Private 5G Seen as Fix for Warehouse Robot Connectivity

Why It Matters

Reliable private 5G connectivity removes a critical bottleneck for expanding robot fleets, boosting operational efficiency and safety while shifting costs to a predictable OPEX model.

Key Takeaways

• Celona and Digi launch private 5G RaaS for warehouses.
• Private 5G reduces latency compared to traditional Wi‑Fi.
• Subscription model replaces costly upfront robot radios.
• Integrated edge devices bridge legacy PLCs to 5G network.
• Fewer connectivity failures improve safety and inventory accuracy.

Pulse Analysis

Warehouse automation is accelerating, with autonomous mobile robots (AMRs) projected to grow over 30% annually through 2030. Traditional Wi‑Fi struggles to meet the low‑latency, high‑throughput demands of computer‑vision‑driven robots, leading to dropped connections and safety hazards. As retailers seek to scale robot fleets without overhauling legacy infrastructure, the market is turning to private‑5G as a more resilient alternative that can handle dense device environments and dynamic movement.

Celona’s 5G LAN platform, combined with Digi’s industrial edge routers and IoT gateways, creates a seamless bridge between legacy PLCs, sensors, and modern 5G radios. This integration delivers sub‑10‑millisecond latency, higher bandwidth, and deterministic coverage, essential for real‑time navigation and telemetry. By packaging the hardware and network management into a subscription service, the partnership shifts spending from capital‑intensive radio deployments to an OPEX model, simplifying budgeting and accelerating time‑to‑value for retailers.

The broader implication is a shift in warehouse networking economics. Operators can replace dozens of Wi‑Fi access points with a handful of 5G radios, reducing maintenance complexity while enhancing safety through continuous heartbeat monitoring. As the RaaS model gains traction, other sectors—such as manufacturing and logistics—are likely to adopt similar private‑5G solutions, driving a new wave of connectivity‑first automation strategies across the supply chain.