Frontgrade Gaisler Leads European Semiconductor Project for Space Applications
Europe, Tuesday, 17 December 2024.
Frontgrade Gaisler, with ESA, advances Europe’s role in space with a 7nm semiconductor project, boosting technological sovereignty and impacting the Dutch tech industry.
Strategic Partnership and Project Scope
On December 15, 2024, Frontgrade Gaisler, based in Gothenburg, Sweden, signed a groundbreaking contract with the European Space Agency (ESA) to develop advanced semiconductor technology [1][3]. The project focuses on Ultra Deep Sub-Micron (UDSM) technology using 7nm nodes, representing a significant leap in European space-grade semiconductor capabilities [1]. This initiative brings together key industry leaders, including imec (Interuniversitair Micro-Elektronica Centrum vzw) and IMST GmbH, combining their expertise in high-performance microprocessors and advanced semiconductor libraries [1].
Technical Innovation and Capabilities
The project centers on developing radiation-hardened libraries and IP cores specifically designed for space applications [3]. Frontgrade Gaisler, known for their LEON/SPARC and RISC-V synthesizable processor models [2], will integrate cutting-edge technologies including high-speed serial interfaces and System-in-Package concepts [3]. The company’s track record is impressive, with their space-grade microprocessors having been deployed to every planet in our solar system through various ESA missions [2].
European Space Technology Sovereignty
Boris Glass, Technical Officer at ESA, emphasizes the strategic importance of this initiative: ‘ESA is proud to support this groundbreaking initiative, which represents a critical step toward European sovereignty in advanced semiconductor technologies for space’ [3]. The project is part of ESA’s ‘EEE Space Component Sovereignty for Europe’ program [1], demonstrating Europe’s commitment to maintaining technological independence in critical space technologies.
Future Impact and Applications
The development incorporates advanced AI capabilities, as evidenced by Frontgrade Gaisler’s recent licensing of Akida neuromorphic AI IP from BrainChip [2][3]. This integration aims to enhance future space processors with neuromorphic AI capabilities [2]. The project’s ultimate goal is to advance microprocessor prototypes toward full functionality, production, and qualification for deep-space missions and satellite constellations [3].