Nokia and Rockwell Automation Push Industrial Transformation with Private 5G

Introducing 5G to Industrial Automation

Nokia and Rockwell Automation are leading the way in integrating private 5G Standalone (SA) networks into the industrial sector. This collaboration aims to enhance connectivity, reliability, and flexibility for industries that rely on automation and real-time data transfer. Traditionally, wired networks have dominated industrial environments, but Nokia and Rockwell believe that private 5G offers a more resilient and adaptable alternative. However, moving from wired to wireless has proven challenging, particularly due to the high costs and complex integration required. Nokia and Rockwell are tackling these challenges through targeted testing and a strategic blend of their respective expertise in telecom and industrial operations. according to the companies.

Testing CBRS Compatibility for Reliable 5G Connectivity

A major component of this collaboration involves making 5G as seamless as Ethernet/IP for industrial clients. To achieve this, Nokia and Rockwell have set up a test bed using Nokia’s AirScale baseband, radios, and MX Industrial Edge server. This setup aims to verify network reliability and ensure functionality with minimal configuration. In the United States, the partnership is leveraging the 3.5 GHz Citizens Broadband Radio Service (CBRS) spectrum to provide strong and stable coverage for industrial clients. With straightforward configuration and compatibility testing, the companies are demonstrating how private 5G can integrate into complex industrial environments more easily than ever before.

Key Use Cases Driving Industrial 5G Adoption

Several essential applications in industrial automation rely on private 5G:

1. Real-time Edge-to-Cloud Data Transfer: High-speed connectivity enables rapid data transfer to the cloud, where AI and machine learning applications can analyze it. This immediate feedback is valuable for industries that make real-time operational decisions.
2. Connected Workers and Enhanced Applications: With 5G-compatible handsets and tablets, workers can access applications such as analytics, digital twins, and augmented reality, improving fieldwork and access to information.
3. Mobile Asset Management: Automated guided vehicles (AGVs) and autonomous mobile robots (AMRs) benefit from 5G’s low latency and seamless handover capabilities, allowing for efficient movement within smart factories.
4. Agility with Untethered Equipment: By removing the need for wired connections, private 5G enables industrial assets to be reconfigured quickly, which reduces downtime and allows faster adjustments to production requirements.

Leveraging Combined Expertise for Industry-Specific Solutions

Nokia and Rockwell bring unique strengths to the partnership. Nokia’s telecom expertise pairs well with Rockwell’s understanding of operational technology (OT), particularly in handling network behavior. According to Alexander Van Overveld, Nokia’s Head of Enterprise Partner Business for Mobile Networks in North America, this partnership allows both companies to design pre-configured solutions tailored to industrial needs. Rather than offering generic solutions, Nokia and Rockwell focus on adapting the technology to fit the specific needs of each industry.

Building Flexible 5G Networks for Diverse Industrial Applications

This collaboration emphasizes the importance of flexibility and scalability in private 5G networks. By focusing on specific applications like machine learning, cloud computing, and connected workers, Nokia and Rockwell are building networks that cater to the distinct requirements of industrial users. Their approach offers a strong foundation for industries aiming to transform operations with 5G while ensuring these new networks remain adaptable as technology continues to evolve.

Opinion: Unlocking New Potential in Industrial Transformation

The Nokia-Rockwell collaboration showcases how private 5G can drive efficiency, safety, and agility across industrial applications. However, further advancements in device compatibility, cost reduction, and simplified deployment will be essential for broader adoption. For companies ready to invest, private 5G offers not only operational improvements but also a platform for significant innovation in industrial automation.