M2S060T-FCSG325I

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Embedded System On Chip (SoC) technology continues to drive advancements in high-performance, low-power embedded system design. System-on-Chip (SoC) architectures combine multiple IP blocks such as microcontrollers, microprocessors, custom logic, memory, and well-defined interconnect fabrics into one integrated circuit. SoC designs are becoming increasingly complex as huge amounts of embedded functionality and hardware complexity must be maintained with the lowest possible power budget.

M2S060T-FCSG325I is a high performance, low power System-on-Chip solution for embedded applications. This SoC integrates an ARM ARMv8 Cortex-A53 processor with neon GPU, L2 cache and integrated peripheral controllers such as USB, Ethernet, and other peripherals. In addition, it includes a dedicated FPGA fabric, which enables the integration of custom hardware accelerators, custom peripherals, and low-power application specific peripherals.

The M2S060T-FCSG325I supports multiple system architectures and application fields, such as industrial control, medical electronics, database systems, HD audio/video systems, automotive control, satellite TV systems, and more. It provides enhanced computing performance, leading-edge memory bandwidth, versatile communication capabilities, and energy efficiency with advanced power-saving modes.

The M2S060T-FCSG325I System-on-Chip is designed to meet the stringent requirements of embedded applications. The SoC incorporates a robust combination of hardware and software IP blocks, including an ARMv8 Cortex-A53 processor with neon GPU, L2 cache, USB 2.0 controller, Ethernet controller, and other peripherals. An industry-leading FPGA fabric provides customized design functions and accelerators ranging from multimedia application specific instructions (ASI) to low-power, specialty peripherals and custom hardware accelerators.

The M2S060T-FCSG325I System-on-Chip is built on an advanced 90-nm CMOS process and is pin-to-pin compatible with its predecessor. This reduces development costs and speeds time-to-market as companies are able to reuse existing platforms and tools with minimal modifications. The SoC supports multiple system architectures, including single-core, dual-core, and multiprocessor configurations.

The M2S060T-FCSG325I System-on-Chip is designed for power efficiency, with power consumption levels as low as 0.3W in operating mode. This enables longer battery life and improved performance in a wide range of embedded applications. The SoC includes a sophisticated power management system, which provides automatic climate control, automatically adjust settings based on loading, and reduce power consumption when idle.

On the software side, the M2S060T-FCSG325I System-on-Chip supports a wide range of development tools and operating systems. It includes an integrated debug system and real-time trace capability, making debugging and system analysis easier than ever before. The SoC supports the most popular embedded operating systems, including Linux, Android, VxWorks, and RTOS. It also provides support for various development tools like Arm ARMsembler, Keil, IAR C/C++, and GDB.

In conclusion, the M2S060T-FCSG325I System-on-Chip is a high performance, low power System-on-Chip solution for embedded applications. It offers a high level of design customization, excellent energy-efficiency, hardware and software compatibility, and an industry-leading FPGA fabric. As a result, the M2S060T-FCSG325I System-on-Chip is ideal for a wide range of embedded applications.

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