NAL Research Iridium 9602-LP Key Features

• Global Connectivity: Utilizing the Inmarsat satellite network, ensuring Internet connectivity at all locations.: Operates on the Iridium satellite network, providing unlimited communication at any location worldwide.
• Ultra-lightweight Design: With its ultra-compact weight, the device is easily installed on various types of assets and vehicles.
• Low Power Consumption: Optimized for long battery life, suitable for remote wireless applications.
• High Durability: Operates stably in harsh weather conditions, from low temperatures to humid or dusty environments.
• Easy Integration: The device supports UART data protocol and connects via an external SMA antenna, offering flexibility for any IoT project and monitoring system.

Detailed Specifications

Asset Management

• : Track the location and status of mobile assets such as transportation vehicles, industrial equipment, or cargo.IoT and Remote Automation
• : Suitable for IoT systems requiring satellite connectivity for monitoring and control.Environmental Monitoring
• : Collect data from sensors in remote areas, such as measuring temperature, humidity, or air quality.Emergency Support
• Emergency support: Ensure communication in emergency or disaster situations, especially in remote areas without mobile signal.
• Research and exploration: Widely used by scientists, explorers in harsh areas such as deserts, jungles or ice.

Benefits of using NAL Research Iridium 9602-LP

• Reliable global connectivity: No worries about losing signal even in polar regions, oceans or deserts.
• Lightweight and flexible design: Easy to integrate into existing devices or systems without increasing the payload.
• Energy saving: Optimized to reduce operating costs and extend battery life.
• Durable and stable: Meets military standard MIL-STD-810G, ensuring good performance in harsh environments.
• Fast integration: Suitable for any IoT project or application requiring high accuracy and security.

User guide

• Connect the device to a 3.3V DC power source.
• Attach an external antenna via the SMA port to ensure the strongest satellite signal.
• Use the Serial UART interface to configure the device according to application requirements.
• Integrate with IoT systems or monitoring software to start transmitting data.
• Check signal and configuration to ensure optimal operating performance.

Conclusion