WEBVTT 00:00:00.080 --> 00:00:06.160 Recently, with the help of one of the world's top overclockers, we built the 00:00:03.520 --> 00:00:10.559 world's fastest gaming PC, cracking the top 20 on the 3D Mark leaderboards. And 00:00:08.639 --> 00:00:15.679 that was all without doing anything particularly horrible to our RTX 5090, 00:00:13.440 --> 00:00:20.960 which got us thinking, what if we did do horrible things? There it goes. See? Oh 00:00:18.480 --> 00:00:24.800 my god. Got to say, boys, I was expecting the 00:00:22.720 --> 00:00:28.960 wicked fast test bench. I was expecting the chunky water block. And I was 00:00:26.720 --> 00:00:34.239 expecting the industrial chiller. What I wasn't expecting was for you to put 00:00:30.640 --> 00:00:39.360 Blasty Dip all over this ASUS ROG Astral 00:00:34.239 --> 00:00:40.960 GPU. Why? Sorry. Go fast. 00:00:39.360 --> 00:00:44.879 Well, that's the thing, isn't it? If we want to go fast, we got to go cold. And 00:00:42.800 --> 00:00:49.520 if we want to go cold, there is a very real risk of condensation forming on our 00:00:47.440 --> 00:00:53.840 components. Now, we could insulate them, but realistically, we probably don't 00:00:51.680 --> 00:00:58.320 need to because inside our environmental chamber, we can control not only 00:00:55.920 --> 00:01:02.160 temperatures, but also humidity. meaning that we probably won't even need our 00:01:00.399 --> 00:01:06.080 makeshift conformal coding. It just looks cool, just like I think it's cool 00:01:03.920 --> 00:01:10.479 to tell you about our sponsor, Hner. Hster is based in Germany and has your 00:01:08.159 --> 00:01:15.280 data locked down by GDPR and strict privacy laws, even at their locations in 00:01:12.880 --> 00:01:20.479 the US and Singapore. Get $20 off a Hexner cloud server today using code 00:01:17.600 --> 00:01:24.320 LT25 at our link in the video description. If you don't get why NVIDIA 00:01:22.560 --> 00:01:27.520 would care about what we're doing, I don't blame you. I mean, it's our GPU, 00:01:26.240 --> 00:01:32.960 and I'm sure that they would agree that we can paint it as we see fit. But what 00:01:30.240 --> 00:01:37.520 NVIDIA doesn't like is when users and board partners play around with the 00:01:34.960 --> 00:01:44.000 power targets for their cards. And this particular one is running a BIOS that 00:01:39.600 --> 00:01:45.759 allows us to run it at over a,000 watts. 00:01:44.000 --> 00:01:52.479 That is about double of what the excellent 12vt 00:01:49.360 --> 00:01:55.439 2x6 power connector here is rated for. 00:01:52.479 --> 00:02:00.880 Not only that, but even with this special hybrid liquid metal compound 00:01:57.680 --> 00:02:02.960 that SPL provided for us, running 1,000 00:02:00.880 --> 00:02:07.840 watts through this GPU could have a serious impact on its reliability and 00:02:05.759 --> 00:02:11.280 being aliveness, which NVIDIA doesn't like. This is cool. I was cleaning off 00:02:09.360 --> 00:02:14.560 the hybrid compound for a B-roll shot, and you can actually see the little 00:02:13.200 --> 00:02:18.319 balls of metal in it. It's where my nickname comes from. 00:02:16.720 --> 00:02:21.760 We've already done a baseline run with our card on air cooling. So, our first 00:02:20.080 --> 00:02:28.720 step is to install this Bits Power Nebula GPU. 00:02:24.560 --> 00:02:30.720 Wow. Damn, that's beautiful. I don't 00:02:28.720 --> 00:02:35.519 know about you guys, but uh I'm going to need a cold shower after after seeing 00:02:33.200 --> 00:02:39.519 these machining marks. I'm going to install this on there and then we're 00:02:37.840 --> 00:02:42.879 going to do a non-chilled water cooling run to see if we can push things any 00:02:41.280 --> 00:02:46.080 further than we already have. What's this block go for? It's pre-production, 00:02:44.400 --> 00:02:51.200 so we don't really know yet. Probably around 250. enough that if you can 00:02:48.000 --> 00:02:52.800 afford a 5090, you don't care anyway. 