WEBVTT 00:00:00.320 --> 00:00:09.160 This is the best computer fan. And this 00:00:03.520 --> 00:00:09.160 this is its daddy. At $422 00:00:09.519 --> 00:00:18.000 and with the ability to move nearly 500 00:00:12.639 --> 00:00:21.279 L of air per second, the THD 2048HT 00:00:18.000 --> 00:00:24.000 is the most powerful PC cooling fan made 00:00:21.279 --> 00:00:29.439 by Blowy Matron manufacturer Delta Electronics. We only have a couple of 00:00:26.640 --> 00:00:35.280 small problems. First, we need a case that's going to fit it. Oh, I guess we 00:00:32.640 --> 00:00:41.840 solved that one already. Second, we are going to have to figure out how to power 00:00:37.360 --> 00:00:45.200 it. It draws 600 watts and doesn't even 00:00:41.840 --> 00:00:46.879 come with power terminations. Finally, 00:00:45.200 --> 00:00:51.120 we're going to have to figure out how to not get our fingers chopped off while 00:00:49.120 --> 00:00:54.680 we're working with it. This is going to be a wild ride. 00:01:00.960 --> 00:01:09.360 First, the unboxing experience. As an industrial product, the THD 2048HT comes 00:01:06.640 --> 00:01:13.280 in fairly non-escript packaging, and they make the assumption that if you 00:01:10.960 --> 00:01:19.439 need one, you probably need at least two. This is a master carton that we got 00:01:15.360 --> 00:01:21.439 from uh Digi Key. From Digi Key. 00:01:19.439 --> 00:01:26.799 And I think the most noteworthy thing about it right out of the box is that 00:01:23.439 --> 00:01:29.439 instead of being made of plastic, 00:01:26.799 --> 00:01:34.400 the frame is actually constructed from what appears to be cast aluminum. Yeah, 00:01:32.400 --> 00:01:39.680 diecast aluminum. Well, that would help explain some of the cost. Like a blowy 00:01:36.799 --> 00:01:44.079 matron server fan, it's got an extremely large fan hub. That's to accommodate its 00:01:42.400 --> 00:01:49.360 powerful motor. Hey, there's one of them. And like a server fan, it's also 00:01:47.520 --> 00:01:53.040 got these airflow guides on the back that I guess couldn't help double this. 00:01:51.920 --> 00:01:57.360 Now, that's not going to keep your fingers out of it. On the subject of 00:01:55.119 --> 00:02:04.079 putting your fingers in this thing, it spins at a rated speed of 7,400 00:02:01.759 --> 00:02:08.080 RPM. And now I can see you guys thinking, well, gee, that's not really 00:02:05.920 --> 00:02:14.959 that much faster than something like this. Uh, that thing's 11,000, right? 00:02:11.120 --> 00:02:18.000 But even though this spins 4,000 RPM 00:02:14.959 --> 00:02:21.280 faster, what it doesn't have is a ton of 00:02:18.000 --> 00:02:24.640 inertia. These blades, 00:02:21.280 --> 00:02:30.080 these got weight. This gets even 00:02:24.640 --> 00:02:34.319 scarier. It's rated at 48 volt DC, but 00:02:30.080 --> 00:02:37.360 it'll operate at anywhere from 36 to 75. 00:02:34.319 --> 00:02:40.959 Does that mean it'll go faster than 00:02:37.360 --> 00:02:42.640 7,400 RPM? Is it DC controlled? We can 00:02:40.959 --> 00:02:49.680 find out. Do we have a variable power supply? Imagine we do. Oh my god. This 00:02:46.560 --> 00:02:52.000 won't be our highest airflow PC, but 00:02:49.680 --> 00:02:55.840 it's going to be like right behind it. And these are way smaller. My first 00:02:53.840 --> 00:02:59.599 thought for powering these was no problem. There's cases out there that 00:02:57.440 --> 00:03:04.239 accommodate two power supplies. So, we'll just put a second PSU in our 00:03:01.680 --> 00:03:08.720 system, wire up some PCI Express power connectors to it, and we're off to the 00:03:06.000 --> 00:03:14.720 races. 