$26000 RTX 4090 4Way ㅣThreadripper Pro 5995WX
#deeplearning #gpu #server #workstation
CPU: AMD RYZEN THREADRIPPER Pro 5995WX
M/B: ASUS WS WRX80E SAGE SE WIFI
RAM: SAMSUNG DDR4-3200 ECC/REG 128GB (32Gx4)
SSD: SAMSUNG PM9A1 M.2 NVNe 512GB
VGA: INNO3D NVIDIA GeForce RTX 4090 D6X 24GB (4EA)
CASE: Phanteks ENTHOO PRO 2 TG
POWER: SuperFlower SF-2000F14HP LEADEX PLATUNUM (2EA)
COOLER: 3RSYS PF-12025 (5PACK(3EA))
CUSTOM PARTS: EK-Quantum Velocity sTR4 Acetal,
EK-Quantum Flow Indicator, EK-Quantum Kinetic TBE 200 D5 PWM,
Bitspower Digit Thermal Sensor, WaterCool MORA 360, EPDM Tube OD16mm, DPDM Tube OD10mm,
Alphacool ES Distro Plate Parallel C5, Alphacool ES Carbon RTX 4090(4EA), Quick Disconnectm
EK-CryoFuel Clear 3000ml
Yangcom Home Page
www.yangcom.co.kr
Yangcom Instagram
/ yangcom_official
Yangcom Facebook
/ yangcompc
Yangcom Blog
blog.naver.com/combox0
Dude, if you're going to make a build this epic, fill-up all of the RAM slots.
its already 128 gigs. Also, filling entire slot will harm the clock speed, so its just already as big with full clock.
@@azravalencia4577 they could just use dummy RAM sticks too
Fill up your ram slot.
He obviously builds for a client, not for his own. Just doing what his client asked so I wouldn't blame him.
I don't think this is a build were looks or epicness was a priority
Can't wait to pick this up on marketplace for $1000 in 5 years.
lmao😂
try 25999
Real
3.5year that is enough, because next 2 generations hardware will make those pc obsoleted.
The watercooling-components will still have its price.
I never get bored of watching someone build a computer that I can't afford, sending support.
Bro that PC is more expensive that my house 💀
@@-_-_EpicaL_-_- The price is unnecessary.
lol me too
However most people don’t need such machine
@@-_-_EpicaL_-_- wtf bro
Dude! Everything is amazing about this video - it's not too long, impressive build, awesome music. Keep going, man!
I nice budget mid tier gaming PC setup.. as Nvidia would call it.
Since the additional 4090s don't do anything for gaming (nor do 64 cores), that it basically just a standard 4090 build for gaming.
Nvidia doesn't care about consumers, they underspec other cards and increase prices of the flagship card every gen because gamers are a small spec of dust in the GPU market compared to the AI industry
The way those RAM sticks look already tells this build can still get more expensive
@@rensomusni8091 Yup. The most money in a high end server goes to RAM, a couple TB can easily cost medium five to low six figures, more than 8 Xeon Gold or AMD Epyc combined.
yes, it's humble
Hello. Some tips from pro: 1. Jet impingement cooling in those blocks will not work: a) You have only one D5 -5L/min flow - at best. b) you've connected 3x 360 linear radiators to the pump outlet by hanging tubes - you're decreasing flow more c) comeback is through flowmeter up to the terminal.... d) you're using fully parallel terminal = so you're splitting 4L of flow to 0,8L/min with dramatic pressure 2. Having 0,8L/min on 5995WX is totally uneffective for 280W at stock never mind any OC. With 8 channel RAM this CPU TLC die will overheat and may even have stutters at desktop 3. 450W cards will throttle 4. You've made 2 part WorkStation while not using any in-case radiators. 5. Look at your flow on the flow meter at last scenes - it's very bad, while it should be flowing like hell because it's right before terminal which will divide it to 5 streams. You should've: Used Revo Dual D5 (11L/min with radiators) + 1x D5 with reservoir = 12L - 13L/min flow. Use semi parallel terminal or linear with radiators in the middle of this flow. If CPU OC was considered you should make CPU at line 1. First after pump should be waterblocks, not quick couple disconnects and rads. PS: 4Way means SLI or NVlink - you do not have 4Way. You have QuadGPU setup. hwbot.org/user/adventurepo/
Can you explain in layman's terms this 1(d): you're using fully parallel terminal = so you're splitting 4L of flow to 0,8L/min with dramatic pressure And then how your solution: Use semi parallel terminal or linear with radiators in the middle of this flow. Solves this issue. And please kindly remember, if you can't explain this to an idiot, then you don't really know the issue. Thanks.
