I just want to say I'm a Happy Camper Now
This topic is perfect it has all the missing information i was looking for
now my system is stable at 3.333Ghz (FSB333x10) v1.32 (factory max 1.352) with RAM at 1:1 667Mhz (333) v2.0 (factory max v2.1) timing 4-4-4-10 (factory SPD was 4-5-5-13 at 333Mhz )
I'd have never guessed going Down will actually bring performance UP to Max

Factory Stock was (2.93Ghz) 11x for the CPU and 800Mhz for the RAM, it was stable at (3.2Ghz) 12x and 800Mhz RAM but voltage was over factory standard 1.362
So Downgrading actually resulted better off, since it is below factory standard, yet it gained me over 400 Mhz from stock 2.93Ghz
of course i picked to remain at 333 since it is 1:1 ratio with RAM
but i did go higher up to around 3.5Ghz with some weird FSB but those were unstable
Also even at my current setting 333x10 and 667 it was unstable with lesser voltage, originally it was at v1.31 for CPU and v1.95 for RAM
both Post and went all the way into Windows properly, but after like 30 min, or after it switches to some high resources software, then it crashes.
After upping the v. to v1.32 and v2.0 respectively now it's rock solid.
The only thing that annoys me is that i feel like i'm wasting my PC6400 LoL

cuz now they are operating at 333 instead of 400
I tried and failed clocking the RAM to 866 (real 433), so my only option was for 333 for max stable performance.
So i'll have to say Thanks and Kudos to
graysky for such a great detailed info. in this topic.
Oh!! and forgot to add...
Still using Stock HSF, and iddle Temp is 49c and Full power Temp is 57c, Average Temp is 53c
and i'm using that Awesome
RMClock utility, the PowerManagement feature it offers beats everything i've seen so far, and it has accurate Temp monitor as well as voltage, fsb, core, and throttle. Not to mention the monitoring options it has, for both CPU and OS load.
and i didn't know about this great software until today, when i came across this post LOL
