EuMW 2026

EVENT HIGHLIGHTS

Event Name – European Microwave Week 2026 (EuMW 2026)

Organizer – European Microwave Association (EuMA)

Event Date – 4th – 9th October 2026

Venue – ExCeL London

City – London

Country – United Kingdom

European Microwave Conference Architectural Standards

The 56th European Microwave Conference (EuMC) focuses on high-frequency passive components, active circuits, and antenna system design principles. Engineers evaluate millimeter-wave filter topologies, planar transmission lines, and phased-array beamforming architectures across industrial RF spectrum allocations.

Designers analyze subsystem linearity, power conversion efficiency, and thermal management parameters. Precision vector network analyzers measure S-parameter matrices under extreme environmental constraints. Passive sub-assemblies require low dielectric loss substrates to maintain signal integrity across multi-gigahertz channels. System architects integrate these high-frequency modules directly into terrestrial communications hardware.

European Microwave Integrated Circuits Manufacturing Techniques

The 21st European Microwave Integrated Circuits Conference (EuMIC) addresses Gallium Nitride (GaN), Silicon-Germanium (SiGe), and Indium Phosphide (InP) semiconductor process technologies. Foundries demonstrate monolithic microwave integrated circuit (MMIC) layouts optimized for high power density and sub-terahertz amplification.

Fabrication engineers inspect wafer-level interconnects, low-noise amplifiers, and power amplifier stages. Sub-micron gate lengths enable operational bandwidth expansion beyond standard RF frequencies. Automated optical inspection verifies wire bond integrity across complex packaging layouts. Advanced substrate materials minimize parasitic capacitance within dense RF front-end architectures.

European Microwave Radar Detection and Sensing Systems

The 23rd European Microwave Radar Conference (EuRAD) targets target classification algorithms, synthetic aperture radar (SAR) payloads, and FMCW transceiver modules. Systems deliver sub-centimeter spatial resolution for defense tracking networks and industrial range measurement systems.

RF engineers configure multi-channel beamformers and Doppler processing units. Digital signal processors extract micro-Doppler signatures from low-observable surface targets. High-dynamic-range receivers mitigate severe co-channel interference in congested spectral environments. Physical layer transceivers incorporate robust phase-locked loops to guarantee precise frequency sweeps.

Automotive and 6G Communications Infrastructure

Dedicated Automotive and 6G Forums investigate 77 GHz radar sensors, ultra-wideband (UWB) vehicle localization, and sub-terahertz wireless backhaul infrastructure. Automotive OEMs examine radar-radome integration, target tracking software, and multi-gigabit vehicular connectivity protocols.

Engineers validate antenna-in-package (AiP) structures for next-generation telematics control units. Channel sounders characterize path loss models across indoor and urban propagation paths. Dynamic beam tracking algorithms maintain stable links during rapid mobility scenarios. Hardware architectures balance strict thermal dissipation budgets against stringent automotive reliability metrics.

Defense and Space Payloads Payload Engineering

The Defense and Space Forums address radiation-hardened microwave hardware, satellite payload transponders, and electronic warfare (EW) receiver architectures. Defense contractors analyze high-power solid-state transmitters, spatial power combining, and wideband signal intelligence platforms.

Satcom engineers optimize payload mass-to-power ratios using lightweight waveguide structures. Space-qualified components undergo rigorous vacuum testing and thermal shock cycles. Electronic support measures require instant frequency measurement receivers operating across broad instantaneous bandwidths. Highly selective filtering networks suppress adjacent channel jamming signals efficiently.

STRATEGIC TAKEAWAY

Enterprise procurement teams and RF system integrators must prioritize supplier validation across GaN MMIC foundries, automated load-pull measurement benches, and sub-terahertz packaging workflows demonstrated at EuMW 2026. Securing early technical access to radiation-hardened components and high-efficiency power amplifiers directly reduces development lead times for aerospace, 6G infrastructure, and autonomous vehicle radar programs.

Frequently Asked Questions

1. Where and when is EuMW 2026 held? EuMW 2026 takes place at ExCeL London in the United Kingdom from 4th to 9th October 2026. The co-located commercial exhibition runs from Tuesday 6th October to Thursday 8th October 2026.

2. Which individual conferences make up European Microwave Week 2026? The event comprises three co-located technical conferences: the 56th European Microwave Conference (EuMC), the 21st European Microwave Integrated Circuits Conference (EuMIC), and the 23rd European Microwave Radar Conference (EuRAD). Dedicated industry forums cover Automotive, Defence, Space, and 6G sectors.

3. Does registration for one conference allow entry into the other conference sessions? Registration for a single conference provides access only to that specific conference’s sessions. Delegates who register for two or more co-located conferences receive a multi-conference registration discount.

4. How do delegates receive conference papers and proceedings for EuMW 2026? All accepted papers for registered conferences are distributed as a single electronic download file combining EuMC, EuMIC, and EuRAD. Slide presentations from workshops are provided as a separate electronic download rather than on physical media.

5. What visa or travel documentation is required for international attendees entering London? Most international visitors traveling to London for EuMW 2026 require either an Electronic Travel Authorization (ETA) or a standard UK visa alongside a valid passport. Attendees must confirm entry requirements via official UK travel guidelines prior to departure.