XMP Slows down my cpu
XMP Slows down my cpu
Hi there, I was wondering if you could assist me.
During my first benchmark I received a message saying "Performing below potential (22nd percentile) - ensure that a dual+ channel XMP BIOS profile is enabled."
I changed the BIOS settings to enable XMP, thinking it would be beneficial since my RAM was showing 2400MHz and the manufacturer indicated 3200MHz.
After rebooting, my computer slowed down noticeably. I ran another benchmark and it performed even worse.
Here are the links to the benchmarks:
https://www.userbenchmark.com/UserRun/25980818
https://www.userbenchmark.com/UserRun/25982339
Please let me know if you can help.
Thanks!
Sincerely Dennis
Review the outcomes of your second benchmark test once more. There was clearly an issue, not just with your RAM... High CPU background activity, turbo clock at 0.8ghz, and similar signs... Are your processor temperatures normal? Was Windows installing an update quietly in the background?
Thank you for your prompt response, I should have verified the temperature first. Once I set the settings to their original state after the benchmark, I will attempt it again keeping an eye on the temperature.
The temperature was acceptable after the BIOS update and reset to defaults. It seems to function properly. The highest peak temperature reached was 60°C, and it stayed around 40°C afterward. Since you're not very familiar with XMP, I'm unsure if you should use it or not. Could you offer some advice? The CPU temperature during a game with XMP is reported as 45°C. Thank you for your responses and support!
XMP is an automatic system OC tool for your RAM, eliminating the need to tweak timings or voltage. RAM can be one of the more challenging parts to manually configure. While you can apply XMP, a 3200 MHz RAM is already quite fast. Intel isn’t as sensitive as Ryzen when it comes to performance via RAM speed; you’ll see only minor improvements, possibly barely noticeable in games—just a few frames per second. What matters most is system stability. It’s also worth checking your power supply, as instability during higher power usage could stem from it.