Alibaba Invested Company GNSS High-Precision Position & Orientation Receiver ArcIO Positioning and Orientation Terminal, compact in design and exceptionally powerful, supports GPS and other major satellite navigation systems. It integrates ground-based RTK, space-based PPP, and orientation algorithms to deliver seamless high-precision positioning and attitude information. With SpatiX differential services preloaded, it provides plug-and-play centimeter-level accuracy and features standard interfaces and protocols for easy integration into a wide range of application systems. Its metal housing, IP68 protection rating, and automotive-grade design ensure reliable performance in harsh environments, making it ideal for use in robotics, machinery control, autonomous driving, precision agriculture, marine and aerial operations, GIS data collection and more. The receiver offers full-system compatibility, supporting all the major global satellite signals. Its built-in multi-stage anti-interference modules suppress narrowband interference by up to 50 dB, ensuring stable performance in complex operating environments. An independent L-Band channel works with the SpatiX XStar correction service to deliver centimeter-level global positioning without relying on any external network infrastructure. The receiver integrates Precise Point Positioning (ppp) technology to achieve centimeter-level global positioning without the need for ground reference stations (base stations, radios, or network reference stations): • Dual-link Internet/L-Band reception of SpatiX XStar correction data enables real-time compensation of errors across multi-constellation systems—BDS, GPS, GLONASS, Galileo—for absolute positioning. • A built-in global reference framework and tectonic plate model support cross-region coordinate unification, making it ideal for wide-area operations. • In base-station-dense regions, combining regional augmentation delivers 2.5 cm accuracy with a 2-minute convergence time. • SpatiX Ionospheric Suppression Solution Combines real-time monitoring and forecasting, satellite-level corrections, and terminal-side algorithms to maintain accuracy in complex environments. • “Lighthouse” Orientation Algorithm Utilizes multi-frequency rapid fixing and adaptive filtering to achieve 0.2°/l m baseline accuracy. The device comes preloaded with FindCM ground-based and XStar space-based services for seamless, one-stop integration. It offers standard interfaces (CAN/RS232/Ethernet) and GNSS data formats, and supports ROS for robotic applications, enabling rapid embedding into various platforms. With IP68 protection and automotive-grade anti-vibration design, it operates reliably in a wide range of harsh working environments.

Communication Protocols Ethernet TCP/IP, NTRIP Serial Port Raw Data Differential Data Position Data Others Positioning Performance [i] Single Point Positioning Initialization Time Initialization Confidence Satellite-Based PPP Survey Horizontal Vertical Convergence Time Orientation Accuracy Static Survey Horizontal Vertical Velocity Accuracy Output Frequency Positioning Orientation Timing Accuracy Positioning Time Cold Start Hot Start PPP-RTK Fast Positioning < 2 min PPP-AR Standard Positioning < 6 min Hardware Interfaces Multi-Function Interface (includes Power / CAN / RS232 or 1 x Lemo (12 PIN...