WR-22 Wideband Diplexer 7.5–42.5 GHz (downlink) 47–52 GHz (uplink) 1.2 dB Typical Insertion Loss, 60 dBc typical rejection Mi-Wave’s WR-22 Wideband Diplexer is a high-performance waveguide filtering solution designed to separate and combine uplink (TX) and downlink (RX) frequency bands in advanced satellite communication systems. Engineered for operation across dual wideband mmWave channels, this diplexer enables efficient RF signal routing while maintaining low loss and high isolation between transmit and receive paths. Covering

WR-34 Wideband Orthomode Transducer 22 GHz to 33 GHz, 40 dB Typical Isolation, 0.65 dB Typical Insertion Loss, Dual-Polarized Wideband OMT for Satcom Applications Mi-Wave’s WR-34 Wideband Orthomode Transducer (OMT) is a high-performance waveguide component designed for advanced satellite communication systems operating across the 22 GHz to 33 GHz frequency range. Engineered for broadband operation in demanding Satcom payloads, gateways, and ground terminals, this OMT enables efficient separation and combination of orthogonal polarizations

WR-22 Wideband Orthomode Transducer 33 GHz to 55 GHz, 40 dB Typical Isolation, 0.75 dB Typical Insertion Loss, Dual-Polarized Wideband OMT for Satcom Applications Mi-Wave’s WR-22 Wideband Orthomode Transducer (OMT) is a high-performance waveguide component designed to support next-generation satellite communication (Satcom) systems operating across the 33 GHz to 55 GHz frequency range. Engineered for broadband operation in microwave and millimeter-wave environments, this OMT enables efficient separation and combination of orthogonal polarizations within