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ide ide i to normalno vjeruj mi samo kad sam cuo to da mi mogu otici graficka i stosta jos spustio sam na default ,ram OCZ performance -sam spustio na 166 pri 2.8v dok je proc bio na stock tj.1.4v jer nemam opciju da mijenjam voltazu pri tom agp je bio oko 90 i jos nesto

naravno da ide kad k8t800 PRO ima PCI/AGP lock....a izgleda da MSI k8t neo2 ima pro verziju čipseta http://www.msi.com.tw/program/produc...il.php?UID=608

edit: no, čitam da kod nekih ploča taj lock ne radi...ne znam, možda ovisi i o reviziji ploče

Our overclocking tests on the K8T Neo2-FIR motherboard hit another snag at 215 MHz. This time we actually had to lower the memory divider from 1:1 to 5:4 in order to keep the system running. After passing the 220 MHz mark everything started to max out, although we were not able to pin point a reason to the stability problems. I believe the problems may rest with VIA's non functioning AGP/PCI locks

http://www.pcstats.com/articleview.c...id=1634&page=3

The motherboard (asus A8V) overclocked very nicely all the way up to 220 MHz, but anything higher and it would start to shoot out BIOS errors. I tried raising the voltages to no avail, so I have a suspicion that the AGP/PCI locks might not be working properly.

http://www.pcstats.com/articleview.c...id=1617&page=2

At 217 MHz, the motherboard exhibited some stability problems and we had to raise the memory voltage to 2.8V. Instability next showed up on the board at 224MHz and we had to increase the chipset voltage to 2.7V to resolve that.
In the end the SL-K8TPro-939 was able to reach a maximum motherboard clock speed of 233 MHz. This is pretty good for a VIA K8T800 Pro based motherboard. Our previous overclocking attempts with this chipset only reached 220 MHz, so the performance of the Soltek SL-K8TPro-939 was a nice surprise.

http://www.pcstats.com/articleview.c...id=1696&page=2

Viperlair testirao tu MSIjku i dogurao do ~250fsb
http://www.viperlair.com/reviews/cpu...tneo2/p4.shtml

Using the latest public BIOS, and armed with a Koolance EXOS-Al water cooling solution, we capped off at 253 FSB. We did get as high as 262 FSB, but the system failed to load Windows after POST. We maxed the vCore and tried again, but this time the system would not POST at all. Between 254 to 261 FSB, we had various levels of success, but the setup was still not what I considered stable.

Although 253 FSB was relatively stable, allowing us to run a number of benchmarks, I did notice the system would exhibit strange behaviour in certain tasks. For example, Internet Explorer would continually crash on any site loading Flash content. We reinstalled Flash, but the problem did not go away until we moved back to 245 FSB. I considered the failed OCs may have corrupted some Windows based files, so we reinstalled and went straight for 253 FSB. Everything was fine, except this time around, Java based sites failed to load. Again, moving down to 245 FSB made the problems go away.

Nonetheless, it may be a quirk with our setup, but 253 FSB is entirely possible with this board. I've seen some higher overclocks reported with the K8T Neo2, so it looks like the K8T800 Pro's AGP/PCI lock is in full swing here.