SOM-5892Z2-U5A1E

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Single Board Computers (SBCs) have been used to create embedded solutions for decades. The SOM-5892Z2-U5A1E is one such computing platform that has been designed for the development of embedded applications in industrial, medical, marine, and aerospace environments. This platform is particularly suitable for applications that require high-performance processing and safety features. It provides excellent thermal management, a wide range of interfaces, comprehensive real-time capabilities, and an efficient power architecture.

The SOM-5892Z2-U5A1E is based on the processor RDR XP2500BC BG370 which is based on the AMD64 architecture. The SOM-5892Z2-U5A1E provides high-performance computing with two independent cores that can be used to run multiple applications. The processor also provides support for two independent memory controllers, allowing the system to use both DDR3 and DDR4 memory. Additionally, the processor features integrated graphics and video processing capability and includes a wide range of interface options.

The SOM-5892Z2-U5A1E also offers excellent real-time features and safety features. It features a real-time clock and includes support for multiple low-latency peripherals such as timers, serial interfaces, watchdog timers, and interrupt controllers. Additionally, the platform offers support for multiple safety measures such as hot-swapping, power fail-safe, NVM programming, and secure boot. The platform also supports an extended range of board-level safety features.

The SOM-5892Z2-U5A1E is designed to provide excellent thermal management and utilizes a number of advanced design techniques. The SOM-5892Z2-U5A1E supports up to 16 independent fans for cooling and has support for up to 48 independent temperature sensors. Additionally, the platform features processor-level power savings and a low-power supply. Finally, the SOM-5892Z2-U5A1E also includes support for multiple power architectures, including a proprietary architecture called iPXE.

The SOM-5892Z2-U5A1E is suitable for a wide range of embedded applications such as industrial, medical, marine, and aerospace applications. It can be used to create reliable and robust solutions for applications that require excellent real-time performance and safety features. Additionally, the SOM- 5892Z2-U5A1E offers excellent thermal management and efficient power-saving features which make it an ideal platform for embedded applications.

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