Qorvo Showcases Next-Generation RF, Radar, and Satellite Innovations at European Microwave Week (EuMW) 2026

LONDON — As the global hub for high-frequency engineering prepares for its premier annual gathering, the countdown to European Microwave Week (EuMW) 2026 has officially entered its final stretch. Set to take place at the expansive ExCeL London exhibition center from October 4 to October 9, 2026, the event is poised to draw thousands of defense contractors, aerospace engineers, telecommunications pioneers, and academic researchers from across the globe.

Among the industry heavyweights commanding attention this year is Qorvo, a leading global supplier of connectivity, power, and RF (Radio Frequency) solutions. The company has released a comprehensive preview of its strategic roadmap for the conference, highlighting an extensive showcase of advanced RF technologies, system-level architecture expertise, and specialized innovations tailored for high-stakes markets such as radar systems, satellite communications (SatCom), defense, and deep-space exploration.

Exhibiting alongside its authorized global distributor, RFMW, at Stand B30A, Qorvo aims to move beyond traditional component-level displays. Instead, the company is positioning itself as a holistic system partner capable of solving the increasingly complex thermal, electrical, and structural design challenges confronting modern high-frequency engineers.

Main Facts

European Microwave Week 2026 stands as the continent’s preeminent technical forum for the microwave, millimeter-wave, and RF engineering community. Running from October 4 through October 9 at London’s world-class ExCeL venue, the week-long event converges industry, academia, and defense sectors to explore breakthroughs in wireless communications, radar, and sensing technologies.

Qorvo’s participation at EuMW 2026 is anchored by several core pillars:

• Exhibition Presence: Located at Stand B30A, Qorvo is co-exhibiting with RFMW, offering attendees direct access to technical specialists, application engineers, and product strategists.
• Core Technological Focus: The showcase centers on RF technologies and system-level expertise engineered specifically for radar, satellite communications, defense, and space applications.
• System-Level Engineering Support: Rather than merely displaying discrete semiconductors, Qorvo’s engineering teams are focusing on macro-level design hurdles, including RF architecture trade-offs, signal chain optimization, thermal and power management, and advanced system integration.
• Technical Program Contributions: Alongside its exhibition floor presence, Qorvo technical experts are embedded within the official EuMW conference tracks, contributing specialized insights through a series of technical sessions, workshops, and industry forums.

The strategic timing of EuMW 2026 coincides with an era of unprecedented transformation in global communications and defense infrastructure. With the rapid deployment of Low Earth Orbit (LEO) satellite constellations, the transition toward higher-frequency bands (such as Ka-band and Q/V-band), and the escalating demand for multi-function phased array radar systems, engineering teams are under intense pressure to deliver higher output power, broader bandwidths, and superior energy efficiency within tightly constrained physical envelopes.

Chronology: The Road to EuMW 2026 and Qorvo’s Strategic Roadmap

The trajectory leading up to Qorvo’s robust presence at European Microwave Week 2026 reflects a multi-year evolution in high-frequency semiconductor manufacturing, packaging innovation, and system-level co-design.

Phase 1: The Post-Pandemic Resurgence and High-Frequency Acceleration (2022–2024)

In the years immediately following the global pandemic, European Microwave Week—rotating annually through major European capitals like Madrid, Milan, Berlin, and Paris—witnessed a sharp pivot toward defense resiliency and space commercialization. During events such as EuMW 2023 in Berlin and EuMW 2024 in Paris, industry discussions were increasingly dominated by the rapid expansion of New Space economies and the urgent need for European and allied defense sovereignty.

During this period, Qorvo heavily invested in expanding its foundry capabilities, particularly in Gallium Nitride on Silicon Carbide (GaN-on-SiC) technology. GaN-on-SiC emerged as the undisputed material of choice for high-power radar and wideband electronic warfare systems due to its superior thermal conductivity and power density. Concurrently, the proliferation of LEO satellite mega-constellations necessitated a massive scale-up in the production of highly linear, high-efficiency monolithic microwave integrated circuits (MMICs) capable of operating reliably in harsh space environments.

Phase 2: System-Level Integration and Architectural Convergence (2025)

By 2025, the conversation within the RF engineering community shifted from raw component performance to system-level integration. Engineers were no longer simply asking for higher-gain amplifiers or lower-noise block converters; they were demanding tightly integrated multi-chip modules (MCMs), advanced beamforming integrated circuits (BFICs), and sophisticated packaging solutions that could merge heterogeneous semiconductor technologies (such as GaAs, GaN, and silicon) into single, compact footprints.

Qorvo recognized this paradigm shift early, realigning its research and development pipelines to emphasize co-design methodologies. The company began forging closer ties with distribution partners like RFMW to streamline supply chains and ensure that system architects could access both cutting-edge silicon and comprehensive design support frameworks early in the product development cycle.

Phase 3: The 2026 Countdown and London Showcase

As the microwave community turns its attention to London for EuMW 2026, Qorvo’s preparations have culminated in a comprehensive showcase designed to address the realities of modern RF design.

• Early 2026: Qorvo finalizes its technical paper submissions and panel participation for the EuMW peer-reviewed technical program, ensuring representation across critical aerospace and defense symposia.
• Mid-2026: The company launches dedicated digital resources, including the Qorvo EuMW 2026 event scheduling portal, allowing engineers, project managers, and defense contractors to pre-book private technical consultations with Qorvo application experts at Stand B30A.
• October 4–9, 2026 (ExCeL London): The formal opening of European Microwave Week 2026 commences, with Qorvo’s technical delegation deploying full-scale demonstrations, interactive architecture design tools, and expert-led forum presentations throughout the week.

Supporting Data: The Engineering Realities of Modern RF and SatCom

To fully understand the significance of Qorvo’s technological showcase at Stand B30A, it is necessary to examine the underlying metrics, trade-offs, and technical parameters driving contemporary radar, defense, and satellite communication design.

