Multiprocessor machines boost the performances of multithreaded applications. As long as the application you are trying to speed up is multi-threaded, you will see a performance boost, as it can send some threads to CPU1, and some to CPU2, and finish much quicker. Older, legacy applications were not designed for multi threading, and can only be sent to one processor or the other, so perhaps solitaire will not perform any better with two processors, or older versions of photoshop, and the like may not benefit, but most modern software can take advantage of multi threading.
Yes, the execution of a task can be reduced by using multiple processors. Using more than one processor helps speed up a task.
Not nesscarly big in size physically, but in speed, it can make your computer faster.
The gigahertz chip measures the computer processor's performance in speed. Processors with a higher gigahertz speed can do more in a given unit of time than processors with a lower gigahertz speed.
Dual core processors can be most simply explained as having two processors that can each work on different tasks, making a PC more responsive and giving it more power and speed especially whilst multi-tasking. Wisegeek and Webopedia have more information on this system.
Yes, transcription often requires a primer for accurate and efficient execution. A primer helps to provide context, guidelines, and terminology specific to the transcription task, which can improve the quality and speed of the transcription process.
about instruction execution time
Clock speed is only a useful comparison of speed when two processors share the same architecture. AMD and Intel processors have different internal architectures. At various points in time, one manufacturer had a more efficient architecture than the other, thus providing better performance at a lower clock speed. As of Q2 of 2009, Intel currently offers more efficient processors.
that is a hard prediction to make, but with the way things seem to be going at the moment, not much more than they are now. The current trend in processors is to increase the number of cores to improve performance, rather than the overall speed.
Some processors are faster than others due to differences in their clock speed, number of cores, cache size, and architecture. Processors with higher clock speeds can execute more instructions per second, while processors with more cores can handle multiple tasks simultaneously. Additionally, a larger cache size can reduce memory access times, and more efficient architecture can improve overall processing efficiency.
Now FPGAs are having builtin processor like PPC and more either in hardcore or softcore. Main difference between processor and FPGA is execution Processor is sequencial execution but FPGAs are concurrent so speed of FPGA is much higher than a high speed processor.
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GIgaBytes The actual measurement of processors in in GHz. For example, a processor with 3.12GHz is faster than a 2.76GHz processor.