BDS-2：B1I, B2I, B3I

BDS-3：B1I, B1C*, B2a, B2b(PPP)*, B3I

GPS：L1 C/A, L1C*, L2, L5

GLONASS：G1, G2

GALILEO：E1, E5a, E5b, E6(HAS)*

QZSS：L1 C/A, L1C, L2, L5, L6(CLAS)*

NavIC*：L5

SBAS*：L1 C/A

L-Band* : 1525~1559 MHz

*It requires customized firmware to support for specific product.

The deeply-coupled combined navigation algorithm lifts the quality of GNSS signal observation. Aided by IMU, deeply-coupled algorithm will increase the positioning accuracy by twice to 5 times than loosely-coupled algorithm.

Galileo E6 HAS (High Accuracy Service) leverages a dedicated frequency band for high accuracy in satellite navigation, ideal for pinpoint precision in autonomous vehicles, agriculture, and infrastructure monitoring.

QZSS L6 CLAS, Japan's centimeter-level augmentation service, enhances urban positioning reliability and accuracy, supporting disaster response, urban planning, and advanced driver assistance.

Beidou B2b, from China, offers robust positioning and timing services with enhanced signal strength, suitable for challenging environments and critical synchronization in telecom networks.

In the face of increasing electromagnetic interference, our product is designed with cutting-edge jam detection and anti-jamming capabilities. It actively monitors the spectrum for the signs of jamming. Once detected, our system employs sophisticated anti-jamming techniques to mitigate these disruptions, ensuring continuous, reliable communication and operation.

By leveraging advanced algorithms and real-time data analytics, we enhance the performance and reliability of positioning within complex urban landscapes. Whether it's improving traffic flow, enhancing public safety, or optimizing smart city infrastructure, our targeted optimizations ensure to provide accurate positioning information.