"J" - Millimeter Wave Products | Waveguide Products

Next Gen Satcom Products

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

Mauricio Miranda2025-12-09T14:54:55-05:00

Low-Noise RF Amplifiers (LNAs) for SatCom & Millimeter-Wave Systems

Low-Noise RF Amplifiers (LNAs) for SatCom & Millimeter-Wave Systems Mi-Wave designs and manufactures high-performance Low-Noise RF Amplifiers (LNAs) for Satellite Communication (SatCom), millimeter-wave (mmWave) systems, high-sensitivity receivers, and advanced RF front-end applications.Our LNAs deliver ultra-low noise figures, stable gain, and wide-band operation across Ka-Band, Q-Band, and V-Band, making them ideal for high-dynamic-range receive chains in next-generation communication networks. Whether you are developing a LEO/MEO satellite terminal, gateway Earth station, airborne SatCom platform, or ground-based tracking system, Mi-Wave LNAs

Mauricio Miranda2025-12-08T12:07:44-05:00

High-Power SatCom Amplifiers

High-Power SatCom Amplifiers Mi-Wave designs and manufactures high-power millimeter-wave amplifiers (HPAs) engineered for next-generation Satellite Communication (SatCom) systems operating across Ka-Band, Q-Band, and V-Band spectrum. Our RF and mmWave HPAs deliver strong, stable output power, excellent linearity, and wide-band performance, making them ideal for Earth-to-space uplinks, teleport and gateway stations, LEO/MEO terminals, airborne SatCom platforms, and high-throughput satellite (HTS) architectures. As operators expand into higher-frequency allocations—such as 37.5–39.5 GHz, 39.5–42.5 GHz, 37.5–42.0 GHz for space-to-Earth links, and 47.2–50.2

Mauricio Miranda2025-12-08T11:33:29-05:00

SatCom Low-Noise & High-Power Millimeter-Wave Amplifiers

SatCom Low-Noise & High-Power Millimeter-Wave Amplifiers Mi-Wave designs and manufactures precision Low-Noise Amplifiers (LNAs) and High-Power Amplifiers (HPAs) engineered specifically for Satellite Communications (SatCom), including Ka-Band, Q-Band, and V-Band systems. Our amplifiers deliver ultra-low noise, stable gain, and high output power for both space-to-Earth and Earth-to-space transmission paths. Whether you're building a gateway terminal, ground station, user terminal, or LEO/MEO SatCom system, Mi-Wave provides amplifier solutions optimized for mmWave performance and long-range satellite connectivity.

Mauricio Miranda2025-12-08T12:20:25-05:00

958 Series – SatCom-Ready Wideband Synthesizer

GUI Controlled Frequency SatCom-Ready Wideband Synthesizer 958-0.1/XX/X/KF The 958 Series is a high-performance, GUI-controlled wideband frequency synthesizer — engineered to meet the demanding requirements of modern SatCom, mmWave, and RF systems. With coverage from DC to 110 GHz, it offers unmatched flexibility and precision for satellite uplink/downlink, gateway testing, RF research, and advanced communications platforms. Key Features & Benefits Ultra-Wideband Frequency Coverage (DC–110 GHz) — ideal for satellite communications, mmWave links,

Mauricio Miranda2025-12-05T13:44:59-05:00

MI-WAVE SatCom Products

MI-WAVE SatCom Products MI-WAVE designs and manufactures high-performance millimeter-wave components, sub-assemblies, and full RF front-end solutions engineered specifically for satellite communication (SatCom) systems. With over 35 years of experience in mmWave and microwave RF design, MI-WAVE delivers the critical hardware that enables reliable uplink, downlink, gateway, terminal, and advanced SatCom infrastructure. Our product line spans Q-Band, V-Band, Ka-Band, W-Band, and custom high-frequency solutions supporting commercial, defense, scientific, and next-generation satellite platforms. Due to gold price fluctuations, alternative

Mauricio Miranda2025-12-08T12:17:42-05:00

Frequency Upconverters & Downconverters | Custom Frequency Converters for SatComm & RF Systems

Frequency Upconverters & Downconverters | Custom Frequency Converters for SatComm & RF Systems SatCom Low Noise Blocks, Block Upconverters, RF Downconverters, BUC Units, and Precision SatCom Frequency Converters Description: MIWV designs and builds high-performance Frequency Upconverters, Downconverters, and BUCs for SatComm and advanced RF systems. Our converters can be customized to support a wide range of operational bands, including 37.5–39.5 GHz, 39.5–42.5 GHz (space-to-Earth) as well as 47.2–50.2 GHz and 50.4–51.4 GHz (Earth-to-space).

Mauricio Miranda2025-12-15T11:10:31-05:00

Q/V-Band Satellite Technology

Q/V-Band Satellite Technology Mi-Wave Leading the Way in Q/V-Band Satellite Technology As the global demand for high-capacity satellite connectivity accelerates, Mi-Wave stands at the forefront of innovation in Q-band and V-band systems. From low-noise LNAs and precision up/down converters to high-efficiency BUCs and LNBs, Mi-Wave provides the advanced components and subsystems that power the next generation of satellite uplink and downlink networks. The company designs and manufactures: Q-band LNAs with industry-leading low noise figures

Mauricio Miranda2025-11-07T16:00:10-05:00

Mi-Wave Leading the Way in Q/V-Band Satellite Technology

Mi-Wave Leading the Way in Q/V-Band Satellite Technology As the global demand for high-capacity satellite connectivity accelerates, Mi-Wave stands at the forefront of innovation in Q-band and V-band systems. From low-noise LNAs and precision up/down converters to high-efficiency BUCs and LNBs, Mi-Wave provides the advanced components and subsystems that power the next generation of satellite uplink and downlink networks. The company designs and manufactures: Q-band LNAs with industry-leading low noise figures (< 1.8 dB)

Mauricio Miranda2025-11-07T14:47:44-05:00

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