Wireless & Connectivity

Next-generation communication and sensing technologies drive the future of wireless ecosystems spanning from local Wi-Fi, BLE, and UWB networks to global 5G, 6G, and satellite-based NTN infrastructures, which form the resilient backbone of our digital world.

By merging advanced RF front-end design with intelligent algorithms, this architectural framework enables high-speed, secure, deterministic real-time, and massive device connectivity. This is achieved through the seamless integration of custom chip design, innovative antenna concepts, and mmW technologies. By uniquely combining embedded AI with Time-Sensitive Networking (TSN), these systems process critical data instantly at the edge, ensuring real-time execution.

Consequently, this advanced framework ensures technological sovereignty and advances sustainable innovation for autonomous mobility, smart industries, digital healthcare, and environmental monitoring. By providing the essential foundations for a climate-neutral and cyber-resilient society, these key electronic systems safeguard long-term economic competitiveness and public infrastructure.

Key application areas

• Autonomous mobility and drones
• Smart factories and industrial robotics
• Digital healthcare and medical monitoring
• Sustainable smart cities and digital infrastructure
• Environmental protection and smart grids

Benefits for industry and society

• Deterministic real-time connectivity
• Inherent physical-layer security (PHY-layer)
• Massive device connectivity for large-scale IoT
• Ultra-low latency with massive data throughput
• Energy-efficient and sustainable system architectures