@@dreamfunction4491 First "And please kindly remember, if you can't explain this to an idiot, then you don't really know the issue." Well there are many things that idiots don't understand even when presented with all the facts and given simple presentations. And as thermal fluid dynamics are very complicated subject even for students, do not assume there's a simple explanation so any idiot can understand it.. So this argument is in fact out of the window. In fact: in fluid dynamic and thermal fluid dynamics there are that many numbers and ratios than not many teacher understands them fully. But I'll try :D You have 1 liter bottle / minute produced by a machine. If you're drinking yourself only then you have a litter for yourself every minute. But if you're making a party with four other guys you'll have only 1/5 of this flow every minute. So the pressure in all your bladders will be lower ;). or you have 1 pizza in 20 min, if you're eating alone you have 1 pizza every 20min. If you're eating with 4 friends you have 1/5 of pizza per 20 min. Jokes aside : a limiting factor of flow is the diameter of the single tube and throughout of MORA with 2 QDC in the middle of this. Now you're splitting 1 stream into 5 same diameter streams. There's no magic there, unfortunately. Your streams have to merge after terminal also into same diameter of tube. Normally the limiting factors of streams are jet plates of waterblocks, but here it will be the flow through rads, QDCs and tubes. If you'll poor 1 liter of water on the ground with an angle, your stream might divide or not. If not: it will be thick one stream, if it does: divides into smaller ones. The terminal is not multiplying water in the system. It divides and distributes it. The flow from the pump has it's volume (V) and speed (v) and from those (in very complicated way) you're getting pressure (P). If you're using parallel terminal you're splitting this Volume Vrc1 into 5 same diameter streams Vrc2 which is in fact Vrc1 x5. Volume per minute in everyone of them will drop to the maximum volume that a single tube pre and after terminal can carry in time. So when the volume per minute drops - it means the velocity of the flow dropped. And when the velocity of flow drops the pressure drops. Most of the water blocks has the jet plate - for jet impingement cooling. This plate narrows and elongates the stream into line so it will go through all the fins of cold plate. But the higher the flow and pressure of stream through this jet plate is, the more turbulent flow occurs. The more turbulent flow is the smaller stagnation zone will be between the fins of cold plate - the more water will be pushed deeper between the fins. If you'd use semi parallel terminal you're dividing stream into 2 or 3 streams -not into 5. So the flow is higher = volume per minute is higher and pressure is higher. Let's say pump+mora+QDCs -> CPU + 2x GPU -> radiator on top (cooling) -> 3x GPU-> pump. You'll then have divided the stream into maximum of 3 same diameter streams. So in every stream of this situation you'll have higher flow/min. The higher the flow the better the cooling. Did you get it? Some equations and phys.libretexts.org/Bookshelves/College_Physics/Book%3A_College_Physics_1e_(OpenStax)/12%3A_Fluid_Dynamics_and_Its_Biological_and_Medical_Applications/12.01%3A_Flow_Rate_and_Its_Relation_to_Velocity www.researchgate.net/publication/323314537_Impinging_jets_-_a_short_review_on_strategies_for_heat_transfer_enhancement
Was going to just say the same thing. He should be running at least a dual d5 in parallel. I would also recommend that he has another separate pump on his MORA.
awesome comment
4090 don’t have sli or nvlink. Cad and blender already can multitask without this.
PCs are actually part of furniture motif. They are art. This shows why they are a passion that still lives.
I need to sell my kidney for that 💀
the day when either AGI is released or immersive VR sets - all this trash with fans, liquids and CPUs becomes obsolete and costs nothing
Art retains or increases in value over time.
Pro tip, the radiator QD's should not be the same for both connections. Have a male and female connection on the back of the tower so that you don't have to think about which way to hook it up. If they are opposite, you can 1, seal the radiator side completely, 2) use an intermediate hose and run the pump without the radiator at all.
