1 00:00:00,000 --> 00:00:16,160 holy crap this might actually be a two-man lift hey I add holy crap this is 2 00:00:05,310 --> 00:00:19,020 really here it is ho full marks for 3 00:00:16,160 --> 00:00:25,850 presentation ladies and gentlemen what am I looking at three power adapters 4 00:00:29,840 --> 00:00:40,079 there we go just need leverage this is 5 00:00:37,620 --> 00:00:47,219 already a super weird computer this is not how you're supposed to open it we're 6 00:00:44,489 --> 00:00:51,719 opening it backwards but the computer is backwards 7 00:00:48,680 --> 00:00:54,570 look the mounting years for the server 8 00:00:51,719 --> 00:00:58,980 rack apparently this is rackmount are where the front the back i/o comes out 9 00:00:57,210 --> 00:01:04,170 of the front of the computer what am I even looking at so here's the handles 10 00:01:01,379 --> 00:01:09,390 here's your power button your reset button whatever these plates are for 11 00:01:06,960 --> 00:01:13,140 whatever this display does and your i/o plate is all at the front of the 12 00:01:10,680 --> 00:01:19,380 computer so what's at the back of the computer oh we got we've got water 13 00:01:17,220 --> 00:01:27,990 cooling for days here ladies and gentlemen oh this is the Camino RM and 14 00:01:24,990 --> 00:01:29,939 it shouldn't surprise me that much that 15 00:01:27,990 --> 00:01:35,850 the internal layout of this thing is unlike any server I've ever seen before 16 00:01:32,520 --> 00:01:40,140 because these are the same crazy folks 17 00:01:35,850 --> 00:01:44,250 that brought us yes that thing that 18 00:01:40,140 --> 00:01:47,280 super super tiny liquid cooled small 19 00:01:44,250 --> 00:01:51,259 form-factor gaming rig inside this box 20 00:01:47,280 --> 00:01:54,899 is apparently a Threadripper processor 21 00:01:51,259 --> 00:01:56,909 420 ATT eyes and presumably enough power 22 00:01:54,899 --> 00:02:01,140 and cooling to take care of all of that and I don't know if you guys have the 23 00:01:59,250 --> 00:02:06,810 context for this or not but here's a Linus hand for scale this is a really 24 00:02:03,990 --> 00:02:10,590 compact little server wait what where are the graphics cards at why are 25 00:02:08,459 --> 00:02:14,180 there three power supplies what am I even looking at here 26 00:02:14,180 --> 00:02:24,629 crap Andy I need alan keyes and allen 27 00:02:23,159 --> 00:02:31,799 key ladies and gentlemen courtesy of Andy the Andy man can this 28 00:02:27,900 --> 00:02:32,819 machine is nucking futs well let's walk 29 00:02:31,799 --> 00:02:41,849 through what we're looking at here starting at the back we've got a triple 30 00:02:38,810 --> 00:02:44,519 120 millimeter radiator with a quite 31 00:02:41,849 --> 00:02:51,659 dense fin stack so this is optimized for high airflow fans we don't have any fans 32 00:02:48,480 --> 00:02:54,659 directly mounted to it instead we've got 33 00:02:51,659 --> 00:02:57,870 three Noctua industrial PPC fans so 34 00:02:54,659 --> 00:03:01,049 these are 3000 RPM monsters that have 35 00:02:57,870 --> 00:03:02,879 this kind of redirection piece here so 36 00:03:01,049 --> 00:03:07,200 that it directs it up and through the radiator which also has a little bit of 37 00:03:05,370 --> 00:03:12,510 kind of soft tape here that's presumably to help seal up the back of the chassis 38 00:03:09,480 --> 00:03:14,489 as for the components inside rather than 39 00:03:12,510 --> 00:03:20,669 take a traditional server approach and go with a single but redundant high 40 00:03:18,209 --> 00:03:28,909 power power supply like a 1600 watt power supply or something like that 41 00:03:22,169 --> 00:03:32,299 Kamino has opted to go with three sfx 42 00:03:28,909 --> 00:03:35,819 750 watt more like small form factor 43 00:03:32,299 --> 00:03:38,489 desktop power supplies with their own 44 00:03:35,819 --> 00:03:43,290 label so they've presumably got like an OEM manufacturer or ODM manufacturer 45 00:03:41,340 --> 00:03:47,790 building