1200 W of fan. No big deal. Unfortunately, this is not a 12vt fan, 00:03:11.920 --> 00:03:22.480 and computer power supplies only deliver 3.3, 5, and 12 volts. This boy runs at 00:03:18.400 --> 00:03:24.319 48 volts. So, um, Alex, I see you have a 00:03:22.480 --> 00:03:30.159 few different power supply options for us here, ranging from safe looking to 00:03:27.840 --> 00:03:36.000 terrifying looking. Oh, no. We need both. So, we have this power supply 00:03:32.480 --> 00:03:37.599 right here. 24 volts, 60 amps. Good one. 00:03:36.000 --> 00:03:40.480 And then we have these terrifying looking things that we bought off Amazon 00:03:39.040 --> 00:03:44.720 because they were cheap. And this is a boost converter. So you put 24 volts in 00:03:43.200 --> 00:03:50.000 this side and you get whatever you want out of this side. How do you control it? 00:03:47.760 --> 00:03:53.000 Oh my god. It's just potentiometer. Yeah. 00:03:53.280 --> 00:03:59.040 Are you kidding me? No, you're not. No. 00:03:57.280 --> 00:04:02.879 Why would I be kidding? It's a boost converter. It doesn't even have a 00:04:00.480 --> 00:04:06.799 chassis. Who needs a chassis? It has a fan. It's rated for 1500 watts, but 00:04:05.040 --> 00:04:12.480 we're we bought a couple of them cuz I don't trust that. How big are those 00:04:08.400 --> 00:04:14.480 caps? T in 100vt 470 microfarad. That's 00:04:12.480 --> 00:04:18.799 not sending you across the room, right? No. No. Yeah, it's fine. It'll hurt. 00:04:16.880 --> 00:04:24.320 Yes. It'll do a lot more than tickle. I wouldn't lick it. I wouldn't touch it. 00:04:21.919 --> 00:04:28.720 And literally the control scheme for this thing is to poke it with a 00:04:26.800 --> 00:04:32.800 screwdriver. He laughs. I think out of all the 00:04:31.040 --> 00:04:36.160 employees, you're the one who's trying to kill me the most right now. Well, no 00:04:34.800 --> 00:04:39.600 one else is trying, I don't think. I mean, Dennis fought me. Oh, true. It's 00:04:38.320 --> 00:04:44.000 worth checking out that channel. Super fun. And all the amazing behind the 00:04:41.759 --> 00:04:46.880 scenes and extras on Floatplane.com. Oh, there's an M4th threaded thing here. Do 00:04:45.600 --> 00:04:51.680 we have like a little stand we can put it on or something? Oh, like when we're 00:04:49.440 --> 00:04:54.960 just testing it. Yeah. Oh, I feel like our roles have reversed here. I used to 00:04:53.759 --> 00:04:59.840 be the one who made you feel uncomfortable. Oh my god, that is not 00:04:57.840 --> 00:05:03.759 good. It's fine. It's fine. I want another clamp. It's It moves. It's 00:05:01.919 --> 00:05:07.520 barely moving. It's barely moving. It moves. So, when we first turn this thing 00:05:05.919 --> 00:05:11.680 on Yeah, you can hide if you want, Brandon, 00:05:09.600 --> 00:05:15.360 when we turn it on. Just as long as you have the camera rolling. It's fine. Why 00:05:13.840 --> 00:05:19.280 is everyone so concerned about this? It's just a fan. Yeah, by that logic, I 00:05:17.759 --> 00:05:24.400 mean, you should just, you know, hang out near jet turbines, right? You 00:05:21.120 --> 00:05:26.960 couldn't just get like a variable power 00:05:24.400 --> 00:05:32.800 supply like this that does 48 volts. If you wanted to spend like $800 or $900 on 00:05:29.440 --> 00:05:35.440 it, sure. Oh, how much for these? 50 00:05:32.800 --> 00:05:41.600 bucks. I don't know which is scarier. I'm getting safety glasses. Oh my god. 00:05:39.039 --> 00:05:45.440 Do you see how crooked these are? Yeah. It's not the best solder job I've ever 00:05:43.039 --> 00:05:49.840 seen. I'm beginning to think the $50 price point of this is a lot scarier 00:05:47.759 --> 00:05:54.479 than the $900 price point of the other thing. Ah, thanks. I am concerned about 00:05:53.199 --> 00:05:59.759 this thing. Can we get one of the electrical engineers over here to tell Lionus he's being a dummy? A dummy? You 00:05:58.240 --> 00:06:05.280 say dummy? What you're looking at right now 00:06:01.840 --> 00:06:07.759 is our 1200 W 24V power supply hooked up 00:06:05.280 --> 00:06:13.520 to our boost converter. This is going to stay once we're powering the fan. 00:06:09.759 --> 00:06:15.919 Because we have no idea what voltage 00:06:13.520 --> 00:06:20.080 this terrifying thing is going to output