Lantronix Open-Q™ 865XR SoM: high-performance edge AI in a compact form factor

22. October 2025 | Planegg

The Lantronix Open-Q™ 865XR System-on-Module (SOM) delivers production-ready, ultra-compact computing with exceptional AI and multimedia capabilities. Measuring just 50 × 29 mm, the 865XR SOM is powered by the Qualcomm® SXR2130P SoC, leveraging Qualcomm Technologies’ heterogeneous compute architecture to integrate specialized processing cores, including the 5th generation AI Engine, Qualcomm Spectra™ ISP, Adreno™ GPU, and Hexagon™ DSP.

The built-in AI Engine offers twice the performance of the previous generation, achieving up to 15 trillion operations per second for compute-intensive edge workloads. Combined with Wi-Fi 6 connectivity, advanced camera support, and multiple high-speed interfaces, the Open-Q™ 865XR SOM provides a versatile and powerful solution for cutting-edge IoT applications. Typical use cases include professional camera platforms, multi-display videoconferencing systems, advanced AI robotics, and autonomous drone solutions.

As a compact, high-performance computing core, the 865XR SOM enables developers and OEMs to accelerate product development while delivering industry-leading performance for next-generation edge AI applications.

Lantronix

FAQ

What makes the Open-Q™ 865XR SoM special?

The ultra-compact SOM combines Qualcomm® SXR2130P SoC with specialized computing architecture, including 5th generation AI Engine, Spectra™ ISP, Adreno™ GPU, and Hexagon™ DSP, delivering best-in-class AI and multimedia performance in just 50 × 29 mm.
 

What applications does the 865XR SoM cover?

It is ideal for professional camera platforms, multi-display video conferencing systems, advanced robotics solutions, autonomous drones, and various other applications that require powerful edge AI computing solutions.
 

How do developers and OEMs benefit from it?

The 865XR SOM offers a production-ready, compact platform that shortens development times, accelerates time-to-market, and delivers high-performance edge AI functionality.