4090 x 4 + TR is near 2kw of heat to reject, one D5 pump + 3x360mm radiator is going to overheat and throttle after a short while. I would suggest a dual d5 pump and push-pull fans on the radiator, and remove flow restrictions such as flow meter, temp sensor. Other than that it's a lovely build. The cooling issues can be easily sorted for not much cash.
Yeah the moment I saw 4x 4090 I started worrying if that cooling will even be enough. I hope all of those 4090's will be undervolted at least somewhat.
Flow meter and temp sensor are avsolutely essential and their restriction is negligible in this setup.
@@dazeen9591 The 4090 doesn't support more than one card without Nvlink or SLI, and that was finally dropped by nvidia after the 30 series cards. They are just expensive paperweights.
@@gargolgaming8101 having gpus act independently can be beneficial
@@traestephen7276 But you can only use one gpu at a time, can you not?
I would love something like this, BUT as the actual side panel. Really not sure why so many case manufacturers have this obsession with tempered glass when a wall of fans and radiators would make a perfect side panel.
When I saw him building the radiatior I was just thinking wow an entire side panel of fans(cause I was skipping the video) and then i see him keep the radiator outside. Maybe that is a flex who knows. I would keep it near my ac vent. If it was outside but making the radiator the side panel is a cool idea.
Because case restrict airflow. Radiators and fans has best effiency out of the case just like that.
this aged wewll. I'm assuming you've seen the new compensator from ltt
my guy pulled the radiator out his honda civic for this one
Congrats on assembling your new space heater.
These are too good bro on god i would watch these all Day if i had nothing to do Just too good
Quick disconnects everywhere is not a good idea, especially with one pump. If you're going to have an external unit, get one of the tower koolance chillers -- pump, rad, resevoir are external and not heated up by PC components. I would stay away from parallel distro blocks, you're splitting flow, it's always recommended to go in series -- CPU first, then GPUs -- and out, the liquid will normalize at a temperature, and flow will not be compromised. I was hoping to see the system boot and post, but I just saw how not to liquid cool a high end system
I would recommend a larger res tube for a bit more coolant volume but thats not so big a deal as having a 2nd pump to make sure the fluid is always in motion.
Bro used aliexpress RAM💀
I love the feeling I get while watching this video, it's like I just went with my buddy to the mall to check out some tech , stop by the food court, go back home to build it with all your friends around thinking of all the memories you'll make together through LAN parties and late night gaming. Ahhh nostalgia 😌
What’s bro on about
Who let this man cook?
The temp delta can be like 10C before and after each videocard if loaded at 500 watt. I doubt that the efficiency of this cooling is any good unless they use a pump that pumps water like crazy to minimize that delta difference. However... they use just a regular d5 pump.
All Threadripper PRO CPUs have 8-channel memory controllers. By only using 4 DIMMS, you're leaving half your memory bandwidth on the table.
I seen a build similar to this but it had 32gb x 8 ram and two 4080s in it with a massive air cooler for the cpu
cool computer I'm pretty happy with my single rog strix OC 4090. I thought it was a bit ridiculous how much I spent and then I immediately think of the depreciation in 6 months.
What do you work as ?) I also want 4090 :)
i got a 7870 damn
@@Ruwrize I used my old gtx1080 for like 5 years, then upgraded to rtx3080ti for 500$ and I am more than happy about it.. don't see any reason to buy 4090 for crazy amount of money when 99% of games run 150-200fps on 3080ti for third of price..
@@benjaminshtark5977 cool and where did you buy an rtx 3080 ti for $500 ?
@@Ruwrize a lot of people sell them 2nd hand after crypto market collapsed. just replace thermal paste and you are good to go.
I am amazed how you trust your expensive hardware with custom water cooling. Multiple points of leakage, point of failure for the pump… etc.
It's probably not a conductive liquid, and the components seem very high quality. Air cooling a setup like this is also impossible because there is not enough clearance in between the cards.
He's probably going to disassemble the build right after the video was completed. Just for videos , not real.
This guy is not a random gamer dude, but a professional machine builder for institutions or businesses. His blog introduces a lot of examples like this, delivered to Research Centers and Hospitals.
@@technocracy90 You are missing the point that Mamdouh is making. Read his comment again and try to understand what he is saying. He is right.
