Hello,
some people like to overclock and I want to optimize my PC as much as I can and I'm starting with my CPU.
Goal is to have the highest performance/watt
My Specs:
CPU: AMD 7900X
GPU: RTX 3060ti FE
RAM: 2x16GB 5600Mhz CL36
MoBo: MSI Pro B650-P Wifi
Stock:
5.7Ghz at 1.5v (PBO Auto)
5600Mhz CL36 1.25v
#First idea
Is it possible to run one CCD at high clocks for gaming but the other half at lower max clock using a curve?
I also don't understand why the system even touches the other cores instead putting them to a sleep state of some sort.
#update
So from what I've researched is that PBO is an algorithm that boosts as much as it can until it hits one of the 3 specified limits.
So if the CPU can run at 5.7Ghz and drawing less than 95w in games it will do that.
So PBO isn't a table but an algorithm to HIT the limit and stay there.
some people like to overclock and I want to optimize my PC as much as I can and I'm starting with my CPU.
Goal is to have the highest performance/watt
My Specs:
CPU: AMD 7900X
GPU: RTX 3060ti FE
RAM: 2x16GB 5600Mhz CL36
MoBo: MSI Pro B650-P Wifi
Stock:
5.7Ghz at 1.5v (PBO Auto)
5600Mhz CL36 1.25v
#First idea
Is it possible to run one CCD at high clocks for gaming but the other half at lower max clock using a curve?
I also don't understand why the system even touches the other cores instead putting them to a sleep state of some sort.
#update
So from what I've researched is that PBO is an algorithm that boosts as much as it can until it hits one of the 3 specified limits.
So if the CPU can run at 5.7Ghz and drawing less than 95w in games it will do that.
So PBO isn't a table but an algorithm to HIT the limit and stay there.
Zuletzt bearbeitet
: