Per core vs per core maximizing offsets PBO
if I push my better cores to lower PBO some of the worse cores need a reduced negative offset not sure why why
Say a worse core might need -4 when other cores at their best negative but when not so optimized for best cores he worse ones might need way -10
If this is the case does this mean that in a completely optimised and stablE PBO vs non optimised per core PBO
The completely optimised one as some cores have lower negative offset say -34 vs -26 - would be faster for gaming where a few cores are used
But in rendering/cinebench/Prime95 where all cores completely loaded the most optimized per core PBO will be slower as your worse cores have smaller offsets ?
I can't remember exacts but with my 7800x3d something like the following two are stable
-29, -30, -4, -19, -27, -30, -12, -34
Vs
-28, -28, -11, -12, -26, -26, -11, -28
I'm guessing scenario 2 faster for productive scenario 1 for gaming
When running prime95 for number 1 the clock speeds are lower than for number 2 as when all fully loaded clock is max the worse core
You'd think in case two say core 8 would run at -34 but it won't unless core 3 is above say -7 and then all cores stable when that core 3 is at -4
There must be some odd relative voltages or loads between cores
Note both above were Prime95 Small stable for over 5 hours and same again for core cycler