@@dreamfunction4491 I'm not talking to OP but you. My point is they don't disassemble it. Custom water cooling system is one of their sales point.
Just loooking at a few of your builds, how tf is that PSU gonna get any cooling at all?
Need more then one D5 pump in this kinda setup and I'm curious to see the temps from these gpu's going through that disto block.
Вы пронаблюдали как из компьютерных комплектующих можно сделать домашний обогреватель на 2 киловатта или если подключить к нему водопровод то бойлер на два киловатта :)
4 киловата😊 В НЁМ ДВА БЛОКА
@@user-bp1cc3cs2o Это запас вторые два киловатта когда отопление отключат :)
Интересно, для чего такая сборка? Какое-то безумие
@@apelsin1980 Рендеринг скорее всего, видео обработка
Тетрис потянет?
You can render reality with this build.
The only words that come to mind when looking at this machine are plasma welder or rocket plane. Good job 👍
amazing bro, this set up its only in my dream 😄 wish all the best for you bro
Very nice build .Clean with high end components .I wish you could include benchmarks of this beast.
Well don't expect gaming benchmark though, but blender's cycle viewport performance must be sick or rendering time.
Gaming performance on this would not be that good tbh. Its not a gaming system
@@thelespauldude3283 it would actually be really good, what? Zen 3 and a 4090. If the cooling could handle it, it would game like a beast, but more than half of the hardware would be idle.
@@LtdJorge can you actually play with 4 4090 in sli ? and threadrippers if i remember fall a bit behind for gaming
@@wilihey1425 SLI is pretty much dead nowadays so no
considering the cost of the pc parts its a shame he stinged out so much on the water-cooling so many interesting and far more optimal options. id be very interested see the thermals under stress
You don’t have to see them to know they’re shit.
Instant throttle while opening file explorer
This is madness......... THIS IS SPARTA!!!! Great job on the world's first privately owned SUPERCOMPUTER.
WOOW! That.s a zillion times beyond the IMSI 8080 I built in the 1970's! That room definitely need A/C!!!!
man just imagine having a business case to build and have a system like this. that's the dream. Also, I probably would err on the side of using a tad more thermal paste. better to have a little extra then having too little
I can't even imagine a business case where a system like this would be preferred over a good computer and a separate render server in another room
My only critique of the build is to have the reservoir at the top of the fluid table, as it is, air locks are likely to accumulate in the radiators
Air in the radiators shouldn't be an issue I think. I'm only aware of that being a problem in AIOs if the air accumulates in the pump itself.
Air can accumulate in one of the waterblocks, and the liquid bypasses it through the other.
my critique is the 512 gb nvme...
if only i have this pc built q q ) tskr , , i really love your videos man ! you take care and dont forget to stay hydrated
And just think... I was happy with Atari with its plug-in cartridges back in the 70's because they were so advance and Hi tech. I can only imagine what the computer world will be like when my grandkids are my age. Talk about making you feel old.
That's actually a workstation for professional use. Just perfect, not just for show - This system will be used and is build by purpose!
its built badly and with very little care, clearly can see it in the video.
@@beeseechurger Clearly? Except for a couple of cables and hoses, that aren't organized perfectly, I haven't seen any "clearly" bad thing. But: Your opinion, of course. 👍
@@Mathias-RetroFutureTech temperature reading unit is in a nearly useless spot (the outlet), the hoses are managed onto a huge block with no definite way to manage the flow, pump is a measly d5 which will barely get any of that water moving, half of the hoses are shoddily secured with little screw-in clamps there's no NV-LINK so that person using it is limited to learning ONLY which is not a good idea since, this being in a desktop case, is clearly going to go to someone's house and not in a rack. Meaning it very well could be used for things other than learning, which is a big realization for the next person. theres no PSU shroud, and the intake on the PSU is on the wrong side. The water lines are 100% going to get hot with that slow flow-rate, not to mention those are managed like spaghetti. The cables are managed like ass, which is just a silly way to do things when you're building a 20k PC. Plus, dont think I forgot, but theres only 4 sticks of RAM in a board clearly made for 8 sticks. If you're going to spend so much, you might as well actually get enough RAM for these learning tasks or AI or whatever. I mean come on you could atleast have double for 256gb. IDK man. This PC seems like it was built by some rando and this guy just threw it together. Silly build.
