So I'm struggling to wrap my head around this because the nature of moore's law combined with TDP makes this a lot more complex than I think I can understand and process. I'm interested in building out a machine to run a large number of VM images on that will be running at low workloads. So virtualized installs of Windows 2000 server etc. I've come here because as a "homelab" question, invariably things will gravitate to monstrous, huge power hungry machines like 4 node C series dells.
I'm hoping that need not be the solution.
So far as I understand this, I'm looking for high core and thread counts, low tdp if I can get away with it, since single thread performance does not need to be high.
Hoping you guys can help me sort this out in my head.
Is this a case of me overthinking what the solution actual is, which is instead low tdp with a high enough passmark? I'm okay running this on an SSD which should help a lot.
Or is this something to run on a cluster from?
I just don't want a power hungry machine running a bunch of useless stuff 24/7, and I'd prefer to keep it up. And I don't know the most reasonable way to accomplish this.
So far I believe the ideal way to accomplish this is with a Opteron 6262 HE. 9K passmark, low single thread and low TDP with .
I'm hoping that need not be the solution.
So far as I understand this, I'm looking for high core and thread counts, low tdp if I can get away with it, since single thread performance does not need to be high.
Hoping you guys can help me sort this out in my head.
Is this a case of me overthinking what the solution actual is, which is instead low tdp with a high enough passmark? I'm okay running this on an SSD which should help a lot.
Or is this something to run on a cluster from?
I just don't want a power hungry machine running a bunch of useless stuff 24/7, and I'd prefer to keep it up. And I don't know the most reasonable way to accomplish this.
So far I believe the ideal way to accomplish this is with a Opteron 6262 HE. 9K passmark, low single thread and low TDP with .