X-Microwave Showcases Modular RF Design Platform
The company demonstrated its system for rapid circuit prototyping at European Microwave Week 2026.
Updated on Oct. 20, 2026 in Semiconductors
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X-Microwave presented its modular RF design platform at European Microwave Week 2026, highlighting a library of over 8,000 interchangeable building blocks. The system allows engineers to build and test circuits without the need for traditional soldering.
Why it matters
This modular approach enables the rapid evaluation of complex RF devices and subsystems. By streamlining the prototyping process, the platform helps reduce design risk and significantly shortens development cycles.
The X-MWblocks portfolio features 8,000 components, including mixers, filters, and amplifiers from manufacturers like Analog Devices and MACOM. Designers utilize a standardized mechanical interface with solderless ground-signal-ground jumpers.
The players
X-Microwave
This company specializes in modular RF and microwave design platforms and integration services for high-frequency electronics engineering.
Analog Devices
This multinational semiconductor company manufactures integrated circuits for data conversion, signal processing, and power management applications.
MACOM
This organization designs and manufactures high-performance analog semiconductor solutions for the telecommunications and industrial markets.
The details
Engineers leverage the X-Microwave Protoplate system to reconfigure signal paths and swap components using anchor hardware. Once prototypes are validated, the company offers Integrated Microwave Assembly services to transition these modular designs into standardized or custom production housings.
Timeline
European Microwave Week 2026 took place in London from 4-9 October 2026.
The Tech Race
This development represents a major shift toward modularity in high-frequency hardware, challenging the slow, labor-intensive nature of traditional surface-mount soldering. It positions the company as a provider of flexible design alternatives against static PCB prototyping workflows.
Engineers gain the ability to drastically reduce their iteration timelines by testing designs without permanent soldering. This flexibility allows for faster product development and easier troubleshooting during the research and development phase.
The takeaway
Adopting modular platforms can simplify the transition from initial bench testing to production-ready hardware. Engineers should consider evaluating their design workflows to determine if interchangeable components can minimize project risk.
Further reading
For more context on the latest industry developments, visit the Semiconductors section.
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