![]() The system now is rock solid as it used to be, but even the slightest increase of the frequency will make the system freeze or BSOD in 3DMark 2003. Unfortunately, even after doing these things, the system was still unstable, so I had no other chance than reducing the FSB back to the last stable frequency I used for a long time: 147.30MHz. I've tested them with MemTest86+ and I got no errors, both before and after putting the heatspreaders, so I can rule out bad RAM as the cause of the instability. So, I've increased the core voltage to 1.675v and put heatspreaders on my RAM modules (which they get quite hot to the touch). ![]() I just found out that my Tualatin RDD is no longer stable with the FSB set at 149.14MHz, either freezing randomly or spitting 0x00000D1 BSODs. That 45 degree angle pissed me off when I was a teenager.įound this pinout via and hope it's handy to someone else. the front panel wiring! I decided not to even bother with the front panel USB ports and audio. Added another one after this picture was taken. Drilled a single hole and put a standoff + screwed motherboard to it. Used a PCIe card and the original PCI network card to ensure the motherboard would be mounted properly. had to dremel out the I/O shield which is attached to the motherboard tray. Mounting the motherboard proved interesting. The original specs was a P4 with 512MB RAM. had to cut out a space for the power cable with a dremel.Ī closer look. Intel HD3000 onboard graphics (FirePro V5800 is on the way) Intel Core i5 2400 3.1GHz quad core processor This was a bit of a pain.Īntec EarthWatts EA-380 380W power supply Not sure how many people have attempted to reuse those early 2000s Dell clamshell cases.
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