I posted previously about heat issues I was having with an ARCTIC COOLER 7 92mm Rev.2 HSF
I was getting 40C Idle and 59C maxed, at 1.35vCore @ stock 3.2GHz
That made me sad.
I took the advice of some people on here and installed the Stock HSF, and I got pretty much the same numbers:
42C Idle and 57C maxed.
Well I upped my vCore to 1.4 and got the same numbers.
So I decided to see how high I could get w/ 1.4 vCore. Came out to 3.5GHz
So Ive been tinkering more, and now I'm getting a stable 3.8GHz with 1.45 vCore.
My temps: 38-40C Idle and 60C Max
This stock HSF is rocking the hell out of the aftermarket HSF.
Is it rare to get a 3.8GHz clock on stock cooling?
Also looking at buying an h50 tomorrow to see if I can make 4.0GHz. Will I need to tinker with more than my multiplier to get 4.0GHz stable?
Currently at 206 MHz x 18.5
I was getting 40C Idle and 59C maxed, at 1.35vCore @ stock 3.2GHz
That made me sad.
I took the advice of some people on here and installed the Stock HSF, and I got pretty much the same numbers:
42C Idle and 57C maxed.
Well I upped my vCore to 1.4 and got the same numbers.
So I decided to see how high I could get w/ 1.4 vCore. Came out to 3.5GHz
So Ive been tinkering more, and now I'm getting a stable 3.8GHz with 1.45 vCore.
My temps: 38-40C Idle and 60C Max
This stock HSF is rocking the hell out of the aftermarket HSF.
Is it rare to get a 3.8GHz clock on stock cooling?
Also looking at buying an h50 tomorrow to see if I can make 4.0GHz. Will I need to tinker with more than my multiplier to get 4.0GHz stable?
Currently at 206 MHz x 18.5