![]() Figure 6: Figure 7: Notice how the card is now running at the same 1911/5508 clocks, but with a higher voltage of 1049mv. Your settings should be at max values at this point. My power limit & temp target are grayed out because I'm running a special vbios on my 1080 ti kingpin. Figure 3: Figure 4: Figure 5: As you can see my card is running at 1911/5508 with a voltage of 1042mv. Don't forget to click the check mark button to apply your changes after increasing the fan speed slider to 100%. Figure 2: Set the gpu fan speed slider to 100%. Don't forget to click the apply button to apply your changes after increasing the fan sliders to max. Figure 1: All gpu fan sliders should be set to max. Your card should now be running at max voltage with an overclock. #12 Press the check mark button on the main gui to apply your changes. Go back to the curve and select the point where the yellow line is, hold CTRL on your keyboard and drag the point upward until you're at a frequency you'd like to run. #11 Now time to apply some faster clock speeds with the fixed voltage. #10 Repeat steps #8 & #9 until your white & yellow vertical line on the curve combine as one, and you see nothing but the yellow line anymore. Your card should now have jumped to the next voltage/frequency point on the curve, and should be running a higher voltage. #9 Press the check mark button on the main gui to apply your changes. #8 Inside the voltage/frequency curve editor select the point on the curve where the vertical white line is, and press the down arrow key on your keyboard to make the value read as -1. Your card should now be running at a fixed frequency/voltage, and your curve should look like figure 5. #7 Press the check mark button on the main gui to apply your changes. You should see a yellow dotted line pop up on the curve editor. #6 Press CTRL+L right after selecting your voltage/frequency point on the curve. I own a 1080 ti, so I'll be selecting a point on the curve that matches 1093mv. #5 Select a point on the curve that corresponds to your cards max known allowable voltage. #4 Press CTRL+F while msi afterburner is open to open the voltage/frequency curve editor. #3 Open msi afterburner, set core voltage, power limit, and temp limit to their max values. Don't forget to click the check mark button to apply your changes after increasing all settings to their max values. 2b: If you own a non-evga video card, or a video card that doesn't support asynchronous fan control you can use msi afterburner to set your gpu fans to 100% without having to download precision xoc. 2a: If you own an evga video card that includes 9 thermal sensors you'll need to download a copy of evga precision xoc, and use precision xoc to set all your fans to 100% before using msi afterburner to force max voltage/overclock. We are going to be pushing the gpu to max voltage & overclocking so using 100% fan makes perfect since here. #2 Set gpu fans manually to 100% to keep the graphics card cool. #1 Download & install a copy of msi afterburner. This guide will be useful to geforce gtx 10 series users as well as future geforce gtx series graphic card users. I put my memory clock at +400mhz because it hits the power limit of the gpu, so it doesnt hit it as often and downclocks something.This guide will describe how to force your video card to run at max voltage & curve overclock using msi afterburner. You could just copy this settings and use them as they are and itll be working perfectly. Power limit: maxed out (normally is 116%) Its actually pretty safe to put the voltage to 100% cuz its not an offset slider but instead is a voltage limit slider, it just makes the gpu give the max amout of voltage to the core as it can (heard this from Jayz2cents, pretty well known pc enthusiast youtuber). I have a MSI GTX 1060 3GB and from the research ive done and my own overclock i can say that every gtx 1060 3gb should be able to get till +180mhz on the core and +500 on the memory, mine is at +190mhz on the core and +400mhz on the memory cuz even at the voltage maxed out it cant give enough voltage to go over that, it just doesnt increase the base clock more. I know this discussion is old but hey, i wanna help.
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