@@beeseechurger Damn, that's an eye opener! To be honest, I'm really not that deep into custom water-cooling and believed that nvlink isn't a thing anymore (had actually asked myself if one really doesn't need it for connecting these cards nowadays)... So I guess my uneducated point of view made me believe this is a thought trough system. Thanks for elaborating these flaws! 👌👍
@@Mathias-RetroFutureTechThen you know nothing about computers. This system will overheat as soon as you try to do any actual work with it.
Piękna maszyna ! ! !
ale chujowa
Teraz żeby zrobił 8 rtx 4090
I love the non static boxes
Well done, amazing build
Awesome setup. I would just change the WC parallel conections by all serial -> much better flow pressure.
What? The end goal is flow, not pressure. Parallel will provide better cooling. By the way, he installs four of gpu so they can work in parallel. He could supply same amount of task to one gpu in serial but in parallel they do the same job faster. Different areas - same principle. Parallel splits the task
@@eee8662 Low pressure => low flow. Water will flow fast to the last block (due to pressure by gravity) and almost none to the uper block of the splitter.
@@rodrigocunha34 1. The rule "low pressure leads to low flow" is correct when resistance is constant. I.e. if you have only one gpu. You can achieve higher flow by increasing pressure. When configuration changes - not one gpu but 4(!) Of them - you can not use that the same measure stick (pressure) that was in Internet references use for one gpu. Consider this: you can decrease the pipes diameter (or better yet plug them off completely to see the point) - the flow will approach zero but yea, at least you will get the high pressure. The lesson is: yes you increase the pressure to achieve the high flow, not the other way around. Going serial - is that other way around - akin plugging pipes off - you will kill flow but skyrocket pressure. 2. Role of gravity. My intuition tells me it will be negligible here. If any. The easy way to prove - to put meter on each gpu and see. 3. Quick thought tells me - gravity will play no role at all - the amount of water that goes down is equal amount of water that goes up. I may be wrong about this however. 4. You may be correct that there may be different amount of water going to each gpu but that is not due to gravity but rather due to distance from main radiator/pump ports. The way to fix it - system must be symmetrical.. Bottom line - you want it symmetrical and parallel. Serial - will kill it.
@@rodrigocunha34 And. Don't forget the temperature. Symmetric-parallel will ensure each gpu gets fresh cold water from pump. Serial - the last gpu in line will get hot exhaust water warmed by three of those gpu before it.
@@rodrigocunha34 if resulting water flow is less than desirable - he must use more powerful pump. Or even several pumps. But. No way GPUs be connected serially.
now you can enjoy your minecraft rtx in 720p
Doesn't matter wich resoltion because you will always be in a giant CPU bottleneck even on 8K. It will always stutter as hell because that CPU is absolutely not fit for Gaming especially not for CPU heavy games like Minecraft.
@@melon3210 wait you don’t game on 2 epycs for 192 cores?
Ready to play 8k until 2040, amazing to create things that anybody could do
What an epic build for Deep Learning!
Yeah… deep learning…
If he had 15 4090s. And you're exactly right in Nvidia's terms. Deep learning is more important than gamers to them. That's why they increase prices and lower specs compared to their true capabilities
To learn how deeply you hate its price.
Way better for shallow learning
Personally, I was interested in looking at synthetics as well! Was it a problem to run through the tests? Collect such power and do not test!
Perfect for winter
MUITO LINDO E MUITO FODA MANO PARARBENS
How to build PC that makes no sense at all
Finally sufficient specs for Google Chrome))
think he'll need to fill all ram slots to run chrome!
@@chris9517 firefox still freezes up though.
Thanks for sharing the part names!
man i would love to have a pc like this. this my dream right here
ну с такой системой охлаждения можно и mini atx сборку делать, вынести бп с вертушками в отдельную панель и присобачить её к корпусу
Мы пронаблюдали как из компьютерных комплектующих можно сделать домашний обогреватель на 2 киловатта или если подключить к нему водопровод то бойлер на два киловатта :)
@@igorshustov4591, мы пронаблюдали за копи-пастом.
Almost more powerful than the $40k 8 pack Orion PC
8 pack PC uses old graphic card and old CPU. so no way to beat this monster PC.
