- Joined
- Aug 28, 2010
Remember, the annoying guy unable to run stable his chip until he finally puts more Vcore and VTT (in particular).
I ended to be stable at 1.3v and 1.2v vtt @ 4Ghz.
For an unknown reason (since I changed the mobo), I am stable (for at least 1 hour) at 1.225v and 1.2v vtt (haven`t touched to that yet...) on the EVGA classified 200!
God... I was perplex, I thought the E-leet overclock tool wasn't really changing the voltage. After 4 hours and 4 voltage adjustment (1.3v, 1.28, 1.27 and 1.26) I was wondering if it could be real. I tried 1.2v and crashed soon after I ran LinX.
Upped it a bit and ended with that:
Was a bit tired and bored of studying so I stopped the test. Pretty sure it`s stable or near to be. Could also not be the lowest value possible...
God... if the e-leet feature isn't fooling me, then wow... I didn't know a motherboard could do so much difference! Geezus
Oh well, I can belive I wasted soooo much time with my p7p55d-e
I ended to be stable at 1.3v and 1.2v vtt @ 4Ghz.
For an unknown reason (since I changed the mobo), I am stable (for at least 1 hour) at 1.225v and 1.2v vtt (haven`t touched to that yet...) on the EVGA classified 200!
God... I was perplex, I thought the E-leet overclock tool wasn't really changing the voltage. After 4 hours and 4 voltage adjustment (1.3v, 1.28, 1.27 and 1.26) I was wondering if it could be real. I tried 1.2v and crashed soon after I ran LinX.
Upped it a bit and ended with that:
Was a bit tired and bored of studying so I stopped the test. Pretty sure it`s stable or near to be. Could also not be the lowest value possible...
God... if the e-leet feature isn't fooling me, then wow... I didn't know a motherboard could do so much difference! Geezus
Oh well, I can belive I wasted soooo much time with my p7p55d-e