20 MHz–7.5 GHz | 1 W–200 W | GaN & LDMOS Power Amplifiers

Empirical RF Engineering

Measured S-Parameters, Not Estimates

Our modules are validated against published S-parameters and thermal efficiency curves, ensuring precise 50-ohm impedance match and reliable performance across the full thermal envelope.

Power Stage Architecture

GaN-on-SiC vs. LDMOS

GaN-on-SiC die selection provides ultra-high power density and broadband operational efficiency, critical for compact, high-frequency applications. Its superior thermal conductivity enables robust performance in harsh environments.

High-linearity LDMOS devices deliver superior power-added efficiency for narrowband infrastructure, optimizing signal integrity. This technology is ideal for applications demanding exceptional linearity and power control.

Our Engineering Principle

Validation on Calibrated Spectrum Analyzers

Every module is rigorously tested to guarantee performance. We publish measured S-parameters and thermal efficiency curves, not theoretical best-cases.

— Precision Under Test

Macro view of gold-plated RF traces on a populated PCB power stage, undergoing calibrated spectrum analysis for impedance matching.

Custom Matching Network Engineering

Share your bandwidth, supply rail, and mechanical constraints. Our team will engineer the precise solution for your system.