until we measure it and play around with 00:06:18.800 --> 00:06:26.240 the little dial. We've got it temporarily hooked up to our Fluke 00:06:22.319 --> 00:06:29.440 multimeter. Okay. Wow, we nailed it. 00:06:26.240 --> 00:06:33.400 47.87 volts. I was actually playing with 00:06:29.440 --> 00:06:33.400 this yesterday to make it work. 00:06:33.840 --> 00:06:40.479 This one right here is your current protection. So you can set that to be 00:06:37.759 --> 00:06:43.840 like however many amps you want. And this one's a low battery detection. So 00:06:42.240 --> 00:06:47.759 if you're using this to charge batteries, you don't want like too low 00:06:46.160 --> 00:06:52.000 of a voltage going in here. So this just turns it off. Got it. Before we start 00:06:50.319 --> 00:06:56.240 though, important thing. Which one do you want? Oh, I'll take the pink one for 00:06:53.919 --> 00:07:00.400 sure. Is this our scientific airflow test? Yes. 00:06:58.880 --> 00:07:03.680 Yeah. Clamps. They're really good for holding things on. Hey, Alex. That's 00:07:02.080 --> 00:07:10.280 really safe. Remember, whenever you're working with anything that spins, you 00:07:05.599 --> 00:07:10.280 want to tie back your loose hair. Okay? 00:07:18.240 --> 00:07:26.960 Whoa. Whoa, buddy. 00:07:22.800 --> 00:07:29.960 Whoa. Okay. Whoa. Whoa. 00:07:26.960 --> 00:07:29.960 Alex. 00:07:30.160 --> 00:07:36.479 So, it's drawing 475 watts. Why did we 00:07:33.360 --> 00:07:38.800 need two of them? Why not? There's two 00:07:36.479 --> 00:07:42.960 fans in the case. You can't drop your number of fans. 00:07:41.440 --> 00:07:47.599 All right. Should we check how safe it is? How safe it is? Yeah, how safe it 00:07:45.440 --> 00:07:52.639 is. What do you mean check how safe it is? Well, I want to know if you get your 00:07:49.759 --> 00:07:57.280 finger or your willie stuck in there, what's going to happen? 00:07:55.120 --> 00:08:01.120 It takes a while to get going. It really does. 00:07:58.800 --> 00:08:05.039 which maybe is promising from a safety standpoint. It won't, you know, maybe it 00:08:03.440 --> 00:08:09.520 doesn't have that much torque when it gets going though. Yeah, it actually 00:08:07.360 --> 00:08:13.400 sounds like an aircraft lifting off. Look at the ARM hair. 00:08:14.960 --> 00:08:22.360 Wa! These blades are freaking sharp. 00:08:23.520 --> 00:08:26.840 Oh, wow. 00:08:27.440 --> 00:08:36.459 There's nothing solid. It's just gone. 00:08:38.240 --> 00:08:45.040 Look how clean that is. That's terrifying. 00:08:42.320 --> 00:08:51.120 Yeah. Yeah. A little bit. And I don't think it slows down at all, Alex. 00:08:49.200 --> 00:08:57.240 It's just It just a fine mist gone. What's the 00:08:54.080 --> 00:09:00.340 carrot like? Go for it. 00:09:00.399 --> 00:09:05.360 It doesn't care at all. 00:09:03.839 --> 00:09:13.440 Okay. All right. All right. That's a lot of Alex. It's all over the laser. This 00:09:09.440 --> 00:09:16.160 is carrot murder. It looks like chunks, 00:09:13.440 --> 00:09:20.480 but it's actually like almost mashed consistency. Wow. That didn't care at 00:09:19.440 --> 00:09:24.959 all. Hi. 00:09:22.480 --> 00:09:29.519 Was the pun on purpose? No, it wasn't. Could you feel it drawing the object in 00:09:27.279 --> 00:09:34.880 as well? Like just from the suction? Not really. No. Oh, I could with the 00:09:31.360 --> 00:09:38.680 cucumber. Oh, the back of the fan is 00:09:34.880 --> 00:09:38.680 pretty gked up. 00:09:38.720 --> 00:09:45.040 If we don't want carrot all over the inside of our computer, we got to get 00:09:42.160 --> 00:09:52.000 everything off this. Come on. 00:09:48.000 --> 00:09:54.640 Ow. Damn it. That hurt. 00:09:52.000 --> 00:09:58.800 That was honestly terrifying. Yeah. Do you want to see how fast it will go? 00:09:56.880 --> 00:10:03.360 Yeah. When we put these in the case, I am 00:10:01.440 --> 00:10:08.480 legitimately concerned that they are going to overspin the fan on the CPU 00:10:06.800 --> 00:10:13.120 