mmWave
Amplifiers
Solid-state millimeter wave and microwave amplifiers for active transmission, signal conditioning, and receiver front ends. Compact modules with integrated thermal management for defense, satellite, and communications systems.
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High Power Amplifiers
Solid-state power amplifier modules with waveguide interfaces and integrated cooling. Split-block construction with gold-plated housings for maximum output power and thermal stability across mmWave bands.
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Low Noise Amplifiers
Ultra-low noise figure LNA modules for receiver front-end applications. Compact machined housings with waveguide-to-MMIC transitions optimized for maximum sensitivity and signal integrity.
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Medium Power Amplifiers
Versatile MMIC-based amplifier modules for driver stages, transmit chains, and signal conditioning. Balanced output power and gain flatness for system-level integration across mmWave bands.
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GaN and GaAs MMIC-based architectures eliminate the maintenance and reliability concerns of traveling wave tube amplifiers while delivering consistent, high-power output.
Integrated heatsinking, cooling fins, and cold-plate mounting options ensure stable operation at full output power across extended temperature ranges.
From standalone modules to multi-stage amplifier chains integrated into larger RF sub-assemblies. Our team works from your specifications through delivery.
Every amplifier ships with measured gain, P1dB, noise figure, and VSWR data. Test reports and S-parameter files available on request.
In-house MMIC selection and matching network design using full-wave simulation. Optimized for gain flatness, linearity, and output power across the operating band.
Standard waveguide and coaxial interfaces for direct integration into your RF signal chain. Built-in bias sequencing, monitoring, and reverse-polarity protection.
Where Our Amplifiers Perform
RF Essentials mmWave amplifiers operate across satellite uplinks, radar transmitters, electronic warfare systems, and high-speed communications links. Every module is designed for the thermal, mechanical, and electrical demands of its target application.
- Satellite Communications
- Radar Transmitters
- Electronic Warfare
- 5G / 6G Infrastructure
- Point-to-Point Links
- Test & Measurement
- Defense Systems
- Scientific Research