels like

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there's a pump in there, which there sort of is. Yeah. Not a, you know, pump

00:16:04.240 --> 00:16:09.600
with actual moving parts in it. Just like a

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suction physics

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pump. How's our poor power supply doing? Oh yeah, she's a little toasty. Ah, it's

00:16:17.440 --> 00:16:26.079
50°. That's fine. Yeah, on the outside. Oh yeah. How's the other side doing? Oh,

00:16:22.720 --> 00:16:28.680
dude. Oh, dude. I got 90° under this

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heat sink here. What? 93.3 on this chip right here. That chip

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has thermal compound on it. Oh, these little ones. Yep.

00:16:35.920 --> 00:16:43.279
Yeah, they did miss a couple of the GPU, whatever the heck those are.

00:16:41.279 --> 00:16:49.519
There's a couple of them here that had heat sink. This one's at 94. Oh, NVIDIA

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probably doesn't measure those either. Oh, yeah. You can really see up here

00:16:52.000 --> 00:16:57.680
just how much toastier the GPU side is.

00:16:55.440 --> 00:17:03.120
Look at that. Oh, wow. Yeah, that is very apparent.

00:17:00.320 --> 00:17:07.120
The CPU is running hotter because it's a little tiny die and the thermal transfer

00:17:05.120 --> 00:17:10.880
is not as good. But that GPU is kicking out a lot more heat. Our GPU is

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definitely getting a little less cool, though. We're sitting at 73 74° now. And

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that's normal for a system like this to take a little while to fully heat soak.

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So, let's give it some time and see how it goes. Not only is the system still

00:17:23.280 --> 00:17:31.960
running, but our temps haven't changed much, and especially our FPS hasn't

00:17:28.640 --> 00:17:34.559
changed. Both our CPU and GPU are still

00:17:31.960 --> 00:17:39.440
turboing pretty well. She's still kicking out heat. And look, I can't

00:17:37.760 --> 00:17:43.760
promise that you'd get results like this in a room that's a little higher than

00:17:41.280 --> 00:17:48.160
room temperature. And I can't promise anything with respect to the long-term

00:17:45.919 --> 00:17:55.520
longevity of these components. But what I can say is, damn, it works. Did you

00:17:52.960 --> 00:17:59.919
tell them this is after like 4 hours? I didn't. It's been running all day, you

00:17:57.679 --> 00:18:04.000
guys. And the best part is that while I did have my initial disagreement with

00:18:01.919 --> 00:18:08.400
Calios's leadership about their handling of the original system, they ultimately

00:18:06.559 --> 00:18:12.400
did step up and offer people the opportunity to get a refund if they

00:18:10.720 --> 00:18:17.600
weren't happy with how long they waited. It took a while, but now that it's here,

00:18:15.280 --> 00:18:22.799
coolest case of the year of the year of the 8 years. I'm really glad I got a

00:18:20.720 --> 00:18:27.360
copper one. The performance is not supposed to be meaningfully better, but

00:18:24.480 --> 00:18:32.640
it looks so cool. Oh, yeah. Have we told them how much it costs yet? No. Oh, you

00:18:30.880 --> 00:18:38.640
want to be the one to break it to them? It's two grand. This thing's two grand.

00:18:35.600 --> 00:18:40.799
Yeah. The not copper version is $1,000,

00:18:38.640 --> 00:18:47.039
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