URLLC

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.  

NRG-5 is rolling out a plug & play vision for metering resources as part of its portfolio for 5G-enabled smart energy as a service. 5G supporting a decentralized and trusted functionalities for hardward constrained devices. 

End-to-end deployment of Energy-based IoT Applications with on-demand provisioning and allocation of resources. Real-time automation, smart grid, multiple-application management. Enabling collaboration between Utility Companies, Facility Managers, Property Managers.

Timely, reliable and secure communications for the energy sector. Self-healing solutions for system operators with significantly reduced outage duration, number of customers affected customers and fewer switching manoeuvres required during network reconfiguration.

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. 

Enabling remote and smart production with the 5G MEDIA platform while meeting performance requirements of low-latency and high-quality. 

Next-generation inflight connectivity and entertainment systems turning planes into a self-contained 5G network edge.

Adavnced high-definition surveillance systems for environmental monitoring in urban areas, such as unauthorized dumping of waste during large events. 

A 5G Proof of Concept focusing on ultra reliable low latency communications for V2X services, such as tele-operated driving and assisted/cooperative/autonomous driving. 

Automation in distribution with self-healing solutions is a critical challenge to consider in the transformational evolution towards Smart/Smarter Grid. Self-healing will enable system operators to benefit from a significant reduction in the outage duration, the number of affected customers as well as in the number of switching manoeuvres required during network reconfiguration procedure involved in Fault Detection Isolation and service Restoration (FDIR). Timely, reliable and secure communications are crucial in this vertical application.