- Jun 17, 2010
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Just found this great guide on getting the program to work. You can use task scheduler to run it in the background with no system tray icon even, uses less than 1MB of RAM on my system.
http://aspiregemstone.blogspot.com/2009/06/k10stat-amd-griffin-processor.html
The program lets you change the multiplier and voltage of each of the P-States for your processor when CnQ is on. Then you can choose to have Windows control it as usual or let the program manage it, which I do. You can set the multiplier and voltage to change per core (unganged clock management), which is awesome for power saving - if you're playing an intensive single threaded game you will have 1 core at full speed and the others at the lowest speed due to the dual power planes of the K10 design.
I have my four P-states on my Phenom II 555 unlocked to X3 set to these values:
P0 - 3456MHz, 1.2875v
P1 - 2808MHz, 1.150v
P2 - 1836MHz, 0.950v
P3 - 864MHz, 0.775v
Download the latest (1.41) version here. http://sites.google.com/site/k10stat/
And post back with the voltages and multipliers you end up with!
http://aspiregemstone.blogspot.com/2009/06/k10stat-amd-griffin-processor.html
The program lets you change the multiplier and voltage of each of the P-States for your processor when CnQ is on. Then you can choose to have Windows control it as usual or let the program manage it, which I do. You can set the multiplier and voltage to change per core (unganged clock management), which is awesome for power saving - if you're playing an intensive single threaded game you will have 1 core at full speed and the others at the lowest speed due to the dual power planes of the K10 design.
I have my four P-states on my Phenom II 555 unlocked to X3 set to these values:
P0 - 3456MHz, 1.2875v
P1 - 2808MHz, 1.150v
P2 - 1836MHz, 0.950v
P3 - 864MHz, 0.775v
Download the latest (1.41) version here. http://sites.google.com/site/k10stat/
And post back with the voltages and multipliers you end up with!