Hello everyone:
I just changed my E1200 yesterday radbox with a E2220 with Cooler Master Hyper Z600 and the Noctua S12. "Small" problem: my E2220 can not spend 30 minutes of OCCT if not at its reference frequency of 2.4GHz (or below of course).
Well, I was a little accustomed errors OCCT my E1200@3.2GHz, 1.35V, register an error after 28 minutes / 30 to OCCT, but that's after 10 minutes even Unless I make mistakes. + Sometimes BSOD, refusal to boot Windows and other types of crashes
The rest of my setup:
EP35-DS3R
2x1Go Corsair TWIN2X2048-6400 CAS5 ~ ~> 450MHz it takes in cas5 ... if I met earlier, many errors in memtest 86 +
Twintech XT OC 9600GT
DD 250GB
Antec NSK4480B
Noctua NF-R8
Well, I read a letter in the PCU No. 35, which spoke of an oc of E2220 which could not exceed 320MHz FSB with a voltage of 1.4V, and talked of a problem if power the PC could not boot up windows then BSOD when you have a big CPU solicitation.
Incidentally, I just do a 3dmark 2006 with my E2220@3.2GHz / 1.30V, both CPU tests are passed, but what is it slow ... (1 FPS average, I got the same result with my E1200@3.2GHz). The total score is 10433, instead of ~ 9500 with my E1200.
So my questions:
- Are the symptoms listed (OCCT errors in some BSOD, Windows refused to boot) may indicate weaknesses in my diet, a Earthwatts 380W that came with my camera, bought it about 5 months ago?
- Knowing that E2220 is clocked at 2.4GHz origin, 1.25V and a E1200 is clocked at 1.6GHz, 1.2375V, is it normal that I should increase both the voltage (+0.05 V) CPU for that it may take only 10 minutes of OCCT? Compared to my E1200 which takes 28 minutes (which gave a 100% frequency level, all for an increase of +0.1225 V), it seems huge, because my E2220 has "only" a 33% for a increase of +0.05 V
- Is that ultimately, the stability under OCCT is it so important? XD
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