Overclocking and Final Words

Our Core 2 Duo E6750 sample was a particularly great overclocker, at stock voltage with a retail Intel heatsink/fan we were able to run the system at 3.68GHz (460 x 8.0):

With further voltage tweaking slightly faster speeds should be possible, but at default voltage we were quite impressed. Whether or not this is a testament to the maturity of Intel's 65nm process has yet to be seen, but this next batch of Core 2 processors that will be appearing in the summer could be great overclockers. It's not a tremendous surprise given that Intel's 65nm process should be quite mature at this point, as Intel is on the cusp of introducing its first 45nm processors. Intel has always been strong in the manufacturing department, but now it's more like the good ol' Pentium/Pentium II/Pentium III days of overclocking because it is shipping CPUs we actually want to overclock.

While we await the official release of Intel's 1333MHz FSB CPUs, we now know not to expect much from them, which is why we're expecting to see a price-parity with current 1066MHz chips from Intel. It looks like the big performance increase for Intel this year will come from Penryn, and if reports from Taiwan are to be believed, the performance crown may not change hands this year after all.

Our brief comparison between AMD and Intel at the $180 price point continues to illustrate how it's not architecture, but pricing that can actually determine a recommendation at this point. While AMD is still competing using its original K8 architecture, its pricing is such that its CPUs can easily stand up to Intel at price points less than $300. Once Penryn hits, the same may no longer hold true but for now you can't go wrong with either manufacturer; it's not a bad time to be buying a CPU.

Gaming Performance
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  • DeepThought86 - Monday, June 25, 2007 - link

    This will hurt Intel so don't expect to see it at this site. They wouldn't want their supply of nice new chips from Intel to dry up, would they?
  • gigahertz20 - Monday, June 25, 2007 - link

    Exactly

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