Thanks for the replies, so i tried something else :
I tried at fixed Vcore to modify LLC then AVX to see what happens ( See attached image )
The Higher LLC will always provide a higher Vcore while idle and the Vdroop will be smaller than using a lower LLC
The Lower LLC will always provide a lower Vcore while idle and the Vdroop will be bigger
I'm not really sure what VID means in Core TEMP and if it is reliable. I added this row just to experiment the values. Doesnt know if it helps or not understanding something.
There is something i dont understand.
We always try to minimize the Vcore for a given frequency in order to minimize heat.
So, the lower the vcore is, the better will be the temperatures on idle.
So, why during a load, the VCore is decreasing and the températures are increasing. Why is the VCore not increasing instead ?
Why when we lower the VCore in the BIOS, the temperatures are devreasing and why under load, the VCore is deacreasing as well and temperature are getting higher.
Intel says Vcore max is 1.45v for this chip right ?
Does it means that 1.45v is the limit no to get overshoot
I've heard that SVID on Asus motherboard were bad to report Vcore.
I mean, is it normal to set a Vcore = 1.275v in the bios and reading IDLE Vcore = 1.243v on CPU-Z or HWINFO ( report the same values ) with LLC5 - ( MAX is LLC8, never tried )
Its a 32mV difference. With LLC=7, the difference is still 15mv.
Usually, on tutorial, i can relate a 0.01mv with medium LLC. So i'm a bit confused.
Reminder :
Motherboard : Asus Formula XI BIOS 1502 ( I read this one suxs, i might want to update, can seomeone relate ? )
CPU : 9900KF
AIO : ROG STRIX LC 360
Kind regards