For fun and games, I slapped a 2400+ into an MSI K7N2 Delta-L NF2 Ultra400 board (It has that handy D-bracket for H/W troubleshooting
) that I had laying around, along with a single 512 stick of generic ram, and overclocked with a generic copper-hybrid heatsink/fan. Hopefully this will simulate a similar experience to what you would experience...
With the multiplier locked at 15X, the only real overclock is to raise the FSB in increments of single digits, versus jumping 33 mhz. I was able to get a stable overclock on stock voltage (and stock AGP) of 140 mhz/2105Mhz while running at approximately 45C idle and 49C load.
I was able to get to 150mhz/2250mhz by increasing voltage on core to 1.7v and relaxing memory timings on ram, but temps rose to 48C idle and over 55C load. At that point it started to give errors.
A good medium OC was to relax the overclock to 145mhz/2175mhz, while maintaining system stability with decent temps.
As you can see though, there was no way to reach 166mhz FSB on air cooling alone. I would try a less agressive approach to the OC if you have the options in your bios.
Specifically, increase your FSB by single mhz increases, test your system for stability, then go higher. Its a tedious process, but will allow for the max OC you can get while maintaining the necessary system stability.
And to note, you may have to, as I had stated previously, relax your memory timings depending on your ram, as well as increasing the voltage to the cpu. However, you should NEVER take the voltage past 1.8v or you will most likely fry the cpu.
.....Hope that helps you out.
<font color=blue> Did you know that 89.72% of all quoted statistics are false? </font color=blue>