these for them next up we've got our motherboard so this is a Zenith 46 00:03:45,419 --> 00:03:51,629 to extreme alpha or whatever it's called this is the top-of-the-line thread 47 00:03:49,530 --> 00:03:56,699 Ripper board better for CPU I believe it's a 32 core model but that's sort of 48 00:03:53,790 --> 00:04:01,859 irrelevant because the focus when building a machine like this was on GPU 49 00:03:59,489 --> 00:04:09,810 and where are they where are the graphics cards Andy ah they are this 50 00:04:07,349 --> 00:04:15,889 Andy guy he doesn't miss a trick ladies and gentlemen so here on the front of 51 00:04:12,449 --> 00:04:20,130 the board we've got three of caminos 52 00:04:15,889 --> 00:04:23,849 supercool PCI Express risers so these 53 00:04:20,130 --> 00:04:25,740 are PCIe 16x right here and then they've 54 00:04:23,849 --> 00:04:31,740 actually got two each I'm handling eight of the lanes two of 55 00:04:27,780 --> 00:04:33,750 these thin PCI Express extension cables 56 00:04:31,740 --> 00:04:38,819 now normally when you build a small form-factor machine the PCI Express 57 00:04:35,880 --> 00:04:42,990 riser is like it's it's thick it's like a ribbon style cable but these 58 00:04:41,099 --> 00:04:48,930 apparently have good enough signal integrity to handle these links over a 59 00:04:45,680 --> 00:04:50,310 rounded / sleeved connector here 60 00:04:48,930 --> 00:04:57,509 thirty-two hundred megahertz these are 32 gig sticks so that's 256 gigs around 61 00:04:52,830 --> 00:05:01,680 this puppy is maxed out so heavy oh okay 62 00:04:57,509 --> 00:05:03,180 ow right here's our water cooling 63 00:05:01,680 --> 00:05:06,990 reservoir they've got a really nice handy dandy little cutout I haven't 64 00:05:05,250 --> 00:05:12,630 looked at the water cooling much here so our CPU block which also handles cooling 65 00:05:10,020 --> 00:05:17,490 the V RMS here goes down to what seems to be some kind of a manifold there 66 00:05:14,340 --> 00:05:19,110 splitter our radiator goes down under 67 00:05:17,490 --> 00:05:23,610 the motherboard tray and then our reservoir is over here with a nice handy 68 00:05:21,060 --> 00:05:28,889 dandy little cutout CPU block seems to be a custom design that cools both the 69 00:05:25,949 --> 00:05:33,030 CPU and the power delivery on the motherboard let's go find some graphics 70 00:05:30,690 --> 00:05:38,639 cards here solely listing oh it's warming me up ltte store calm sighs why 71 00:05:36,389 --> 00:05:44,370 would the manufacturer of a system like this have the graphics card IO at the 72 00:05:42,630 --> 00:05:51,270 front of the case where people would be pretty unsafe to plug in a graphics card 73 00:05:46,860 --> 00:05:54,300 and especially why would they put the 74 00:05:51,270 --> 00:05:57,090 plugs buying these like little cover 75 00:05:54,300 --> 00:06:07,680 plates that's a weird thing to do right oh my god that is so cool I haven't seen 76 00:06:02,550 --> 00:06:08,460 this in so long so way back like 10 77 00:06:07,680 --> 00:06:16,349 years ago NVIDIA did a dual GPU graphics card 78 00:06:11,430 --> 00:06:20,130 where it actually had two PCBs so one on 79 00:06:16,349 --> 00:06:22,080 the slot side and then one over on where 80 00:06:20,130 --> 00:06:26,310 would normally be your intake fan and then they had a cutout in the PCB for 81 00:06:24,300 --> 00:06:28,740 the fan to draw air in from both sides and then blow it down the back of the 82 00:06:28,349 --> 00:06:35,760 card now when manufacturers went to water cool this thing they had no choice 83 00:06:32,880 --> 00:06:39,950 because the to PCBs had the components mounted facing each other in 84 00:06:38,060 --> 00:06:45,410 they had no choice but to create a block that sat in between them and had the 85 00:06:42,590 --> 00:06:52,940 water channel go in and out and had cold plates like copper plates on both sides 86 00:06:48,310 --> 00:06:57,530 that is what Camino has done here to 87 00:06:52,940 --> 