OK, I haven't read through this whole thread, because it would take me forever to get through 300+ replies...
What it seems Apple has done with their system architecture, is try to smooth things out, and get rid of major bottlenecks... Take the PCI bus for example, and you'll see how Apple has a direct PCI bus, whereas pee-cee's do not. Apple is eliminating the bottlenecks that hinder even the fastest p4's (can you say L3 cache?) so that Macs don't need insanely high clock speeds to perform as well as them.
This is just my thinking, and I may be wrong, but here goes...
With the DDR's 2.7gbps throughput, isn't that to the processor, or system controller? The L3 cache has something like 4gbps throughput, but it's not hindered by the 1.3gbps limit of the system bus... I'm a bit confused, and I'll admit that I don't know everything, but I do know that Apple's not dumb enough to put DDR in a computer just for the sake of saying that it has DDR... You have to remember that Apple is not as conformist as other computer companies...
What it seems Apple has done with their system architecture, is try to smooth things out, and get rid of major bottlenecks... Take the PCI bus for example, and you'll see how Apple has a direct PCI bus, whereas pee-cee's do not. Apple is eliminating the bottlenecks that hinder even the fastest p4's (can you say L3 cache?) so that Macs don't need insanely high clock speeds to perform as well as them.
This is just my thinking, and I may be wrong, but here goes...
With the DDR's 2.7gbps throughput, isn't that to the processor, or system controller? The L3 cache has something like 4gbps throughput, but it's not hindered by the 1.3gbps limit of the system bus... I'm a bit confused, and I'll admit that I don't know everything, but I do know that Apple's not dumb enough to put DDR in a computer just for the sake of saying that it has DDR... You have to remember that Apple is not as conformist as other computer companies...