Should be here:
But idk maybe asus doesn't provide the same data.
You can also check here:
That gives us part of the puzzle, but if CEP is on, which it should be if you're on an intel profile, and the ac/dc is under 110, there should be some performance loss. If its under 90, there will be pretty significant losses. Unless its compensated for by the vrm loadline, which is what that medium is that you saw in the first picture that makes it work for me. There's a good chance it would have just said auto in your case anyway and who knows what the hell that means.
If it is low, then you can do three things.
1. Turn CEP off, intel recommends keeping it on, and you might have to disable the intel profile to do it, so thats not what I chose.
2. Just move the values back up. 110 for full power. 90 for a small undervolt that doesn't affect performance that much. I did this for a while. The thing is, it was a bit slower and there's still some distance between vcore and vid, which makes putting a lower vid cap on have a more significant impact on your boost clocks. And you want a low vid cap to protect your cpu. Mine is at 1415 (vs intels 1550) With just increasing the ac/dc loadline, that would have completely destroyed my boost clocks.
3. Move ac/dc to 55,55 then move your vcore/vrm loadline up to level 4 or 5, I went with 4 because with 5 vcore was sometimes passing vid and I didn't like that. But every mobo is different so you might have to do some testing to see which works best. Anyway, this should both keep the max vcore a bit lower and give you full performance. At least for me I found it worked the best. Every motherboard does this in a different way, with different names for every stage so idk whats its called on asus, but whatever is forth from the lowest.
Anyway, a big delta betwen vcore and vid is a big indicator that cep is triggering. The numbers you want are here:
and here:
See how mine are almost the same? Thats what makes cep leave me alone. Actually vcore is slightly higher, that almost never happens. Well anyway not a big deal, gives yours a look.
And again, I would consider getting rid of those single core and two core boosts.. They really drive up the voltage, and for not much gain. And you want to keep that voltage down for longterm stability. You could put all the pcores at 54 or 55. IMO anything above that is pretty far past diminishing returns but of course its up to you.
Then there's the vid offsets, but lets not overload you for now