So has anyone ventured into that territory yet? I'm currently testing a vbios a friend from Tech|Inferno made for me. He's working on tweaking it a bit before he releases it to the public. The version I have on my Titan X's does the following:
1. No boost
2. Incremental voltage changes: 1.05-1.118-1.130-1.143-1.155-1.168-1.180-1.193-1.205-1.218-1.230-1.243-1.255-1.268/1.273 (voltages may vary a bit depending on your card)
3. Based on stock EVGA GTX Titan X with a base clock of 1076 MHz/3505 MHz
4. Power limit up to 135%
The final T|I svl7 vbios should be ready in a few days hopefully and it'll be released. I can post a link to a download if people are interested once it goes live. So far with the beta bios, I'm hitting 1450 stable on both my cards (77% and 70% ASIC) at 1.243v. The 77% ASIC reaches 1500 MHz at those voltages but the 70% one holds it back a bit. I did notice that gameplay is a BIT smoother with boost disabled as the clocks aren't jumping around everywhere.
1. No boost
2. Incremental voltage changes: 1.05-1.118-1.130-1.143-1.155-1.168-1.180-1.193-1.205-1.218-1.230-1.243-1.255-1.268/1.273 (voltages may vary a bit depending on your card)
3. Based on stock EVGA GTX Titan X with a base clock of 1076 MHz/3505 MHz
4. Power limit up to 135%
The final T|I svl7 vbios should be ready in a few days hopefully and it'll be released. I can post a link to a download if people are interested once it goes live. So far with the beta bios, I'm hitting 1450 stable on both my cards (77% and 70% ASIC) at 1.243v. The 77% ASIC reaches 1500 MHz at those voltages but the 70% one holds it back a bit. I did notice that gameplay is a BIT smoother with boost disabled as the clocks aren't jumping around everywhere.