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Hey poisonxa,
Thanks for your fork. I'm looking forward to trying it.
Currently on nvOC v0019-v1.3 mining ETH only with Claymore 10.0
I did a lot of work getting nvOC to run 19 OC'd P106-100s headless on a ME mobo but only managed to get 16 OC stable at 18.1 MH/s and 3 stock clocks at 17.5 MH/s.
Yes I know for P106 that's slow but they are Gigabyte with Hynix. ;-(
My apologies if this has been discussed already, but how does your fork handle >16 cards OC? And if that works, I'd love to hear how you did it as I ran into limits with X and thus had to customize xorg.conf device and screen sections to list only 16 screens but have 19 devices.
Thanks and hope to hear from you.
-z
Thanks for your fork. I'm looking forward to trying it.
Currently on nvOC v0019-v1.3 mining ETH only with Claymore 10.0
I did a lot of work getting nvOC to run 19 OC'd P106-100s headless on a ME mobo but only managed to get 16 OC stable at 18.1 MH/s and 3 stock clocks at 17.5 MH/s.
Yes I know for P106 that's slow but they are Gigabyte with Hynix. ;-(
My apologies if this has been discussed already, but how does your fork handle >16 cards OC? And if that works, I'd love to hear how you did it as I ran into limits with X and thus had to customize xorg.conf device and screen sections to list only 16 screens but have 19 devices.
Thanks and hope to hear from you.
-z
I also have one rig with 12 x P106-100s and can't overclock them at all. I run nvoc PXA ver 1.9.6.1 and tried with headless mode on. I have also tried with CHOSN and it runs only in stock rates. I have another rig with 6 x P104-100s and they also run only in stock hashrate. How did you managed to OC those yours P106-100s?
