Alright so how exactly does it work. I have read guides and guides on this but since my MoBo sports a locked BIOS I cannot try it until I have built my new C2D system.
What I do know is that you can only overclock the FSB and every Mhz overclocked for the FSB * the multiplier = X amount of clock frequency added to your CPU's total frequency.
my question is this: How does a 1066 Mhz frontside bus go from 1066Mhz to ~266(?) when overclocking. I ask this because rwaitsdario told me an asus P5N32-E Sli would be able to overclock to ~500 to 525 FSB but that is less than 1066. did he mean adding 525 to the stock FSB or is the FSB some how divided by something when described in Overclocking?
What I do know is that you can only overclock the FSB and every Mhz overclocked for the FSB * the multiplier = X amount of clock frequency added to your CPU's total frequency.
my question is this: How does a 1066 Mhz frontside bus go from 1066Mhz to ~266(?) when overclocking. I ask this because rwaitsdario told me an asus P5N32-E Sli would be able to overclock to ~500 to 525 FSB but that is less than 1066. did he mean adding 525 to the stock FSB or is the FSB some how divided by something when described in Overclocking?

