I've been doing some thinking, but i want to be able to make sure i'm right before i try it...
with the kt133a the fsb is 133 instead of a 100 with the originals... now my question is with the multiplier settings..
a lot of people say since you have the 133 fsb now you can bump a 1ghz multiplier from 10 to 7.5 and still achieve 1ghz (because of the 133fsb). But what if you were to leave the cpu setting on 10? theoretically that's 1.33 ghz, but is there any more strain put on the cpu than was previously with a kt133 on board with 10x10 settings? And does this mean i could take my multiplier setting of 12 i use to over clock it (with my old kt133), times that by the 133(that i now have with my kt133a) and get 1.596ghz? And how would this affect the cpu/motherboard/temperature compared to the old board?
with the kt133a the fsb is 133 instead of a 100 with the originals... now my question is with the multiplier settings..
a lot of people say since you have the 133 fsb now you can bump a 1ghz multiplier from 10 to 7.5 and still achieve 1ghz (because of the 133fsb). But what if you were to leave the cpu setting on 10? theoretically that's 1.33 ghz, but is there any more strain put on the cpu than was previously with a kt133 on board with 10x10 settings? And does this mean i could take my multiplier setting of 12 i use to over clock it (with my old kt133), times that by the 133(that i now have with my kt133a) and get 1.596ghz? And how would this affect the cpu/motherboard/temperature compared to the old board?
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