00:02:51.200 --> 00:02:56.560 All right, let's see how it goes. Now, quick question for you. For your hybrid 00:02:54.879 --> 00:03:00.640 liquid metal thermal compound to work properly, do we need to run this at an 00:02:59.120 --> 00:03:04.239 above ambient temperature for a little bit? Let that liquid metal melt and 00:03:02.720 --> 00:03:09.680 spread out. I would say it couldn't hurt anything. Okay, it's not 00:03:08.159 --> 00:03:13.040 Don't show that. No, no, no. Don't show that. NVIDIA really never is going to 00:03:11.360 --> 00:03:16.480 send us a GPU ever again. Do you want to take that GPU out? Why? Well, we're 00:03:15.280 --> 00:03:21.120 going to take it down anyway, and you're going to spill water on it. There's a stop fitting here, right? So, should be 00:03:19.840 --> 00:03:24.879 fine. Did you stop the other stop fitting? I did. Cool. Man, Bits Power 00:03:23.280 --> 00:03:28.800 makes some gorgeous stuff. I still remember their OG true gold and true 00:03:27.280 --> 00:03:32.000 silver fittings back in the day. The silver ones were brilliant, actually, 00:03:30.319 --> 00:03:35.680 because they serve a dual purpose. They look cool and silver acts as a natural 00:03:34.400 --> 00:03:41.280 bioside, so you don't have to worry about anything growing in your loop. Wow, these have a lot of restriction in 00:03:39.200 --> 00:03:46.799 them. Can't say I love these fittings. Spits power. Also, the threading is not 00:03:44.239 --> 00:03:50.080 good. These cards sag enough when you do have them screwed in at the back. This 00:03:48.480 --> 00:03:54.319 one's on a whole other level. Like, I cannot I cannot let go of this. It will 00:03:52.319 --> 00:03:57.360 probably break the socket off. Oh, wow. It's got all the sizes and everything. 00:03:55.920 --> 00:04:01.360 Look at that. Comes with your own calipers. Perfect. 00:03:59.680 --> 00:04:07.200 Alex was saying I went too short on this tube, which could be perceived as dumb. 00:04:04.319 --> 00:04:11.360 Like a fox. Now, it's a safety net for our our poor GPU in case the SEG bracket 00:04:09.519 --> 00:04:15.920 gets bumped. Now we theoretically open up the valves and everything is bueno. 00:04:14.319 --> 00:04:20.560 What could go wrong? We couldn't figure out why the GPU is at 0 degrees. It's 00:04:17.919 --> 00:04:24.560 because of zero zero deg zero frequency hertz. Yeah. Frequency. That unit of 00:04:22.560 --> 00:04:27.280 measurement that everyone uses and such. All right. This does not look any faster 00:04:26.080 --> 00:04:32.880 than yesterday. In fact, it looks slower. Yes. You didn't overclock anything, did you? No. I knew we brought 00:04:30.639 --> 00:04:37.680 you here for a reason. I want to make sure it's working first. Is that 58° 00:04:36.080 --> 00:04:41.040 though? That doesn't seem right. Before we push things any further, Alex wanted 00:04:39.280 --> 00:04:46.800 to compare this score with what we got on our stock 5090, which is 00:04:44.720 --> 00:04:52.800 actually I don't think this is the right BIOS. But what do you mean by not the 00:04:49.280 --> 00:04:55.360 right Oh, we hit 970 W. Okay, I'm giving 00:04:52.800 --> 00:05:00.000 myself some credit here. Remember when I was like, "Hey, those temps seem high." 00:04:57.360 --> 00:05:02.960 I remember that. I I remember. Do you want to go back to the normal BIOS? I 00:05:01.759 --> 00:05:07.039 feel like now that we've skipped the regular BIOS, we've skipped it. So, we 00:05:04.800 --> 00:05:10.800 might as well just go for it. plow forward. Yeah. So, now we could probably 00:05:08.960 --> 00:05:14.400 make some adjustments to clock speed. Yeah, absolutely. The idea today is to 00:05:12.800 --> 00:05:17.759 crack top 10. We haven't even pulled out the chiller yet, and we're already well, 00:05:16.560 --> 00:05:22.000 we're not that close, but we'll get there. Just to be clear, none of what 00:05:19.840 --> 00:05:25.520 we're doing is necessary or probably even going to result in a difference 00:05:23.600 --> 00:05:30.639 that you would feel dayto-day. This is pretty much as fast as hardware gets as 00:05:27.919 --> 00:05:34.720 it is. We have a Ryzen 9 9950X 3D processor, which is as fast as it gets 00:05:32.479 --> 00:05:39.520 with eight of the cores having 3D vcash and the other eight cores to pick up, I 00:05:36.960 --> 00:05:46.320 guess, any slack. We have 32 gigs of DDR5 6000 CL26 and that's tuned to run 00:05:43.680 --> 00:05:52.080 at about 6200 MHz. And of course, we have an Astral RTX 5090, which according 00:05:49.120 --> 00:05:56.240 to Splave is the best one. Yeah. Most importantly though, it's in a 00:05:54.240 --> 00:06:01.360 Lamborghini case that'll make it go way faster. Alex, you see this carbon fiber? 00:05:58.720 --> 00:06:04.639 That's plus like 25 FPS for sure. I'm willing to bet it doesn't even affect 00:06:02.560 --> 00:06:08.160 the like weight of it that much. Oh, it's a really heavy game. God, it's so 00:06:06.160 --> 00:06:12.560 heavy. I bet you could lift it easily. Maybe. 