What is the difference between scalar processors and fields?

There is one main difference between two main formats - scalar and processor fields - in which the computer system processes information. While scalar processors work on one data item at the same time, Array processors can deal with multiple data streams simultaneously. However, both processors are part of the central processing unit (CPU) that controls all the actions of the computer and can handle all data times. Scalar and field processors perform many of the same operations, but in a different way so that everyone is suitable for a different purpose and ensure that all functions are made from the simplest to the most complex.

The field processors use one instructions on multiple fields or data matrices at the same time before moving to the next instruction. This allows the field processors to work much faster because the processor does not have to wait for the first set of instructions that will be made on one item before moving to the next. Many shorts needed to perform the operation are eliminated because the computer loads multiple SOU itemsEarly, performs surgery on all of them and then rewrite it into memory, instead of repetition of steps with every new piece of data.

scalar processors work on one data item after the second before moving to the next item. Each instructions must be done on the current item before moving to the next instruction. At the end of the loop, a set of instructions is done on the next order item. Almost all bulk market processors are scalar, although they may have elements that function more as field processors.

80 and 90's supercomputers. The field processors made it possible to manipulate data on science and research in a shorter time. Although it may seem intuitive that the field of processors would handle all CPU functions faster than scalar processors, this is not the case. Field processors are able to effectively handle a large amount of data, but becauseThe function requires the CPU to be more complex, simpler operations are more difficult to perform.

differences between scalar processors and fields have become less pronounced by introducing microprocessors in 1994. Since then, microprocessors with elements of individual instruction-multiple-date have become the standard and narrowed the gap between scalar processors and fields. Video game consoles and graphic accelerators have its own graphic processor, which runs in parallel with the main scalar processor, thereby releaseing the main processor for performing Negraphics functions.