After reading the beginning of the post, I didn't feel it was sticky material because it relied too much upon pulling quotes from another single article. (wusy) However, the remainder of the post has a lot of great original content. Nice work, and I'll go ahead and sticky this.
However, I do think it would be useful to add more specific information on C2D's and C2Q's, including a comparison of the advantages and disadvantages of each in the areas of observable performance in regular tasks, overclocking, cooling, noise, and power consumption.
For instance, these quad core chips are obviously good performers, and your overclock is very good. However, is the quad core worth the extra heat, noise, and power consumption if you aren't doing something that particularly requires more than two cores? After all, you've disabled Vanderpool and won't be using VMware, which I would think would be one of the greatest benefits of having 4 cores.
I suppose running more instances of f@h would be a good example of a use of additional cores, but what about applications where you aren't donating electricity to Stanford? Even in my work doing computational modeling of cancer and other biological systems, and even in my case where I'm leaning heavily towards VMware work, I'm having a difficult time actually justifying a quad-core chip at this point in time.
I think these would be interesting and useful themes to visit, particularly in a stickied thread that claims to discuss C2D's and C2Q's. Thanks, and keep up the good work! -- Paul