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Enabling real-time industrial automation: ABB's 5G technology integration

June 23,2025

Introduction

As the manufacturing industry continues to move towards a smarter, more efficient and more autonomous direction, the application of next-generation communication technologies has become critical. ABB's strategic integration of 5G technology into its industrial automation product line marks a critical turning point in achieving ultra-reliable, low-latency communications in complex factory environments. By leveraging the advanced features of 5G, ABB has achieved significant improvements in real-time, coordination and operational efficiency.

 

Accelerating digital transformation with 5G connectivity

With high speed, low latency and high connection density as its core features, 5G communication is gradually reshaping the industrial communication architecture. ABB's 5G system enables seamless connectivity between sensors, actuators, robots and edge controllers. This low-latency architecture ensures instant data transmission, which is particularly critical for scenarios with extremely high real-time requirements such as robotic arms, automated guided vehicles (AGVs) and motion control. With 5G, ABB breaks the limitations of traditional wired networks and realizes a more scalable and flexible automation network.

 

Improve operational visualization and process control capabilities

The introduction of 5G enables ABB's platform to acquire and analyze data faster. Real-time monitoring and predictive diagnosis become more accurate and timely, allowing operators to respond to potential problems more proactively. In addition, 5G's large bandwidth also supports high-definition video monitoring, augmented reality (AR) applications, and cloud-based data analysis, thereby promoting smarter maintenance and production strategies. ABB's 5G connection technology opens up the channel between field devices and cloud intelligence, building a unified data platform for Industry 4.0.

 

Flexible infrastructure and scalable automation capabilities

One of the biggest advantages of 5G in industrial scenarios is that it gets rid of traditional physical wiring, achieves higher layout freedom and reduces installation costs. ABB's 5G integration makes rapid reconstruction of production lines, flexible deployment of mobile devices, and factory expansion more efficient and low-interruption. In addition, the enhanced network security mechanism in the 5G protocol also provides strong protection for mission-critical data transmission. This high degree of flexibility greatly supports the industrial needs of agile manufacturing and personalized customization.

 

Conclusion

ABB's application of 5G technology to its industrial automation system is an important step towards smart manufacturing. With high-speed, stable and secure wireless communication capabilities, ABB has effectively improved control accuracy, system connectivity and operational scalability. As industries accelerate their digital and interconnected transformation, the 5G architecture promoted by ABB will play a leading role in the future of real-time, autonomous industrial control.

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