I can't quote things here, so I won't re-type any of that....
the CPU speed should mean it's processing overall at whatever MHz is stated - so for that quad core you need a motherboard that can handle 1066MHz bus speed.
I don't have one myself but I'd hope it isn't running that slow (266MHz) per core, cause apparently not all the cores are even recognised by some OSs (eg - windows) - then say if it only recognises two, or an application runs only 2 cores then you're running at Pentium III speeds?!
There's a bit about what the chip is made up from here,
http://techgage.com/article/intel_core_2_quad_q6600/
When I typed '800' for the RAM I meant 800MHz, not that other number (transfer rate) that is stated along with the RAM ( for 800MHz it would be 6400 ).
800MHz means it runs at 800MHz, 667MHz runs at 667MHz, and so forth - it helps to match the speeds there up to the motherboards bus speed, it prevents any bottlenecking.
This here = just a guideline, not to be taken as gospel: generally if you have bottlenecks then either the CPU cache is having to hold the tasks processed for longer, or the chipset(s) on the motherboard are, or the RAM is - point is, whatever is fastest will be done processing while whatever is slowest will be on the overworked side of things and backlogged in terms of its tasks. So, say your CPU is doing multitasking easily but maybe the northbridge is getting too hot - hence why there's lots of chipset coolers available to buy.
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