heat sink. Oh, we just need to remove the fan. Yeah, it definitely will. Yeah. 00:10:10.880 --> 00:10:18.240 And to be clear, that's a problem. So, if we spin that fan in the computer too 00:10:15.279 --> 00:10:22.079 fast, it turns into a generator that is actually putting power back into the 00:10:20.079 --> 00:10:26.480 header on the motherboard and will almost certainly cause it to light on 00:10:24.720 --> 00:10:30.480 fire. Although that actually isn't a thing. They have dodes and protection 00:10:28.880 --> 00:10:34.000 and stuff. So, I'm pretty sure it just dumps it to ground cuz I've seen it 00:10:32.399 --> 00:10:37.279 happen. How long ago was that? That was a while back. It's still I wouldn't 00:10:35.839 --> 00:10:43.440 recommend it. Yeah. Don't do it. Yeah. Also, this is a good board so we're fine. Holy You went absolute top 00:10:41.040 --> 00:10:47.120 of the line, Alex. What if we ruin something? What if we blow carrot chunks 00:10:45.200 --> 00:10:50.320 at it? Well, no, it's fine. We're not going to blow more carrots. What are 00:10:49.200 --> 00:10:56.399 What do you think we're going to do? We're not going to put an i3 in this and be like, "Oh, wow. 65 watts. You can 00:10:54.640 --> 00:11:00.000 really dissipate that with these." What we're doing right now is we're putting a 00:10:58.160 --> 00:11:04.480 little piece of marking tape on one of the blades of the fan. This is going to 00:11:01.760 --> 00:11:10.720 tell our tachometer here how fast it's spinning. Okay. 00:11:07.440 --> 00:11:12.160 Now, every time this goes around ow ow 00:11:10.720 --> 00:11:14.959 damn it. Oh, that really hurt. Yeah, this is pretty terrifying. Anyway, 00:11:13.760 --> 00:11:19.360 here's what I was trying to show you guys. You spin this thing and depending 00:11:16.800 --> 00:11:23.120 on how often our marker tape shows up, it gives you a readout. So, if you spin 00:11:21.360 --> 00:11:27.200 it faster with something other than your finger, you get a higher number 00:11:25.519 --> 00:11:35.680 presumably. Let's figure out how fast it goes. Yeah. From a distance. 4,000 00:11:30.800 --> 00:11:37.200 4500 5,000 6,000 00:11:35.680 --> 00:11:40.240 6500 7200 00:11:38.720 --> 00:11:47.480 Look at the stuff on the other side of the room. 00:11:42.800 --> 00:11:47.480 We're at around 7,300 RPM. 00:11:47.600 --> 00:11:53.519 Whoa. You see that? It's drawing it in 00:11:50.800 --> 00:11:57.600 from the side. What are we at now? I don't think it's getting faster. No, I 00:11:56.079 --> 00:12:03.519 think you're right. I think it's controlled. Yeah, it's still at 7300. 00:12:00.880 --> 00:12:08.320 So, it does not have DC control. Question then, can we go lower than 48 00:12:06.079 --> 00:12:15.920 volts and would it run exactly the same? I don't know. No, it down but not up. 00:12:13.040 --> 00:12:20.360 Okay. We've all got goggles on still, right? 00:12:20.720 --> 00:12:26.000 All right. Should we put in a computer? Yeah, we should. to help us measure how 00:12:24.320 --> 00:12:30.079 much real world performance improvement we can get out of these. We need a new 00:12:27.760 --> 00:12:34.720 nickname for these. Sure. Like blowa. Yeah, blowa. It's a little catchier. To 00:12:33.040 --> 00:12:41.519 determine just how much performance improvement we can get out of our Blowzukas, we've taken before 00:12:38.240 --> 00:12:44.480 measurements for both of our CPU and GPU 00:12:41.519 --> 00:12:49.600 temperatures. In this case, with these stock 180 mm cooling fans, it's going to 00:12:47.839 --> 00:12:53.120 be a bit of a challenge getting these in here since the mounting holes are 00:12:51.200 --> 00:12:55.839 actually in different locations. I'm sure that's something Alex already 00:12:54.560 --> 00:12:59.600 figured out. I don't know if you'll like my solution. I mean, based on how much 00:12:57.839 --> 00:13:07.200 I've liked everything about this video that has literally hurt me so far. What 00:13:04.079 --> 00:13:09.680 are