WEBVTT 00:00:00.230 --> 00:00:03.283 - I wanna see a beef cake in this. Geez, this is a big... 00:00:03.283 --> 00:00:07.700 (beep) this is the NZXT H1 version two. 00:00:07.700 --> 00:00:11.970 And it has the improvements you'd expect in a, you know, generation of case design. 00:00:11.970 --> 00:00:15.760 More GPU support, more power supply wattages 00:00:15.760 --> 00:00:19.583 and more cooling and also less fires. 00:00:20.630 --> 00:00:25.193 You normally don't expect that to be a selling point but it is so let's get into it. 00:00:27.720 --> 00:00:32.210 Okay, I guess it's one of those cases where they put all the things you need inside of the case. 00:00:32.210 --> 00:00:37.130 Is this a case that we use to make the Noden Xbox one PC. 00:00:37.130 --> 00:00:42.350 Oh, okay. Yeah, this sure looks like an Xbox, but a lot bigger. 00:00:42.350 --> 00:00:48.190 This thing's 400 bucks, 350 when you're not in the US because tariffs to be clear for 400 bucks, 00:00:48.190 --> 00:00:51.480 you are getting the case, the cooler and the power supply. 00:00:51.480 --> 00:00:56.743 So it's not like that's just the chassis. Pull to remove back metal panel. 00:00:56.743 --> 00:00:59.960 (clicks) Okay, so that's off. 00:00:59.960 --> 00:01:05.270 Does this come off? (metal clanks) As you can tell, I don't have experience with this case. 00:01:05.270 --> 00:01:09.020 That's step three. What's step two? Oh, we already did step two. 00:01:09.020 --> 00:01:13.403 What was step one? Were we supposed to do a step one? Oh, step one, pull this off. 00:01:14.940 --> 00:01:17.980 Aha, now does this slide up? Oh yeah. 00:01:17.980 --> 00:01:24.650 Wow who would've ever thought that reading the instructions would be useful. 00:01:24.650 --> 00:01:27.730 There's our box. Oh, that is pretty nice 00:01:27.730 --> 00:01:33.200 having a power supply that's built in. Cause all these cables I am guessing are 00:01:33.200 --> 00:01:39.010 about the right length for where they need to go. Apparently for the GPU, we get eight millimeters 00:01:39.010 --> 00:01:42.310 more of height, which I'm guessing you can 00:01:42.310 --> 00:01:45.867 probably fit a three slot card in here depending on just how tall it is. 00:01:45.867 --> 00:01:50.690 And 19 millimeters of more length. So 30 series cards should be good. 00:01:50.690 --> 00:01:54.393 Oh my God. That's not much space for the motherboard. Look at this. 00:01:55.270 --> 00:01:58.093 So I'm going to cheat a bit and use the manual. 00:01:59.010 --> 00:02:02.918 You're saying boo Jono, but I want this to be done. 00:02:02.918 --> 00:02:06.010 (chuckles) Mandscape's new performance package 4.0 kit 00:02:06.010 --> 00:02:09.660 is designed to contain everything you need to make grooming below the waist easy. 00:02:09.660 --> 00:02:13.260 It includes an updated lawnmower 4.0 with its wireless charging. 00:02:13.260 --> 00:02:17.760 Weed whacker nose trimmer for the tricky areas. Plus some other goodies like the crop preserver 00:02:17.760 --> 00:02:23.310 and crop reviver sprays for deodorizing and toning. Get 20% off plus free international shipping using the link 00:02:23.310 --> 00:02:27.870 in the video description. Remove screws pointed by arrows and lift open. 00:02:27.870 --> 00:02:32.010 Okay, I can do that. We've got a nice 140 fan here 00:02:32.010 --> 00:02:36.080 and a reasonably enough sized radiator. 00:02:36.080 --> 00:02:39.670 It's not gonna give you the most performance possible. 00:02:39.670 --> 00:02:44.160 Wow, who would've thought that reading the instructions makes everything way easier. 00:02:44.160 --> 00:02:50.600 Today, it would appear that we're going with an i7-11700K and also an X590 board from ASUS. 00:02:50.760 --> 00:02:55.000 So this is going to be a really fast little system. 