One gigahertz is equal to one billion ticks per second. A computer with a 2.5 ghz processor can do 2,500,000,000 processes per second.
The processor can perform approximately 2.5 billion floating point operations per second.
It tells you how many operations per second your processor is capable to do. The higher frequency is better. Also you have to take in count a number of cores.
2.2 GHz is a processor frequency, and 800 MHz is a FSB frequency. First defines how many operations can the processor does; second one defines how much information the processor transfers to other components of computer.
A GFLOP (or gigaflop) is a unit of processing speed for computers and processor chips. A gigaflop is one billion floating-point (numbers that include many decimal points) operations (calculations) a second.
You can make many many things in a food processor. Go on www.foodnetwork.com. They will have plenty of food processor recipes. Also, go on www.pinterest.com, they will have many links.
No, a megabyte is a unit of storage capacity, not a unit for measuring the speed of a processor. The speed of a processor is typically measured in hertz (GHz), which indicates how many cycles the processor can execute in one second.
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an array processor can handle multiple data elements simultaneously,in a parallel fashion, but a multiprocessor handle multiple processes simultaneously which may include more than one data element in each process... An array procesor is optimized for array operations, has its own set of instructions, large memory block moves, logical operations on many array elements, etc and may itself be multi-processor or massively parallel. It has an interface where a host loads memory locations with the array to be processed (or perhaps a data file), then the array processor uses its specialized structure to do what was asked of it on the array, then tell the host is done and the result may be found in memory locations or perhaps a data file. Many of the jobs supercomputers do are array operations, the specialized capabilities can cost thousands of dollar per CPU second but they can do array operations that might take years for slower general purpose computers. An array procesor can also be smaller, a graphics processor handling the video display is an array processor. A typical operation is move the image to the right, move all the pixels to the right.. A general purpose computer may be multi-processor (Intel's multi-core).
One gigahertz (GHz) equals one billion ticks of the system clock per second. This means that a processor running at 1 GHz can perform one billion cycles or operations in a single second. The measurement of gigahertz is commonly used to indicate the speed of a CPU or other electronic components.
Mb is a measurement of capacity while GHz is the amount of how many times the processor completes a cycle (in the millionths) per second. For example, 2 GHz would result in 2,000,000 cycle per second. Where I can see he/she's getting at are how many Mb/s can the processor process. This is all in the matter of the Front-Side Bus of the processor. Here's a mental image: Pretend that the processor is an hourglass. The gap in the center would be the Front-Side Bus. You would get as many grains as you have RAM. The larger the gap, the faster the grains fall through.
GHz refers to how many instructions - or cycles - a processor can process per second.For example, if you has a 2.4 GHz processor, it could do 2,400,000,000 processes per second.