Quectel QSM602HA-GL High-Performance Smart Computing Board for Robots

The QSM602HA-GL is a high-performance intelligent computing board built on the SH602HA-AP module platform. Powered by X5 series processors, it delivers robust edge computing capabilities and rich multimedia functions to meet the demands of industrial and consumer applications requiring high-performance processing and advanced multimedia support.

This circuit board integrates multi-mode communication (LoRa, Wi-Fi/Bluetooth, 4G, and eSIM) and multi-constellation GNSS high-precision positioning with RTK support, providing flexible, reliable connections and accurate positioning. It also features dual camera and fill light interfaces, along with multiple expansion ports including USB Type-C, 12V power, RS-485, CAN, PPS, WAKE-UP, and IEC.

The Quectel QSM602HA-GL is purpose-built to meet the demanding requirements of modern robotic systems. It delivers strong edge processing capability, responsive real-time control, and reliable connectivity in a compact embedded form factor — well suited for service robots, mobile robots, inspection platforms, delivery robots, and collaborative automation equipment.

This board focuses on stable performance in dynamic environments. It supports sensor fusion, navigation processing, vision-based perception, motion control coordination, and remote management from a single integrated platform. By consolidating these functions, it helps reduce system complexity and shortens the path from prototype to deployable robotic product.

Its global connectivity support enables robots to maintain communication across different regions and network conditions — valuable for fleets operating in multiple markets or requiring continuous cloud interaction. The platform also supports flexible peripheral expansion, allowing developers to integrate cameras, LiDAR, motor controllers, and other robotic modules without excessive redesign.

• LoRa
• Wi-Fi/Bluetooth
• 4G
• eSIM
• GNSS with RTK
• USB Type-C
• RS-485
• CAN
• PPS
• WAKE-UP
• IEC

• Robot mowers and intelligent wheelchairs
• Exoskeleton robots and collaborative automation equipment
• Service robots, mobile robots, and delivery robots
• Inspection platforms and industrial systems
• Intelligent retail, intelligent parks, and intelligent security
• Machine-to-machine (M2M) communication systems