Adjust XTU clock speeds once it powers off
Adjust XTU clock speeds once it powers off
It appears XTUservice occasionally appears around two minutes after boot and resets my clock speeds to the last settings from xtu. Stopping the task causes the computer to crash as if an overclock is too high, even though both BIOS and xtu profiles remain stable. Since XTU doesn’t launch the Windows launcher, you usually won’t notice unless checking hardware monitoring tools or Task Manager.
XTU modifies BIOS configurations through the Windows interface, similar to other CPU/mobo overclocking tools. Resetting everything involves erasing the BIOS memory (CMOS). Once done, XTU will display the same default BIOS settings it had prior to the adjustment.
Great! Your information will automatically appear in the standard XTU row, and it won’t update unless you specify otherwise. Perfect setup!
Everything is functioning properly over the past week, with no XTU usage or bios modifications made during those three days. However, upon starting up this morning after a brief boot, the system switches to adaptive voltage mode when XTU begins. This behavior hasn’t occurred recently (I’ve been monitoring with HWiNFO). It’s unusual that XTU displays its default settings in the BIOS—such as static voltage and standard ratios—as expected—but activates an unknown profile with adaptive voltages that I never use. After removing XTU and restarting the PC, the issue disappears, and all settings remain unchanged as intended. I appreciate having it for testing but struggle to resolve this without knowing who else might be facing the same problem.
Remove extraneous startup applications from your list. Disable any settings related to enabling XTU at boot.
It doesn’t appear in the startup program list, so the best way to prevent it from launching is to turn off the service in msconfig. However, I can’t start XTU manually until I re-enable it there. From what I understand, XTU doesn’t have any related settings, which makes this situation confusing. I’ll keep trying this approach, but it seems unlikely to be correct. I also don’t have any profiles with adaptive voltage, and the default setting matches my current BIOS, which adds to the confusion.