Jaguar Land Rover starts 5G revolution: automation redefined!

Jaguar Land Rover starts 5G revolution: automation redefined!

This days, it is crucial that industry relies on innovative technologies in order to remain competitive. An example of this is Jaguar Land Rover (JLR), which has switched to a private 5G network in order to fully exploit the potential of Industry 4.0. According to a report by Industrieanzeiger , the new infrastructure of ERICSSON enables a reliable transfer of large amounts of data in real time. Smart sensors and machine learning are used here to increase efficiency in production.

The use of wired infrastructures, which often cannot meet the requirements for low latencies and high data transmission rates, is a thing of the past. JLR has started the pilot test for the private 5G network in solihull and already shows initial successes, including shortened installation times and proactive maintenance options through predictive maintenance. The installation of the mobile phone network only lasted two days - a considerable performance compared to conventional networks, where changes are often lengthy and expensive.

The meaning of smart production

Another example that underlines the trend towards automation and digitization is Audi. The efficient use of new technologies is used in their smart factory. As audi , the focus is on automation and training to further promote the cooperation between man and machine. The goal is a smarter factory that can react flexibly to changes in demand.

Audi plans to continue to test new ideas in the overall concept to reduce costs, increase adaptability and improve quality. Modern production must be intelligent today and therefore needs solutions such as private 5G networks and increased automation of the processes.

The way to the connected factory

The transition to intelligent production is not only promoted by using 5G technologies, but also by the softwareisation of all processes. According to information from Firecell , private 5G networks are characterized by their flexibility. Manufacturers can adapt network configurations and assign bandwidth as well as resources as required.

The private 5G market will be forecast over $ 500 billion by 2030. The advantages are clear: low latency times, high reliability and improved safety functions that enable safe and minute monitoring of the manufacturing processes. These technologies also enable massive IoT connectivity, improves automation and robotics as well as data protection through sophisticated security mechanisms.

The change in the production landscape is not just a trend, but an essential factor for competitiveness in global industry. Companies that are ready to rely on these new technologies and optimize their processes can breathe the fresh air of change and be successful in a networked future.