Was well under 60W for the entire system at the 120V wall using the Docker image as a point of reference.1x Future CPU = 343H/s
The Dual EPYC was in the 330-370W on 208V at 3.3KH/s IIRC. Also, remember that is with 16 DIMMs not 4.
Was well under 60W for the entire system at the 120V wall using the Docker image as a point of reference.1x Future CPU = 343H/s
CPU Results (wolf's) Using (MB L3 cache/ 2) for threads
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1x Intel Xeon Phi 7210 = 602H/s (case to use nproc-1)
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Becomes: 1x Intel Xeon Phi 7210 = 2700! (using lukminer-phi)
Thanks Patrick for the numbers. My assumption is you were/are using 8 cores to get the 1 core/2meg core to cache ratio. Also, I am assuming the the 3750/8 would be in the 310H/s range (3338 @ 77H/s x 4 aprox.) based on the prior assumption. Also, perhaps wrong, my assumption is at full throttle the max power usage for the c3758 would be around 45Watts (taking the difference between idle wattage in your article for the c3955 and the max divided by half the cores - ((53.5max - 29.6 idle)/2 + 29.6 idle) rounded up. Ya, a bunch of assumptions but I don't think way out of line based on your article regarding the c3955.
Were all cores active or only 8? 240 just seems low.Was running at 240 on a node running a rancher cluster. 48.6w
Well. Just wonder why SUCH poor results?@Silencer Mining in VMs is bad. Will not be profitable.
I would NOT use a miner thats not from the developer, it's just not worth risking trying to save a couple of percent plus I have no problem with the developer getting paid.Hi all!
I have 2x Intel Xeon x5650 = 460H/s (10 threads, xmr-stak-cpu 1.5, windows server 2008)
1x Intel core i5-4460 = 210H/s ( 3 threads, xmr-stak-cpu 1.5, windows 8.1)
I was found xmr_stak_cpu (build with devfee = 0%) here:
xmr-stak-cpu-nofee.7z