To put it in easy I've been overclocking my system to find the right amount of volts, FSB Speed, and Multipliers necessary to keep a stable overclock.

I just figured I share my fun results. I say fun because of the trial and error of shutting down and rebooting many a times.

AMD Phenom II X4 940 (3.0GHz)

Stable Overclock 1 (Under a 3 hour stress test on all 4 cores at once)

3400 MHz (3.4GHz)
FSB = 200
Multiplier = 17x
CPU Voltage = 1.3750 (New Voltage Test and Passed 3-hour stress test)
FSB Voltage = 1.2000

Stable Overclock 2 (Under a 3 hour stress test on all 4 cores at once)

3500 MHz (3.5GHz)
FSB = 200
Multiplier = 17.5x (17.5 * 200 = 3500)
CPU Voltage = 1.4000
FSB Voltage = 1.2000

My next step is to increase the FSB(Front Side Bus) Speed to 210 and archive a slightly higher clock so that I don't have to clock the Multiplier and CPU voltage as high.

This is a first step, I'll post the others when I finish overclocking to 4.0GHz.

I'm running a water cooled system and the system is staying anywhere from 34C to 40C. So I'm not real worried about the heat.




Here are the picture singles (links).
http://dump.nrgs.org/ext/cpu-z_3500_1.png
http://dump.nrgs.org/ext/cpu-z_3500_2.png
http://dump.nrgs.org/ext/cpu-z_3500_3.png
http://dump.nrgs.org/ext/cpu-z_3500_4.png