M2S050TS-1FCSG325I

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Embedded - System On Chip (SoC)

The M2S050TS-1FCSG325I is a new type of embedded system-on-chip (SoC) product. It is intended as a computationally powerful, yet cost-effective, solution for embedded applications including industrial automation, medical devices, digital signage and office automation.

The SoC contains a high performance 522MHz ARM Cortex-A9 core, a Mali-400 graphics processing unit (GPU), a video codec accelerator (VCA) for video encoding and decoding, and several types of peripheral interfaces. The M2S050TS-1FCSG325I is available in a small, low profile 0.13” thick package.

The M2S050TS-1FCSG325I is a performance-driven embedded SoC that is manufactured using a 28nm fabrication process, which enables it to deliver a number of high-speed peripherals while consuming very low power. Not only this, the SoC is also equipped with an advanced set of debugging and other I/O capabilities.

Application Field

M2S050TS-1FCSG325I can be applied in industrial automation applications such as PLC systems, robotics and motion control. It is also suitable in medical device systems like patient monitoring systems, imaging equipment and high-end medical apps. Its integration of advanced video processing features makes it suitable for digital signage, home media gateways, interactive kiosks and other video-focused embedded applications.

Working Principle

The working principle of the M2S050TS-1FCSG325I SoC is based on its hardware and software. The core of the SoC is a 522MHz ARM Cortex-A9 processor with a Mali-400 graphics processing unit, a video codec accelerator for encoding and decoding video, and various peripheral interfaces. This design enables the SoC to process data quickly and accurately, while consuming low power.

The software stack of the M2S050TS-1FCSG325I is based on the Android operating system, which is widely used in embedded systems to control the peripherals of the device. This operating system provides powerful tools such as the Linux kernel, Z-Wave, Yocto/OE and real-time operating systems such as VxWorks and QNX.

The M2S050TS-1FCSG325I SoC also provides a debug tool such as the ARM CoreSight Debug Access Port (DAP) to allow for easy debugging of the system. The DAP provides access to the debug ports of the CPU and other system peripherals. It also supports JTAG and debug accessor connections.

Conclusion

The M2S050TS-1FCSG325I SoC is a cost-effective solution for embedded applications. It has a high-performance ARM Cortex-A9 core, a Mali-400 GPU, video codec for encoding and decoding, and a variety of peripheral interfaces. The device can be used for industrial automation, medical device systems, digital signage, office automation and other embedded applications. The SoC\'s software stack is based on the Android operating system, and its debug tool allows for easy debugging of the system.

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