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Hmmm.... This is sad cos Im getting the same C1 error now and my comp wont boot .... Seems like this last 3 weeks there is something in my computer thats killing motherboards cos Ive gone through 3 mobos in the last 3 weeks and one E6700.... This is getting ridiculous.....
Ive never broken any motherboards in my life and Id like to believe that I know what Im doing ( got my A+ 5 yrs ago ) but with this chipset Ive gone through about 8 of them now .... No clue whats killing them, Im using basically the same hardware Ive been using since P965... Got this mobo yesterday, set it up this morning and it ran fine, flash to the 823 bios, no prob .... I shut it down for about 7 hrs and now I get this C1 postcode ( same one I got from my last IP35pro)....
Whats weird is none of the boards died during overclocking, they just wont boot after I shut them down .... with this one, I didnt even get a chance to push it, last and most I pushed this board was running spi32M at 514x7 with most voltage still fairly low.... I just dont get it....
I have 2 comp and Ive checked each HW to make sure they work and thyre fine... I cant believe my cheapo Giga 965 S3 ( not DS3 ) has outlasted all these expensive boards while running 3700mhz 24/7 for god knows how long now....
Here's my spec..
This mobo
crucial ballistix 8500 and 512 kingston value ram
Silverstone decathlon 750
WD raptors x2 ( no raid )
ATI 9250 pci card
mcw5002 waterblock
Like Brother Esau I really feel like giving up... I do play with ln2 but more than half of the boards that died never saw any ln2 action... and the ones that did didnt die while benching.... Im really gonna feel like an idiot tommorrow when I RMA this...
Im thinking my biggest mistake now is not buying Asus.... If Im gonna kill a bunch of boards, they might as well be Asus...
Had the same issues with my geil 8500s
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Just taken some readings for VDIMM with a multimeter.
Smartguardian does seem to be more accurate than bios from what I've found.
Bios set to 2.49v vdimm
Readings in windows xp taken from a free slot.
1 memory stick in reads 2.46v
2 memory sticks in read 2.44v
Reading taken while in bios
2 memory sticks in read 2.44v
So according to my multimeter -0.05v from what is set in bios.
I did a blend run, while taking a reading. SMG reports a droop of about -0.04v. Multimeter reports no droop at all.
Not sure how these things work, and whether that's accurate for the slots the memory sticks are occupying at the time.
RLM
This is where I took the readings from