Ahh. So it basically sums up the mosfet count for the PWM power regulation. Every mosfet runs on a different phase, and the more you have, the more stable your output.
Mind explaining the 3+1 thing a little for me?
On the upside, I finally did get it to hold 3.8V under load by setting the chip VID to 1.450(dug up the Intel paperwork online for the pinouts and vid spreadsheet). Testing with Prime right...
What am I missing here. I have an Asus P5G41-M\LE board, with a P4 LGA775 3.2Ghz chip. I did the VID mod for 1.4V, and the board is still giving the chip a vcore of 1.3V under load. When it's idle, it has a VCore of 1.4V, but why won't...
One last suggestion on this one. It would be wise, wether making your own LN2 or setting up a LN2/LHe phase change system to invest in a 3 phase service to where ever you set it up at.
With todays tech, almost impossible for the home...
1)Don't own one, but wanting to buy one in the next 6 months to year(build a new comp at that time as well).
2)I'll be looking at the brands when I get closer to the build date(technology advances too fast for much of the research to be...
Nub, it's already built using PVC, and I don't have enough length type room for a swamp chiller. It's cooling job will be getting extended a bit more in the coming months. Got 3 desktops for building a folding setup, and I'm going to...