Smart Antenna Systems

Available worldwide at any time

Satellite communication is in high demand across many applications due to its global availability. Reliability is ensured by automatic tracking antennas that maintain a stable line of sight to the satellite. In the small satellite segment, antenna systems are also required to deliver high performance despite tight space and power constraints. Traditional solutions often offer only limited capabilities when it comes to precise alignment, flexible integration, or rapid adaptation to changing mission requirements.

Our mission, therefore, is to develop electronically steerable antenna solutions that combine high antenna gain with a compact design. They ensure stable connections even during short visibility windows, enable targeted coverage, and can be seamlessly integrated into a wide range of satellite platforms.

Coverage – precise and stable

Mobile radio antennas must deliver outstanding performance: growing user numbers, high data rates, and flexible spatial layouts demand precise coverage rather than broad, unfocused radiation. Standard solutions quickly reach their limits when it comes to providing mobile connectivity tailored to user needs. Especially in industrial halls, complex building layouts, or temporary deployments, this often leads to over-coverage, dead zones, and unnecessary energy consumption.

Not so with our modular phased-array systems: they enable electronic beamforming to direct radiation precisely where it’s needed. The result is targeted, uniform coverage cells that can dynamically adapt to user activity and spatial conditions.

Intelligent connection of people, data, and processes

Digitalization, through the Internet of Things (IoT), creates the opportunity to connect people, processes, data, and objects. But for IoT solutions to work seamlessly, they require powerful, compact, and flexible antenna systems. IoT devices operate in decentralized, often mobile and energy-autonomous ways – frequently beyond the reach of terrestrial networks.

That’s why we rely on low-cost phased-array technology with intelligent beam steering to ensure stable connectivity to both terrestrial and satellite-based networks. Our solutions provide flexible, scalable wireless coverage, minimize interference, and easily adapt to changing network structures and operating conditions. This enables reliable IoT communication in logistics, agriculture, and environmental monitoring.

Absolute reliability in any situation

In critical situations, interference-free, full-coverage, high-performance communication is essential for public and individual safety. Antennas for safety applications must accordingly meet very high standards and work with precision and absolute reliability in any situation because exact localization can save lives in an emergency.

Our focus is on the development of reliable directional antennas for radio signal monitoring and disaster management. We offer customised antenna solutions that can cope with demanding challenges and are configured for their specific operational conditions.

Connected, safe, and informed

As the vision of self-driving cars becomes reality, the requirements on automotive antenna systems will become more demanding. The interaction of car networking, localization, and navigation demands top performance from antenna design, measurement technology and integration.

Each application uses different frequency bands and requires smart antenna solutions with reduced complexity while providing higher performance. Even today, tailored antenna design is crucial for innovative vehicle communication.

Our antenna systems are optimized for use in the smallest spaces, support international radio standards, are broadband-capable and interference-proof. They make future communication and navigation systems possible.