it was confirmed by Plester a few posts up and by BarboneNet many pages back in this thread.
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1013 bios also cured the x2 pci-e syndrome on my mobo, even though it is not 100% cured. But i also suspect that this syndrome come from the quad core that is very burdening on mobo and it needs more voltage than 1.7v on NB. Well overall pretty happy since i can run 6GB RAM now with all slots occupied.
on my p5k-e wifi with 1012 bios i measured Vpll:
and at 1.5V set in bios, i get 1.56V measured :up:
Could anyone confirm if the P5K-E can boot perfectly without a graphic card inserted?
Thanks to the person doing the trouble of a double reboot :)
Hi Guys, I have a friend who gets his P5k-e wifi next week and I have a couple of questions for the guys running them. Firstly is the best bios, still as per the front page "0602" for a Q6600? He is looking for somewhere around 3.6ghz if he is lucky or are the later 1012-1013 a better bet? Secondly on the upper mosfets which have a copper sink on my P5K-Premium, are the mounting holes there for adding sinks or water blocks? It is quite hard to tell from the pic's I have seen.Many thanks in advance guys.
I wonder why they completely removed bios 1004 and 1006 from the bios section on the Asus site. That's kinda weird considering all the older bios is still listed...
Could the people that have confirmed the voltage bug also tell us which revision of the board they have? I ask because the person that had 1.56v vpll when setting it to 1.5v in bios had the newer 1.02g revision board.
I have rev. 1.02g and my PLL was set in BIOS to 1.50v, however when tested
with a DMM the reading showed 1.86v:shocked:, yes very shocking!
This is on BIOS 1013, and I dont know if this was occuring on other bios revisions.
I currently have it set to 1.60v in bios which gives me 1.66v when read with
my DMM, so at this point 1.66v is the lowest PLL voltage the board will
supply to my CPU.:down:
I'm pretty new to overclocking so I have a possibly silly question. my rig:
E6300
p5k-e 1.02g 1012 bios
ocz reaper 6400
The only things I really mess with when overclocking are vcore, vNB, and vmem. Question is, my cpu/board seems to have a sweetspot of 3ghz with only 1.23v ( I think this is good) but for instance 3.15ghz requires 1.28v ( load voltage). Is this a significant jump? Can it be that such a high vcore is required to mask the instabilities arising from the other screwy voltages as posted above? Or does it not work that way? BTW, all other voltages etc. are set to auto except the spread spectrums and NB is at 1.4. Anything other than 1.4 causes pci-express to go to x1. I've also disable dram static control and transaction booster, relaxed to 3rd level.
Xwards, your measurement is absolutely correct but you may still have the volt-bug :) Here's why:
Barbonenet had mentioned earlier that setting Vpll, Vtt/Vfsb, and Vmch to their lowest level is equivalent to setting them to Auto. What was not mentioned was that the Auto settings are FSB dependent, meaning the voltage levels are mapped to certain FSB frequencies.
Here's what I have discovered with my trusty DMM:
Vpll set to 1.5v or Auto
FSB-----Vpll Measured
333-----1.550
367-----1.654
400-----1.757
434-----1.861:eek:
Vtt/Vfsb set to 1.10 or Auto
FSB-----Vtt/Vfsb Measured
333-----1.111
423-----1.204
459-----1.293
495-----1.387
*Note: Vtt/Vfsb measurements for non-45nm chip may be higher.
Vmch set to 1.25 or Auto
FSB-----Vmch Measured
333-----1.261
351-----1.412
400-----1.564
These measurements were taken from my Rev 1.02g board with 1013 bios and 3110 Wolfdale. I suspect this volt-bug is present on all board revisions and bios versions, but please perform your own measurements and share your results.
Hope this is useful information to those perplexed by the strange behavior of these voltage adjustments.
Eeww... So from what I am reading, with the voltages I have had set, I might be cooking things.. o.O
Can someone help me, Is there any VNB voltmod for this board?
syl: you are right, at 420FSB with Vpll set to 1.5v or Auto i get 1.87V :shocked: so thats not good :down:
freaky that the voltages ramp with fsb - this seems less a 'bug' than a dirty trick on asus' part.