4x RTX 4090 > 2x RTX 3090 duh!
@@luckys1evin Except for gaming where two 3090 can work in SLI which the 4090 can't, so the dual 3090 may outperform the single 4090 in many cases (and the other three just idle).
@@magicmulder a. SLI is pretty much dead - either does not work, or has loads of issues, unless you're all about breaking benchmarks - it's nearly useless. b. this ain't a gaming PC, it is used for professional work where each GPU can work individually.
2 years ago I built a similar one, also with MO-RA on Ryzen 5950X + 2x rtx 3090 ti, but in white colors
Good entry level for middle school homework
Always love to see these builds, but I wish we could see some gaming, render and industrial benchmark. Btw, why are there just RAM with no cooling being used? No aftermarket cooling for ECC memory?
AFAIK RAM cooling is not for practical functionality but for aesthetics
RAM doesn't really need cooling. A guy called buildzoid pushed a DDR4 stick without radiator to 5000MT/s. He was using a fan to blow air on it but still, radiators are only for the looks
think derbauer did that test heatsink indeed drop temps, but yeah prob adequent airflow and slot gap are sufficient
Wow, I am in shock after that. I wonder if the combined power of those GPUs can be utilised at once or is it just for show?
that would be a fat azz no, this is made for whole home whole damn office / neighborhood etc networking from single point machine closed away in the shed for heat
@@mybsite5697 homie just explained a server
This machine is not a gaming rig, it's a deep-learning AI workstation.
To this day it still blows my mind how small the naked 4090 without all those massive heatsinks is. makes the crazy prices some websites want for this graphics card even more crazy
This is good productivity build I think. For editing and rendering.
Who is this legend, who need 4 4090 in one 🙄. Salute bro, salute 🫡🫡
It will be used for deep learning bro
@@SuperMetal4Eva Do 4090 even support sli? How would it work?
@@TurboGroszek1 No. The 3090 does though.
@@TurboGroszek1 SLI doesnt matter as it will be used for Deep Learning.. more Graphics Power = more power for deep learning
@@TurboGroszek1 Deep Learning requires multi Graphics processing power... in SLI GPu memory is mirrored not stacked so not relevant for deep learning
1 pump and 2000 quick disconnects? must have really nice flow
lol
that poor D5 doing its best
any one else just shed a little tear watching him pull apart those 4090's
Legend has it that the flow still hasn't come full circle due to massive flow restriction
Is one MO-RA 360 enough for those components? I doubt highly.
It Will be enough that's 2 120mm space for each 4090 and 1 120mm space for the CPU that's thinking they would all be hit at the same time Wich is unlikely and also they're running the system at stock speeds so the power draw won't be that high
Very nice build, but it would have been wiser to have more decentralized system for both better performance and redundancy.
Client gets what client wants
Looks Great but I wonder are there are enough rads to keep all 4 4090 gfx cards/CPU cool under load?
i wanted to by a new car for my birthday, but this monster drives faster than any car you can buy :3
For my opinion, a 480 rad on top and the front would have just worked fine. No need for an external radiator.
Yeah, and the loop is configured for seemingly the lowest flow rate possible, check the flow meter in the last couple scenes, slow as hell. Everything in that is gonna throttle. Shame. Should’ve had some internal rads, plus the cpu first in the loop. As well as that, an additional d5 pump would have done wonders.
idk man this is almost 2kw of power... even in the best case scenario I think that would lead to some throttling
Even the shown setup is not cool enough, he would need another pump and double on fans to set up a push pull.
Astounding level of performance... I spend $4000 on my comp, and this build completely blows my rig out of this dimension.
I dunno dude, how are you gonna use 4 4090's, sli is dead, the only thing i can see this thing being useful for is machine learning, like the only other reason to have more than one gpu is because you are running linux and want to have a dedicated gpu for windows, that's why i have a 6950x and a 4090, and the only reason why i even need a 6950x for linux is because i got 4 4k screens which just use too much vram when i'm even just on the desktop, other than those 2 reasons there is no point in having more than 1 gpu, let alone 4 gpu's lol
@@MrTurbo_ I completely agree that it's overkill and almost useless, cool nontheless.