we thinking? We can either do out or 00:13:07.200 --> 00:13:12.959 in. I'd say it's got to go inside. If we're going to make the argument that 00:13:10.800 --> 00:13:17.360 this is actually a computer cooling fan, it should fit in the case. Okay. Yeah, 00:13:15.680 --> 00:13:20.880 something like that. Brandon asked if we're worried about the GPU fans. The 00:13:19.200 --> 00:13:25.760 air flow is not going to be directly on them, but there's going to be so much 00:13:23.760 --> 00:13:28.160 turbulent air movement that they might be a problem. Yeah, it might be a 00:13:26.959 --> 00:13:34.360 problem. So, we're going to need to do something to make sure that we don't get like aluminum bits in here. 00:13:36.000 --> 00:13:42.240 Okay. Did you hit the holes? Think it'll fit? I don't know. 00:13:40.160 --> 00:13:46.839 That one's perfect. How are you planning to do this? Uh, belt sander. 00:13:51.440 --> 00:13:56.480 Good job. Surprisingly clean looking. We 00:13:54.720 --> 00:14:02.800 got a flat top. Now, what are these things actually for? Do we know? Uh, no. 00:14:00.639 --> 00:14:05.279 Oh, I think electronics cooling. I guess that makes sense. That's kind of what 00:14:03.920 --> 00:14:10.639 Delta does. That's what we're doing with it. But like under what circumstances 00:14:07.199 --> 00:14:14.480 would you need 5,000 L per second? My 00:14:10.639 --> 00:14:16.720 guess is not so much like on a server, 00:14:14.480 --> 00:14:21.440 but around a server if you just need to move like a bunch of air into a room or 00:14:19.600 --> 00:14:24.800 out of a room. Have you ever actually had to procure one of these through work 00:14:22.959 --> 00:14:28.800 or something? Like hit us up in the comments. What are these things for? But 00:14:26.320 --> 00:14:33.760 look, won't even be able to tell. Now that is a sleeper. Yep. It's a sleeper 00:14:31.360 --> 00:14:39.040 until you turn it on. Oh, we should take the CPU. Uh aha. That would have been 00:14:36.800 --> 00:14:42.320 pretty bad actually. I am still pretty worried about even some of these other 00:14:40.480 --> 00:14:45.839 fans, like these case fans. There could be enough just air flow coming out of 00:14:44.079 --> 00:14:49.920 this case that it'll spin them. Unplug them. Well, I don't know. Let's see. 00:14:47.839 --> 00:14:55.760 Wow, they're shockingly quiet when we run them in the computer. Yeah. Yeah. 00:14:52.560 --> 00:14:57.279 So, it's 45 dB, but also like it's just 00:14:55.760 --> 00:15:01.920 the noise floor in here. It's not that quiet. I guess I should start a stress 00:14:59.920 --> 00:15:09.199 test. Yeah, just go for good old Prime 95. Okay. Also, this is an overclock 00:15:05.440 --> 00:15:15.320 chip. I played with it a bit. PVO's on. 00:15:09.199 --> 00:15:15.320 She goes, "Oh, look at our power." Whoa. 00:15:15.600 --> 00:15:23.199 What is happening? Uh, hello. These fans don't know what to do. They're stopping. 00:15:21.120 --> 00:15:28.480 There's so much air flow. They're trying to blow air in and these fans are 00:15:26.320 --> 00:15:33.360 blowing air through them. Something weird's happening. Something very weird 00:15:30.800 --> 00:15:37.920 is happening. Our CPU temps are going down though. So, this one just stopped. 00:15:35.839 --> 00:15:42.320 I wonder. Yeah, we might be current limited. 00:15:40.720 --> 00:15:48.079 Oh, our CPU is at over 200 watts now. Are 00:15:46.079 --> 00:15:52.639 you just cranking the current limiter? Yes. Okay, I think it's enough. I just 00:15:50.560 --> 00:15:58.399 want to show you guys coming out the back of the case what we're dealing with 00:15:54.880 --> 00:16:01.920 here. Where are we at? Oh my god. Holy. 00:15:58.399 --> 00:16:05.279 We're at 1300 watts overload, guys. This 00:16:01.920 --> 00:16:07.920 is just the fans. Can you tell it's like 00:16:05.279 --> 00:16:13.519 windswept? Who needs water cooling? Got the really 00:16:11.279 --> 00:16:18.079 good computer fan here. I guess we don't need any more airflow. Look at her go. 00:16:15.759 --> 00:16:24.079 What about we have two of these? Oh, how hot is that thing? Uh, so the wire 00:16:19.839 --> 00:16:26.320 currently is at 90°. Oh, I think your 00:16:24.079 --> 00:16:30.880 black wire is a thinner gauge than the red one. We can probably fix this. No, 00:16:29.040 --> 00:16:40.320 no. I have a solution. We'll just put this here. Active cooling our wires. 