I have not tampered with the C states in my rig (X99 5820k @ 4.4ghz) as ideally when just using it for browsing,streaming etc the power savings would be welcome.
However, i use it for DAW (music production stuff) so i use the Steinberg/Cubase power profile (which automatically puts windows in high performance mode (ie cpu min state 100%). I have also noticed some cpu bound (and probably badly code..) games run much better when in high performance mode.
Now, when the PC is in high performance mode and isnt being stressed on all 6 cores simultanously (like when using a bench test or something), i have noticed that the cores still fluctuate between x12 and x44 multi so even in high performance mode, some cores are downclocking.
Is there a C state that will prevent this? From research I think it will be the C1E state that is doing this but i am not 100% sure.
If I disable the C1E state but leave every other state as is, would this mean in balanced mode, the cpu will still downclock at idle/low usage but in high performance mode it should hold the maximum multi at all times?
However, i use it for DAW (music production stuff) so i use the Steinberg/Cubase power profile (which automatically puts windows in high performance mode (ie cpu min state 100%). I have also noticed some cpu bound (and probably badly code..) games run much better when in high performance mode.
Now, when the PC is in high performance mode and isnt being stressed on all 6 cores simultanously (like when using a bench test or something), i have noticed that the cores still fluctuate between x12 and x44 multi so even in high performance mode, some cores are downclocking.
Is there a C state that will prevent this? From research I think it will be the C1E state that is doing this but i am not 100% sure.
If I disable the C1E state but leave every other state as is, would this mean in balanced mode, the cpu will still downclock at idle/low usage but in high performance mode it should hold the maximum multi at all times?