eMBB

Developing and testing 5G core technologies in multiple cross-border corridors and urban trial sites with a focus on vehicular traffic, network coverage and service demand. 

Improving vehicle reaction in dangerous and unpredictable road situations like emergency braking and sudden vehicle cut-ins. 

This 5G proof of concept is about enabling high-performance, cost-efficient wireless services in tomorrow's Megacities, by meeting very diverse requirements in dense urban environments by adjusting network configuration to actual needs.  

Taking the FAN ENGAGEMENT trend to 5G. Smarter venue services with high-quality content and contextualised information for fans along their journey. Giving fans a more interactive, immersive and participative experience like never before. 

Developing 5G network solutions to tackle significant challenges for dense, ultra-dense and hotspot areas. Connectivity for thousands of users in confined spaces, from football stadiums and concert halls to airports. 

Providing a connection hub for emergency medical equipment and wearables. Enabling real-time streaming to the emergency team on stand-by in hospitals. 

Ultra-high capacity fronthaul network for Gbps-grade mmWave access to demanding areas such as city centres and business districts. Architedting 5G networks for ultra-dense and hotspot areas with diverse traffic density and coverage needs.

Driving new network concepts targeting applications in dense city areas, validated through scalable lab and field-trial demonstrators.

A touristic city test-bed demonstrating innovative applications and enhanced user experiences for citizens and visitors, leveraging network slicing and elasticity. 

A reliable, high-quality content-aware network meeting increasing demand, with open standards, interfaces and protocols. Unleashing the potential for everyone to access all areas of the Internet.