Processors present in a computing device read and execute the instructions provided by a program. The processing units present inside them, also known as cores, are primarily responsible for executing such programs. Multi-core processors possess more than one processing unit. A single processor with multiple cores can run separate program instructions in each core simultaneously, which leads to parallel computing, increased speed, and enhanced functionality of the device. The improvement in performance also depends on the software algorithms used and cannot be achieved merely by utilizing a multi-core processor.
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This processor can be manufactured by integrating multiple dies on a single chip or by integrating the cores on to a single chip multi-processor (CMP), also known as integrated circuit (IC) die. The cores of a multi-core processor may implement inter core communication methods through shared memory and may or may not share caches, depending on the designer who is designing the multi-core processor. Bus topology, ring topology and cross bar topology are some of the commonly utilized network topologies, which are utilized for connecting the cores. The cores are dissimilar in heterogeneous multi-core systems, such as in big LITTLE of ARM Holdings, while homogeneous multi-core systems have identical cores. Multi-core processors can have different architectures and has wide application areas. They can be utilized for embedded systems, digital signal processing (DSP) and in graphics processing unit (GPU) among others.
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The multi-core processors market is growing at a fast pace globally, primarily driven by the growing demand for faster computing devices having higher functionality. The growing complexity of computer applications, coupled with growing demand for better performance, led to the development of multiple cores in processors. Previous generation processors were unable to handle such performance demands effectively. Also such processors had heat dissipation issues. In multi-core processors, the program execution is divided onto the different cores, leading to better performance and capability to perform different tasks simultaneously. Such capability successfully met the growing demand for faster and better performing devices.
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Advanced multi-core processors are designed to meet future demands for performance also. This in turn has been boosting their application, across different devices, globally. Additionally, the complexity of devices has been growing at a tremendous pace, coupled with the functions performed by such devices. This increases the amount of heat being generated by such devices, coupled with increased power consumption. The increased heat can easily lead to malfunctioning of the device. Multi-core processors are designed to dissipate heat in an effective manner and also have better power efficiency. Such properties, coupled with higher functionality, have been boosting the demand for multi-core processors, across the globe.