What happens when connectivity is needed in places where traditional networks cannot reach sea, in remote regions, or in the air?
As devices, sensors and services expand beyond the limits of terrestrial infrastructure, communication systems increasingly need coverage that extends across satellites, airborne platforms and space-enabled links. This shift requires technologies that can operate reliably in challenging environments while integrating seamlessly with existing networks.
At imec at Holst Centre we explore the circuit-level and system technologies that support emerging non-terrestrial networks.
Our research includes energy-efficient communication building blocks, advanced radio design, and signal-processing techniques that enable stable links across long distances and varying conditions. We work on components that help bridge terrestrial and non-terrestrial connectivity, preparing devices for hybrid communication scenarios.
Our focus
These developments support next-generation services, from global IoT coverage to communication for mobility, logistics and remote sensing, by extending connectivity beyond ground-based infrastructure. Through this work, imec at Holst Centre contributes to a future where devices remain connected wherever they operate, enabling more resilient and inclusive communication networks.