Overclocking Titan X
Overclocking Titan X
This product is a 650W power supply certified by Corsair in gold standard.
I question if the problem lies with the power supply unit unless it is quite old. Any PSU that gets older tends to reduce its maximum output gradually. Typically, PSUs over five years may begin showing this issue, though a good quality PSU will minimize it by around five years. Superior components extend the lifespan significantly.
Sorry to hear about your card. My Titan X reaches up to 1,180 MHz on its own without any changes in MSI afterburner settings. It feels like NVIDIA accidentally sent me a SC version there. I’ve managed to overclock it to 1,300 MHZ easily, but haven’t gone beyond that. I’m confident I could hit 1,400, though it doesn’t seem necessary since it’s already performing exceptionally well in every game. I’m using an ROG SWIFT monitor at 1440p and 144hz. I can fully utilize the high refresh rate with this Titan. It really works well. The inability to overclock isn’t a major concern for me. The FPS boost from a couple hundred MHZ overclock isn’t very significant. The main issue seems to be the inconsistency in FPS even at default settings.
Sorry to hear about your card. My Titan X boosts up to 1,180 MHz on it's own without even adjusting anything in msi afterburner. It's as if NVIDIA accidentally sent me a SC version lol. I've been able to overclock it up to 1,300 MHZ with ease but haven't pushed it beyond that. I'm sure I could reach 1,400 but don't really see a need because it's already shredding every game I put in front of it. I'm using an ROG SWIFT monitor which is 1440p and 144hz. I'm able to take advantage of the high refresh rate at 1440p with this Titan. Absolutely love it! The fact that you can't overclock isn't really an issue. The actual FPS increase you'll get off a couple hundred MHZ overclock isn't THAT substantial. The real problem for you seems to be the fluctuation in FPS even at stock settings. What FPS are you getting in games? 144?
bgunner :
follow the steps to adjust clocks gradually, checking for errors and adjusting accordingly. Record the results and reset the timing. Repeat for each clock, then combine them for testing. If issues arise, reduce the speed and retest. The process involves increasing or decreasing speeds in small increments until stability is achieved. After reaching the maximum stable speed for each clock, test them together for an hour to ensure compatibility. Adjust as needed based on observed errors.