00:02:55.000 --> 00:02:58.300 You can probably also overclock the beans off the memory on this. 00:02:58.300 --> 00:03:03.040 When you only have two RAM slots you can run them a lot faster than if you have four 00:03:03.040 --> 00:03:06.600 because of reflections in the signal and crap. Anyway. 00:03:06.600 --> 00:03:09.600 Maybe we'll try that. All the screws are in here I am guessing. 00:03:11.550 --> 00:03:16.550 For RAM, we've gone with Trident Z Royals 4,600 C18. 00:03:17.000 --> 00:03:20.960 So this is probably a brutally expensive kit of RAM. 00:03:20.960 --> 00:03:27.710 It's also really dirty. So it appear that the motherboard goes in this way. 00:03:27.710 --> 00:03:31.660 So your IO is at the bottom. That's going to be kind of nice 00:03:31.660 --> 00:03:35.660 for easily making all of your cable management look good 00:03:35.660 --> 00:03:39.370 but it's gonna really suck when you wanna plug something in. I was afraid for a second that 00:03:39.370 --> 00:03:42.400 I had to attach the cooler mounting beforehand, 00:03:42.400 --> 00:03:45.770 but no you have access from the back so you don't need to worry about it. 00:03:45.770 --> 00:03:49.570 Do you remember how it was like reading the instructions? 00:03:49.570 --> 00:03:54.890 Yeah, that lasted about 10 seconds. Now, one reason to attach the cooler mounting before you go 00:03:54.890 --> 00:03:59.580 into the case is that this is super awkward to get at. Thank you, logistics. 00:03:59.580 --> 00:04:02.480 That sounded kind of sarcastic, but logistics are awesome. 00:04:03.730 --> 00:04:07.880 They picked all the parts for this PC. For storage, we're going with half a Gigabyte 00:04:07.880 --> 00:04:12.640 crucial P5 M.2, that's a little bit under spec 00:04:12.640 --> 00:04:17.380 but we do rate up here have two, two and a half inch drive base. 00:04:17.380 --> 00:04:20.303 So we could add additional storage later pretty easily. 00:04:21.673 --> 00:04:25.443 (clicks) SSDs slot right in. 00:04:26.610 --> 00:04:31.570 Motherboards in, I could attach the cooler right now but I think it's wiser to attach all 00:04:31.570 --> 00:04:34.820 of the cables first and especially stuff 00:04:34.820 --> 00:04:39.600 like don't miss your like front panel and so on. 00:04:39.600 --> 00:04:43.050 I really appreciate how they've pre ran all these cables 00:04:43.050 --> 00:04:46.300 to the spots where they're going to go. I don't have to worry 00:04:46.300 --> 00:04:50.280 about the routing of the CPU power connector. 00:04:50.280 --> 00:04:55.960 It's just there. It's already managed in. This is always the problem with small form factor cases. 00:04:57.140 --> 00:05:00.810 Just getting your hands in there. The final bit to plug 00:05:00.810 --> 00:05:06.380 into the motherboard is the PCEI riser. Now this one right here is Gen four, which is awesome 00:05:06.380 --> 00:05:11.180 because if we use like, you know, a Gen four motherboard gen three ones don't work, but we'll just be flaky. 00:05:11.180 --> 00:05:16.510 It's a huge pain in the troubleshoot. Also, this one's been designed specifically for this case 00:05:16.510 --> 00:05:23.220 and solves the problem that the last generation had where the 12 volt plane could be shorted to, you know, 00:05:23.220 --> 00:05:29.440 ground and burn your house down. I shouldn't say that as a positive, but yeah, 00:05:29.440 --> 00:05:32.580 this one apparently is safe. 00:05:32.580 --> 00:05:38.120 (bell rings) (group cheers) Finally for this side, installing the cooler. 00:05:38.120 --> 00:05:41.653 This is once again, really tight. 00:05:42.670 --> 00:05:46.120 There we go. For tightening down your CPU, 00:05:46.120 --> 00:05:49.940 I always recommend going like half tightness 00:05:49.940 --> 00:05:55.490 on all of them go around in kind of like a a cross and then a cross again pattern. 