#Why
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ok dude.. what the absolute fuck.
Bro the dinky wifi card at the bottom got me dead ๐๐๐
1500 watts for 7 damn 4090s?
who needs 7 4090's
The dinky card at the bottom is I/o for the external radiator and flow rate monitor ๐ this is for AI deep learning and heavy computation. This is a workstation, not your usual gaming system but it gives some neat insight into where a lot of the gaming hardware we love gets used as well!
Although sometimes we do it just because haha
2500Watts for the whole system, through testing everything worked A-okay! That lil box above the 1500 is a sff 1000w linked with a 24pin synchronizer!
Still why do you have 7 4090s
Also, whats the cost and the CPU?
Your build looks so clean, what are your temps like? Would love to see the pcpp list for this
Fantastic
Is there a radiator external to the case? I don't see it or any tubing leaving the case
Also what kind of workload do you put on that PC more specifically? Very interesting and best looking workstation I've seen
The more the better in these applications is the simplest way to put i, you can train a model significantly quicker with this many gpus. Their budget probably wasnt there for something like the a series cards. I've posted some servers here with like 8x A100's and such
So in the picture you cant see but when we ship the system it will ship with the triple 360 rad and pump combo so the customer can easily top off their water. As well, almost all the connections are quick disconnect for very easy maintenance and replacements
as for their specific application, not sure, id have to look more into their company but it wil pretty much fall under what I listed above. Could also be molecular dynamics but i dont think this particular system would be for that. Typically the molecular dynamics systems i build have A100 for their ECC memory as well as dual CPU's with high core counts
I wonder what it could be. The most common uses I always see is either rendering or molecular dynamics or some other kind of simulation (not necessarily ML)
I'm very curious what other kinds of uses these types of systems are put to