Outside of the documentation, are there any concise examples of the overclocking commands in action, that I could study before my rigs get here?
Going through this entire thread is not possible!
(I am running MinePeon with CG Miner on a Raspberry Pi. I'll be overclocking a Burnin Mining rig and then a Bitfury chip custom rig).
Thanks,
IAS
No bitfury drivers yet.Going through this entire thread is not possible!
(I am running MinePeon with CG Miner on a Raspberry Pi. I'll be overclocking a Burnin Mining rig and then a Bitfury chip custom rig).
Thanks,
IAS
Burnin's BitBurner is simply a case of adjusting the freq and the volts - the higher the volts the bigger the risk of hardware failure.
The higher the frequency, the larger the volts required to reduce HW errors.
Update of what I posted in the Burnin thread
BTB 0: 56C 400 1346mV | 7.192G/7.991Gh/s | A:243645 R:2216 HW:12 WU:111.6/m
[Device Hardware%] => 0.0049 (yes that's a %)
It's documented in the README, ASIC-README and API-README ...
To set the start voltage:
--bitburner-voltage nnnn
nnnn - from 1200 to 1400
Warning it can kill your power supply or even your board ... be careful adjusting it too high
To set the start frequency (for one board with 20 chips)
--avalon-options 115200:2:10:d:nnn
nnn from 282 up to 450
When it's running you can change them also via the API, but it doesn't really help to work out the performance coz you need to run it for a few hours to get marginally reliable statistics - the Avalon driver doesn't count hashes, it estimates them.
