Question Is this a dangerous AC LL value for my i5-13400F ?

[Marcos Baras]

I own an i5-13400F with C0 die running on an Asus TUF B760. I think I'm pressumably out of danger of the Raptor Lake degradation issue (basically because my CPU is a rebranded Alder Lake silicon after all), but I have checked my AC Load Line value in HWiNFO64 after reading some post titled "13/14th gen Intel baseline can still degrade CPU, even with new microcode, due to AC LL" ...

https://www.reddit.com/r/intel/comm...seline_can_still_degrade_cpu/?sort=confidence

...and it turns out it's 1.700 mOhm, way higher than the recommended value, and now I'm pretty scared because I don't know how to change the BIOS settings. The valid range is between 0.01 and 62.49, but I don't know what value should I type in order to get around 0.900 mOhm. I tried exporting BIOS contents to a text file with SCEWIN, but I can't see any value, only "Auto". I'm running the latest stable BIOS for my motherboard. The one with the 0x12B update is in beta stage. I'm using Intel Baseline Profile, I have set ICCMax on 140 (intel's recommended value) and my CPU Load-Line Calibration is 1, the lowest possible.

 

[uWebb429]

I don't know what value should I type in order to get around 0.900 mOhm

If you want 0.900 mOhm, why not type that number into the BIOS? Boot up into Windows and see what value HWiNFO reports. You should always use HWiNFO to double check that the CPU is using the loadline values that you have requested. I would never trust using the default value for this very important setting. Too many motherboards are not setting AC/DC loadline to the proper or requested value.

Run Cinebench so you have a performance baseline to compare to. Some Intel CPUs can trigger Undervolt Protection or IA-CEP ( current excursion protection) when adjusting the loadline values. This can drop performance in half.

 

[Marcos Baras]

I didn't type it directly because I can't see what's the point of this range of values (0.01 to 62.49), when the upper extreme appears to be absurdly high, according to the post. What if this model of motherboard uses a weird scale for whatever reason and I set a too low figure and the system no longer boots?