Sivers Semiconductors announced it has been awarded a new development program by the European Space Agency (ESA). The contract, valued at approximately USD $900,000, will span 18 months and support the development of next-generation satellite communication (SATCOM) beamforming integrated circuits (BFICs).
The ESA’s initiative will advance broad-market SATCOM BFICs targeting superior performance and improved energy efficiency. This builds on Sivers Semiconductors’ technology roadmap, with the company’s current generation of SATCOM BFICs scheduled for broad release in Q1 2026.
Sivers Semiconductors continues to strengthen its role in Europe’s strategic SATCOM initiatives, delivering high-performance, energy-efficient solutions for both commercial and government satellite communications. The ESA program positions Sivers Semiconductors for continued growth, supporting evolving global market needs while driving the development of next-generation SATCOM technology.
Vickram Vathulya, CEO
As the only EU-based commercial provider of mmWave BFICs for SATCOM and 5G, this award reinforces our position as a key player in the European SATCOM ecosystem It enables us to push the boundaries of BFIC performance while meeting critical energy-efficiency requirements, positioning Sivers to deliver both our upcoming products and the next-generation solutions the market will demand
Harish Krishnaswamy, Managing Director of the Wireless Business Unit
Being selected for this ESA program highlights Sivers’ commitment to advancing Europe’s SATCOM innovation We are proud to contribute to ESA’s mission and support strategic initiatives like IRIS2, which are crucial to establishing a robust SATCOM network for the European Union
Dr. Václav Valenta, Directorate of Technology, Engineering and Quality, European Space Agency
Phased arrays have become essential to modern SATCOM, and semiconductor advances have finally made them broadly affordable Yet beamforming networks in today’s user terminals remain too complex and power-hungry, limiting true scalability This new ESA project tackles that challenge head-on by exploring smarter combinations of active and passive beamforming architectures and antenna-feeding mechanisms, designed to enable a new generation of significantly more efficient phased arrays We are very pleased to launch this strategic development with Sivers Semiconductors, who plays a key role in the global phased-array supply chain