SOM-5992D8X-S6A1

Single Board Computers (SBCs) are becoming increasingly important for industrial, automotive, medical and aerospace applications. The SOM-5992D8X-S6A1 is one such SBC. It is an 8-layer high-performance system-on-module (SOM) based on the Intel Atom E3900 series processor. It has a very high performance and power efficiency, allowing it to handle demanding applications.

The SOM-5992D8X-S6A1 is a highly integrated system-on-module designed for OEM applications. It features a range of interfaces including Ethernet, USB, PCIe, SPI, and CAN bus, and provides a wide range of device drivers. It is also equipped with advanced safety-critical features such as CAN bus and nVIDIA ECC support.

The SOM-5992D8X-S6A1 is designed for use in embedded systems that require high performance and reliability. It has an extensive range of I/O options and provides a high performance platform for running multiple applications with low latency. It uses an Intel Atom E3900 series processor and is designed to support a wide range of operating systems including Windows and Linux. It also supports development tools such as OpenCL and AI algorithms such as TensorFlow.

The SOM-5992D8X-S6A1 utilizes an advanced power management system to provide a low power solution for embedded applications. It has an optimized layout that enables efficient thermal performance and low power consumption. The SOM-5992D8X-S6A1 also supports a variety of expansion options, including PCIe, SATA, USB, CAN, and Ethernet, as well as advanced configurability. It is also equipped with an FPGA for high-level customization and programmability.

The SOM-5992D8X-S6A1 is a reliable and high performance system-on-module specifically designed for embedded applications. Its features and capabilities make it a great option for a wide range of industries including automotive, medical, aerospace, and industrial applications. It provides a robust and reliable platform for running multiple applications and is able to handle demanding tasks with high performance and low latency.