00:06:10.960 --> 00:06:17.520 Sorry. Now that I know this thing's running a 1000 watts, I'm really impressed with this water block rather 00:06:15.280 --> 00:06:21.440 than disappointed. That's a lot of heat. How much radiator 00:06:19.199 --> 00:06:24.720 you got on this? Just a triple. Yep. That's a good thing we're going to be 00:06:22.400 --> 00:06:30.000 replacing that. Bits power did not give a thermal pad. I was just checking that. 00:06:27.919 --> 00:06:33.600 No, they didn't. I would strongly recommend Bits Power if you're watching 00:06:31.759 --> 00:06:36.720 this or if you buy one of these and Bits Power didn't watch this. Throw a little 00:06:35.120 --> 00:06:39.759 thermal pad right in the back by where the GPU power connector is. It might 00:06:38.400 --> 00:06:45.280 help dissipate some heat if you ever have a loose connection. Now, that's totally cheating. You just set the 00:06:43.039 --> 00:06:48.319 anisotropic filtering to crap mode. High performance, baby. They used to call 00:06:46.800 --> 00:06:51.440 that cheating. Doesn't have to look good. Just has to be fast. Well, in 00:06:50.240 --> 00:06:56.560 fairness, the reason they used to call it cheating was because ATI and NVIDIA 00:06:54.560 --> 00:07:00.880 would change it around in their defaults in the driver settings. That's true. 00:06:58.560 --> 00:07:05.599 It's fine if I decide I want my image quality to be a little worse. It's not 00:07:02.800 --> 00:07:10.160 fine if you decide it should be worse. This looks pretty good. Ah, we cracked 00:07:08.080 --> 00:07:13.919 it like 210 there. Oh, yeah. What did we even do? Uh, we just bumped the clock 00:07:12.080 --> 00:07:17.120 speed up a little bit. Nice. This legit looks like a really good run. I don't 00:07:15.199 --> 00:07:23.520 know about top 10, but good run. We just have to beat Jake. Oh. Easy. Whoa, 00:07:21.840 --> 00:07:29.120 buddy. What was JC at? Yeah. 4325. I think 00:07:26.319 --> 00:07:34.240 we're 43129. All right, we can do better. Oh, we're not there. 43250. 00:07:32.000 --> 00:07:38.080 Let's chill it. Chill it. Yeah, let's not just break him. Let's crush him. Uh, 00:07:36.720 --> 00:07:42.800 do you want to do a quick explainer for those who didn't watch the previous video? You know, what all these dials 00:07:41.199 --> 00:07:46.479 and knobs mean and what order you should adjust them in. In the meantime, I'm 00:07:44.479 --> 00:07:51.120 going to go plug in the chiller. So, the first thing you do clearly is set the 00:07:48.080 --> 00:07:53.120 fan speed to 100%. Doesn't matter on our 00:07:51.120 --> 00:07:56.800 card, but on yours it probably does. After that, I see you have the power 00:07:54.400 --> 00:08:00.400 target only at 95 and have done nothing to the GPU voltage. Would you want to 00:07:58.879 --> 00:08:06.319 play with those at all? At home, probably. If you don't have the 1000 00:08:02.639 --> 00:08:08.080 watt BIOS, um you're you're going to run 00:08:06.319 --> 00:08:13.599 into thermal problems before you hit 100%. At home, you would maybe even use 00:08:10.879 --> 00:08:17.919 I think it goes up to like 104 or 105 on a normal card. You just max that out. 00:08:16.400 --> 00:08:24.639 Then you could play with the voltage a little bit. Uh and then just I just do 00:08:20.879 --> 00:08:27.120 25 megahertz at a time uh on the clock 00:08:24.639 --> 00:08:33.279 and run it and if it passes go higher. Easy enough. Easy. The voltage is tricky 00:08:29.599 --> 00:08:35.919 on 5090. It gives you a percentage. What 00:08:33.279 --> 00:08:40.880 does that mean? I just put it at 100%. Okay. All the volts. 100% voltage. Sure. 00:08:39.039 --> 00:08:44.800 And you can see that doesn't really affect much. It caps itself out. They 00:08:43.360 --> 00:08:49.920 don't really want you to increase voltage on the card when power limit is 00:08:48.160 --> 00:08:54.560 kind of the limiting factor. Makes sense. So we're kind of controlling 00:08:51.519 --> 00:08:59.519 power only through power target. So you 00:08:54.560 --> 00:09:02.000 can use VF curve to to lower voltage 00:08:59.519 --> 00:09:06.959 but the performance is worse. I just avoid messing with voltages and just 00:09:04.800 --> 00:09:12.000 play with power target and your core clock. So if it becomes unstable when 00:09:09.279 --> 00:09:17.279 you go a tiny bit higher in the boost, you increase the power until you max it 00:09:13.760 --> 00:09:20.640 out. Yeah. So say I have increased the 00:09:17.279 --> 00:09:25.200 GPU boost clock by 200 MHz and this 00:09:20.640 --> 00:09:29.200 failed. So you could try like 95% power 00:09:25.200 --> 00:09:31.600 target and see if you pass. 00:09:29.200 --> 00:09:36.080 And if you pass, that's about all you get. Would you ever 00:09:33.920 --> 00:09:40.000 turn down the power target and try again and see if it was a thermal issue? Uh, 00:09:38.160 --> 00:09:44.560 you could turn down power target, but then it's just going to take away your 