Re: [ANN] TeamRedMiner 0.3.8 - CNv8 - Vega 64 2200+h/s Rx470 1025+h/s Low Power Draw
For who is interested:
Running on a RX570 4GB ITX, CC 1075 MC 775 MC 1910 MV 787, getting 870 h/s reported, maybe 860 h/s at the pool, using 86.5 watt at the wall (minus mobo draw without card installed) (CNv8). (max hash is about 920 h/s or so for this card, but it uses about 112 watt (just without mem errors etc)
about 3 mem errors / hour (2.5 hour test run), non hw in the miner. Voltages are ridiculously low, especially for TRM. Determined these odd clocks and voltages using SRB to give the most hash/watt, (and no mem errors), and then tried them as well for TRM. SRB 1.7.0 gets 9.4 h/w, TRM 0.3.8 almost 10.0 h/w. Was surprised TRM did not crash on these low voltages, as at higher core clocks it needs the power.
Cost wise it would save me 10 dollar/year, as my power is about 0.20 dollar / kWh.
So TRM can be a decent competitor, when some more features will be introduced
, and the dev fee goes down just a tickle more 
Running on a RX570 4GB ITX, CC 1075 MC 775 MC 1910 MV 787, getting 870 h/s reported, maybe 860 h/s at the pool, using 86.5 watt at the wall (minus mobo draw without card installed) (CNv8). (max hash is about 920 h/s or so for this card, but it uses about 112 watt (just without mem errors etc)
about 3 mem errors / hour (2.5 hour test run), non hw in the miner. Voltages are ridiculously low, especially for TRM. Determined these odd clocks and voltages using SRB to give the most hash/watt, (and no mem errors), and then tried them as well for TRM. SRB 1.7.0 gets 9.4 h/w, TRM 0.3.8 almost 10.0 h/w. Was surprised TRM did not crash on these low voltages, as at higher core clocks it needs the power.
Cost wise it would save me 10 dollar/year, as my power is about 0.20 dollar / kWh.
So TRM can be a decent competitor, when some more features will be introduced
, and the dev fee goes down just a tickle more