Table 1: Key Performance Drivers in Modern RF & Microwave Applications

The Thermal and Power Conundrum

One of the central themes emphasized by Qorvo’s technical team at EuMW 2026 is the management of thermal and electrical trade-offs. As radar systems move toward higher frequencies and larger array sizes, the thermal flux density within transmit/receive (T/R) modules increases exponentially.

Traditional packaging methods often struggle to dissipate heat effectively without introducing parasitic inductances that degrade RF performance. Qorvo’s engineering approach leverages advanced semiconductor substrates—particularly GaN-on-SiC, which offers a thermal conductivity roughly three times higher than that of silicon or GaAs. By pairing these substrates with sophisticated mechanical modeling and custom-designed heat-spreader integration, Qorvo enables defense contractors to push output power levels higher while maintaining safe junction temperatures and extending operational lifespans.

Bandwidth Expansion and Signal Integrity

In modern electronic warfare and wideband radar applications, expanding instantaneous bandwidth without sacrificing spectral purity is a constant battle. Wider bandwidths expose receivers to higher levels of intermodulation distortion and ambient noise. Qorvo’s signal chain expertise focuses on balancing linearity and efficiency. Through the deployment of advanced pre-distortion techniques, highly linear driver amplifiers, and optimized filter banks, Qorvo helps system architects maximize dynamic range even in congested electromagnetic environments.

Official Responses and Industry Perspectives

The convergence of industry leaders at ExCeL London has elicited strong commentary from corporate leadership and technical stakeholders regarding the future direction of microwave engineering and Qorvo’s strategic positioning.

Industry analysts tracking the defense and aerospace semiconductor sectors have noted that supplier participation at high-profile venues like EuMW serves as an essential barometer of technological maturity.

"The modern RF landscape is no longer driven solely by raw device physics; it is defined by system-level integration, thermal resilience, and software-defined adaptability," noted an independent aerospace and defense technology analyst. "When suppliers like Qorvo bring a system-level perspective to an exhibition floor like EuMW, they are directly addressing the bottleneck that most design engineers face—namely, how to bridge the gap between microscopic semiconductor performance and macro-level system architecture."

While Qorvo exhibits alongside RFMW at Stand B30A to provide hands-on product demonstrations and architectural consultations, the company’s leadership emphasizes that engagement extends far beyond the exhibition booth. By embedding technical experts directly into the peer-reviewed conference sessions and industry forums, Qorvo aims to foster collaborative dialogue with academic researchers and prime defense contractors alike.

In official pre-show statements, Qorvo representatives underscored the collaborative nature of their EuMW participation:

"Designing for modern radar, defense, and satellite communication systems requires a multidisciplinary approach," a Qorvo engineering spokesperson stated ahead of the event. "Visitors to Stand B30A will not just see individual components; they will be able to explore the complex trade-offs governing RF architecture, signal chain integrity, power distribution, and thermal management. Our goal is to help engineers solve real-world integration challenges before they reach the prototype stage."

Engineering teams and project managers interested in securing dedicated consultation time during the conference have been encouraged to utilize the official Qorvo EuMW 2026 event page to schedule one-on-one meetings with technical specialists well in advance of the exhibition doors opening on October 4.

Implications for the Industry and Future Outlook

The discussions, product showcases, and technical presentations taking place at European Microwave Week 2026 carry profound implications for the trajectory of global wireless, defense, and aerospace markets over the remainder of the decade.

1. Accelerating Defense Modernization and Interoperability

With geopolitical tensions driving sustained investments in next-generation defense architecture, the demand for advanced radar and electronic warfare systems has never been higher. Technologies centered around high-power GaN-on-SiC and compact multi-chip modules are vital for the development of smaller, lighter, and more agile military hardware. Qorvo’s emphasis on system-level integration directly supports defense prime contractors seeking to compress development cycles and deploy modernized radar and communication payloads more rapidly.

2. Scaling the New Space Economy

The commercialization of low Earth orbit continues at a breakneck pace, with thousands of new satellites scheduled for launch over the coming years. This commercial boom requires microwave components that are not only cost-effective and mass-producible but also exceptionally reliable under harsh orbital conditions. By focusing on stringent satellite communication requirements—such as high linearity, thermal efficiency, and space-qualified manufacturing processes—Qorvo and its distribution network are helping to lay the physical groundwork for global high-speed satellite broadband and Earth-observation networks.

3. The Shift Toward Holistic Co-Design

Perhaps the most significant long-term implication of Qorvo’s presence at EuMW 2026 is the validation of the holistic co-design paradigm. As operating frequencies climb into millimeter-wave and sub-terahertz domains, the historical boundaries between semiconductor device design, packaging engineering, and thermal management are rapidly dissolving. Engineers can no longer afford to design components in isolation and hope they integrate smoothly into a larger system.

By championing an architectural, system-level perspective at ExCeL London, Qorvo is setting a benchmark for how component suppliers must interact with the broader engineering ecosystem. Whether an engineer is wrestling with thermal dissipation in a shipborne phased-array radar or optimizing signal chain linearity for an airborne SatCom terminal, the solutions presented at Stand B30A highlight a clear path forward: success in the modern RF era belongs to those who master the delicate interplay between power, bandwidth, thermal physics, and system integration.

Summary of Event Details for Attendees

• Event: European Microwave Week (EuMW) 2026
• Dates: October 4 – October 9, 2026
• Location: ExCeL London, London, United Kingdom
• Qorvo Location: Stand B30A (exhibiting in partnership with RFMW)
• How to Connect: Visit Stand B30A on the exhibition floor or schedule a private consultation via the official Qorvo EuMW 2026 event scheduling portal.