RTK Positioning Capability

Centimeter-Level Accuracy Enhancement

Supports integration with RTK (Real-Time Kinematic) correction data to achieve centimeter-level positioning accuracy. By leveraging dual-frequency carrier phase measurements and external correction sources, the system enhances precision, convergence stability, and reliability for surveying, UAV mapping, and autonomous applications.

L1 + L5 Dual-Band GNSS Receiver Module

High-Precision Positioning with Robust Navigation Performance

A high-performance dual-frequency GNSS solution combining L1 + L5 reception with multi-constellation tracking (GPS, GLONASS, Galileo, BeiDou, QZSS, SBAS), delivering enhanced accuracy, improved satellite availability, and strong signal robustness across complex environments such as urban canyons and weak-signal conditions.

Adaptive Signal Optimization

Real-Time Environmental Adaptation

Adaptively adjusts received signals based on current environmental satellite signals to quickly optimize performance. Ensures stable tracking and improved positioning accuracy under dynamic satellite conditions.

AI-Driven Interference Protection

Enhanced Security and System Awareness

AI-driven anti-interference and anti-spoofing capabilities with real-time status outputs including warnings, alerts, and termination signals. Enhances operational safety and system robustness under complex RF environments.

Integrated GNSS Architecture

High Efficiency System Integration

Fully integrated RF and baseband architecture reduces system complexity, shortens development cycles, and accelerates deployment for UAV, autonomous systems, and industrial applications.