Beginner question, sorry to have to ask but would rather be sure where things like power are concerned.
Per dba, NorCalm, polyfractal, et al. (btw, thanks for typing up and sharing information, all!) a standard step-up transformer (e.g. ELC T-X000) works for running these off US household 110/120v.
If I were to wire up 3x of these (6 nodes), what would power cabling look like? To start at the basics, I'm taking one 220-240V outlet from the transformer and ultimately hooking to 3x C14 sockets. Can I just split the cable, or would they interfere with each other? If the later, is this something a simple powerstrip (rated appropriately) would resolve?
As may be apparently, I am not an EE but would rather not torch hardware through my own ineptitude. Any answers greatly appreciated!
Based on polyfractal's power numbers (thread), I'm thinking I'd be looking at something like:
Per dba, NorCalm, polyfractal, et al. (btw, thanks for typing up and sharing information, all!) a standard step-up transformer (e.g. ELC T-X000) works for running these off US household 110/120v.
If I were to wire up 3x of these (6 nodes), what would power cabling look like? To start at the basics, I'm taking one 220-240V outlet from the transformer and ultimately hooking to 3x C14 sockets. Can I just split the cable, or would they interfere with each other? If the later, is this something a simple powerstrip (rated appropriately) would resolve?
As may be apparently, I am not an EE but would rather not torch hardware through my own ineptitude. Any answers greatly appreciated!
Based on polyfractal's power numbers (thread), I'm thinking I'd be looking at something like:
All four nodes running:
= ~315W / node - 40W / node (downgrade E5 2670s to 2660s) = ~275W / node * 6 = 1650W / 6-node cluster = 15 amps @ 110V (so should have headroom on a dedicated 20 amp circuit)- idle: 232W
- 64 cores and all fans at max: 1260W / 11 amps