00:05:55.490 --> 00:06:00.520 And that way you just avoid, you know putting a whole bunch of pressure on one side 00:06:00.520 --> 00:06:04.310 and having a thermal paste kind of squish out. For the GPU, 00:06:04.310 --> 00:06:08.250 we're going with the Founders Edition 3080ti. 00:06:08.250 --> 00:06:14.250 This thing is obscenely fast. It's also obscenely expensive and it's kind 00:06:14.250 --> 00:06:16.433 of small for how powerful it is. 00:06:18.300 --> 00:06:23.004 Okay, Let's have a bit of a gander here. (upbeat music) 00:06:30.660 --> 00:06:37.670 Yeah, I don't think that's gonna work very well. So the problem is this fan 00:06:37.670 --> 00:06:42.670 is blowing out directly into your drives. 00:06:43.030 --> 00:06:50.480 Now they have included, and this is an upgrade for this generation, a 92 millimeter PWM fan in the back. 00:06:50.480 --> 00:06:54.670 So that should help getting some of that out. But quick trip to the warehouse 00:06:54.670 --> 00:07:02.460 has netted us a nice little upgrade. Instead of our 3080ti, we have its bigger brother. 00:07:02.630 --> 00:07:07.630 This huge fricking mass of 3090, if it can cool 00:07:08.160 --> 00:07:12.370 and almost more importantly power this, I'll be quite impressed. 00:07:12.370 --> 00:07:17.020 Geez, this is, this is a big... (beep) 00:07:17.020 --> 00:07:19.913 Oh, I love this. This is so great. 00:07:21.161 --> 00:07:25.460 (laughs) It's all GPU. 00:07:25.460 --> 00:07:32.250 One thing to note is that small Form Factor power supplies are not as good as full fat power supplies. 00:07:32.250 --> 00:07:36.020 Andy learned this the hard way. - [Andy] Yeah, I blew up mine. 00:07:36.020 --> 00:07:40.080 - Andy's... - [Andy] It was Windows updates though. - Windows updates what killed your PC? 00:07:40.080 --> 00:07:43.810 - [Andy] Yeah. - Geez. Yeah, 'cause the problem that you run 00:07:43.810 --> 00:07:47.930 into is not that these small form factor power supplies 00:07:47.930 --> 00:07:53.010 can deliver the current, it's that they can't deliver it really fast. 00:07:53.010 --> 00:07:57.500 So these 30 series cards have really bad habits 00:07:57.500 --> 00:08:00.970 of like having super are quick spikes and then they come down 00:08:00.970 --> 00:08:05.100 and if you have big caps, it's not a big deal, 00:08:05.100 --> 00:08:10.570 but in small Form Factor cases where you can only have smaller capacitors, you can blow it up 00:08:10.570 --> 00:08:13.690 or just shut it down. Ideally have it shut down. 00:08:13.690 --> 00:08:17.210 Yeah, that was really fast, actually. Barely looked at the instructions 00:08:17.210 --> 00:08:22.240 and we're done in what? Like that was under an hour. Okay, apparently 40 minutes according to Andy. 00:08:22.240 --> 00:08:28.020 Now on a normal computer case, you plug in your USB, something like that. 00:08:28.020 --> 00:08:31.080 Here you plug in USB by doing that. 00:08:35.370 --> 00:08:40.340 I feel like one of those stupid infomercials people struggling with something that should be easy, 00:08:40.340 --> 00:08:44.430 plugging everything into this 'cause it is actually kind of difficult. 00:08:44.430 --> 00:08:47.513 Okay, bets that she just works first time. 00:08:48.750 --> 00:08:49.963 - [Andy] 80%? 00:08:52.010 --> 00:08:58.370 Hey. - Okay, all the lights are promising but there's nothing to suggest this shouldn't be working. 00:08:58.370 --> 00:09:02.100 Like none of the lights on the motherboard are on that I can tell. 00:09:02.100 --> 00:09:06.500 Oh, I think I found it. I think I found it. Okay. I've discovered the culprit. 00:09:06.500 --> 00:09:11.500 Right in here, CPU not getting power. 