Build on Qorvo Expertise
U.S.-based RF foundry and engineering expertise for manufacturable, mission-ready designs.
EuMW 2026
Solutions and Expertise for RF System Challenges
RF performance decisions extend well beyond the component. We bring a system-level perspective to the tradeoffs, backed by broad RF technology expertise. Meet with our team to discuss your current program or design challenge, including:
- RF architecture and signal-chain tradeoffs
- Power and thermal considerations
- Integration issues affecting system performance
- Increasing bandwidth and output power without compromising RF performance
Solutions and Expertise for RF System Challenges
RF performance decisions extend well beyond the component. We bring a system-level perspective to the tradeoffs, backed by broad RF technology expertise. Meet with our team to discuss your current program or design challenge, including:
- RF architecture and signal-chain tradeoffs
- Power and thermal considerations
- Integration issues affecting system performance
- Increasing bandwidth and output power without compromising RF performance
Different Applications. Different RF Challenges.
Every application brings a different set of RF challenges. We combine technology depth with application expertise to solve them at the system level.
Radar
Maximize detection and range while managing power, efficiency, thermal and array size within system constraints.
SATCOM
Enable multi-band, multi-orbit architectures while managing flat-panel architectures and terminal footprint.
Electronic Warfare
Operate across contested spectrum with wide bandwidth and output power, while responding to changing threats.
Communications
Increase throughput in a crowded spectrum while maintaining signal integrity.
Our Value
System-level Perspective
Deep knowledge of tradeoffs that impact performance, size, power, thermal management and integration.
Extensive RF Portfolio
RF technologies across the signal chain drive system architecture and performance.
Technology + Expertise
Technology depth and application expertise translate design requirements into practical RF solutions.
See us at EuMW 2026
Course
Multi-Band, Multi-Orbit, Multi-Constellation Ground Terminals
Sunday, October 4, 2026 Room 6
Defence Forum
RF Technology for Smaller, More Capable Platforms
Wednesday, October 7, 2026 Room 12
Space Forum
New Frontiers in Space Technologies
Thursday, October 8, 2026 Room 11
Course
Frequency-Agile Phase for Beamforming
Monday, October 5, 2026 Room 2
Paper
Reconfigurable Filters
Tuesday, October 6, 2026 Room 13
Technical Content for RF System Challenges
Ebook
LEO Satellites: Driving the Future
This e-book explains how new SATCOM technologies are advancing communication networks and meeting growing performance expectations.
Technical Article
Advancing Wideband RF Power: Next-Generation GaN-on-SiC SSPAs Optimize SWaP-C and Mission
GaN-on-SiC SSPAs reduce SWaP-C while improving reliability in high-power RF systems.
Technical Article
The Importance of Input Linearity
Optimize RF receiver performance by understanding the impact of input linearity.
Ebook
GaN for Dummies
This book explains how GaN technology works and how its solutions help businesses, consumers, and governments wirelessly connect to the world around them.
RF System Design FAQS
Answers to common questions about RF system design and our capabilities.
Our SATCOM terminal products include beamforming and RF technologies for flat-panel arrays. The portfolio covers key design considerations including beam steering, power efficiency, thermal management and terminal footprint across multi-orbit architectures.
Contested spectrum puts pressure on bandwidth, output power and response time, with direct effects on efficiency, thermal management and RF architecture.
Integrating functions such as power amplification, low-noise amplification, switching and protection can reduce component count and simplify the RF front end. The resulting architecture can also improve power efficiency, thermal management and use of available board or array space.
GaN-on-SiC PAs combine high RF power density and wide bandwidth with the high thermal conductivity of the SiC substrate. These characteristics make it well suited for high-power radar, SATCOM and EW architectures where efficiency, power density and system size are closely linked.
Qorvo combines RF technology depth with application expertise to evaluate decisions across the signal chain. This system-level perspective connects component choices with the architecture and performance goals of the overall design.
Yes. Visitors can schedule time with Qorvo experts during EuMW 2026 to talk about current RF programs and system design challenges.
