It depends on the chip - sometimes you win the silicon lottery, sometimes you don’t. I just keep going in clockspeed until it’s unstable, then add power until it stabilizes, and if not start slowly removing clock.
They should at least give you 650gH. At least. I average around 700. With a good cooling solution, you should be able to do this with temps in the 40s.
Best to go with ckpool, imo, if not running your own. I have way less rejected shares.
nicodemus
npub1qq…pryz3
2024-10-08 03:40:00
in reply to nevent1q…de6m
Author Public Key
npub1qqqqypnst2u7wdlmexad9gjamstlg7c4ck2w4cadv4j5xd5e8vvsupryz3Published at
2024-10-08 03:40:00Event JSON
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"created_at": 1728358800,
"kind": 1,
"tags": [
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"content": "It depends on the chip - sometimes you win the silicon lottery, sometimes you don’t. I just keep going in clockspeed until it’s unstable, then add power until it stabilizes, and if not start slowly removing clock. \n\nThey should at least give you 650gH. At least. I average around 700. With a good cooling solution, you should be able to do this with temps in the 40s. \n\nBest to go with ckpool, imo, if not running your own. I have way less rejected shares.",
"sig": "b422697a90f0c64e94cc38c977c7019d16b66a2d8d82a8227a57f2f018de7c082e705f244a13233637982c5e8e3e27cf247fc9baec9bdba7c21f4ebd371a4d53"
}