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yeah i think for gamers best bang/buck will be wolfdales for some time to come.
you need to run memory CPU voltage synchronously which might be an overclocker's worst nightmare. At this current stage you cannot go over 1.65V and some memories such as DDR3 1600 or DDR3 2000 might need a bit more than that. With more than 1.65 you will kill any current Nehalem CPU.
you need to run memory CPU voltage synchronously which might be an overclocker's worst nightmare. At this current stage you cannot go over 1.65V and some memories such as DDR3 1600 or DDR3 2000 might need a bit more than that. With more than 1.65 you will kill any current Nehalem CPU.
gurusan said:Well personally I like upgrading often and selling the old stuff back on the MM or the bay.
I bought my "Conroe" C2D back when they first came out, around August '06 and will see me through to the release of the Core i7.
If the initial benchmarks that have floated around hold true for the final release, it will be a case of "when", rather than "if" I decide to buy one![]()
well the new sockets look bigger from the pictures I have seen so not sure if current 775 coolers will fit
i hate the fact that the Vcore and VDRAM are linked. thats just kills OCing![]()
link to it not being true?
i dont think fudzilla have been much wrong at all, over these last few months
We have already told you that Nehalem is highly overclockable and today we have a screenshot of a successful overclock on a Bloomfield, Core i7 CPU.
The chap managed to overclock 2.93GHz Engineering samples to a whopping 4.11GHz on air and he increased the voltage to 1.576V.
They set a multiplier to 31 and he got the final score of 4112.7 MHz and this is probably not the last stop when you overclock by air. The normal multiplier for 2.93GHz Nehalem is 22 times and you can see that the CPU has four cores and eight threads, 4x256KB L2 cache and 8MB L3 shared cache.
The CPU was stable at 4.11GHz and it finishes super Pi in just under 10 seconds, 9.969 to be exact.