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System On Chip (SoC) is a type of embedded system used prominently in modern technology. Commonly found in mobiles, laptops and other such devices, it is essentially a mix of hardware and software components running together on a single chip.

In this regard, SoC stands out as it offers flexibility and reliability in developing systems. Its unique ability to work on a single chip has allowed SoC to displace the traditional methods of multi-chip development and circuit designs. The core components of an SoC can be classified into:

• Processing core
• Data communication
• Power management
• Busses and Interconnects
• Memory and storage
• Peripheral control circuitry

On the flip side, the application field and working principle of SoC comes from modularity. Through utilization of the components of a structural system, the system can be easily configured and modified at will to meet the changing needs and demands of a particular application.

One of the most prominent applications of an SoC is in cellular communication. It is widely used in base stations and mobile phones, where SoC drives the communication infrastructure. Its ability to communicate faster and more uniformly in a wide variety of applications makes it the technology of choice in such cases.

In addition to this, SoC is also applicable in a variety of other fields. It can be used in automatic control systems, such as robotics and machine vision, as well as in audio/video systems, such as DVD players, gaming consoles, and digital cameras. Even in medical applications, SoC can be found in efficient medical imaging and monitoring systems.

In terms of working principle, SoC encompasses several components, each responsible for a different task or function. To execute applications, the processor is responsible for decoding the instructions, while other components facilitate the communication of data between the processor and the user. Memory and storage devices store the necessary data, while peripherals and input devices send signals to the processor, allowing it to process the necessary information.

In essence, the application fields and working principle of SoC may seem complicated, but the truth is, it holds great promise in providing new solutions that otherwise wouldn’t be possible with traditional systems. As technology advances forward, there will be many more uses for SoC and its potential for new, innovative solutions.

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