00:09:41.839 --> 00:09:49.200 clock cuz you'll hit the power target cuz Jake says he backed off voltage and 00:09:47.120 --> 00:09:53.519 that was how he beat us yesterday. We run the air conditioner 00:09:51.440 --> 00:09:57.680 so we would by the end of the run it was the card was really warm whereas here 00:09:56.240 --> 00:10:02.080 we're taking the heat away and it's not really going up after we've started the 00:09:59.360 --> 00:10:06.000 bench. I see. So, by the end of the bench, we were failing maybe in the last 00:10:03.600 --> 00:10:11.680 2 seconds. So, we just really need like 3° to be able to pass. Okay. I got a lot 00:10:10.000 --> 00:10:16.000 more than 3° for you. Our chiller's ready. All right. Let's do it. All right. Let's do it. Did you have kind of 00:10:14.240 --> 00:10:20.399 a a thought on exactly how we're plumbing this up? I was going to close 00:10:17.279 --> 00:10:23.120 these and then just remove a couple of 00:10:20.399 --> 00:10:26.079 PCIe brackets, throw them at the back. Oh, okay. Do they just go to the back or 00:10:24.880 --> 00:10:30.320 they could just go here? They just go right there, too. 00:10:28.959 --> 00:10:35.519 I don't think we need the reservoir on the loop either. I was just going to plum around it. I was basically just 00:10:33.200 --> 00:10:38.480 going to go to like here. Oh yeah, we can just totally delete the whole 00:10:37.200 --> 00:10:42.640 radiator if you want. What do you need a radiator for? Radiators are for chumps. 00:10:40.959 --> 00:10:47.680 Yeah, we've got a much bigger one. Hey, there's a display for coolant temperature in there. Is that what that 00:10:45.040 --> 00:10:50.800 is? Yeah. Oh, sick. Does it go sub-zero? We don't know yet. Oh, neat. Okay, we'll 00:10:49.200 --> 00:10:54.320 find out. Cool. The last thing that I want to do is drain this reservoir 00:10:52.959 --> 00:10:58.640 because if we go and we put this in a sub-zero chamber and it freezes, it will 00:10:56.640 --> 00:11:02.560 break. It's about to get real, Alex. Oh, Jesus. 00:11:01.040 --> 00:11:06.880 There it goes. See, that's the fastest way to drain a thing. This is really 00:11:05.120 --> 00:11:11.360 nice how Le and Lee did this. You just push on that. Full thing comes out, 00:11:09.839 --> 00:11:15.200 buddy. That's awesome. It's full of water. Don't forget. Yeah, I know. Cool. Okay. 00:11:14.160 --> 00:11:19.600 I'm just making sure, you know, before you like, you know, spill water. I'd hate for any of that to happen on this 00:11:18.399 --> 00:11:23.360 shoot. It's been a really tidy, clean shoot with my spilled water so far. 00:11:21.760 --> 00:11:28.000 There it goes. Professionals. All right, let's fire up this chiller. All right. 00:11:24.959 --> 00:11:30.720 All right. Let's go. 00:11:28.000 --> 00:11:33.920 Woo! She stopped pumping. I'm just going to give her the old power cycle here. 00:11:32.079 --> 00:11:38.480 Also, that poor pump sounds like it is dying. She moved a little bit of 00:11:35.600 --> 00:11:42.160 coolant. And then she stopped. That seems to be full of coolant. Yeah, we 00:11:40.240 --> 00:11:45.519 must try again. Okay, we're just trying again. Not going 00:11:43.839 --> 00:11:49.519 to lie, little scared. That sounds pretty bad. We might need to prime the 00:11:46.959 --> 00:11:53.920 pump, Alex. We shouldn't have to. I mean, I know we shouldn't have to, but 00:11:52.000 --> 00:12:03.320 we might want to do it. That is super weird. Why? What are you adjusting? 00:11:58.880 --> 00:12:03.320 Oh, this is the pressure. Oh, Jesus. 00:12:04.720 --> 00:12:08.200 I got shelled. 00:12:08.240 --> 00:12:17.360 I was going to say we should put some hose clamps on those and then I totally forgot. I brought them over. Oh my god, 00:12:13.279 --> 00:12:19.120 it's a mess. Is deer toxic? Um, it's all 00:12:17.360 --> 00:12:23.839 over me. It's probably not great for my pants, that's for sure. 00:12:22.399 --> 00:12:28.880 We're supposed to cool the computer, Alex, not the people. Look at the 00:12:26.000 --> 00:12:32.720 screen. Oh no. And this video had so many fun moments 00:12:31.120 --> 00:12:36.240 that we couldn't fit them all in this video. So the extras are all on float 00:12:34.639 --> 00:12:42.160 plane. Go check it out. Oh, he doesn't see me. He doesn't see me. He doesn't seem No, no, no, no. Come on. First you 00:12:40.160 --> 00:12:45.680 call me small balls. Then you say you don't believe in my ability to install a 00:12:43.839 --> 00:12:52.160 water block. Alex, were we reading it wrong? Yeah, we're just really dumb. Oh, 00:12:48.560 --> 00:12:53.600 this is peak cinema. Fortunately, the 00:12:52.160 --> 00:12:58.160 glass panel in the front of this computer took the brunt of it. I don't 00:12:55.360 --> 00:13:02.160 think we hit the GPU or motherboard. One drop right there. We hit our screen in 00:13:00.320 --> 00:13:08.320 the back, but I think she's pretty clean. Okay, so she was clearly moving 00:13:04.880 --> 00:13:11.519 it. Yeah. So, that was awesome. This was 00:13:08.320 --> 00:13:13.200 air log. Yeah. Is there a valve shut off 00:13:11.519 --> 00:13:18.240 somewhere else? because it seemed like it was pushing against. 