- Jan 29, 2007
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So all the core marchitecture is the same. from the pentium dual core to the xeon X series. give or take a few minor changes and 45nanometer vs. 65 nm production. I'm probably going to state a bunch of cpu jargon that many of you are familiar with, but its helping me learn. You basically can choose, all marketing numbers aside:
45nm or 65nm,
1 - 2 - or 4 cores,
1mb-2mb-4mb-8mb- or 12mb L2 Cache,
Stepping and Revisions,
and anywhere from 1.6 ghz to 3.2 ghz.
I would want a 45nm 4 core 12mb cache 3.2ghz+ cpu.
What i have is a 65nm 2 core 2mb cache 3.3ghz cpu. This leaves me to choose the x5482 xeon or the qx9650 core2 extreme. I wonder how does my e4300 (at its overclocked potential) compare to a qx9650 (overclocked to its potential) in 3d gaming? Does anyone know the answer to this? How big of a difference does L2 cache make in gaming?
45nm or 65nm,
1 - 2 - or 4 cores,
1mb-2mb-4mb-8mb- or 12mb L2 Cache,
Stepping and Revisions,
and anywhere from 1.6 ghz to 3.2 ghz.
I would want a 45nm 4 core 12mb cache 3.2ghz+ cpu.
What i have is a 65nm 2 core 2mb cache 3.3ghz cpu. This leaves me to choose the x5482 xeon or the qx9650 core2 extreme. I wonder how does my e4300 (at its overclocked potential) compare to a qx9650 (overclocked to its potential) in 3d gaming? Does anyone know the answer to this? How big of a difference does L2 cache make in gaming?