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Embedded systems are becoming increasingly important for modern businesses and industries. Across a wide range of applications, embedded systems are responsible for providing reliable, cost-effective, and efficient solutions for the tasks they are designed to perform. One of the most commonly used embedded systems is the System On Chip (SoC).SoC designs are based on a single integrated circuit or chip containing multiple components such as processor cores, digital signal processors, pipelined processors, and other peripherals. All of the components are interconnected and work together to deliver the solution required. This allows security, reliability, and power efficiency that is not possible with other embedded systems.SoCs can be found in a variety of applications such as cell phones, hardware routers, automotive systems, medical devices, digital audio players, drones, and more. In each case, the SoC is chosen due to its ability to integrate multiple components into a single system to achieve minimum power requirements and maximum performance.The working principle of an SoC is known as the “on-chip integration”. This refers to the process of integrating multiple components, such as processor cores, digital signal processors, pipelined processors, and other peripherals, into a single system. The result is a device that functions as a single unit, providing a relatively low-power solution with maximum performance.In terms of the application field, SoCs are used in a wide range of industries including consumer electronics, telecommunications, automotive, medical, and aerospace. SoCs are also often used in networking devices such as Wi-Fi routers, smart grids, and more.SoCs are also popular in home appliances such as washing machines, televisions, and even refrigerators. These applications require a low-power, low-cost solution with maximum performance. In terms of the automotive industry, SoCs are used to power various in-car systems such as satellite navigation, airbag systems, and entertainment systems.In the medical device industry, SoCs are used in devices such as pacemakers, blood pressure monitors, and insulin pumps. These devices require maximum performance and reliability in order to ensure they remain functioning as expected.Overall, SoCs provide reliable and efficient solutions that are not possible with other embedded systems. This is why they are so widely used in a variety of industries and applications. With their ability to integrate multiple components into a single system, they are able to achieve minimum power requirements and maximum performance.

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