bit of a nube, havent oc'd a chip since clocking my multiplayer unlocked 800Mhz duron to 1.1Ghz, ah memories. 
My 775 2.66 is in need of a boost, i want to hit 3+Ghz ideally, which as ive read seems more than viable on stock cooling - but i hope to get an aftermarket cooler and aim a bit higher once i feel confident with what i am doing.
I had a E8200 Dual core cpu, and an ASUS p3n32 motherboard and 8500 Crucial Balistics Ram, rated to 5-5-5-15 @ 2.2v, it seems to have a lot of oc options. i know to avoid the asus nos switches, but would like some more charification
Fig1
Fig 2
Fig 3
Fig 4
Fig 5
Fig 6
So then peeps, what am i actually looking at to perform a sensible oc? i know increasing the voltage can overclock, with the sacrifice of heat once hitting a threashold but im pretty adiment theres more to it than upping the voltage...
Im taking a stab at this, but im guessing the key is to increase the FSB (fig 3)?
Any advice, or pointing in the right direction will be great.

My 775 2.66 is in need of a boost, i want to hit 3+Ghz ideally, which as ive read seems more than viable on stock cooling - but i hope to get an aftermarket cooler and aim a bit higher once i feel confident with what i am doing.
I had a E8200 Dual core cpu, and an ASUS p3n32 motherboard and 8500 Crucial Balistics Ram, rated to 5-5-5-15 @ 2.2v, it seems to have a lot of oc options. i know to avoid the asus nos switches, but would like some more charification
Fig1
Fig 2
Fig 3
Fig 4
Fig 5
Fig 6
So then peeps, what am i actually looking at to perform a sensible oc? i know increasing the voltage can overclock, with the sacrifice of heat once hitting a threashold but im pretty adiment theres more to it than upping the voltage...
Im taking a stab at this, but im guessing the key is to increase the FSB (fig 3)?
Any advice, or pointing in the right direction will be great.
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