LXI RF & Microwave Switching Solutions
Our Ethernet-controlled LXI RFIU (RF Switching Interface Units) rack-mountable signal routing solutions range from standard and user-specified relay configurations to fully integrated turnkey switching subsystems. Take a look at our Microwave Switch Design Tool to design your own switching solution.
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Product
Turnkey LXI Microwave Switch And Signal Routing Subsystems
Microwave Switch Module
We have the expertise and ability to turn your high-level requirements for a microwave switching subsystem into the fully integrated solution that you need. You provide us with your unique configuration and specification, and our engineers will work closely with you to provide a well-defined, fully integrated and supportable end product that will satisfy your microwave testing needs.
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Product
Flexible LXI Microwave Switch Platform
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These flexible LXI microwave switch platforms (model 60-890) may be specified with a mix of high-performance microwave relays up to 67 GHz bandwidth with 50Ω or 75Ω impedance and a range of connector types.
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Product
LXI RF & Microwave Matrices
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Each of our RF & Microwave matrices is designed to have a controlled transmission line impedance and architecture developed to maximize the bandwidth of the product. The RF matrices are designed with crosspoint switch systems interlinked with isolation relays and loop-thru connections to minimize stub loading of the matrix. The mechanical and electrical freedom of LXI allows us to design RF and Microwave matrices to suit most applications.
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Product
High Performance LXI RF & Microwave Multiplexers
Microwave Multiplexer
Our standard microwave multiplexers offer the highest density configurations available, packaging up to 16 SPnT switches into a 2U high rack-mount enclosure. Standard microwave multiplexer systems include 50Ω Versions up to 67 GHz and 75ΩVersions up to 2.5 GHz. Alternatively, you can use our Microwave Switch Design Tool to mount any combination of our wide range of transfer and SPnT relays onto your own front panel design.
