This UWB positioning solution is built upon domestically produced UWB chips and the TDOA (Time Difference of Arrival) algorithm. It deploys a 3D positioning base station network to achieve real-time 2D (X/Y) positioning with centimeter-level accuracy and a latency of less than 50 milliseconds. With nanosecond-level time resolution, the system ensures accurate and stable performance in various industrial environments.

The solution also integrates adaptive anti-multipath interference technology, maintaining reliable signal transmission even in dynamic or complex environments. Its optimized topology (e.g., diamond or star configurations) reduces deployment complexity and supports flexible scalability. Through a standardized API interface, users can easily access coordinate data and trajectory tracking without additional development, enabling seamless integration with existing warehouses, factories, or robotic systems.

Key Features

Based on domestically produced UWB chips, employing the TDOA positioning algorithm.

Real-time 2D positioning (X/Y), with centimeter-level accuracy.

Low-latency response, with a response time of less than 50 milliseconds.

Adaptive anti-multipath interference algorithm, stable performance.

Flexible base station topology (diamond/star layout).

Easy deployment, strong scalability.

Standardized API, rapid system integration.

High reliability, industrial-grade stability.

Reasons for Selection

High precision and high speed: Achieves centimeter-level positioning accuracy and ultra-low latency, ideal for real-time control systems.

Domestic chip solution: Fully supports domestic replacement needs while maintaining international-level reliability.

Easy integration: Standardized API protocol, plug and play, no complex secondary development required.

Flexible deployment: Optimized topology reduces installation difficulty and enhances scalability for different site layouts.

Industrial-grade durability: Designed for long-term stability in complex environments, with strong anti-interference performance.

Application Areas

Warehouse AGV (Automated Guided Vehicle) Navigation and Positioning

Smart Manufacturing Workstation Monitoring

Industrial Robot Tracking and Coordination

Factory Personnel and Asset Tracking

Intelligent Logistics and Warehouse Management

High-Precision Indoor Positioning of Production Facilities

This interface definition diagram outlines three key interfaces: an N-type female antenna interface for 3700-4200MHz band connections, an RJ45 Ethernet communication interface for reporting TDOA messages to the CLE server via TCP client mode (configurable using our network tools), and a power interface with defined pins (pin 1 is positive, pin 2 is negative, and pins 3-4 are reserved).

This is a domestically produced ultra-wideband (UWB) 3D positioning base station, model GC-2306-Q. It features a compact design, measuring 170mm × 180mm × 75mm, with an antenna height of 400mm. Utilizing the Time Difference of Arrival (TDOA) algorithm, this base station achieves accurate 3D positioning. Furthermore, its easy-to-install and waterproof structure makes it suitable for various deployment scenarios, including outdoor and complex environments.