At the heart of many modern RF systems is the RF front-end module: a critical interface between the antenna and the digital processing chain. 

A UK digital and microwave radio frequency specialist has emerged from NATO’s elite innovation accelerator with international validation, accelerated product development and a clear pathway to frontline technology adoption.

The release of the long-awaited Defence Investment Plan (DIP) marks a defining moment for the UK's national security landscape. As the blueprint that translates the Strategic Defence Review (SDR) into practical action, the DIP sets a clear direction for a more integrated, resilient and technologically advanced Armed Forces. At Slipstream Engineering Design, we welcome this ambition.

Discover how we built a solution which maintains LTE communications in environments where GPS is unavailable—without complex, slow-to-deploy hardware restraints

Slipstream Design has successfully delivered a £1.1 million UK defence and security contract, awarded by a leading partner in late 2025. 

The UK's future competitiveness depends on its ability to grow and retain talent in science, technology, engineering and maths. If engineering businesses want to secure their future, they must play an active role in building that pipeline.

At Slipstream Design, we develop custom Digital & RF sub-systems and full transmit–receive modules (TRMs) built around your mission requirements.

Slipstream Design can now safely design and manufacture high-voltage pulsed RF power supplies up to 1,500 V, speeding development for advanced radar systems

Learn how our year-in-industry design engineering placements turn interns into confident professionals through mentorship, teamwork, and real-world projects.

In this interview, Digital Team Lead Stuart Kenny explains how scalable, testable, and tightly integrated code keeps complex RF systems stable, versatile, and future-ready.