The needs of embedded computing applications are constantly evolving, requiring versatile feature sets, rapid processing needs, reliable ruggedness, and more. The ability to maintain flexibility and programmability in one solution enables applications like automotive, industrial automation, AI & ML, IoT, and image and video processing to efficiently progress along with the ever-changing high-performance needs.

Conclusive Engineering released the RCHD-PF Orchid, its latest system on module (SoM) integrating a Microchip PolarFire SoC FPGA with a 667 MHz 5-core RISC-V processor ranging from 23K to 254K logic elements. The solution is ideal for computationally intense applications. Operating temperature is between -40 °C to 85 °C powered by a single 3.3V 12A in a 65x45 mm package.

Versatile connectivity, high-performance computing, and scalable single board computing solutions have proven necessary in today’s critical, real-time embedded systems, IoT, networking, and telecommunications applications that aid in efficient, streamlined data processing.

Katowice, Poland --- Conclusive Engineering's WHLE-LS1 SBC, powered by the NXP Layerscape® LS1 series SoC, is a testament to high performance in embedded computing. Equipped with Arm® Cortex®-A53 and Cortex®-A72 cores, it offers unmatched processing capabilities, perfect for applications in industrial automation, smart factories, edge computing, and sophisticated IoT systems.

Product Description:

NXP Layerscape®️ LS1 series SoC based on Arm®️ Cortex®️-A53 or Cortex®️-A72 SmartNIC features and over 45,0000 CoreMark®️ performance.