Hi,
can I overclock with this configuration
- P5N32e Asus Sli (nforce 680i)
- Q6600 2.4 Ghz G0
- 6GB OCZ 800MHz SLI Ready Edition
[*]Thank you
Hi,
can I overclock with this configuration
- P5N32e Asus Sli (nforce 680i)
- Q6600 2.4 Ghz G0
- 6GB OCZ 800MHz SLI Ready Edition
[*]Thank you
Dimension 1100 (FMY032J) mini-tower
2.53ghz Intel Pentium 4
80 gig nfts HDD
512 RAM
Main circuit board: Dell 0CF458
BIOS: Dell A00
Display: Intel(R) 82865G Graphics Controller [Display adaptor]
Multimedia: Sound MAX Integrated Digital Audio
Windows XP Home SP2
There's no real tutorial, but try to follow what I'm going to save;
In advanced bios;
Execute Disable Bit: Disable
Virtualization Technology: Disable
Enhanced Intel Speedstep: Disable
Enhanced C1 (C1E): Disable
Legacy USB Support: Disable
HPET: Disable
Then it may be that you must block the frequency of your PCI slot, put it to 100Mhz. Remember to keep the voltage of your CPU to 1.35v (do not let it in the car anyway) and playing with the frequencies to keep your ram at 400Mhz
I have them this motherboard (P5N32-E SLI), with a quad Q6600 . In my opinion, the reason why you can not exceed 2800MHZ. is that you meet with a FSB hole, or you can not boot. Simply put a higher fsb and climb faster to go over. I have lived several motherboard offset this, and I was not able to be stable below 3000MHz just like you!
When a cm is difficult to overclock this item because of a fsb hole, you must try to climb more than 5-step 10fsb! Otherwise, only slightly increases your vCore and puts the FSB to 1380 FSB (345).
This Motherboard suffers a major vdrop, a drop of voltage at a transition in real use! Sometimes, if you are too just to stabilize the voltage, its a little unstable because of it! I know, you touch on a Voltage (vCore and other) and what are your temperature at the moment?
PS - I was able to push the small Q6600 @ 3950MHz stable over the bench on this cm, so I think it is possible to do better than now. You should take the 3100Mhz stable by adding just a little vCore, the 3000MHz usually take a stock voltage!
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