Corry Micronics designs RF switch matrices for automated RF signal routing across complex, multi-path systems. Built to the same standards as our filters and switches, our matrices route high-frequency signals with low insertion loss, high isolation, and the repeatability that automated test and mission-critical systems demand, in COTS configurations or fully custom architectures.
Automated RF Signal Routing, Configured to Your System
A switch matrix is only as useful as its fit to your signal plan. We build blocking and non-blocking architectures in the NxM configurations your application calls for, with control interfaces that drop into automated workflows.
From compact SPDT-based routing to large multi-port matrices, each design balances the factors that matter to your system:
Engineered for Test & Measurement and ATE
RF switch matrices are central to automated test equipment (ATE) and test & measurement setups, where signal paths have to switch quickly and behave identically every cycle.
Our matrices deliver the insertion-loss stability and channel-to-channel repeatability that keep test data trustworthy, whether you are routing instruments across a device under test or managing signal paths on a production-line test station.
RF Switch Matrices Developed By Experts
Corry Micronics' RF switch matrices provide advanced, automated signal routing solutions for complex RF and microwave systems. Engineered for performance and flexibility, these matrices enable simultaneous switching of multiple input and output paths, reducing manual intervention, minimizing signal degradation, and ensuring consistent, repeatable test configurations. Operating from 20 MHz to 18 GHz, our switch matrices feature low insertion loss, high port-to-port isolation, and wide dynamic range, making them ideal for use in automated test equipment (ATE), production testing, communication networks, and signal distribution systems.
Available in blocking, non-blocking, and super non-blocking architectures, each matrix can be tailored to meet specific channel counts, connector types, and control interfaces, including USB, Ethernet, and serial communication. For enhanced usability, systems can be configured for remote software control or equipped with local touchscreen or keypad interfaces. With rugged construction and precision internal routing, our switch matrices deliver reliable, high-speed RF path management across mission-critical environments, ensuring optimal system throughput and measurement accuracy.