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Embedded - System On Chip (SoC)

System-on-Chip (SoC) has been the one of the most popular and highly embedded system solutions for portable, multiple application-specific devices. The M2S060-TS-1VFG400I is a special type of SoC which is the first of the M2S series. It is mainly used in consumer electronics and automotive systems.

M2S060-TS-1VFG400I Application Field

M2S060-TS-1VFG400I SoC is designed to provide high performance and high image quality for consumer electronics and automotive systems. The system mainly targets applications that require small size and low power consumption, such as smart TVs, portable gaming systems, automotive infotainment systems, and automotive displays.

It supports multiple interfaces including UHSII (USB3.0/2.0) and its clock frequency up to 2.8GHz, providing 5.3Gbps maximum data rate. With the combination of high-performance image processing algorithms, HD video decoding and encoding, camera image enhancement, 2D/3D graphics acceleration, it can achieve smooth and low-power multimedia operation with high image quality.

M2S060-TS-1VFG400I Working Principle

The M2S060-TS-1VFG400I SoC is a highly integrated system, which combines a set of tightly integrated components, such as application processor, NAND flash memory, RAM memory, image processor, audio processor, etc. All of these components are connected through a set of internal buses, communication channels and interface signals, forming a system-on-chip architecture.

The application processor, which includes an embedded CPU and GPU, is responsible for running the application software. The vast majority of software used in consumer electronics and automotive systems are based on the Linux operating system. The application processor also controls the interaction between all the other components in the SoC, providing data exchange and power control between them.

The image processor is responsible for encoding and decoding video streams in different formats, for example, H.264, H.265 and VP9. The audio processor is responsible for providing audio processing and noise reduction, enhancing the audio experience. The NAND flash memory and RAM are responsible for storing system software and data, respectively. These components are connected to different I/O peripherals, such as sensors and displays.

It is built in 28nm process technology and its power saving design, combined with its low power consumption and high performance, makes it possible to be used in mobile, wearable and automotive devices.The M2S060-TS-1VFG400I SoC has passed the ESD stress test and is certified as a reliable and secure platform for automotive and multimedia applications.

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