As RF systems evolve to support higher frequencies, greater bandwidths, and more complex architectures, test environments face increasing demands for precision and scalability. Recognizing this need, Orbis Systems has developed a modular High-Power RF Signal Switching System engineered to deliver accurate, repeatable, and automated RF routing across diverse test setups. Designed for both laboratory and production applications, this system enables seamless control of signal paths in telecom, industrial, and aerospace testing environments.
The modular RF Signal Switching Unit is a multi-purpose platform that supports both low- and high-power RF paths, allowing engineers to manage complex switching configurations with minimal signal degradation. It is widely used in base station validation, wireless device testing, and antenna performance measurement, where signal integrity and repeatability are critical. With low insertion loss, high isolation, and rapid switching speeds, the system delivers consistent results across a wide frequency range while integrating smoothly into existing test infrastructures.
At the core of this solution is high-power RF switching technology designed to route multiple signals dynamically between different sources and destinations without interrupting active test sequences. This architecture reduces manual intervention, enhances workflow automation, and significantly accelerates test cycles. Supporting both manual and automated control, the platform fits seamlessly into R&D labs, production lines, and over-the-air (OTA) test chambers, offering unmatched flexibility and precision for modern RF testing requirements.
Orbis Systems’ RF switching platforms are tailored to meet the needs of complex testing environments, supporting use cases such as:
- Telecom infrastructure validation across multi-band base stations and small cells.
- Over-the-air (OTA) testing between antennas and DUTs in anechoic or OTA chambers.
- Automated production line testing for high-volume environments
- RF component testing for filters, amplifiers, antennas, and transceivers.
- ATE integration for advanced automated test setups.
- High-power RF signal routing between transmit/receive modules, antennas, and subsystems.
All systems are built with premium RF components and integrated through robust software interfaces, featuring remote monitoring, diagnostics, REST API control, and test automation to ensure long-term adaptability.
Click here to learn more about Orbis Modular RF Switching Unit.