00:13:16.399 --> 00:13:25.519 Yeah, because that's the out. Oh man. Dude, I am super confused. Oh my god, I 00:13:22.240 --> 00:13:28.880 figured it out. Oh, we're idiots. The 00:13:25.519 --> 00:13:31.040 shut off. We had the valve closed on the 00:13:28.880 --> 00:13:34.720 CPU block. We're lucky we didn't blow up that GPU block. Yeah, it would have been 00:13:32.720 --> 00:13:37.839 fine. We They're good for over 200 PSI. That's true. We do. Well, not that one 00:13:36.160 --> 00:13:41.760 specifically, but pump only does like 100 PSI. Our Canadian healthcare doesn't 00:13:40.000 --> 00:13:49.600 cover your chemical brand. I'm sorry. Yeah, I probably have better coverage here than I do at home. Okay, let's do 00:13:45.760 --> 00:13:54.720 this thing. You ready? 00:13:49.600 --> 00:13:56.320 I guess it's Oh my god. Oh my god. 00:13:54.720 --> 00:14:00.639 All right, we did it. Is there overclocking always this as exciting? 00:13:57.920 --> 00:14:04.800 Not as explosive as this usually. What do we think is safe to set the chiller 00:14:02.000 --> 00:14:09.360 at? Right now it's at 23. Yeah, lower. I bet we could do like probably 12 or so. 00:14:07.920 --> 00:14:14.240 Yeah, I was going to say 12. All right, give her a sec. She's chilling. She's just chilling, you know, jumping right 00:14:12.240 --> 00:14:18.000 into a benchmark. Already, I think we're what, 5 degrees cooler than we were when 00:14:16.160 --> 00:14:21.519 we were relying on ambient air to cool our loop down. Exactly. And did you 00:14:20.160 --> 00:14:26.000 change any settings or anything or we just hoping it's going to more clocks? 00:14:24.000 --> 00:14:31.760 Okay. We're still on the 1000 watt BIOS. Hey. Yeah. And we're at 43°. Yeah. Wow. 00:14:29.920 --> 00:14:35.600 So, it was really heating up that water before. Well, I think the bigger thing 00:14:33.279 --> 00:14:41.600 now is that the pump just is ripping compared to the 85. 00:14:37.839 --> 00:14:43.519 43810. There we go. All right. Wa, 00:14:41.600 --> 00:14:49.600 buddy. Okay, let's submit that, buddy. LT right here. Let's go. Number 17. Take 00:14:46.800 --> 00:14:54.000 that, Jake. Honestly, though, um, Alex, she's struggling to pull down. Yeah. 00:14:51.440 --> 00:14:59.279 What's on the go? Well, 1,000 watts of GPU. Oh, that that is a thing. Like, 00:14:56.560 --> 00:15:03.600 does this not have 1,000 W of capacity? It has 5,000 watts. Oh, well, on the one 00:15:02.079 --> 00:15:07.199 hand, we're pretty upset about our industrial chiller not working. We think 00:15:05.440 --> 00:15:12.560 maybe there's been a gas leak of some sort cuz she's pulling down. The 00:15:09.519 --> 00:15:15.920 compressor is running, but the condenser 00:15:12.560 --> 00:15:17.199 is not hot and it's not pulling down to 00:15:15.920 --> 00:15:24.320 the temperature quickly and it's actually going up while we run our benchmark. The good news is that we just 00:15:20.880 --> 00:15:27.519 hit 44,000. So, is that still 17th 00:15:24.320 --> 00:15:29.680 place? 16th. Oh, wait. We We took your 00:15:27.519 --> 00:15:33.199 own spot. Ah, normally I'd be thinking, okay, 00:15:31.680 --> 00:15:37.040 we'll just get an HVAC technician to come out and fix our system. But the 00:15:35.440 --> 00:15:41.839 problem is that Allan's got a flight to catch. So, if we want to go very, very 00:15:40.000 --> 00:15:48.880 subzero, we're going to have to come up with some ideas. Hey, look. I found an 00:15:44.320 --> 00:15:51.040 idea. Oh, yeah. Now, that's a radiator. 00:15:48.880 --> 00:15:56.959 We throw this with a bunch of high-speed fans inside the environmental chamber, 00:15:54.320 --> 00:16:01.199 and we can chill the loop down that way. Ooh. Ooh, that's pretty fast. spicy. 00:15:59.519 --> 00:16:05.519 Even though the chiller isn't chilling quite as well as we hoped, the pump in 00:16:02.959 --> 00:16:10.000 it is still fantastic, and our scores just keep on going up. I'm trying to 00:16:07.440 --> 00:16:15.120 find 3,000 RPM fans, but they're all mixed in together with the 2,000 RPM 00:16:12.240 --> 00:16:21.199 fans. Hello. 