Hi,
Ok well this may sound like a dumb question but i have surfed around and haven't really been able to find the answer that im looking for about this topic...
With Intel's new processors, Intel Core 2 Duo, how fast do they actually run? ie if its a 2.33ghz core 2 duo, does that mean each processor is doing 2.33 ghz meaning 4.66 ghz together, or is it accumulative processing power, ie each processor is running at 1.165ghz and together they're running at 2.33 ghz? because if so i don't get the whole hype about them, considering you can buy 3.6 ghz etc single processors... almost double the speed of these core 2 duo ones. is it simply just the advantage of having two processing cores, meaning that tasks can be completed at faster speeds simultaneously? because surely thats not worth sacrificing all the processing power of say a 3.6 ghz single processor....
yeah i dont really get the core duo thing lol, is there someone who could clarify this for me? i mean im sure they are really good i just dont get why.
Thanks heaps,
Carey
Ok well this may sound like a dumb question but i have surfed around and haven't really been able to find the answer that im looking for about this topic...
With Intel's new processors, Intel Core 2 Duo, how fast do they actually run? ie if its a 2.33ghz core 2 duo, does that mean each processor is doing 2.33 ghz meaning 4.66 ghz together, or is it accumulative processing power, ie each processor is running at 1.165ghz and together they're running at 2.33 ghz? because if so i don't get the whole hype about them, considering you can buy 3.6 ghz etc single processors... almost double the speed of these core 2 duo ones. is it simply just the advantage of having two processing cores, meaning that tasks can be completed at faster speeds simultaneously? because surely thats not worth sacrificing all the processing power of say a 3.6 ghz single processor....
yeah i dont really get the core duo thing lol, is there someone who could clarify this for me? i mean im sure they are really good i just dont get why.
Thanks heaps,
Carey