The collaboration between VTT and NordAmps responds to global demand for high-performance, energy-efficient communication and sensing technologies as society moves toward AI, 6G, advanced satellite connectivity, and autonomous systems. It introduces an entirely new transistor architecture: standing III-V nanowire on silicon, which combines scalability with high performance for the next generation of RF electronics.
With increasing pressure on Europe to strengthen its technological sovereignty in the semiconductor sector, and with the rapid rise of high-frequency applications, there is a need for new manufacturing capabilities and materials. The collaboration between VTT and NordAmps helps to bridge the gap between research and industrial-scale production in Europe.
The ultimate goal is to establish a production line at VTT to fabricate NordAmps’ novel RF components, starting with high-frequency Low-Noise Amplifiers (LNAs), based on its unique nanowire transistor technology. This will enable early deliveries to customers, demonstrate industrial scalability, and build a foundation for a European supply chain in advanced RF components. In the first phase, the focus is on converting the existing process to be compatible with VTT Micronova’s cleanroom equipment set.
“Partnering with VTT is a strong recognition of the high potential of our technology as a breakthrough for the next generation of high-frequency RF front-end components. Together, we are transforming our nanowire transistor innovation into scalable, high-performance products that will shape the future of communication and sensing”, says Jan Andersson, CEO of NordAmps.
“At VTT, we see great potential in NordAmps’ transistor technology for the next generation of RF front-ends. We are proud to be part of this journey — supporting NordAmps in advancing and refining its breakthrough innovation towards industrial reality. The collaboration aligns perfectly with VTT’s focus on enabling 6G technologies and mission of turning cutting-edge research into real-world impact”, says Tauno Vähä-Heikkilä, VTT’s Vice President, Microelectronics and Quantum Technology.
Reliable, energy-efficient RF front-end components are essential in all RF systems, ranging from base stations and satellites to radar and sensing systems. This partnership demonstrates how European innovation can translate advanced research into tangible industrial impact, strengthening both economic competitiveness and sustainability in RF electronics enabling next-generation connectivity and computing applications.
