Multy core processer

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Multi-core processor and integrated circuits that use two or more individual processors, or cores, to handle the data. Can be installed and one of the cores and integrated circuits, or to include in the chapter die in a chip. Each core and cache tags and each has an independent capability for data processing.
Is to increase the use of multi-core processor speed. And traditional stores and one processor core of some data in the cache, and when required data out of the cache, it must be retrieved from other places such as random access memory (RAM). When this happens, the processor speed slows down to a top speed of random access memory or other storage device. This speed is usually much slower than the processor speed limit.
Multi-core processors, and faster because each core can handle the data stream of its own. While multi-core processors and cache data selectively and still retrieve the data is not cached other storage locations could be additional core or cores follow-up to execute commands and receive information at the speed of the physiotherapist, while another processor is to retrieve the required information from storage devices is slow. In this way, the whole system is not necessary to slow down while data is retrieved.
The multi-core processor is particularly valuable for multi-tasking, where more than one program, each serving a group of its own data for processing. In separate data streams can be handled by different cores, and increase the overall processing speed. For a computer program and one to take advantage of multi-core technology, it should be in the same time multi-threaded technology (named), which allows him to send the parallel sets of instructions for the use of multiple cores.
It was the first commercially available multi-core processor in the dual-core processor. There is also a multi-core processors with four, six and eight cores. Many paintings, however, unable to deal with this many cores. Systems can be homogeneous multi-core, using all the samples are identical, or heterogeneous, using the samples do not match.
Although the intended multi-core processors to increase speed and performance, and not all programs to take advantage of multi-core processor technology. Many programs and even some operating systems lack the senior management team need to use more than one processing core. Operating systems that use multi-core processors are not designed to maximize the potential is always multi-core processing, and thus the ability to process a full go in often unrealized.
The multi-core processor tends to produce more heat from a single processor core, causing the management challenges of the heat. The amount of heat produced by the processor tends to rise exponentially with each additional core. High temperatures can cause high temperature treatments for, and create operational problems and safety risks. The processor manufacturers to invest time and technology to find solutions to the challenges presented by the thermal multi-core processors.