5G for Automation
Development of 5G products and services for Industry 4.0.
The research project 5G4Automation is part of the 5G.NRW funding program. Innovative 5G projects are supported to accelerate digitalization in NRW. One of these projects is 5G4Automation, which explores and tests the use of 5G technology in Industry 4.0 automation processes. Smart machine networking is increasingly a key competitive factor.
Goal of 5G4Automation
The project prepares the development of 5G products and services for Industry 4.0. A reliable wireless transfer of all data using the latest information and communication standards – here 5G – is essential for an intelligent connected production. Collecting and analyzing process and machine data is used to optimize processes, improve quality, and make production more flexible. Wireless transmission of (sensor) data provides a clear advantage over wired systems and significantly reduces cabling effort.
Challenge
Many companies, especially SMEs, need to advance factory networking quickly on the path to Industry 4.0 to remain competitive. To establish 5G as a future wireless solution, validated and proven use cases are necessary. Successful research projects must make 5G products and services feasible for companies of all sizes and budgets. Using modern technologies like 5G and connecting all components are key factors for success in the fourth industrial revolution.
What the project leaders say
At 5G4Automation, the main goal is to develop methods and building blocks that allow SMEs to systematically use 5G technology. “Small and medium-sized enterprises often lack resources and expertise to develop 5G applications and products. This is where the project comes in,” explains Dr. Christoph Jürgenhake, project leader and head of Integrated Mechatronic Systems at Fraunhofer IEM in Paderborn. “The project is the initial spark for a strategic 5G initiative in the region, which will be expanded in the coming years with additional R&D projects, test centers, and real labs,” adds Sebastian Schriegel from Fraunhofer IOSB-INA.
