How do I use this Dynamic Vcore option?
There's a new Dynamic Vcore option in the
Advanced CPU Voltage Settings. To enable it, set the Vcore voltage to "Normal" and then add or subtract the amount needed to reach your target Vcore voltage that you now use for your overclock. For instance, my original Vcore in BIOS was set to 1.3125v for my 3.9ghz overclock. Now, when I set the Vcore to "Normal", it is set to 1.25v. Therefore, I have to set the "Dynamic Vcore Voltage" to +.0625v which results in my target voltage of 1.3125 = 1.25v + .0625.
CPU Vcore = Normal (nominal voltage of 1.25V)
Dynamic VCore (DVID) = +0.0625
Effective CPU Vcore at Load = still 1.3125V (now able to lower voltages in idle mode to 0.9600V)
*** Dynamic VCore does not work if CPU VCore is set to Auto or to an actual voltage number. Therefore, to get Dynamic VCore to work in idle mode when CPU is manually overclocked, the CPU Vcore
MUST be set to
Normal first *** Don't forget to set all Voltage Power Saving technologies (i.e., C3-C7 states, EIST, etc. ) to
Enabled.
What this option does is set your idle voltage lower than originally (if you have power savings features enabled). For example, my original CPU-Z idle voltage was 1.248v and now it is 0.960-0.9760v. The load voltage is unchanged at 1.312V. It's a nice feature to have.
As for Power saving options, I was told that they interfere with getting a stable overclock...
Not necessarily. Enable C1E, EIST and SpeedStep, and if you have a stable overclock, nothing should change, except the processor won't be running as hot at load. :biggrin: