Quote Originally Posted by saaya View Post
so vdroop disabled does work fine, almost no fluctuation there, right?
dont get what you mean regarding what the point of vdroop is...
vdroop is necessary for the pwm since we are pulling a huge current out of it and keeping the voltage 100% stable while switching from load to idle would hurt the cpu and the pwm. thats why vdroop disabled still has some droop, if it would be disabled completely it would damage the cpu and pwm in the long run.
I guess I misunderstood the point of the whole feature then. I thought, if enabled, it should actually be lowering Vdrop as much as possible, basicly keeping Volts stable at all times.

But I noticed that when it's enabled the Vcore fluctated only more between load and idle than when it was disabled.

But if some Vdroop is needed to prevent the board/CPU from dieing, then why is there a warning message in BIOS saying enabling this might hurt the board? Cause yeah, with disabled the Voltage is a lot more stable, still varies, but with enabled the Voltage can differ a whole 0.05~0.06V.

Quote Originally Posted by saaya View Post
why not? the only thing that matters is the load voltage.
i havent seen a cpu crash in idle cause vcore was too low, in idle even very low vcore is fine at high overclocks, its load vcore that matters.
if you need more vcore then its usually because as soon as the cpu starts crunching it doesnt get enough juice.
As said, I guess I misunderstood the whole point of the feature to begin with I always thought you'd want the Vcore to be as stable as possible when OC'ing, so hardly no fluctuations.

Anyway, so what do you recommend then? Vdroop Control Enabled or Disabled? Cause Im confused which one to use now along with the warning message in BIOS saying enabling it might hurt the board, but at the same time with having it enabled the Vcore sky rockets under load, pretty much doing what you said was good (different Idle/Load Volts regarding Amps).