Comparison of I9 series and microcode changes with BIOS settings
Comparison of I9 series and microcode changes with BIOS settings
All updates have been implemented and it seems both performance and CPU temperatures have slightly decreased, according to my observations and those of a few others. This raises my question... Are the 'Intel default settings' still required or excessive for Intel to minimize returns? I've seen one suggestion:
- Configure Asus optimised instead of the two Intel defaults.
- Apply a specific core performance ratio limit of 57X for all P cores.
- Adjust SVID behaviour to Typical.
- Set ICC MAX to 400.
- Set PL1 and PL2 to 253W.
What are your insights from experience?
The 13/14th generation issues developed in two phases.
Motherboard manufacturers competed to provide better products, which caused them to ignore official specifications, especially regarding voltage.
Intel released BIOS updates to ensure compliance with the standards.
Once issues continued, the problem was traced to the chips themselves, and additional BIOS fixes were released.
Since it was impossible to evaluate the existing damage, warranties were extended.
Based on my experience, I recommend applying the BIOS updates and running the processors at standard settings.
If you encounter a problem, submit an RMA. There are many potential causes; if you can replace the CPU with a known good one for testing, your RMA will be processed.
Did you experience a genuine issue previously? Are you prioritizing peak performance or long-term CPU durability? Please share your motherboard and CPU cooler specifications, along with your CPU model.
Other than default configurations, overclocking is the process itself. If all settings are applied properly and microcode, BIOS, and other components are correctly configured, it should prevent the CPU from receiving excessive voltage even during overclocking—unless you intentionally apply too much power. However, overclocking still leads to gradual wear, which was observed in previous issues.
Overclocking is a questionable term nowadays, since both ASUS and Intel do it regardless. The main issue seems to be whether microcode updates have fixed the real problem.
The real issue stemmed from incorrect instructions and settings. Intel has resolved these, which means the belief (and yes, I understand) that the matter is fixed would likely be accurate. Still, checking manually by observing the situation remains your most reliable way to prevent future issues.
It's not surprising that nobody follows through with those rules, is it? Take any of the recent Gens cases—most manufacturers have had to reduce the number of boards they shipped for certain setups. These current issues are just another case of "sorry, we lost our way" in these matters.
The claim was made that 'carried away' doesn't refer to overclocking, but rather that it never occurred.