00:09:12.510 --> 00:09:18.580 Hey, it worked. So I swap up the RAM and the GPU, 00:09:18.580 --> 00:09:22.380 but guess what the problem was? The fricking DisplayPort cable. 00:09:22.380 --> 00:09:25.550 Now I think this is NZXT's fault. 00:09:25.550 --> 00:09:28.840 You'll see that the way the GPU's in the slot, 00:09:28.840 --> 00:09:33.170 our DisplayPort cable connectors are kind of squished. 00:09:33.170 --> 00:09:36.900 So I'm suspicious that our DisplayPort cable just wasn't going in all the way. 00:09:36.900 --> 00:09:41.070 And that's why we didn't have a signal. Are you not booting? Like what's on the go here. 00:09:41.070 --> 00:09:46.555 Oh you absolute piece of.. (beep) We did it, she works and it looks pretty great, actually. 00:09:46.555 --> 00:09:48.893 Now we get to do the best part of this video. 00:09:49.834 --> 00:09:53.015 (sticker rustles) Oh. 00:09:55.360 --> 00:10:01.033 This thing looks like an absolute beast. I love how it's just like half of it is GPU. 00:10:02.080 --> 00:10:05.570 The packaging of this machine is really great. 00:10:05.570 --> 00:10:09.540 Oh yeah. And the problems that we're having were just stupid motherboard stuff. 00:10:09.540 --> 00:10:14.980 It was trying to get the CPU to go to gigahertz which didn't work most of the time. 00:10:14.980 --> 00:10:18.320 But sometimes it did, which is why we couldn't figure it out. 00:10:18.320 --> 00:10:23.030 Well, I could do the nice thing to this computer and you know, just play some games 00:10:23.030 --> 00:10:28.207 on it or something and be like, oh yeah, cool, no, we're just going straight to Prime95 00:10:28.207 --> 00:10:31.210 and FurMark at the same time. If it survives that, it'll survive games. 00:10:31.210 --> 00:10:38.920 No problem. This is not being very kind. So 180 Watts on the CPU, GPU is at, oh 400 Watts. 00:10:40.650 --> 00:10:46.570 Excellent. So we have like 150, 180-ish Watts 00:10:47.600 --> 00:10:49.793 to go until the powers supply conks out. 00:10:50.960 --> 00:10:54.060 Good job at not NZXT. That's good. 00:10:54.060 --> 00:10:58.910 Wow, that is kicking off some heat. This is, it's also kicking off some noise. 00:10:58.910 --> 00:11:03.040 Holy Frig. We've been doing this for three minutes 00:11:03.040 --> 00:11:10.860 and the temperatures seem to be about leveling out. So CPU 80 degrees, GPU at 74. 00:11:10.860 --> 00:11:15.450 I'm guessing it would still climb up until about 80 and who knows 00:11:15.450 --> 00:11:19.610 where exactly it's going to land but that's going to be very GPU dependent. 00:11:19.610 --> 00:11:22.900 I'm a little bit disappointed with the power supply fan and how loud it is. 00:11:22.900 --> 00:11:27.040 But at the same time, like we're pulling 600 Watts consistently here. 00:11:27.040 --> 00:11:34.503 Overall though, I'm quite impressed. The temperatures didn't get out of control and like it's a 3090 and 11700 K, 00:11:34.503 --> 00:11:37.730 that's a lot of power for a system of the size 00:11:37.730 --> 00:11:42.230 and just did it. Going in and tweaking the fan curves would probably 00:11:42.230 --> 00:11:47.040 be able to bring the temperatures down a bit. And overall I like it. 00:11:47.040 --> 00:11:51.200 Nice, simple little build and I think it looks great. 00:11:51.200 --> 00:11:55.710 Yeah and no more fires, geez. So huge thanks for watching this video. 00:11:55.710 --> 00:12:00.690 Hit like, get subscribed. If you wanna check out this case, there should be a link in the video description 00:12:00.690 --> 00:12:04.510 and maybe go watch the friend in ST10 video. 00:12:04.510 --> 00:12:08.420 I think that's what it's called. It's mechanical calculator proofed in an excellent job writing it. 00:12:08.420 --> 00:12:09.253 Great video.