Antevia Networks Publishes White Paper on Optimising 5G Wireless Connectivity for Industry 4.0
Research identifies six critical requirements for industrial wireless networks – reliability, availability, ubiquity, timeliness, compatibility and affordability.
Reading, UK – Tuesday 27th October 2026 – Antevia Networks has today published a white paper examining how industrial wireless networks can deliver the reliable and deterministic communications backbone needed for the flexible, connected and automated environments envisaged by Industry 4.0. 5G Wireless Connectivity – Optimising for Flexible Manufacturing and Industry 4.0 explores why the requirements of the modern industrial campus and factory floor environments are fundamentally different from those of traditional public mobile networks, and why simply applying the same products developed for public network architectures cannot be expected to deliver the reliability, predictability or economics industrial users require.
Modern manufacturing is evolving towards increasingly interconnected production environments in which machines, sensors, robots, tools and work-in-progress products need to synchronise, communicate and interoperate. At the same time, real-time monitoring and control are becoming increasingly important, with entire industrial operations now being controlled via single panes of glass and physical AI. This creates a particular challenge for wireless connectivity.
While wired industrial networks have historically provided the reliability and determinism required for control systems, greater production flexibility increasingly demands wireless connectivity capable of delivering similar levels of operational confidence. The white paper identifies six critical requirements for industrial wireless networks – reliability, availability, ubiquity, timeliness, compatibility and affordability. It argues that meeting all six requires network architectures designed specifically around industrial requirements rather than solutions optimised for large-scale public mobile networks.
The paper also examines the role of Time Sensitive Networking, the importance of predictable transmission latency and the architectural choices that can help make private 5G more practical for industrial environments.
It explains how Antevia’s 5G SHIFT approach uses shared-cell architecture to distribute the same signal across multiple radio points, helping to minimise interference, simplify radio planning and create greater resilience throughout the service area. For latency-sensitive traffic, the paper examines why relying heavily on retransmissions can create unwanted delay variation, and how 5G SHIFT instead prioritises a high probability of correct first-time transmission for critical traffic.
“Industry 4.0 requires us to think differently about wireless connectivity. For industrial users, maximising capacity is not normally the most important objective. Consistency, reliability and predictable behaviour matter much more for business-critical processes,” said Dr. Trevor Moore of Antevia Networks, author of the white paper. “That means starting from the requirements of the industrial user and designing the end-to-end network around them, rather than simply taking a product created for public mobile networks and redeploying it.”
The white paper shows that for private 5G to become the widespread technology for industrial automation in factories and production sites, it must be straightforward to integrate, plan, deploy, manage and maintain while delivering on all six critical requirement areas.
5G Wireless Connectivity – Optimising for Flexible Manufacturing and Industry 4.0 is available now.
Read the white paper here:
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