I'm in the same boat as many I guess, get an E6850 or a Q6600.
Now I don't encode anything that takes too long neither do I wish to have multiple things running when I'm playing a game so to me a stock 3GHz on two cores still seems better than a stock 2.4GHz on four cores.
Yes the quad can be overclocked but then so can the duo and for the most part those extra two cores in the quad are going to remain unused whereas the extra speed of the duo would not.
None of my applications requires two cores let alone four and none makes me want more speed. The only area where more processing power is required is in gaming and, to me, until games are fully mutli-threaded then why wouldn't you want the extra speed given by two cores over the slower speed of four cores where those extra two cores may not be doing anything?
The good thing is I suppose that both these chips are so relatively cheap now compared to only a few months ago that upgrading according to usage wouldn't hurt too much if you did choose the wrong one...
Now I don't encode anything that takes too long neither do I wish to have multiple things running when I'm playing a game so to me a stock 3GHz on two cores still seems better than a stock 2.4GHz on four cores.
Yes the quad can be overclocked but then so can the duo and for the most part those extra two cores in the quad are going to remain unused whereas the extra speed of the duo would not.
None of my applications requires two cores let alone four and none makes me want more speed. The only area where more processing power is required is in gaming and, to me, until games are fully mutli-threaded then why wouldn't you want the extra speed given by two cores over the slower speed of four cores where those extra two cores may not be doing anything?
The good thing is I suppose that both these chips are so relatively cheap now compared to only a few months ago that upgrading according to usage wouldn't hurt too much if you did choose the wrong one...