Looking for Average Effective Clock Separately Calculated for P-Cores and E-Cores

[JAINCA]

Hi all.

According to SkatterBencher's overclocking channel on YouTube, we must differentiate between target clock and effective clock with modern CPUs.

See: https://youtu.be/Ww_BJhz_w98?si=LoLmeUkHZwpolzmV&t=380

In his video (e.g. 8:24), he SEPARATELY presents the average effective clocks for P-Cores and E-Cores:



In the comments, he said he gets his separate values for effective clocks "directly" from HWINFO64.

I can't find these separate values anywhere in HWINFO64. I see "Average Effective Clock" (yellow), but it appears to be a single rough average of the average clocks for the P-Core effective clocks (red) and E-Core effecive clocks (green) all summed together:



Where in HWINFO64 can I see -separately- calculated "average effective clocks" for the P-Cores and E-Cores?

 

[Martin]

You can achieve this via a custom sensor:

Custom user sensors in HWiNFO

HWiNFO since version 6.10 introduces a new feature - ability to display custom user sensors in the sensors window. This feature allows users with basic programming skills to show any sensor values. This might be useful in case of custom-made devices, or sensor values not implemented in HWiNFO by...

www.hwinfo.com

 

[JAINCA]

Thank you!

 

[JAINCA]

Hi Martin, I have no idea if this is what SkatterBencher was doing, but with your guidance I was able to add two custom sensors that separately report the average effective frequencies for the P-Cores and E-cores as follows:



I used the following formulas in the two related Value registry fields:

("P-core 0 T0 Effective Clock" + "P-core 0 T1 Effective Clock" + "P-core 1 T0 Effective Clock" + "P-core 1 T1 Effective Clock" + "P-core 2 T0 Effective Clock" + "P-core 2 T1 Effective Clock" + "P-core 3 T0 Effective Clock" + "P-core 3 T1 Effective Clock" + "P-core 4 T0 Effective Clock" + "P-core 4 T1 Effective Clock" + "P-core 5 T0 Effective Clock" + "P-core 5 T1 Effective Clock" + "P-core 6 T0 Effective Clock" + "P-core 6 T1 Effective Clock" + "P-core 7 T0 Effective Clock" + "P-core 7 T1 Effective Clock") / 16

("E-core 8 T0 Effective Clock" + "E-core 9 T0 Effective Clock" + "E-core 10 T0 Effective Clock" + "E-core 11 T0 Effective Clock" + "E-core 12 T0 Effective Clock" + "E-core 13 T0 Effective Clock" +"E-core 14 T0 Effective Clock" +"E-core 15 T0 Effective Clock" +"E-core 16 T0 Effective Clock" +"E-core 17 T0 Effective Clock" +"E-core 18 T0 Effective Clock" +"E-core 19 T0 Effective Clock" +"E-core 20 T0 Effective Clock" +"E-core 21 T0 Effective Clock" +"E-core 22 T0 Effective Clock" +"E-core 23 T0 Effective Clock") / 16

I averaged all 16 threads being processed by the 8 P-Cores. I assume that makes sense since "hyperthreading" 16 threads onto 8 cores is an Intel thing.

Thanks for your help!