The current formula,
GLOBAL_STATE.asic_job_frequency_ms = (NONCE_SPACE / (double) (GLOBAL_STATE.POWER_MANAGEMENT_MODULE.frequency_value * BM1366_SMALL_CORE_COUNT * 1000)) / (double) GLOBAL_STATE.asic_count;

results in ASIC_task: ASIC Job Interval: 9.91 ms which is way too short.

• Bitaxe 204, BM1366, 485MHz, 2s job interval, Reg10; 00 15 1C
  -> Braiins reported 1hr average hashrate; 433 GH/s

• Bitaxe 401, BM1368, 490MHz, 0.5s job interval, Reg10; 00 15 A4
  -> Braiins reported 1hr average hashrate; 638 GH/s

We think the expected hashrate should be:
Cores * Small Cores * Hash Freq

• BM1366; 112 * 8 * 485,000,000 = 434.5 GH/s
• BM1368; 90 * 16 * 490,000,000 = 705.6 GH/s

Little correction : BM1368 has 80 cores not 90.

And instead of using the cores*small cores value, we should use the total small cores counts of 894 for BM1366 and 1276 for BM1368. It is a small difference but I believe these numbers exist just for this reason.

Ah, very good. so it should be;

• BM1366; 894 * 485,000,000 = 433.6 GH/s
• BM1368; 1276 * 490,000,000 = 625.2 GH/s

I'm getting pretty close to these on my test 204 and 401 miners with the latest in PR #249

This uses hardcoded job interval numbers based on the job intervals measured on the S19XP and the S21

the problem is this will probably not work for overclocking.