"hẹ hẹ hẹ" - Millimeter Wave Products | Waveguide Products

Radar Target Simulators

Radar Target Simulators Mi-Wave Radar Target Emulation Modules Mi-Wave Radar Target Simulators are precision test modules designed to support laboratory testing, validation, and verification of radar systems. These simulators provide a controlled and repeatable method for emulating moving radar targets without the need for live field testing. Built as compact, high-performance RF modules and subsystems, Mi-Wave radar target simulators support a range of microwave and millimeter-wave radar bands commonly used in commercial, automotive,

Mauricio Miranda2025-12-12T12:46:46-05:00

Cassegrain Reflector Antennas for SatCom & High-Gain Satellite Links | Mi-Wave

Cassegrain Reflector Antennas for SatCom & High-Gain Satellite Links 5.0 - 110 GHz, Diameters from 10 to 48 inches Mi-Wave offers precision-engineered Cassegrain Reflector Antennas designed specifically for Satellite Communication (SatCom) systems, including gateway Earth stations, high-throughput satellites (HTS), feeder links, and long-range communication terminals. Built for Ka-Band, Q-Band, and V-Band operation, these antennas support critical SatCom frequency ranges such as 37.5–39.5 GHz, 39.5–42.5 GHz, 37.5–42.0 GHz, 47.2–50.2 GHz, and 50.4–51.4 GHz, ensuring

Mauricio Miranda2025-12-09T15:51:41-05:00

Dual-Ridged Horn Antennas for SatCom Testing & Link Verification

Dual Ridged Horn Antennas SatCom Testing & Link Verification Mi-Wave provides dual-ridged horn antennas designed specifically for Satellite Communication (SatCom) testing, calibration, and system evaluation across a broad 7–70 GHz operating range. These wideband antennas deliver consistent gain, stable radiation patterns, and repeatable measurement performance, making them essential tools for gateway testing, terminal development, feeder link verification, and Ka-, Q-, and V-Band SatCom research. Our dual-ridged horns support the critical SatCom bands used

Mauricio Miranda2025-12-09T15:36:00-05:00

Standard Gain Horn Antennas for SatCom, RF Testing & Microwave Systems

Standard Gain Horn Antennas for SatCom Available from 8.2 to 750 GHz Mi-Wave provides a complete line of Standard Gain Horn Antennas engineered for satellite communication (SatCom), RF measurement, microwave systems, antenna calibration, and mmWave research applications. Our precision horn antennas deliver accurate gain, stable performance, and predictable radiation patterns, making them essential for link testing, system characterization, signal measurement, and microwave/mmWave communication development. Mi-Wave gain horns support a broad range of Ka-Band,

Mauricio Miranda2025-12-09T15:26:08-05:00

Millimeter-Wave Antenna Products for SatCom

Antennas for Modern SatCom Systems Mi-Wave offers a complete range of millimeter-wave antenna products engineered for advanced satellite communication (SatCom) systems, including gateway Earth stations, user terminals, airborne platforms, and mobile satellite networks. Our antennas support high-frequency operation across Ka-Band, Q-Band, and V-Band, covering key SatCom ranges such as 37.5–39.5 GHz, 39.5–42.5 GHz, 37.5–42.0 GHz, 47.2–50.2 GHz, and 50.4–51.4 GHz. Built for precision and environmental durability, Mi-Wave antenna solutions deliver the performance required for next-generation satellite links

Mauricio Miranda2025-12-10T10:05:41-05:00

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

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