Globalstar RM200M Two-Way Satellite IoT Module

The Globalstar RM200M is an advanced satellite IoT module developed for businesses building connected products and monitoring solutions that need to operate outside traditional cellular coverage.

Using Globalstar's Low Earth Orbit (LEO) satellite network, the RM200M supports two-way data communication between remote IoT devices and connected applications. Its compact, single-stack architecture combines satellite connectivity, location tracking and embedded processing capabilities, helping simplify hardware integration and product development.

Satellite IoT with Integrated Intelligence

The RM200M brings several essential IoT capabilities together in one module. An integrated multi-constellation GNSS receiver provides positioning data, while a three-axis accelerometer enables movement and orientation monitoring.

Bluetooth 5.4 Low Energy connectivity allows the module to communicate with up to 10 compatible sensor nodes, supporting applications that collect data from equipment, infrastructure and environmental sensors.

These capabilities make the RM200M suitable for a range of enterprise and industrial applications, including:

• Remote asset and equipment monitoring

• Transportation and logistics tracking

• Industrial sensor data collection

• Utilities and infrastructure monitoring

• Remote machine-to-machine communications

Simplifying IoT Development and Deployment

Globalstar's Realm Edge Applications Platform provides tools and APIs for developing customized IoT applications and processing data directly on connected devices. Realm Cloud supports device and data management, while zero-touch provisioning helps streamline device configuration.

The RM200M also offers low power consumption, multiple hardware interfaces and an industrial operating temperature range of -40°C to +85°C.

For businesses developing scalable satellite-enabled IoT solutions, the RM200M provides the connectivity and embedded functionality needed to collect operational data and communicate with remote devices beyond cellular network boundaries.