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Next Gen Satcom Products Mi-Wave’s next-generation SatCom products deliver advanced millimeter-wave (mmWave) and RF components engineered for today’s high-capacity satellite networks. From Ka-Band to Q/V-Band, our amplifiers, frequency converters, mixers, and custom RF modules support the performance, reliability, and bandwidth demands of modern gateway stations, LEO/MEO terminals, and high-throughput satellite systems. Due to gold price fluctuations, alternative plating may be used without notice. If gold plating is essential, please inform us in advance
Please view our catalog through your browser or download a pdf copy locally. Product Catalog 2025
95.0 to 110.0 GHz 5G Band The 5G Band in the 95.0 to 110.0 GHz range is still undergoing research, development and deployment of services for data transmission needs. Companies and organizations around the world are using this band for 5G mmWave. Like all millimeter wave bands, 95.0 to 110.0 GHz range is intended for short range tx/rx at high data rates. Popularity and interest in this 5G band is from: Large portions of the spectrum
66.0 to 71.0 GHz 5G Band The 5G Band in the 66.0 to 71.0 GHz range is still undergoing research, development and deployment of services for data transmission needs. Companies and organizations around the world are using this band for 5G mmWave. Like all millimeter wave bands, 66.0 to 71.0 GHz range is intended for short range tx/rx at high data rates. Popularity and interest in this 5G band is from: Large portions of the spectrum
57.0 to 66.0 GHz 5G Band The 5G Band in the 57.0 to 66.0 GHz range is still undergoing research, development and deployment of services for data transmission needs. Companies and organizations around the world are using this band for 5G mmWave. Like all millimeter wave bands, 57.0 to 66.0 GHz range is intended for short range tx/rx at high data rates. Popularity and interest in this 5G band is from: Large portions of the spectrum
45.5 to 52.6 GHz 5G Band The 5G Band in the 45.5 to 52.6 GHz range is still undergoing research, development and deployment of services for data transmission needs. Companies and organizations around the world are using this band for 5G mmWave. Like all millimeter wave bands, 45.5 to 52.6 GHz range is intended for short range tx/rx at high data rates. Popularity and interest in this 5G band is from: Large portions of the spectrum
N261 Band – 27.5 to 28.35 The N261, 28 GHz band is currently the highest-defined frequency 5G band in the FR2 range. Covers narrower 27.5 to 28.35 GHz for operation alongside n260 (39 GHz) in the USA. Like all millimeter wave bands, N261 is intended for short range tx/rx at high data rates. Popularity and interest in 5G GHz bands are from: Large portions of the spectrum are underutilized and allows for several hundred megahertz to
N260 Band – 37.0 to 40.0 GHz The N260, (39) GHz band is currently the highest-defined frequency 5G band in the FR2 range. Development of this band is ongoing and is headed up by the 3GPP TR 38.815. Like all millimeter wave bands, N260 is intended for short range tx/rx at high data rates. Popularity and interest in millimeter wave 39 GHz band is from: Large portions of the spectrum are underutilized and allows for several
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