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The increasing demands for highly individual products as well as for flexibleproduction lines represent new challenges. To address these demands, futureplants must be highly flexible and dynamically reconfigurable. Current systemsare usually based on wired technologies for the connection of sensors,actuators, and controlling or monitoring devices that allow only very limiteddynamics. New applications, such as the use of robots, drones, orreconfigurable production lines, require the exploitation of wirelesscommunication technologies. However, current technologies are not able to meetthe high requirements in terms of latency, robustness, resilience and datarate. The introduction of the 5th generation (5G) cellular communication systemwill meet these requirements for the first time. Besides the use of radio-basedsolutions in new plants - so-called greenfield scenarios - deploying 5G alsorepresents an efficient migration of existing plants - so-called brownfieldscenarios - to Industry 4.0. In order to ensure that the challengingrequirements are indeed meet in practical deployments of the new 5G technology,a tailor-made architecture is being developed within the Tactile Internet 4.0(TACNET 4.0) project. As a basis for the design of the architecture,representative Industry 4.0 application scenarios, which are also be consideredby the 3rd Generation Partnership Project (3GPP), were analyzed and compliancewith the latest developments in the relevant standardization is also ourtarget. The paper gives an overview of the considered use cases as well as therelevant reference architectures and the design process of the TACNET 4.0architecture.

Design of a 5G Ready and Reliable Architecture for the Smart Factory of the Future