- Jan 3, 2006
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Tonight I'm going to do some simple benchmark testing, to see if it makes a difference, but I thought as I'll be at work today, I'd get some input from you guys first.
My thoughts are:
When you game on a single core, say 2.4Ghz of AMD, that is divided up between running your game, and then ALSO, keeping Windows alive, running all those 20 or so Windows processes.
So would it be reasonable to expect that, say one PC has a dual core CPU, 2.4Ghz of AMD on each core. Now, simply assign all of the dull windows processes to one core, and then have one entire 2.4Ghz core assigned to the game.
I was hoping to write a program to set the affinitys on the click of a button, but I suppose if it makes no real difference, it would be pointless. But either way, would that not help out dual cores as gaming CPUs?
Could it be possible that a 2.2Ghz Dual Core, with process affinities set, could compete with a 2.4Ghz single core? Or more?
</shameless attempt at creating interest and discussion>
Just a thought.
My thoughts are:
When you game on a single core, say 2.4Ghz of AMD, that is divided up between running your game, and then ALSO, keeping Windows alive, running all those 20 or so Windows processes.
So would it be reasonable to expect that, say one PC has a dual core CPU, 2.4Ghz of AMD on each core. Now, simply assign all of the dull windows processes to one core, and then have one entire 2.4Ghz core assigned to the game.
I was hoping to write a program to set the affinitys on the click of a button, but I suppose if it makes no real difference, it would be pointless. But either way, would that not help out dual cores as gaming CPUs?
Could it be possible that a 2.2Ghz Dual Core, with process affinities set, could compete with a 2.4Ghz single core? Or more?
</shameless attempt at creating interest and discussion>
Just a thought.