Maury at EuMW 2026
October 4 - 9, 2026
London, UK
Booth #B30
Join Maury Microwave at EuMW 2026, October 4–9 in London, where we’ll showcase solutions designed to keep pace with today’s toughest RF and microwave test challenges.
Visit Booth #B30 during the exhibition for live demonstrations and featured solutions covering:
From Device Characterization to PA Optimization: InsightPro for Advanced Load Pull
Improving Model Accuracy with Advanced Pulsed IV Measurements
Enabling 5G/6G PA Design with Double RF Pulse & Wideband Load Pull
Accelerating D-Band Component Development with VRLP Active Load Pull
Validating 5G NTN Performance Through Realistic Satellite Link Emulation
Accelerating VNA Calibration and Improving Measurement Integrity
Electronic Warfare and Counter-UAS Testing with Broadband Noise Generation
End-to-End RF Solutions for EMC Immunity Testing
- Higher Reliability RF Power: Solid-State Alternatives to Traveling Wave Tubes
Experience these technologies firsthand at EuMW 2026.
Schedule a Meeting with the Maury Team
Meet with the Maury team at Booth #B30 to discuss your application requirements.
Learn more about Maury solutions featured at EuMW 2026
Demos Addressing Your Most Challenging Requirements
Broadband, Solid-State Power Amplifiers
MPA-series solid-state amplifiers combine excellent linearity, low distortion, and stable output power with frequency coverage up to 98 GHz. Designed for reliable, high-fidelity performance across wide bandwidths, they support demanding EMC, radar, test and measurement, and communications applications, with extensive customization available for aerospace and defense requirements.
InsightPro for Advanced Load Pull
A VRLP featuring Nano Series automated impedance tuners enables advanced load-pull characterization under controlled source and load impedance conditions. The three-carriage Nano tuner supports harmonic impedance control, while InsightPro provides a unified environment for measurement, tuner control, visualization, and analysis.
Pulsed IV Characterization
MT2000 with Wideband Impedance Control
D-Band VRLP Active Load Pull
Advanced Satellite Link Emulation for 5G NTN
Noise and interference can degrade SNR and impact signal quality across satellite communication links. The ACE9000 dynamically applies AWGN to a modulated QAM signal to emulate changing link conditions and demonstrate the impact of SNR variation on signal quality.
Automated VNA Calibration with Measurement Uncertainty
Noise Solutions for EW and Counter-UAS
EMC Immunity Test & Measurement Solutions
Maury EMC immunity test solution brings together low-phase noise signal generation, MPA-series solid-state GaN amplifier, LLC Series coupler, PMX40 power meter, and StabilityPlus phase-stable cable assemblies. Together, these technologies provide the wideband frequency coverage, output power, linearity, accurate power measurement, and stable signal transmission needed for precise and reliable EMC immunity testing.
Read our EuMW 2026 Demonstration Guides
EuMW 2026 Demonstration Booklet - All Maury Demos in One Place
Maury Microwave is bringing best-in-class technologies to Booth B30 at EuMW 2026 in London, featuring live demonstrations of advanced load pull, pulsed IV measurements, satellite link emulation, VNA calibration, EMC immunity, counter-UAS testing, and real-time RF power measurement.
Download the EuMW 2026 product demonstration booklet to learn about each and every demo at the Maury booth.
SS02 EuMIC: Fundamentals of Microwave PA Design
Sunday, October 4, 2026
08:30 – 18:30
Room 7
Explore the fundamentals and latest advances in semiconductor microwave power amplifier design, including device technologies, load pull techniques, advanced amplifier architectures, stability, linearity, and linearization.
Design and model-oriented Load Pull techniques: from basic CW to wideband and double pulsed Load Pull systems
Gustavo Avolio, Maury Microwave
WS08 EuMC: Advances in AI-Driven Microwave Design: From devices up to system-level
Sunday, October 4, 2026
08:30 – 18:30
Room 12
This workshop covers how AI and machine learning are transforming microwave design, from data-driven device modeling and electromagnetic optimization to circuit, subsystem, and system-level design.
Loadpull data into Circuit Simulator Using Artificial Neural Networks
Gustavo Avolio, Maury Microwave
SM02 EuMC: Harnessing Phase Information to Improve RF Measurements
Monday, October 5, 2026
14:10 – 18:30
Room 2
Learn the use of amplitude and phase information to improve RF and microwave measurement accuracy, with a focus on phase references, traceable calibration, measurement uncertainty, and modern test and measurement techniques.
Behavioral Modeling via Time Domain Signal Analysis
Mauro Marchetti, Maury Microwave
WM06 EuMC/EuMIC: Enabling Ultra-Low Noise RF Systems: Technology, Materials and Metrology
Monday, October 5, 2026
08:30 – 18:30
Room 15
Learn about advances in ultra-low-noise RF systems, including semiconductor technologies, noise measurement challenges, and emerging metrology techniques for microwave and millimeter-wave applications.
Advancements in Noise Parameters Characterization: from Room-Temperature to cryogenic applications
Mauro Marchetti, Maury Microwave
EuMC36: Advanced Characterization of RF Devices and Systems
Wednesday, October 7, 2026
16:50–18:30
Room 14
This session covers advanced techniques for characterizing RF devices and systems, including vector network analysis, near-field measurements, high-power RF characterization, and noise parameter measurements at controlled and cryogenic temperatures.
Session Chair: Mauro Marchetti, Maury Microwave
