Compact, Robust and Efficient Arrays for 6G Satellite Communications - CREAS
Purpose and goal
The project aims to utilize metallic additive manufacturing technology to develop a highly efficient, fully metallic, monolithic antenna array for 6G space communications. This approach reduces costs, weight, and improves performance through complex geometries that were previously limited with traditional manufacturing techniques. The project includes the design, manufacturing, and testing of 10 units, addressing the high-frequency requirements of 6G with validation in advanced microwave laboratories.
Expected effects and result
The expected outcome is the development of innovative, fully metallic, monolithic antenna arrays for 6G satellite communications. The approach surpasses conventional methods, offering greater design flexibility, faster development, and improved performance. This project has the potential to establish a new benchmark within Sweden’s communication industry.
Planned approach and implementation
The project is a collaboration between Northern Waves AB, KTH, and Viasat Inc. Electromagnetic design is performed at KTH, metallic additive manufacturing is provided by Northern Waves, and Viasat contributes 6G satellite communication expertise. The consortium builds on previous collaborations, including ESA projects, ensuring strong foundations.
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