paulxmn

Temp under load 63c

paulxmn

That was too easy. Same load temps as above....I suggest my VCore is too high for this OC. Will try again.

paulxmn

I have been reading and researching and have added this summary for our forum members:


To Achieve this:









With the “-“, (negative) voltage range selected, the voltage selectedt will be subtracted from the load voltage.

Example: full load voltage was 1.36V in the operating system adjusted to 1.32V instead, simply set 0.06V as the negative offset (1.36V-0.06V=1.30V).






If the offset voltage is too far with the negative voltage scale, there will come a point where the idle voltage is no longer sufficient to sustain
the idle processor clock frequency.
To add voltage to the full load VID use the + offset to increase the voltage level. The “+” offset scale isn’t as direct
as the” –“ scale when it comes to changing voltage, that’s because one of the features of SVID (serial VID) is that it allows the processor to request
voltage based upon operating frequency, current draw and thermal conditions- hence adding 0.05V to 1.30V results in a full load voltage of 1.35V.

paulxmn

paulxmn

Flashed again to Bios 3305 which resulted in better memory performance (T1) using my 4500Mhz Offset Settings 24/7.

Better Performance @5200Mhz

24/7 4500Mhz

paulxmn

without memory OC lower Vcore settings

eva2000

nice 5-5.2Ghz on 2550K !

paulxmn

Results in more stable game performance. Increase in A64 Benchmark. Overall its worth the Bios Flash.