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The widespread application of technology has led to the development of new systems, one of them being the System on Chip, or SoC. It is an integrated circuit that combines a variety of components such as memory and logic functions on a single dies. It is an efficient way to utilize chip resources in a system. SoC is an integral part of the embedded systems, particular those that use a microcontroller.

System on Chip or SoC has found application in embedded systems and also consumer products, ranging from personal digital assistants to cellular phones and gaming systems. SoC consists of three components, the core processor, the library of blocks, and the logic functions.

The core processor determines the execution speed of the SoC. It consists of the general purpose instructions and micro instructions that control the operation of the SoC. The core processor also contains the support circuitry necessary to execute the instructions.

The library of blocks contains the reusable functions and resources necessary to implement an application. Examples of blocks in a library include memories, peripherals, and memories that are already integrated into the processor.

The logic functions are the functions that are implemented on the SoC. Examples include an increment register, an address decoder, or an arithmetic logic unit.

The working principle of the SoC is based on the integration of components and resources onto a single die. This integration makes the SoC more cost effective and reduces its size. The components are interconnected using a standard communication protocol. The SoC also contains additional resources, such as embedded flash memory, for storing data.

The advantages of the SoC are that it reduces the need for complex hardware and software development, as the majority of components are already integrated onto the die. Additionally, the performance and power consumption of the SoC can be adjusted to suit the application. As the components are integrated onto a single die, the SoC is more cost effective and requires minimal space.

As the applications of the SoC are increasing, it is being used in a variety of embedded systems, in particular those that use a microcontroller. The SoC can be implemented for a wide range of applications including medical, security, and automotive. SoC is also being used in consumer electronics, such as personal digital assistants, cell phones, and gaming systems.

In conclusion, the System on Chip or SoC is an integrated circuit that combines a variety of components such as memories, peripherals, and logic functions onto a single die. It is being used in a variety of embedded systems, in particular those that use a microcontroller. The advantages of the SoC are that it reduces the need for complex hardware and software development, as the majority of components are already integrated onto the die, and it is more cost effective and requires minimal space.

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