00:16:36.720 --> 00:16:42.720 Wires are 35°. We're good. Okay, check 00:16:40.320 --> 00:16:49.000 this out. It grabs it from out here. 00:16:46.000 --> 00:16:49.000 Oh, 00:16:50.560 --> 00:16:57.440 and if we like the aesthetics of the original fans, we could just put them 00:16:54.959 --> 00:17:02.639 here. I wonder. We can test it. I want to see if you get a back bolt or a back 00:16:59.600 --> 00:17:04.720 current. If we get more than 12 volts, 00:17:02.639 --> 00:17:08.640 it's spinning faster than it otherwise would have. That's less than I would 00:17:06.400 --> 00:17:16.079 have expected. Oh, yeah. It must have protection. That makes sense. Or maybe 00:17:12.400 --> 00:17:17.760 we need to spin it the other way. 00:17:16.079 --> 00:17:21.520 No, it does. You're right. It seems to have protection. I should put in hearing 00:17:19.679 --> 00:17:31.600 protection. You really should. We're at 95 freaking d. Stock is 1,200 RPM. 00:17:28.640 --> 00:17:36.640 It's over 2,000 RPM, though. Damn. That's almost double the rated speed of 00:17:33.919 --> 00:17:41.679 this thing. And it's not even powered. Are you seeing how dangerous 90 dB is 00:17:38.880 --> 00:17:49.440 for your hearing? Barry, you have to remember that every 3 dB is a doubling 00:17:45.760 --> 00:17:53.200 in volume because dB are done in a 00:17:49.440 --> 00:17:55.840 logarithmic way. So 95 dB is really 00:17:53.200 --> 00:18:01.919 freaking loud. You get kind of used to it though. And it's not until it's off 00:17:58.640 --> 00:18:04.640 that you go, "Wo, 00:18:01.919 --> 00:18:09.120 that was really loud." And holy crap, did this perform better than actually 00:18:06.480 --> 00:18:18.720 having a fan on the heat sink. Oh, by a lot. Holy crap. Did we drop almost 15° 00:18:15.600 --> 00:18:21.440 by removing the fan from the heat sink? 00:18:18.720 --> 00:18:25.919 Yeah. So the red is our before with just a normal NHD15. And you can actually see 00:18:24.080 --> 00:18:30.160 here where it starts dropping is when I took the side panel off. And this right 00:18:28.080 --> 00:18:34.240 here is when we turn on the blow zuka. You can just see the package power which 00:18:31.760 --> 00:18:40.000 was dropping. It's like Yeah. So this is the CPU throttling at 95° right here. 00:18:38.160 --> 00:18:45.200 Immediately we're back to actually a greater power budget. So we would get 00:18:42.000 --> 00:18:47.200 more performance by adding these fans to 00:18:45.200 --> 00:18:50.320 our systems. I think every workstation in the building should probably have one 00:18:48.880 --> 00:18:54.160 of these in it. Do you know what we should do before we close this out? We 00:18:52.320 --> 00:18:59.200 should run Cinebench ones on it. There you go. All right. Deal with crowd. Air 00:18:57.200 --> 00:19:02.960 cooling record. 85 00:19:00.720 --> 00:19:08.320 280 230 watts. Not bad. 00:19:06.400 --> 00:19:13.760 Oh, I wanted that to be higher. Just like I wanted to tell you about our 00:19:11.039 --> 00:19:17.360 sponsor, Vessie. Do you hate wet socks as much as I do? Vesty footwear makes 00:19:15.760 --> 00:19:21.440 lightweight, breathable, and most importantly, waterresistant shoes, so no 00:19:19.520 --> 00:19:26.000 more squaltchy socks. They're all squinchy. 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If you guys enjoyed this video, 00:19:54.400 --> 00:20:00.720 you might enjoy the last time Alex and I hooked an overkill air cooler up to a 00:19:58.240 --> 00:20:04.799 PC. I think this time is more elegant, though. Oh, yeah. But that was also fun.