00:16:17.680 --> 00:16:23.680 Huh. Yeah, that'll do nicely. Here's 00:16:21.199 --> 00:16:32.639 what I'm kind of vibing, huh? All right, I got a plan. 00:16:32.639 --> 00:16:39.440 What are you doing? I am making a shroud. Why? Because if we just put the 00:16:38.000 --> 00:16:43.600 fan against the radiator, we're going to miss out on probably a solid 60% of the 00:16:42.079 --> 00:16:49.040 actual cooling capacity of that radiator. Dude, this is going to be 00:16:45.440 --> 00:16:51.440 awesome. Heck yeah. Oh, dude. See this? 00:16:49.040 --> 00:16:58.000 This is what I'm talking about. Okay, so we get the fan off of the fins. Boom. 00:16:56.000 --> 00:17:01.920 We're making use of all that airflow. Boom. Oh, I wish I'd centered it. Well, 00:17:00.160 --> 00:17:07.439 it's done now. So, this is going to be sketchy. 00:17:04.000 --> 00:17:09.439 Shield your virgin eyes. 00:17:07.439 --> 00:17:15.600 Gorgeous. All right. So, now theoretically 00:17:13.520 --> 00:17:22.000 all the airflow will go through the radiator. We have a 00:17:19.120 --> 00:17:27.919 cooling solution. Side quest complete. You have obtained this freaking thing. 00:17:24.959 --> 00:17:34.880 Okay, here we go, boys. Oh my god. What the hell is that? That Oh my god, my 00:17:31.440 --> 00:17:37.360 friend is a radiator and a fan. Whoa, 00:17:34.880 --> 00:17:40.799 buddy. Oh, that's fast. We're working. We're working over here. I was working. 00:17:38.960 --> 00:17:44.799 What are you implying? I made this. That's beautiful. Oh, wait. Did I ever 00:17:42.480 --> 00:17:49.440 get a pump? Okay. Well, I found a reservoir. So, we have that. Well, what 00:17:47.760 --> 00:17:55.760 I was thinking was we still use the chiller even though it's not chilling too good. That pump in it is insane. 00:17:53.039 --> 00:18:00.000 Okay. So, we put the chiller back. Are we going to lose a lot of our cooling, 00:17:57.200 --> 00:18:04.400 though? Maybe use the res pump thing we were using in here or No. 00:18:02.640 --> 00:18:07.280 Yeah, we could just use that one. We could do that. Yeah. So, wait, wait, 00:18:06.080 --> 00:18:13.200 wait, wait, wait. Where does this put us? Oh, dude. Let's go. Let's go. We're 00:18:10.400 --> 00:18:17.600 top 10, baby. Let's go. Not even cold yet, right? In terms of raw actual 00:18:15.840 --> 00:18:21.600 numbers, we're not even that far off some of these scores. Yeah. Do you think 00:18:19.760 --> 00:18:26.440 she's got more left to give? I think she does. All right. I'm excited. 00:18:27.679 --> 00:18:35.039 She's still spooling. Wow. That is So, I think she's going to cool your uh your 00:18:32.880 --> 00:18:39.360 GPU there. Uh I think we're good. So, we're just going to use this and we're 00:18:36.720 --> 00:18:46.000 just going to set it up in there. Woo! She's chilly, boys. She's chilly. So, 00:18:43.520 --> 00:18:49.760 it's blows out here. I feel like we could do that. 00:18:48.080 --> 00:18:53.520 Okay, I'm going to run the power out to Alex. 00:18:51.360 --> 00:18:58.880 All right. How we feeling about this? Uh, mid. We call that a Canadian W. 00:18:57.120 --> 00:19:03.200 Feeling mid. Okay. Here we go. Wait, should we take the tempered glass off? 00:19:00.720 --> 00:19:09.760 No, I just throw it in. Okay. Oh, yeah, bud. No problem, bud. Okay, so we got 00:19:06.080 --> 00:19:11.440 the radiator here. Love the O1 case. 00:19:09.760 --> 00:19:16.640 It's designed so you can reach right through it when you want to get to your 00:19:13.360 --> 00:19:18.480 janky subzero water cooling radiator in 00:19:16.640 --> 00:19:22.559 your environmental chamber like that. See, bud? She goes into the radiator, up 00:19:20.880 --> 00:19:30.080 the top of the radiator, down to the GPU. These are stoppered. Uh, then we 00:19:26.000 --> 00:19:31.360 got this here. Uh, there's some tubing. 00:19:30.080 --> 00:19:36.160 And then if you want to give me like a cable tie or something, then we can come 00:19:33.679 --> 00:19:39.760 off it here. Never grow up. You just get better toys. Let's get some windshield 00:19:38.160 --> 00:19:43.280 deicers. We don't have a funnel by any chance, do we? Man, I really hope that 00:19:41.840 --> 00:19:46.720 this doesn't le That's good. We're going to need another bag, I think. All right, 00:19:44.960 --> 00:19:50.880 Alex, you want to power cycle it? Dude, the coolant said 16 and that's with the 00:19:49.039 --> 00:19:56.240 door open. Reese, are you hitting the fan? Yeah, go for it. And this is how 00:19:53.440 --> 00:19:59.760 you set records, I guess. Well, depends. We haven't gotten there yet. Hey, we got 00:19:58.000 --> 00:20:04.880 a great view of all the displays and everything. So, our coolant is at 8° and 00:20:02.559 --> 00:20:09.120 our GPU is at 12. That actually checks out. That sounds about right that at 00:20:06.880 --> 00:20:13.919 idle, our GPU would be a few degrees above our coolant temperature. We're 00:20:11.919 --> 00:20:18.240 gonna see that delta grow once we're actually running benchmarks and stuff. 