NEW FOR 2026


As we move into 2026, AMCOM Communications continues to build momentum through expanded product offerings, growing customer partnerships, and ongoing investment in advanced RF and semiconductor technologies. 

End-to-end solutions from AMCOM for Custom Design Amplifiers & Filters 

Design-Build-Qualify (DBQ) is AMCOM’s integrated approach to developing high-performance RF and microwave solutions with speed, reliability, and accountability. Rather than separating design, manufacturing, and qualification into disconnected phases, AMCOM manages the entire lifecycle under one coordinated framework. 


Our engineering team designs the solution to meet the customer’s electrical, mechanical, and environmental requirements, our manufacturing group builds the hardware using proven production processes, and our qualification team validates performance through rigorous testing and verification. This unified process reduces development risk, shortens program timelines, and ensures that the final product delivered to the customer meets the highest standards of performance, repeatability, and reliability. 


COTS High Power Amplifier Modules

At AMCOM Communications, the quality of our amplifier modules is driven by disciplined engineering, precision manufacturing, and rigorous verification at every stage of development. Our designs utilize carefully selected semiconductor technologies, optimized RF layouts, and robust thermal and mechanical structures to ensure stable performance across demanding operating conditions. 


Each module is thoroughly tested to verify key parameters such as gain, noise figure, bandwidth, return loss, and output power, ensuring consistent performance that matches design specifications. With strict control over manufacturing processes and component traceability, AMCOM amplifier modules deliver the reliability, repeatability, and long-term stability required for mission-critical RF and microwave applications.



 

High-performance semiconductor solutions supporting advanced RF and microwave systems. Leveraging proven device technologies and deep application expertise, AMCOM delivers reliable semiconductor components optimized for power, efficiency, and consistent performance in demanding commercial, aerospace, and defense environments. 

 AMCOM Communications offers a broad range of high-performance RF passive components designed to support demanding microwave and millimeter-wave systems. Our portfolio includes couplers, power dividers, filters, attenuators, and other precision passive devices engineered for low loss, excellent isolation.

Join AMCOM Communications at the IEEE MTT-S International Microwave Symposium this June to learn more about our latest RF, microwave, and semiconductor technologies. Stop by our booth to meet our engineering team, explore new products, and solutions.


A Linear Simulation Technique for a Power Traveling-Wave Amplifier

A Linear Simulation Technique for a Power Traveling-Wave Amplifier

This Paper discusses a simple linear simulation technique to optimize the design of a traveling-wave amplifier (TWA) for best power and efficiency ...
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Can CMOS Challenge GaAs for High Frequency High-Power Applications?

Can CMOS Challenge GaAs for High Frequency High-Power Applications?

While the general notion is that Silicon based CMOS is excellent for low-frequency digital application, and that GaAs based MESFET / PHEMT is domin...
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Broadband MMIC Power Amplifier for Multiple Wireless Systems

Broadband MMIC Power Amplifier for Multiple Wireless Systems

We report the successful development of a broadband, high-linearity MMIC P A. This single P A is useful for multiple wireless systems including sat...
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A Mirror Predistortion Linear Power Amplifier

A Mirror Predistortion Linear Power Amplifier

We propose a new type of predistortion linearization technique: “Mirror Predistortion”. In a regular predistortion power...
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UHiFET – A New High-Frequency High-Voltage Device

UHiFET – A New High-Frequency High-Voltage Device

The HiFET (High-Impedance, High-Voltage FET) configuration is used to connect several semiconductor FETs both DC and RF in series, resulting i...
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