Another late night 11pm low ball BO $125 E5-2683 v3 SR1XH CPUE5-2673 v3 = 639H/s Ubuntu 14 with xmr-stak-cpu
E5-2683 v3 , L3 cache 35M , 2.0Ghz = 615 H/s
E5-2673 v3 , L3 cache 30M , 2.4Ghz = 639 H/s
Another late night 11pm low ball BO $125 E5-2683 v3 SR1XH CPUE5-2673 v3 = 639H/s Ubuntu 14 with xmr-stak-cpu
Ofc yes dual. Single is not possibleDo you mean 2000H/s on system with dual Xeon E5 2696/2699 v3 CPU's?
Here is my result on Xeon E7
View attachment 5884
It consumes 650-675W/h including three VERY powerful fans @ 185CFM 2.3A 27W/EachHow much power 4 x E7-4890v2 system consumes?
You should start 4 threads/CPUI don't know if this makes any sense, but I get 185H/s on a Dual L5520 (I have 4 nodes for a Total of 740H/s).
I started one thread for each logical CPU, so 16 threads per node, which is the only configuration which gives me reasonable hashrates.
Power is free where I have the nodes.
You are seeing the effect of not having AES-support in the CPU.I don't know if this makes any sense, but I get 185H/s on a Dual L5520 (I have 4 nodes for a Total of 740H/s).
I started one thread for each logical CPU, so 16 threads per node, which is the only configuration which gives me reasonable hashrates.
Power is free where I have the nodes.
I don't know if this makes any sense, but I get 185H/s on a Dual L5520 (I have 4 nodes for a Total of 740H/s).
I started one thread for each logical CPU, so 16 threads per node, which is the only configuration which gives me reasonable hashrates.
Power is free where I have the nodes.
that perf/watt is crazyTop result updated with EPYC
Thanks!You can easily double that by simply going to L5640 CPUs which are really cheap right now. I went from about 180 to just over 400 for each node. The CPUs are going for about $18 on eBay.