4060 TEMPLATE 65th PRL

[_farm420]

RTX 4060 – PearlHash (PRL) – 65TH/s @ 105W

GPU: NVIDIA RTX 4060
Miner: SRBMiner 3.8.2
Algorithm: PearlHash (PRL)

HiveOS Overclock Settings:

• CORE: +300
• Locked CORE: 2700 MHz
• Memory: +810
• Power Limit: 105 W

Results:

• Hashrate: 64.80 - 65.20 TH/s
• GPU Temperature: 60°C
• Fan Speed: 75%
• Power: 105 W
• Acc / reject 438 to 2 (not all done with this setup)

Tested on my RTX 4060. Settings may vary depending on GPU manufacturer, paste quality and cooling.

Sharing for other RTX 4060 PRL miners to test!
And any feed back as to how I can push power down to the 91watt 65th run that google claims is out there would be much

[UDICrypto]

Nice template. Getting from ~105 W down toward 91 W at the same hashrate is mostly an undervolt exercise, and it’s very card-dependent, so treat it as a tuning ladder rather than a fixed recipe:

1. Change one variable at a time and let each step run at least 15-20 minutes. Compare the average hashrate and the accepted/rejected ratio, not the instantaneous number. Your 438/2 is a short sample, so run longer before judging stability.
2. Lower the Power Limit in 5 W steps (105 → 100 → 95 → 91). The driver will drop voltage and clocks to stay under the cap, so watch the hashrate. If it stays flat, keep going. If it falls off, you’ve hit the floor for that clock.
3. Pair that with the Locked Core clock. A lower locked clock lets the card run at a lower voltage point on the curve. Try 2700 → 2600 → 2500 while compensating with the core offset, and check “nvidia-smi -q -d CLOCK,POWER” in the worker shell to see the clock and power it actually holds.
4. If the algorithm is memory-bound at all, the memory offset affects hashrate per watt more than core does. Test +700 / +810 / +900 and keep whichever gives the best TH/s per watt.
5. If rejects climb or the miner crashes, you’ve gone too far. Back off one step, since too little voltage shows up first as rejected or invalid shares.

Also, 91 W / 65 TH/s figures you see online usually come from a particularly good silicon sample, so your card may land a few watts higher. Post your results per step (W, TH/s, rejects) and others can compare.