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Would you like to have great Multithreaded Performance as well as a lot better Single Core Performance?
 Do you also like to save on hydro?

 Well then this might interest you.
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With Turbo Enabled, increasing the FSB also increases the Turbo Frequency
With Offset Voltage Mode you can fully utilize C'n'C and APM Mode
I recommend to keep the offset voltages to Auto with the "+" using Ultra LLC on the CPU and Auto LLC on the CPU/NB.
If you are going for an extreme difference between stock frequency and Turbo frequency, then you should increase the CPU Offset Voltage to Compensate
Example: 4.6Ghz with a Turbo of 5.6Ghz you might need an offset of +0.15v
The higher you raise the FSB, the higher the Auto CPU and CPU/NB voltage will be set.

 As you can see from my pictures, for my system the best FSB speed was 233. This allowed me to run my ram near my spec of 1866Mhz and also allows me to stay within my thermal limits when Turbo engages.

 The actual turbo listed is not what it will go to. The Turbo listed is the highest level of Turbo - on an FX8350 that would be 4.2Ghz, so a Multiplier of 21. The normal turbo that will run all 8 cores is 4.1Ghz so a Multiplier of 20.5, which will let me run 4.776Ghz with a 233FSB.
 Under a heavy load, the CPU will cycle between my set CPU Ratio and the Turbo Speed to run cooler. Or it will just stay at the set CPU Ratio - which is ~4.5Ghz

 So using this method I will have a 17% increase in Single Threaded Performance and a 12.5% increase in Multithreaded Performance.
 With the power saving features I idle at 68W. (Full System)
 At full load 280W which is the same as a Manual 4.5Ghz Overclock.