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Sundance DSP SOM1-SOC

Organization: Sundance DSP

The SOM1-SOC is a cutting-edge System-on-Module (SoM) designed to cater to a wide range of applications across industries. Boasting an impressive feature set, including an advanced PolarFire SOC FPGA, expanded memory capacity, and versatile connectivity options, the SOM1-SOC opens up numerous use cases for developers and engineers. Use Cases Embedded System Development: The SOM1-SOC's flagship component, the PolarFire SOC FPGA, provides unmatched capabilities for embedded system development. Its flexible design allows developers to tailor the system to their specific requirements. With 4 GB of DDR4 memory dedicated to the MSS and a generous 8 GB for the FPGA fabric, it accommodates complex applications with ease. This feature-rich platform is a perfect fit for industries such as automotive, industrial automation, and IoT, where reliability, performance, and adaptability are paramount. Real-Time Applications: Thanks to its deterministic Linux and FPGA fabric and ample memory resources, the SOM1-SOC excels in real-time applications. Industries like industrial automation, communications, and automotive can leverage its capabilities for tasks that demand precision and low-latency performance. With 20 high-speed transceivers ranging from 250Mbps to 12.7Gbps, it's well-equipped for high-speed data handling. Secure System Development: Security is a top priority in today's interconnected world. The SOM1-SOC offers robust security features, including the option for anti-tamper measures and secure boot mechanisms. It's an excellent choice for industries, where data integrity and protection against threats are non-negotiable. Storage and Data Management: The SOM1-SOC's storage options are impressive, with 512MBytes of SPI Serial NOR FLASH and a whopping 16GBytes of eMMC storage. This makes it ideal for applications that require substantial data storage and management, such as data logging, image processing, or database management. Clocking Flexibility: With programmable clocks via the SI5341A, the SOM1-SOC is a valuable asset for applications requiring precise timing and synchronization. Industries like telecommunications and networking benefit from accurate clocking solutions to ensure reliable data transmission. High-Speed Connectivity: The SOM1-SOC's high-speed Samtec connectors and SPI interface provide versatile connectivity options for interfacing with external devices, sensors, and interfaces. This versatility makes it suitable for a broad spectrum of applications across industries. Stand-Alone and Carrier Usage: The USB Type-C connector with JTAG/UART bridge interface and power support allows for stand-alone usage or integration with carrier boards. This versatility simplifies development and deployment, offering engineers flexibility in designing their systems. Networking and Communication: The SOM1-SOC features an industrial iX connector for 1Gbit Ethernet connections, making it a valuable tool for network-related applications. Dual-port PHY support enables synchronous Ethernet, which is crucial in industries requiring precise synchronization. In conclusion, the SOM1-SOC is a versatile and high-performance FPGA board that caters to a wide range of applications. With its enhanced FPGA, expanded memory, and versatile connectivity options, it empowers developers and engineers to create innovative solutions across various industries, from embedded systems and real-time applications to secure systems and data-intensive tasks. Its adaptability and feature-rich design make it a valuable asset in the rapidly evolving landscape of technology and engineering.


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