Not exactly. "Bus speed" probably refers to the Front Side Bus speed. The speed of a computer's processor is a multiple of the FSB speed. For example, a MacBook with a 2.4 GHz Core 2 Duo has a multiplier of nine. 2400 MHz / 9 = 266.66 MHz FSB. Since modern front side buses transfer data four times per clock cycle, as opposed to just one, the effective data transfer rate is increased fourfold, to about 1066 MT/s (megatransfers per second).
the ibook came out before the macbook so the macbook is the best thing so if you what 1 of them pick macbook
A discrete L2 cache is in the same housing as the processor, but resides on a separate microchip. It typically runs at half the speed of the processor, unlike ATC which resides on the same microchip as the processor and runs at the same speed as the CPU.
At the same speed they likely use similar power, but as dissipating heat is easier in desktop it is more likely to use faster higher power processor.
Yeah, its a Mac thing. My MacBook has it and my old iMac G4 had it.
Data run's through a processor CPU = Core Processing Unit but yes CPU is the same thing as a Processor or ''Data Processor''
I think it's the same thing they used to call the accessory kit.
These are all basically the same thing.
No....
no
They are not a measure of the same thing so there is no comparison. A Gigabyte is a measure of size (for example - how much memory a computer has) and Gigahertz is a measure of speed (for example - how fast the computer's processor can operate).
They are the same thing. The front side bus (fsb) is primarily used by a computer as the communication line between the processor and RAM. (with some other technical components involved) However, the speed of ram should be the highest the computer can handle to get optimal performance out of it. (faster ram can keep up with the speed of the fsb and reduce idle time where the processor is waiting for a specific line of code)
No. Speed and time are different things.