Arduino Industrial Shield Portenta Vision LoRa ASX00026 — Industrial expansion board for Portenta Vision with LoRa connectivity

Arduino Industrial Shield Portenta Vision LoRa ASX00026 is an industrial expansion board designed to extend the capabilities of Portenta Vision modules with long-range LoRa wireless communication and robust I/O interfaces. The board integrates power management, industrial-grade connectors and signalling suitable for edge and IoT deployments. It targets applications where vision processing on the Portenta module is combined with low-power, long-distance telemetry and control.

Advantages

The shield combines LoRa wireless connectivity with a compact industrial form factor that maintains compatibility with Portenta Vision modules. It provides stabilized power distribution, secure connector options and signal conditioning to support reliable operation in industrial or outdoor environments. The design reduces development time by exposing commonly required interfaces and simplifying integration of vision-enabled devices into low-bandwidth wide-area networks.

Suitable for

• Remote monitoring of sites and equipment using Portenta Vision cameras
• Asset tracking and telemetry where visual data is processed locally
• Industrial automation tasks requiring visual inspection with long-range control or reporting
• Edge deployments that combine image preprocessing with periodic LoRa data uplinks

Key specifications

• Compatibility: expansion board for Portenta Vision modules
• Wireless: LoRa long-range, low-power radio interface
• Interfaces: industrial-grade connectors and standard I/O exposed for sensors and actuators
• Power: integrated power management suitable for edge installations
• Environmental suitability: designed for industrial and outdoor use cases

How to use

Install the shield onto a Portenta Vision module following the mechanical alignment and connector mating instructions provided by the Portenta documentation. Configure the Portenta firmware to enable the LoRa radio and appropriate I/O pins. Use the Arduino development environment or supported toolchain to upload application code that performs image capture and local processing, then transmits required telemetry or summary data over LoRa. Ensure proper antenna connection and power source appropriate for the deployment.

Recommendations

For reliable long-range communication, choose an antenna suitable for your frequency plan and location, comply with local radio regulations, and protect the assembly from moisture and dust with appropriate enclosures. Use firmware strategies that reduce airtime by sending compressed or summarized results rather than raw images when possible.