its my Xmas present Maximus Formula, Q6600 G0 & 2gb XMS2 800 cas4 DHX couldnt wait for Q9450, stock shortages, inflated prices, possible delays! didnt like the idea of an 8X multi on Q9450 either. Saturday delivery, weekend off work! WOOHOOO
Message edited by goodie on 12-13-2007 at 06:37:52 PM
im 2 lazy to look up (I SPEAK TRUTH!) what the difference is in changing the multiplier other then it will run at a higher FSB and i guess in turn you could tweak the ram more maybe, i know there no differences in performance but is there a difference in heat?
Message edited by FatFunkey on 12-13-2007 at 09:33:01 PM
some people believe that when overclocking to a given speed, say 3.2ghz, it's beneficial to use the lowest possible multiplier. So instead of 9x356 they would use 8x400. arguement is that a higher multiplier only effects the CPU while a higher bus speed will improve performance throughout the system. I've heard that it makes no difference either way as well... I have no real idea and i'm not willing to benchmark the differences. Like fatfunkey said, you will be able to get a higher synchronous memory speed, but you can always do a ratio.
I'm skeptical about the 9450 too (maximus formula should be great!). with the multiplier capped at 8 instead of 9 for the 6600 (am i correct?) it seems like it might be a little harder to reach higher speeds. You will definitely need a newer mobo to get the full potential.
you can get the q6600 to 3.6, but at 1.45v...again, on air this is going to limit lifespan. all quads have a 1.35v limit on the box from intel. Check out this thread: http://www.tomshardware.com/forum/ [...] cking-1066
a e6600 is easier to get to 3.6...the quads have a lot more heat though.
On a quick follow-up, I have run at 3.6 (9x400) for a quick spell for a 3Dmark06 run, but was also running at 1.41v. I am running the thermalright 120 and it does cool well, but for 24/7 I run 8x400 at 1.3375v.
Actually I think the Q6600 voltage is 1.5V. On P35 and X38 board there in no reason to change the multiplier either way the chip maxes out at the nearly the same point. I'm too lazy to validate your lower voltage statement but I'm rather skeptical. Either way the heat won't be the killer in 3 years and I only need it to last a year on average.
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