Low-power, high-precision positioning GNSS full-frequency receiver

This low-power, high-precision positioning GNSS full-band receiver utilizes advanced positioning technology, enabling it to start up in seconds and rapidly acquire location information. This receiver not only boasts high-precision positioning capabilities but also responds quickly, providing users with real-time location data. It is particularly suitable for dynamic scenarios, such as fast-moving vehicles or equipment. In such environments, the device can instantly capture and relay location information, ensuring efficient transmission and immediate updates of location data, making the entire system more reliable and flexible in practical applications.

This GNSS receiver is equipped with a built-in battery, allowing it to continue providing positioning services for short periods even when the main power supply is interrupted. This feature is particularly suitable for scenarios requiring continuous positioning after a power outage, such as applications in emergency rescue or the transportation industry. The battery's high efficiency and low power consumption ensure that the device can maintain positioning functionality for a limited time without external power support, providing uninterrupted positioning information.

This GNSS full-band receiver is particularly suitable for high-speed motion scenarios, such as high-speed trains, aircraft, and autonomous vehicles. It can accurately capture and report position changes while in high-speed motion, ensuring unaffected positioning accuracy during high-speed travel. Its high-speed update capability meets the real-time positioning requirements in highly dynamic environments, effectively supporting the stability and reliability of navigation and control systems.

This receiver supports multiple satellite navigation systems, including GPS, GLONASS, Beidou, and Galileo, enabling global positioning. This allows it to adapt to the positioning needs of different countries and regions, improving positioning accuracy and reliability. Multi-satellite system compatibility not only expands the device's application range but also enhances its anti-interference capabilities in complex environments, ensuring users receive high-precision positioning information under various conditions.