Thanks Silv0r.
Are there any reliable estimates for amp/power requirements at that speed (within a tolerable range)?
Per Chip. It is the frequency. 450 MHz. But from overclocking 282 MHz to 450 MHz this would be a sick overclock. Even with active watercooling i.e.
O.o But good luck!
Are there any reliable estimates for amp/power requirements at that speed (within a tolerable range)?
Because I have a small brain, I am not clear what this means:
Is the 450 value clock speed, MH/s, GH/s??? Is that value for a 3, 4 card Avalon unit, a per chip over clocking value or a per chip hash value?
The discussion in this thread seems unclear.
was wondering how long it'd take people to notice ( and more importantly share the constant that we've released on github.)
the number you are all aiming for is 450
of course, that's not really possible on just air cooling.
the number you are all aiming for is 450
of course, that's not really possible on just air cooling.Is the 450 value clock speed, MH/s, GH/s??? Is that value for a 3, 4 card Avalon unit, a per chip over clocking value or a per chip hash value?
The discussion in this thread seems unclear.
Per Chip. It is the frequency. 450 MHz. But from overclocking 282 MHz to 450 MHz this would be a sick overclock. Even with active watercooling i.e.
O.o But good luck!