thedevilofdark :
I'm trying 4.5GhZ now. First I just want to try 1.150. Bios won't boot with that voltage.
2nd I tried 1.225. Windows get Blue Screen Crash Without load.
3rd I tried 1.3. Everything is fine.
4th I tried 1.250. Windows boot but after few secs, got blue screen crash.
5th I tried 1.275. Looks like it is okay now. I can see 1.288 voltage on AIDA when I'm trying test. Trying another test for 20~ minutes will post it here.
And got blue screen after 8~ mins. I have to try it with 1.3 voltage and I don't think my EVO 212 will carry this. So can not try 4.5 GhZ this time. Maybe 4.2 or something like that.
Have to ask ? Did you build your PC to run synthetic stress tests or to run games and applications ? Running a synthetic stress test ...
a) tests your CPU under series of single task loads, constantly hammering the CPU with loadings it will never see again in its lifetime.
b) This is designed to create the greatest amount of heat possible which will artificially limit your OC since those loads will never be seen again
c) does not test your CPU in a multitasking environment, you can be synthetic test 24 hour stable and still fail in a multitasking environment.
To address the above, especially after experiencing c), we use an application based benchmark (RoG Real Bench) to test the overclock under real "worse case" conditions running "real applications". In addition to the above, I find that it detects OC instabilities faster than synthetics.
BTW, we also use the offset method for overclocking.