The Septentrio AsteRx EB is a compact, high-performance GNSS rover receiver designed for demanding industrial and automation applications. Delivering centimetre-level RTK positioning, it combines advanced multi-frequency, multi-constellation tracking with a rugged, easy-to-integrate design.
Built for reliability in challenging environments, the AsteRx EB provides consistent, low-latency positioning even in areas affected by interference, vibration, or signal obstruction—making it an ideal solution for robotics, automation, and machine control systems.
Housed in a lightweight, IP67-rated enclosure, the AsteRx EB is designed to withstand dust, water, shocks, and vibration. Its compact size makes it perfect for space-constrained installations, while industrial-grade connectors ensure dependable operation in the field.
Powered by Septentrio’s industry-leading GNSS technology, the AsteRx EB tracks all major satellite constellations across multiple frequencies, delivering reliable centimetre-level RTK accuracy, fast initialisation, and low latency positioning.
It also offers sub-degree heading capability when used in a dual antenna setup, ensuring precise orientation for advanced applications. With built-in AIM+ anti-jamming and anti-spoofing technology, the receiver maintains accuracy and integrity even in interference-heavy environments.
The AsteRx EB is designed for seamless integration into your system. With fully documented interfaces, multiple connectivity options including Ethernet, serial, and USB, and intuitive tools like WebUI and RxTools, setup and configuration are simple and efficient.
Whether you're developing autonomous systems, machine control solutions, or precision positioning applications, the AsteRx EB offers the flexibility and reliability you need.
Multi-constellation, multi-frequency GNSS tracking
Compact, lightweight IP67 industrial housing
Advanced anti-jamming and anti-spoofing (AIM+)
Sub-degree GNSS heading support
Reliable, low-latency positioning performance
Easy system integration with open interfaces