Check your system stability and performance metrics to ensure it's running smoothly.
Check your system stability and performance metrics to ensure it's running smoothly.
Hello everyone? My overclock is looking good. This is my first attempt at overclocking with the Z370-F and a 8600kHz clock speed. I haven’t adjusted any parameters except the AI Clocker Tuner, which is set to disable CPU core ratio and sync all cores. The Core Ratio Limit is at 48, DRAM frequency is 3200MHz, and adaptive voltage is off. It was stress-tested for an hour using AIDA, with temperatures between 70-75°C. Everything else is default except the settings I mentioned.
Your current temps are within a safe range, though your room is above 37°C. Your processor performed well at 5.2 GHz and 1.35V, but it ran smoothly at 4.8 GHz and 1.23V as well. No major changes needed unless you want to fine-tune anything. Let me know if you’d like advice on bios or voltage adjustments!
Try 1.22v initially, verify full stability before proceeding to 1.23v.
1.22 is very stable, are the adjustments correct? I switched the one others use as defaults. While watching an overclocking video, many settings were changed. I only modified these. Would it be okay to go even lower than 1.22? Also, do you think it’s a good idea? Thanks.
It seems stable enough. A voltage of 1.22v is reasonable, and maintaining 4.8Ghz at that level should work well.
Can you confirm if the task works well with minor FFT processing and only a slight CPU core boost?
Hello, you asked about the term "pass." I noticed many people didn't recommend prima95 because it caused a lot of stress, and my processor reached temperatures above 90 degrees. That's why I switched to AIDA for stress testing, where temperatures stayed between 70-75 degrees.
Prime95 uses the AVX instruction set, which contributes to performance but isn't the main factor in stability. OCCT is also quite demanding. Running at 90°C can be challenging. As someone involved with the leader's group, I recommend upgrading the CPU and applying new thermal paste—it will greatly reduce temperatures.