An expansion bus will not work in sync with the CPU. In addition, it will not work with the system clock.
An expansion bus doesn't run in sync with system clock. The expansion bus is always connected to the chipset's slower end.
It is possible to under clock the CPU through the system BIOS. this slows the CPU, but helps protect from heat damage. Some types of software applications can also change the clock.
ofcourse. it can't work without a cpu. even a calculator has cpu. but i don't know what's it's clock speed...
the CPU is the brains of the computer, the clock gives it a pace to set speed to the CPU processes all the artimetic, floating point etc. operations done by the computer
The system bus is usually inside of the CPU, but I guess it depends on the processor and the motherboard. Usually, CPU clock speeds are faster, as they are measured in GHz, while the system bus speed is usually measured in MHz. Hope this helped! SeanHolshouser
With pipelining, the CPU begins executing a second instruction before the first instruction is completed. Pipelining results in faster processing because the CPU does not have to wait for one instruction to complete the machine cycle. The system clock is a small chip that the control unit relies on to synchronize computer operations. The faster the clock, the more instructions the CPU can execute per second. The speed at which a processor executes instructions is called clock speed. Clock speed is measured in megahertz (MHz), which equates to one million ticks of the system clock.
Well, they run in sync with the CPU, not the FSB.SDRAM- Synchronous Dynamic Ram.Depending on your CPU, you need RAM that is fast enough to keep up with it. SDRAM stores data on the clock ticks of the CPU crystal.DDRSDRAM (Double Data Rate SDRAM) does the same thing, but also on the spaces between clock ticks.From Wiki about FSB:The number of transfers per clock cycle is dependent on the technology used. For example, GTL+ performs 1 transfer/cycle, EV6 2 transfers/cycle, and AGTL+ 4http://en.wikipedia.org/wiki/Front-side_bus
Multiplying the clock is used today to make CPUs faster. The motherboard has a system clock that is slower than the CPU. In order to make CPUs faster they now use a multiplier. For instance if your motherboard speed is 200MHz and the CPU has a 2x multiplier then the CPU runs at 400MHz (2 x 200MHz). Some multipliers are as high as 10x. You would have to check either your BIOS are the manufactorer Web site for your CPU to see how much of a multiplier you have in your CPU. Some systems allow you to manipulate the CPU clock bu making it run faster than it is supposed to, this is called overclocking your CPU and is used mostly by games who want the most speed out of there system.
in cluster system, different CPU's work together to perform a specific task while in multiprocessor system,different CPU's work to perform their own tasks.
It determines the speed at which the CPU operates.
the ability to modify CPU clock speed as needed
apple and mack comps system seems to work .
There's no real way to determine the "average clock speed" of a CPU, unless you can account for every microprocessor ever made. Microprocessors, including those used for central processing units, have ranged in speeds from 500 KHz to 6 GHz.