http://img125.imageshack.us/img125/9...469spr4.th.jpg
There it is is im sooo stoked.
Also i have figured out my GTL's got them down to 59 59 59
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http://img125.imageshack.us/img125/9...469spr4.th.jpg
There it is is im sooo stoked.
Also i have figured out my GTL's got them down to 59 59 59
My new E8400, FPO Q809A348
Running 8*500MHz@1.280V
hows that Freezer 7 Pro handling the temps?Quote:
Originally Posted by laragirl83
59 59 59 ;)Quote:
Originally Posted by DoObs
Its totally okay...Quote:
Originally Posted by nefariouscaine
Under heavy load (prime95 small fft's test run, after 30 mins or so), it was 54-50 C, the cores...:up:
laragirl83 test it for 5-6 hours to see what's heavy load and then post SS here :D:p:
This is lame, sorry... regarding TEMPS (not stability...) a few minutes, like 10-15 mins more than enough, to see how hot it gets...Quote:
Originally Posted by Bullet92
And IF we're talking about stability, 5-6 hours r not enough...
In my way of benching, Prime95 Small FFT's for, at least 12+ hours, and then Blend test, for another 12+ hours, show you stability!:cool:
Just for the record!:welcome:
That was just because you said heavy load :)
Of course that 5-6 hours are not enough to see is your system really stable. We understod each other I hope ;)
Quote:
Originally Posted by mrcape
Hehe mrcape, and i think i can go down some more aswell....maybe like 39
Q813A518 E8400
@ 3,6Ghz measured 1,08v
@ 4,3Ghz measured 1,31
box pic
Those Q813 are really insane :eek:
But I didn't see some Q813 under LN2 :shrug:
My q813 is not that great but I'm on it at 4.2ghz 1.36v bios 1.37v cpu-z 8hour prime stable. This is my 24/7 clock.
after wasting all night on that E8400 batch #817 !! it sucks wouldnt go past 3.8 stable at 1.365 volts !!
MY new gem is E8400 batch #814 took less than 15 min to get stable at 4.0 would work at 1.22 volts for 100% stable used 1.285 volts
didnt have time to play with it ... (in a compition for a Q6600 had to get back to folding each w/u is a ticket in the drawing)
but with further tweeking hope to get it down to 1.25 or so:)
told you so you were in for a treat HDCHOPPER :up: mess with them GTL volts and get that baby rockstable mate !!! at loooooooooow volts... I can get mine stable now at 1.27volts with 8 x 500
:up: ya eyema wanting to get on that 8 divider soon :D
450x9 1.20Vcore tested Spi 32m E8400 batch Q816A275
On WC.
http://i105.photobucket.com/albums/m...hz120Vcore.jpg
http://i105.photobucket.com/albums/m...0VcoreSP8m.jpg
Any prime screenies sir ? looks like a fab CPU... bit of a hottie though :shocked:Quote:
Originally Posted by VRSpy
@ 4,2Ghz 1,29v (24/7)Quote:
Originally Posted by Mask
Just for the taste...:)
E8400@4GHz~1.280V
did you do a vmod on your board?Quote:
Originally Posted by laragirl83
Nope.Quote:
Originally Posted by zaone
Thanks for the reply. I changed the vcore to several different settings and it still fails orthos, occt and prime 95. Although on one vcore setting I was able to do some video encoding with dvd rebuilder pro with no problems of the pc locking up or freezing.Quote:
Originally Posted by RealTelstar
I now have the vcore set to 1.30 within the mobo bios but with windows loaded cpu-z & occt shows vcore at 1.26 & it failed occt as well. I also set the vcore to a lower voltage like 1.20 within mobo bios but windows wouldn't load at all. :confused: & I'm frustrated at this point since I can't seem to find the happy medium for overclocking to 3.6ghz. I'd appreciate any tips on what settings I need to use for a stable overclock of 3.6ghz. Thanks in advance! :)
Is there anything I should know before messing with the GTL settings?Quote:
mess with them GTL volts and get that baby rockstable mate !!! at loooooooooow volts... I can get mine stable now at 1.27volts with 8 x 500
Can I hurt my chip at all?
Do I just start changing them one number at a time and see what happens?
-I briefly read what they are from http://www.edgeofstability.com/artic.../gtl/gtl1.html but most of this stuff is over my head.
Has anyone here tested a Q811A079? That's what I have.
I post my E8400 Q807A367 results here.
24/7 4GHz@1,3375V set in BIOS. Real voltage under load is 1,331V (DMM).
http://ceemic.pri.ee/45nm/4ghz_24_7.jpg
Mobo is P35-DS4
http://ceemic.pri.ee/45nm/585fsb.jpg water@+20C ambient
http://ceemic.pri.ee/45nm/625fsb.jpg water@+20C ambient
http://ceemic.pri.ee/45nm/8.406.jpg LN2@-110C
http://ceemic.pri.ee/45nm/cpu-5760.jpg idlebug@-100C