Hi Ket!

I experimented with the 1611m bios for P5Q, with the memory ocing, that I formley told, I have problem with. The 4x1 GB configuration there was no way to stabilize the over 1150, only booted on 1160. I had the idea test the ram modules singly, one by one, only if they boot on a higher frequency...and if they boot!!! The worst booted on 1240 with 2,1V the best was 1280 with the same voltage. Thexy posted at even on 1340 Mhz(!!!) with 2,1V. So I decided to test them for a boot in pairs. I tested the al of the possible combinations all off the pairs, and all of the slots!!! The result was that it is not same with every slot and every ram combo. The board loses much stability in dual channel, mostly when the inner slots are taken. I mean from left to right direction the yellow and the black slot. Mostly here the pairs booted only on 1160 - 1180. The outer slotst where better in dual, I managed to boot on 1200 and it was quite stable, I could surf on web etc..but it wasnt memtest stable, even if I bumped the voltage over 2,1V. The best they ran in single channel, the highest freq here was 1260( boot but not stable ), mostly 1240. I read abuot the other stuff I dindt knew before in BIOS, and I read about this skew thing. In other P5Q series BIOS-es there is a feature in BIOS, which can tune the dram clock skew( I dont remember exactly what board ). Someone wrote, that tweaking this could be solve such problem, cause this problem is becasue the clocks of the slots are not highly precise syncronised at high frequencies, and with this option one could manually tune them together. Could be this feature implemented with a moded BIOS for P5Q? Or do you have an idea, if there 's a nother way to solve this problem with a BIOS mod, or just with setting some options to correct values with one of the current BIOS-es?

BTW I see You are a S.T.A.L.K.E.R. fan as well, so do I Grat for Your mod