Overclocking Titan X (Easy Template) Need Help

[wsarahan]

HI guys how are you?

I have 2 Titan X SLI here

I wanna start to OC the VGA but never did it before, i saw some templates at some websites but i wanna know untill when i`ll be safe, can you guys help me?

I tried this template here and tested with 3dmark firestrike, got 20628 point

As i said i never did OC at VGA`s just at CPU`s if someone can help me or at least send me a safe profile that will work safe and give me some gain i`ll be thankfull

Thanks guys

 

[Silent_Scone]

Hi, i'll keep it brief as overclocking on NVIDIA greenlight cards such as the TITAN X is pretty limited.

Core voltage is the voltage quite obviously that you're applying to the core, there you are applying an extra 100mv.

Power limit when raised allows the card to draw more current, so effectively 250W plus 10%. If the load requires additional current to not be power limited.

Core clock offset is the additional frequency offset you're putting on the core, so you're putting 200mhz on top of the base clock for an effective boost clock determined by your ASIC and cooling capability

Memory clock is the frequency offset you are adding to the memory bus 400mhz quad pumped in your example

Fan speed is obvious.

Overclocking for daily use will require soak testing so recommend you just use it until such a time you experience driver crashes. For benching the general idea is keep pushing till it falls over.

Have fun.

Monitor voltages with overlay and for the reference cooler try not to exceed 1.25v for daily use. Whereby you can monitor core temperature there is no way of monitoring vreg temp on that card so not advisable to exceed this daily

 

[wsarahan]

Hi, i'll keep it brief as overclocking on NVIDIA greenlight cards such as the TITAN X is pretty limited.

Core voltage is the voltage quite obviously that you're applying to the core, there you are applying an extra 100mv.

Power limit when raised allows the card to draw more current, so effectively 250W plus 10%. If the load requires additional current to not be power limited.

Core clock offset is the additional frequency offset you're putting on the core, so you're putting 200mhz on top of the base clock for an effective boost clock determined by your ASIC and cooling capability

Memory clock is the frequency offset you are adding to the memory bus 400mhz quad pumped in your example

Fan speed is obvious.

Overclocking for daily use will require soak testing so recommend you just use it until such a time you experience driver crashes. For benching the general idea is keep pushing till it falls over.

Have fun.

Monitor voltages with overlay and for the reference cooler try not to exceed 1.25v for daily use. Whereby you can monitor core temperature there is no way of monitoring vreg temp on that card so not advisable to exceed this daily

Thanks for the explanation

But this template i found at the internet you consider safe for daily usage? Off course i can`t run the vga`s at 100% fan speed all the time, did it because i was afraid

Tks

 

[wsarahan]

IF i just want to make my regulars one like a SC model what should i do?

Thanks