I have an FX-55 (S939), running with some decent memory on an ASUS A8N-E. However, I can't go faster than about 2.75GHz unless raising my voltage way up, which disappoints me when compared to the successes of other people with the same chip. I have to run 1.425v to even get it to do 2.75GHz when others do 3.0GHz with that much vcore... applying as much as 1.475v might get me up to 2.8GHz, but it's still slightly unstable. I have reapplied paste, tried BIOS updates, etc. I have a fairly large Zalman (7700 Al/Cu) on it, and I'm hovering around 50c full load.
Thus, I've decided to stay at my safe 2.75GHz unless anyone has ideas...
When overclocking, I have either of the two possible choices:
229 x 12 = 2748MHz (2-5-3-2, 1T - HTT 4x @ 916)
275 x 10 = 2750MHz (3-8-4-4, 2T - HTT 3x @ 825)
I can't decide which is better and can't figure out a decent way to bench in 'nix (don't have a legitimate copy of M$ at the moment, nor do I intend to pirate my way out of it).
Anyone think they know the answer to which is faster?
Thus, I've decided to stay at my safe 2.75GHz unless anyone has ideas...
When overclocking, I have either of the two possible choices:
229 x 12 = 2748MHz (2-5-3-2, 1T - HTT 4x @ 916)
275 x 10 = 2750MHz (3-8-4-4, 2T - HTT 3x @ 825)
I can't decide which is better and can't figure out a decent way to bench in 'nix (don't have a legitimate copy of M$ at the moment, nor do I intend to pirate my way out of it).
Anyone think they know the answer to which is faster?