00:07:01,850 create this incredibly slim design that 88 00:06:57,530 --> 00:07:03,530 actually has to RTX 28 ET is in about 89 00:07:01,850 --> 00:07:07,190 the space you would normally have a single one before I open this up I want 90 00:07:05,690 --> 00:07:10,790 to tell you about our sponsor private Internet access private Internet access 91 00:07:08,780 --> 00:07:14,090 allows you to access services and websites as though you're in a different 92 00:07:12,200 --> 00:07:18,020 country it encrypts all your Internet traffic and uses a safe protected IP you 93 00:07:16,340 --> 00:07:23,720 can connect up to five devices at once with clients for Windows macOS Linux 94 00:07:20,360 --> 00:07:26,150 iOS and Android and if you check out our 95 00:07:23,720 --> 00:07:31,780 offer down below it's 39.95 for a full year and you'll get two months free so 96 00:07:28,160 --> 00:07:34,610 go check it out now we'll take this off 97 00:07:31,780 --> 00:07:48,770 wow that's actually not bad in terms of accessibility there they are I found you 98 00:07:41,330 --> 00:07:53,540 I got you inlet/outlet that goes to this 99 00:07:48,770 --> 00:07:56,030 right here onto the CPU out to this side 100 00:07:53,540 --> 00:07:59,960 of this okay and then it must also go into the GPUs into this side of this 101 00:07:58,610 --> 00:08:04,910 where it goes comes back to oh yeah okay so the CPU is 102 00:08:02,840 --> 00:08:09,020 getting about half of the flow coming out of the pump and the GPUs are sharing 103 00:08:07,550 --> 00:08:14,930 about half of the flow now I don't actually expect that to be a terrible 104 00:08:12,140 --> 00:08:18,590 problem because GPUs while they do actually consume a lot of power and 105 00:08:16,550 --> 00:08:23,240 therefore output a lot of heat they're really really large and it's a little 106 00:08:21,380 --> 00:08:27,560 bit easier to draw the heat off of them one of the reasons they run so hot is 107 00:08:24,740 --> 00:08:30,920 that they have these tiny slim coolers on them with these really inefficient 108 00:08:28,820 --> 00:08:34,700 fan designs because they have to go in PCI Express slots instead of being able 109 00:08:33,050 --> 00:08:40,220 to have a big thing plunked on them like a CPU does one thing I can't really wrap 110 00:08:37,760 --> 00:08:45,800 my head around right now is how they actually put this whole assembly in or 111 00:08:43,940 --> 00:08:50,360 take it out but we can leave that for another day we're gonna do a full Linus 112 00:08:47,660 --> 00:08:55,040 tech tips video on how this machine performs 113 00:08:51,680 --> 00:08:58,070 towards true purpose which ah as I 114 00:08:55,040 --> 00:09:00,890 alluded to before doesn't require the 115 00:08:58,070 --> 00:09:06,890 GPS to even have their plugs accessible because apparently it's intended as like 116 00:09:03,920 --> 00:09:11,630 a network accessible rendering server it's a little curious to me that they 117 00:09:08,870 --> 00:09:16,940 didn't bother to at least allow you to install any expansion slots not a big 118 00:09:14,750 --> 00:09:20,990 deal because this is one of those high-end desktop boards that happens to 119 00:09:19,250 --> 00:09:25,220 have ten gigabit Ethernet which is good enough for putting a rendering load on 120 00:09:23,360 --> 00:09:28,490 to it and then taking the results back so then your bottlenecks are gonna be 121 00:09:26,660 --> 00:09:32,540 elsewhere in the system you know like these guys really impressed me with that 122 00:09:30,649 --> 00:09:40,130 small form-factor machine but I do have my doubts just three one forty millimeter fans 123 00:09:35,649 --> 00:09:41,899 cooling 420 ATT eyes and a Threadripper 124 00:09:40,130 --> 00:09:45,020 get subscribe to ShortCircuit for more fun unboxings like this actually I can't 125 00:09:43,760 --> 00:09:51,580 promise we'll have too many like this one this is really unique but definitely 126 00:09:48,529 --> 00:09:51,580 definitely more videos