i did mention about the voltage before..
as u can see the pic that i ran the stress requires 1.4v for the cpu eventough can merely achieve 2.5ghz,
i just suppy 1.8v for the ram and keep its timing tight...
i've tried superPI for 800ddr setting, i've set 1.95v, loose the timing and set to 2T CR
on the stock cpu speed.. still stable... means KVR 667 can support 800DDR and for sure the M2N-E as well..
tough ppls had a prob when using M2N-E (i've proved them wrong luckily)
but the main consent is when i set 2.4ghz for the cpu.. which i understood 1.4v would sufficient enough to
power up a cpu.. but for sure it won't.. i need to add up additional voltage to make a system bootable and stable..
the question is why need that more cpu voltage when i can remain the same voltage for the ram at 1.95v to do 800DDR?
and ofcourse can use 1.4v for 250fsb while 240fsb cannot?
i really don't understand the current architecture, how they do the calculation, memory divider affect by the cpu mul and other related things that can prove the different setting would require different voltage supplies..
other thing that make me really confused when trying to play with cpu mul and the cpu htt...
if decrease the cpu mul below 8 or htt mul below 3, the system needs more voltage on the ram...
thus for now i just can assume the memory controller adjustment will affect the whole system settings..
or anyone here can enlighten me regarding the scenarios?
currently running at tight ram timing and 667 divider coz the superPi result more better even less cpu speed..
the memory bandwidth also no big different.. tight timing rockz...
Attached thumbnail(s)