Of the three bios settings, normal, OC, and LN2, I have it selected to overclock, which I would think is altering fan curves and tdp limits? I called and asked a MSI rep if Afterburner would in fact apply voltage to a EVGA card, and he said no it would not, but I wasn't sure he actually understood what I was asking, as there was a bit of a language barrier. So I have some headroom I would think, right? Power and temp limit sliders are maxed at 125 & 91c. EVGA Precision X 16 profile settings GPU Clock Offset +125MHz Memory Clock Offset +400MHz GPU Voltage Overvoltage +12mV (Max) Power Target 110 (Max) GPU Temperature Target 91C (Max) Fan. This resulted in a clock of 2,130 MHz and a memory clock of 1,257 MHz. Just finished up my first attempt at overclocking on my 3080. I'm able to get 1498mhz on the core, and 3993mhz on ram at the 1.2v, but even under heavy load, the card stays in the high 60's. Similar Products Customer Also bought EVGA iCX Technology is not JUST a Cooler It is a combination of new PCB, Thermal Modules, LED and Precision XOC. EVGA 3080 FTW3 Ultra Overclock - First Attempt at OC. Part of this new tool is EVGA's 'OC Scanner', which is showcased below. Will Afterburner apply overvoltage? The slider is available, as I've unlocked voltage control in Afterburner settings, but it's not applying it. EVGA has officially revealed their new Precision X1 overclocking utility, which will offer users a new layout, codebase and never-before-seen features, providing users with more fine-grained controls for overclocking, fan speed adjustment and RGB illumination. You may have done this, but turn on the OSC display within precision and run heaven benchmark repeatedly while overlocking, trying to get your power just at 100 If youre going above 100 in heaven, odds are your heavy gaming will hit 110 and youll start throttling, which undermines the whole purpose of overclocking. All 6-10 core parts are based on the LCC die (322mm), while the 12-18 core parts are based on the HCC die (484mm). The X-299 chips only use the LCC and HCC dies. This stands for low-core-count, high-core-count and extreme-core-count respectively. Not a fan of the PrecisionX software, seems buggy and the overlay doesn't seem to work half the time. There are 3 different dies in this family, codenamed LCC, HCC and XCC. I'm trying to get a few extra miles out of my EVGA GTX 980 Classified, before upgrading to the 1080 ti.
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