@@MrTurbo_ Well like you said, this is probably going to be used for machine learning. In which case it's an absolute beast of a machine. I highly doubt someone bought 4 4090's to play games.
After effects, blender, Unreal Engine 5, Premiere Pro, Cinema 4D, And houdini All at the same time under max load lol@@MrTurbo_
What exactly is this built for? More towards designing editing stuff I presume? I can’t imagine this being used for just gaming ? I’m curious
Dude wanna host the entire internet. Lol, but seriously what a build 😮
Insane build but I would be a bit concerned about the liquid cooling, personally if I was building a computer with that kind of budget and external cooling I would give each part it's own 360m rad and pump.
Its actually best to give all of the radiator surface area to all of the parts, though you are right about the pumps. The pressure and flow rate are going to suffer due to being pushed through a parallel distribution block and a huge amount of tubing to an external triple rad.
@@ZeroX252 i was talking about basically giving each part its own loop and having the rads outside of the case.
How are you going to fit a 360 meter radiator into that tiny little case
i was talking about external cooling @@thomastakeshita4979
THreadripper Pro 5000 CPUs support 8 channel memory so performance is reduced with only 4 sticks. However, I expect RAM performance is secondary for this PC.
well he uses 4 sticks DDR4-3200 mhz without a heatspreader wich is kinda old and bad for a build like this
@@Managarm1999 it's ECC memory they can't go as high because they made for 0 tolerance and in rigs that need to be on 24/7
@@Managarm1999 Heatsinks on memory sticks are there for aesthetics and branding. They are literally not needed whatsoever since DDR3 came out.
@@user-tb2uz5mu8l tell that to ddr5
How do you heat up your house in the winter? I have a central heating unit.
I have the same case for my build and I have no issues knowing all my radiators will fit I plant to build and iTx system with 13900ks and 4090 to throw in the bottom with my 10900k and 3090
I'm Brazilian that computer shows the strongest I've ever seen😮
Чудовищная конструкция О_О".. ( В наилучшем понимание и смысла слова )
В наилучшем? Взято дорого и богато, а по факту умрёт через пару дней
I can watch this all day, every day.
ah yes i need this for my google slides presentation
Still lags on Minecraft
I love building PCs WITHOUT RGB 😍🥰
But there was rgb, all set to rainbow puke 😅
It’s so satisfying 🔥
must be exciting having the power of the sun in your room
The biggest problem with these super high end computers is Not the price tag but its Complexity,, if its too complex anything can go wrong in any of its parts
"yes mom i need it for online classes"
i just realized i always heard of amd cpu but never seen it in person before, and omg it is wide, those AMD Threadripper.
looks unreal
Finally, he will run Crysis on ultra graphics settings without lags!
noice MORA3 420 as a radiator 💪💪 btw i would not use some odd liquids in a system where multiple components are in same loop, this causes electrolysis to happen and the first things to go are the CPU and GPU water blocks. Use distilled water only and swap it few times a year, it also has to always circulate else sediment will build up.... That being said, separate loops for each GPU and CPU would be sweet 🤔
excellent video , really enjoyed watching this
esperaba ver una pc así armada con RAM DDR5
I see allot of comments about the water cooling setup. I've been around for 30 years in the industry and did my fair share of WC builds. I'm not going to point out things i think could have been done better as far as tubing and flow. Instead, I will say from my own experience that 9 fan Radiator is a little weak. But I also understand that not many external rads are available anyways. Either out of stock, not performant enough for price or come from too far. At the end of the day, what matters is the benchmark and stress test. I think we just want to see those results. I've seen so many "not optimal" or "not ideal" custom loops that work above and beyond. So sometimes the science doesn't even matter since the component quality makes up or the extreme is what's needed for bad things to happen. In short. Lets see benchmarks and temps please . I'm genuinely curious but I still think it will work well. Nice Build Anyways!
Those are some great skills. Just a question: so 3kw psu? ~500w per GPU, ~500w for CPU + mobo and stuff + power spikes
Thing needs it own dedcated breaker. Its like 380 something watts per card under load, 5995wx is probably pulling another 300/
Now I want to see this beast tested
This is some serious shit right here ! That custom rad is amazing cheers !
This is a dream job to build such systems
one of the best builds !
Finally a PC that can play Jedi Survivor with a solid 60 fps.
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