00:20:15.440 --> 00:20:23.440 But, uh, this is a very good starting point. You know which delta I'm actually 00:20:20.240 --> 00:20:26.320 most impressed by how close our coolant 00:20:23.440 --> 00:20:31.120 is to the chamber temperature. Yeah, it is really close. 2° off. That's how much 00:20:29.440 --> 00:20:35.440 air we're moving through that radiator. Fear it. How's them temps? You like them 00:20:33.120 --> 00:20:41.919 temps? Temps. They seem okay. We're at minus.5 and our loop's at 4°. GPU 00:20:39.679 --> 00:20:46.320 sitting chilly at six. This worked surprisingly well given that our chiller 00:20:44.480 --> 00:20:51.600 stopped chilling. I can't believe we pulled this solution out of our butts. 00:20:48.880 --> 00:20:57.120 Okay, so we're at 30C on our GPU right now. She's running pretty smooth right 00:20:53.200 --> 00:21:00.559 now. Eh, 45 349. 00:20:57.120 --> 00:21:02.960 We're in seventh. Seventh. That is a 00:21:00.559 --> 00:21:07.760 whole gigahertz over the base of like a founders edition. And it didn't even 00:21:04.720 --> 00:21:10.080 take very much work, did it? Just for 00:21:07.760 --> 00:21:13.679 me. Whoa. This is going to be a pretty nice 00:21:11.919 --> 00:21:17.840 run, I think. So, yeah, we haven't even failed yet. Really? Oh. Oh, shouldn't 00:21:16.480 --> 00:21:22.880 have said anything. Why did you say that? Did you see that? Why did you say 00:21:20.000 --> 00:21:27.440 that? We've been finding that the 50 series does this really weird thing 00:21:24.640 --> 00:21:32.080 where when the load drops, like you're not hitting it 100%. The frequency just 00:21:30.159 --> 00:21:37.280 goes to the moon for some reason and then it crashes. 45 354. That is a touch 00:21:35.360 --> 00:21:41.840 higher, isn't it? Five points. Yeah. Okay. Hey, look, I'll take it. So, you 00:21:40.000 --> 00:21:46.960 don't think that giving the CPU anymore will get us any more score? Probably 00:21:44.799 --> 00:21:54.960 not. Um, Intel actually scores a lot higher on 00:21:50.159 --> 00:21:56.880 this 1400 series for some reason. Oh, 00:21:54.960 --> 00:22:00.280 did we? So, we if we would have used one, it would probably 00:22:00.720 --> 00:22:06.960 Sorry. This is what we get for building a computer that's actually for gaming 00:22:05.280 --> 00:22:14.799 instead of for getting higher benchmark scores. Exactly. Oh, 00:22:10.559 --> 00:22:16.480 that is fast. Oh, six. We're going for 00:22:14.799 --> 00:22:21.679 number six. Let's go, baby. Let's go. Top five. Actually, we're the top AMD 00:22:18.720 --> 00:22:27.760 result now. Top AMD. Top Canadian. Let's go. All right. How much is this drawing? 00:22:24.080 --> 00:22:30.799 Oh, it's it's not too crazy. 900 watts 00:22:27.760 --> 00:22:32.559 at the moment. Okay. 1,028. 1,000 and a 00:22:30.799 --> 00:22:38.080 bit. That's about what we expect. That's what we were doing before. Here we go. I 00:22:35.679 --> 00:22:42.320 believe. Come on. We're just shy of minus 20 on the chamber. We don't want 00:22:40.400 --> 00:22:47.520 to go too much lower than that. Once you start hitting minus30, um things don't 00:22:45.679 --> 00:22:52.320 likey. That's what like the juice in the capacitors of your power supply just 00:22:49.200 --> 00:22:53.919 starts turning into solid not juice. 00:22:52.320 --> 00:22:56.919 She's artifacting. Nah, she's artifacting. 00:22:57.360 --> 00:23:03.760 That's a fun one. Oh wow, we're starting to get some really weird reported 00:23:01.760 --> 00:23:07.919 numbers there. Well, our RAM's on the sun, so that's probably going to be a 00:23:06.320 --> 00:23:14.320 problem. You ever feel like if you don't move, it'll pass? Yeah. 00:23:11.280 --> 00:23:15.919 No, she us. I kind of almost just want 00:23:14.320 --> 00:23:19.760 to restart the computer and see if that helps it. Okay. It seems to be a bit 00:23:18.159 --> 00:23:23.919 confused. I like it. What makes this a Hail Mary 00:23:21.919 --> 00:23:28.559 run exactly? Uh, I don't even know what I said, so we'll just see if it works. 