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5G is considered a promising wireless communication technology to fulfill thehigh-demanding communication requirements of many Industry 4.0 applications.This work evaluates a 5G campus network for indoor factory floor scenariosusing the latest commercially available 3GPP release-16 developments. Themeasurement campaign is conducted to obtain detailed coverage maps withreference signal received power, channel quality indicators, and downlink anduplink throughput (TP). Moreover, end-to-end delay measurements with varyingchannel conditions, 5G quality of service (QoS) priorities, and traffic loadswere evaluated. It was concluded that even without ultra-reliable low-latencyfeatures, the TP and latency performance could be controlled by configuring QoSparameters. The evaluations suggest scenarios where QoS allocation andretention priority levels can be used in order to ensure the requiredperformance of a specific QoS flow within the 5G system.

5G Campus Network Factory Floor Measurements with Varying Channel and QoS Flow Priorities