![]() I can't get any higher than + 50 without the gpu crashing. I applied these settings as my overclock: Before my overclock the clocks sat around the 1980 - 2000 MHz range, whereas now they sit at 2038 MHz. Also i'm sure the clocks are higher after my overclock according to HW-Monitor. Yeah i've disabled vsync / enabled ulimited fps to make sure the fps isn't capped to my refresh rate (144hz). If that's not the case, are the clocks actually higher than before the OC while playing said game? The GPU will not run on the highest clocks if there's not enough load. Dumb question - are you sure you are not reaching a set fps cap ingame (either by an fps cap or vsync/gsync)? In my case, it does not properly apply, even though I am not quitting the tool after dialing in the OC.Īnyway, no fps gain is indeed strange. Okay, so that is different from my experience. If it helps these are the preset OC mode settings and my manual overclock settings.ĪSUS GPU Tweak 2 Preset OC mode settings: Now my question is, does the GPU Tweak software have to be running at all times, (checking the setting that says start GPU Tweak at boot time) or can I close the program and not have to run it all the time and after a reboot it will still apply my overlock settings still? Which indicates to me that overclocking my gpu does nothing to improve performance or that the GPU Tweak software is not applying settings. All three of these gpu settings changed in the GPU Tweak software yield the exact same results in both games and benchmarking software in terms of average fps values. You can raise its value to the maximum since it has no direct implication with the voltage or frequencies beyond a certain consumption limitation.Hi there, i'm using the ASUS GPU Tweak 2 on my ASUS Strix 1080ti (OC edition) and i've tried testing the default gpu mode, GPU Tweaks built in preset OC mode and my own manual overclock on the gpu. ![]() Power Target (%): Also called PT, it is a power limiting value.This is important because a lower GPU temperature can scale more MHz and improve performance or stability. Fan Speed (%): You can choose to leave it in auto or force it to have a more aggressive curve if you want to maintain a lower temperature.You can set it to the default value from the gaming mode configuration or anchor it to the max frequency as per your GPU's performance. Memory Clock (MHz): It is the speed at which your graphics card will process the frames in and out of the VRAM.And its temperature doesn't exceed 85 degrees in gaming. GPU Voltage (mV): You must place this value at the maximum allowed unit by the software as long as your GPU has an unlocked BIOS.Thus, you will have to raise it to the maximum available frequency to achieve the most FPS. GPU Clock (MHz): A higher clock value implies stable performance.From here, you will have a different set of values to overclock. The interface will open in the Advanced Mode. You must be careful with the options you customize since it can irreversibly damage your device if you go overboard without properly benchmarking it. To safely overclock your GPU in Windows 10 PC, it is best to make small increases in frequency and check if the system remains stable after the procedure. If you're new to the world of Overclocking a GPU and wondering where to start, you can check out our guide on how to Safely Overclock Your GPU to learn more. However, depending on the GPU series, it involves certain risks for the card itself. Overclocking a GPU is not as complicated as a CPU overclock. Related: The Best Computer Temperature Monitor Apps However, you can increase your graphics card's speed if your power supply can provide enough watts and within the GPU's tolerable temperatures. Heat is the bigger problem as it throttles a GPU's performance and its ability to maintain optimum temperatures. In a Windows 10 PC, power is not a problem because you can upgrade your power supply and get constant energy from an outlet. The faster a chip is, the more power it consumes, and the heat it generates. The performance of any hardware is limited by two physical barriers: power consumption and heat.
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