Applications & Use Cases

High-Power Ku-Band GaN BUC (200W / 250W) for Satellite Uplink Systems

2026-07-23

Satellite uplink ground stations face severe link budget constraints when transmitting high-throughput signals during heavy rainfall or long-distance orbital hops. Atmospheric attenuation requires higher transmit...

6–18 GHz 20 W Broadband GaN SSPA for Radar and EW Applications

2026-07-22

The MCW6018M43A is a 6–18 GHz 20 W GaN solid-state power amplifier (SSPA) built for radar, electronic warfare (EW), and RF test systems. It delivers...

6–18 GHz 20 W GaN Solid-State Power Amplifier: RF Subsystem Integration Guide

2026-07-22

The MCW6018M43A is a multi-octave broadband solid-state power amplifier (SSPA) operating across the 6000 MHz to 18000 MHz frequency spectrum. Designed for electronic warfare, radar...

6–18 GHz 50 W Broadband GaN SSPA for Radar and EW Applications

2026-07-21

The MCW6018M47A is a broadband solid-state power amplifier (SSPA) covering the 6–18 GHz frequency range for radar, EW, and RF test applications. Achieving flat gain...

6–18 GHz 50 W GaN Solid-State Power Amplifier: SWaP Optimization Guide

2026-07-21

Achieving flat gain response across a multi-octave bandwidth while maintaining a compact footprint remains a key challenge in broadband RF power amplifier design. Traditional traveling-wave...

SWaP Optimization Using a 6–18 GHz 20 W GaN SSPA

2026-07-20

For microwave component engineers, achieving flat gain response across a multi-octave bandwidth while maintaining a small physical footprint is a fundamental design goal. Traditional traveling-wave...

Integrating the 6–18 GHz 20W GaN High Power Amplifier into Radar and EW Subsystems

2026-07-20

Electronic warfare (EW) systems, broadband jamming platforms, and radar simulation networks require multi-octave power amplification across multiple microwave bands. Narrow-band amplifiers increase system complexity by...

1024-Element X-Band AESA Antenna | 8.5–10.5 GHz Active Phased Array

2026-07-17

Modern ground-based air surveillance systems, counter-UAS radar networks, and tracking radar stations require AESA front-end modules capable of fast electronic beam steering. Standard mechanical steering...