Essential details
Shipping:Express Delivery, Air freight, Land freight, Ocean freight
Product Introduction
Main Features
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GNSS+MEMS Sensors | Integrated Design | Advanced Communication |
Combined MEMS with GNSS technology. | All-in-one unit simplifying installation. | TCP, MQTT, and NTRIP protocols. |
Product Description
The H3 is a versatile intelligent GNSS receiver designed for monitoring critical infrastructure such as dams, bridges, and landslide-prone areas. It features an advanced antenna design that integrates the GNSS module, low-power interface board, communication modules, and MEMS sensor into a single compact unit. The H3 provides reliable data for both long-term static positioning and dynamic positioning, making it an effective solution for stringent monitoring requirements.
Use Cases
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Landslide Detection | Hydropower Plant Monitoring | Dam Stability Monitoring | Bridge Deformation Monitoring |
Benefits and Performances
- High-Accuracy GNSS+MEMS Sensor
Achieve timely response to deformation with the H3's MEMS and variable frequency control. The GNSS+MEMS ensures rapid data uploads when sudden deformation is detected, providing immediate warnings and overcoming the limitations of long-term static GNSS monitoring.
- Precision with iSTAR Algorithm
Ensure the highest quality positioning data with the H3's iSTAR algorithm and broad GNSS compatibility with support for GPS, GLONASS, BeiDou, Galileo and QZSS. MEMS data enhances the integrity validation process of GNSS-based deformation data.
- Seamless Integration and Easy Installation
Simplify on-site installation with the H3. Its multi-data sensor design integrates the GNSS antenna and module, MEMS component, and 4G modem, eliminating the need for additional components beyond the power supply. - Reliable in Complex Environments
Designed for extended monitoring scenarios, the H3’s integrated design and low power consumption (less than 1.8W) make it suitable for outdoor installations and solar panel powering. The IP67 enclosure ensures reliable performance in harsh environmental conditions. - Advanced Communication and Data Management
The H3 advanced communication protocols such as TCP, MQTT, and NTRIP supports efficient data transfer and real-time monitoring for reliable data communication. - Energy-Efficient Long-Term Performance
Maintain consistent and reliable data with the H3's energy-efficient design. Its low power consumption makes it ideal for long-term monitoring projects that require continuous operation without frequent maintenance.
