Yeah, but can you imagine what 28 AVX2 cores would do on SRBase - HT turned off.Quote:
Originally Posted by Sphynx
Printable View
Yeah, but can you imagine what 28 AVX2 cores would do on SRBase - HT turned off.Quote:
Originally Posted by Sphynx
Still immune...try harder!Quote:
Originally Posted by Bryan
How about if you had that machine you could whup my butt =)) That oughta do it :DQuote:
Originally Posted by Sphynx
Not to mention you could upgrade from 56 threads to 72...just saying ;)
Like having 9 quad cores with HT in a single box...
Oh, and sometime around June you can upgrade to 88 threads...11 quad cores with HT in a single box...
STOP!!! My inner nerd is losing all self control. %-( Let's see if I start collecting cans this weekend, how many cans would I need to make this build happen? @-) How long would it take to collect enough cans to buy these two beauties? ~X(
It will fail due to memory bottleneck and function of the size you are LLRing. Probably you will only be running 80% of the cores.Quote:
Originally Posted by Bryan
These chips have dual memory controllers so I doubt there would be any bottleneck, especially in a 2P setup. I ran SRBase and never noticed any issues. I'm currently running 28 CEP2 beta tasks at WCG which are highly memory and HDD intensive. They're all running @ 99+% efficiency. I'll post a screen shot if anyone might be interested.Quote:
Originally Posted by pinhodecarlos
Don't forget memory bandwidth with each xeon is double regular CPUs
*sigh* I just can't justify another mega-cruncher. Damnit x2!Quote:
Originally Posted by zombie67
Just think about how much you would save though! Going to 56 threads in a single box for 200 Watts? Easy choice where cost of power comes in to play. :D