- Receives V, H, RHC, LHC Polarized Signals; Broadband Response
- Radome Enclosed
- Hermetically sealed
- Stackable design
- Ideally suited for nautical and other vehicular applications
- MIL-E-16400 Design
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Airborne Broadband Omni-Directional Antennas
Specifically designed for reduced form factor and highly ruggedized for missions critical airborne applications.
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Broadband Dual Polarized Log Periodic Antennas
This series of antennas is available in several different models that cover a spectral range of 20 MHz to 26.5 GHz.
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Phase Stable Cable Assemblies
Lab-Flex T cable is the ultimate solution for those testing conditions which require the minimum phase change during temperature and mechanical flexure.
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High Performance Cable Assemblies
Lab-Flex Series are high performance flexible cable assemblies with the lowest insertion loss and highest frequency response.
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Optical Transceivers reach new heights
Smiths Interconnect proudly announces another significant milestone in its spaceflight heritage. The company’s SpaceABLE® 10G 4TRX optical transceivers with patent-pending radiation-resistant design are now in service on Thales Alenia Space’s newest geostationary Ka-band satellite, SES-17.
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28G rugged embedded optical modules with integrated CDR.
New line of rugged optical modules offering up to 28 Gbps per lane for defense applications. This line of optical modules consists of the LightABLE28™ mid-board transceiver and the LightCONEX28™ active optical blind mate connector.
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Smiths Interconnect’s cPCI launched on NASA Mars Perseverance Rover – Interconnect Product of the Year
Smiths Interconnect proudly announces that its cPCI launched on NASA Mars Perseverance Rover has been awarded in the “Interconnection product of the year” category at the Electronics Industry Awards ceremony.
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Smiths Interconnect Optical Transceivers at the heart of SES-17 satellite
The SpaceABLE® Series allows the interconnection and routing of an overall throughput of more than 15 Terabit/s and permit the use of the full Ka beam antennas bandwidth while being considerably lighter and more scalable than copper interconnects.