Thanks for testing this, Ayvan. I believe the 'K' series (which I believe you own) is able to maintain itself at this constantly boosted state regardless, whereas the non-K only boosts temporarily before coming back down UNLESS we adjust the power levels.
As far as i know, PL1 and PL2 for K and non-K CPUs is different, but all CPUs has PL1 and PL2.
You can read about PL1/PL2 limit here:
https://www.computerbase.de/2020-06/intel-comet-lake-s-pl1-pl2-tau-tdp-cpu/
Core i7
10700K: PL1 - 125W, PL2 - 229W, Tau - 56 sec.
10700: PL1 - 65W, PL2 - 224W, Tau - 28 sec.
What is Tau? It's duration of PL2 mode:
You can test any CPU in OCCT or any other stress-test and look at power consumption graph. It must be like on this image. But on some motherboards default settings has ho limits!
You can look this video (it was posted early in this thread):
Or read article:
https://www.gamersnexus.net/guides/...erboards-with-default-settings-for-your-build
Graph from article:
Vision G (and, I think, Vision D too) has the same PL1/PL2 settings like Gigabyte Z490 Master in this video. I mean, NO PL1/PL2 settings, unlimited power
Or, may be it has PL2 limit, but has no Tau limit, and CPU always in PL2 mode on heavy load.
Conclusion:
10600, 10700 and other "non-K" CPUs on some motherboards (including Vision D/G) could be faster because they work in PL2 mode all the time, not only 28 seconds.