URLLC

Optimise warehouse operations through AGVs to eliminate time inefficiencies through 5G connectivity

Development of an IFEC system featured on civilian aircraft to allow passengers to access personalised content packs from various content producers, with full content customisation.

Monitoring large areas of roads network using drones in beyond-visual-line-of-sight operations

Several vehicles exchanging data related to their trajectories leveraging edge cloud and AI. 

Demonstrate the 5G private network concept, and the performance and reliability requirements of Mission Critical Services (MCS), allowing the owner to control their 5G network to serve a limited geographic area with optimised services using dedicated equipment.

Digital Twin application for the smart factory

Coordinate Measuring Machine (CMM) remotely using a virtual joystick in a mobile device

The 5G mobile radio standard allows large amounts of data to be transmitted at high speed, enabling ultra-low latencies between sensor, cloud and mainframe systems. Furthermore, 5G sensors, which are integrated close to the process on the component, capture physical data with much less interference.

In the 5G-AE Sensors project, tool breakage detection by wireless AE sensors is carried out in an ongoing milling operation.

This use case focuses on the feasibility, flexibility, and performance of wirelessly controlled Automated Guided Vehicles (AGVs) connected via the 5G technology.