00:23:26.400 --> 00:23:32.400 What do we need? Like 50 points, something like that. Yeah. Yeah. Not 00:23:30.080 --> 00:23:36.000 much. Always the last 50. We're at our full minus 25 now. So, there's nothing 00:23:34.799 --> 00:23:40.720 more we're going to get from more cooling. Like, we've kind of been changing multiple variables as we've 00:23:38.880 --> 00:23:45.440 gone here because we've been adding more cooling capacity as we've been tuning 00:23:42.960 --> 00:23:53.280 it. Kind of building the train as it's flying down the rails. Come on. Oh, 00:23:50.640 --> 00:23:57.280 is that enough, boys? Wa. Now, that's a Hail Mary if I've ever seen one. Is that 00:23:55.679 --> 00:24:03.360 her name? The astronaut. Mary. What? Katy Perry. No, it's Mary. 45. Fourth. 00:24:01.120 --> 00:24:09.919 Number four. We're top five. Let's go. Let's go, Canada. Let's go. Damn. And 00:24:07.039 --> 00:24:15.520 these are LN2 scores. Really? Yeah. We went faster than Len. Yeah, man. Why 00:24:12.240 --> 00:24:17.760 were we able to beat an LN2 rig? Yeah. 00:24:15.520 --> 00:24:21.200 With a processor that really is not as optimized for this benchmark. What did 00:24:19.279 --> 00:24:27.279 we do right? So, what could the people do? They're using a D2. I think is maybe 00:24:23.679 --> 00:24:29.919 slightly less performance. Got it. But I 00:24:27.279 --> 00:24:36.400 think the cards might shut off at like minus 40. So we're almost there, I 00:24:33.440 --> 00:24:42.720 guess, cooling wise. Understood. That makes sense. So do you think if we 00:24:39.760 --> 00:24:49.200 had a 14900 in here that we would have a shot at top three podium finish? That's 00:24:45.279 --> 00:24:52.080 500 more points. That's a lot. Uh so I 00:24:49.200 --> 00:24:56.960 talked to Safe Disc and he said he tested it and you it was about a 00:24:53.760 --> 00:25:00.400 thousand more points. So, we maybe would 00:24:56.960 --> 00:25:03.360 have been up top here. I'm sorry. 00:25:00.400 --> 00:25:08.080 I'll go home and do that. Okay. Okay. I'll send you the chamber. Yeah. 00:25:06.559 --> 00:25:12.159 That's a nice card you've got yourself there. Not bad. She seems She seems 00:25:10.720 --> 00:25:16.559 pretty binned. It looks like you might have a shot at number one with that thing. Are we happy with this? I'm 00:25:15.200 --> 00:25:23.520 really happy. Yeah, that was great. Like, we're as we're as high as we're going to get. We squeakaked past Ralph. 00:25:21.039 --> 00:25:27.360 Squeakaked past. It's a really fast computer. Should we game on it? Be kind 00:25:25.360 --> 00:25:32.279 of silly if we didn't. What's the cost of the system plus the chiller? 00:25:32.400 --> 00:25:38.320 That's not a bad title. 50k gaming PC. 00:25:35.520 --> 00:25:42.559 Yeah. How fast is a $50,000 gaming PC? Never mind that most of it is not the 00:25:39.919 --> 00:25:48.480 PC. I can't believe we hit top five. Let's go. Never doubted it. 00:25:46.880 --> 00:25:53.679 Just we were getting ready to pack up. That's 00:25:50.159 --> 00:25:55.919 why he's so big, cuz he's full of 00:25:53.679 --> 00:25:59.679 Can I win Counter Strike now? Oh yeah, there we go. There we go. Oh. Oh, now 00:25:57.279 --> 00:26:04.600 we're going. We're going fast, boys. Got him. Got him. Look how fast that kill 00:26:01.600 --> 00:26:04.600 was. 00:26:05.360 --> 00:26:12.640 Damn it. Wait, our FPS isn't even that good. Oh, wait. We're at 1440p. 00:26:10.960 --> 00:26:19.080 Yeah, she doesn't look that bad. Let's go. Head shot. Boom. 00:26:15.840 --> 00:26:19.080 Damn it. 00:26:19.840 --> 00:26:27.600 Oh, how can I miss all three of those shots? And he ain't even a pro. Maybe 00:26:24.320 --> 00:26:29.520 his computer's in a giant freezer, too. 00:26:27.600 --> 00:26:33.600 That's probably it. He probably out freezered me. 00:26:31.919 --> 00:26:38.559 Hopeless. God, I missed that. Come on. Good 00:26:36.480 --> 00:26:41.559 movement. Good movement. All right. Come on. 00:26:43.039 --> 00:26:51.760 I give up. Uh, Oblivion Remastered. Here we go, boys. Okay, we're running at a 00:26:47.840 --> 00:26:54.080 casual 560 frames per second. 00:26:51.760 --> 00:26:57.919 Oh, no, no, no, no. She's good. She's good. No, I don't think it's good. Oh, 00:26:55.600 --> 00:27:04.480 she's not good. Uh, she's not good. She Oh, she's bad. That's a wrap. 00:27:00.799 --> 00:27:07.919 Rap. Just like this. Segue 00:27:04.480 --> 00:27:11.279 that you're going to rap. Um, to our 00:27:07.919 --> 00:27:14.159 sponsor, MicroEnter, rated number one in 00:27:11.279 --> 00:27:18.880 PC Mag's 2024 Reader Choice Awards. It's clear that MicroEnter is the place to 00:27:16.400 --> 00:27:22.720 shop for your next gaming or work setup. With close to 30 locations all over the 00:27:21.039 --> 00:27:26.640 US, they've been dishing out deals and providing excellent customer service, 00:27:24.640 --> 00:27:30.240 technical knowledge, and support for decades. 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