Moxa Joins Forces with Intel and Port Industrial Automation to Develop Next-Generation TSN

Moxa announced today that it is collaborating with Intel® and Port Industrial Automation to develop a platform that demonstrates ready-to-use Time-Sensitive Networking (TSN) application-to-application solutions.

This solution delivers gigabit bandwidth and high performance, as well as enhanced reliability and security.

The ideal combination of chip manufacturers, device manufacturers, and software stack providers has jointly demonstrated the maturity and potential of TSN capabilities and their scalability from wired to wireless networks.

Wireless TSN can realize the potential of standards-based, scalable, and highly flexible applications that make Industry 4.0 and the Industrial Internet of Things (IIoT) a reality everywhere.

“As a leader in TSN standards development, Moxa collaborates with key industry players and customers to build a unified network infrastructure that supports all levels of communication, including all types of industrial devices and the protocols they run,” said Zico Lee, Vice President of Moxa’s Networking Business Unit.“With the rapidly growing demand for combining TSN and wireless capabilities to enable real-time processing and response of data from multiple systems, Moxa is working closely with Intel and Port to achieve another milestone in advancing TSN development,” said Moxa.

Meanwhile, TSN is a future-oriented solution that can improve the deterministic performance and reliability of industrial Ethernet-based communications across industrial markets, including factories and railways. It creates precise time synchronization across the network and prioritizes traffic, allowing users to combine multiple types of traffic on a single network without performance loss.

Additionally, this solution can support time-critical control tasks and improve transparency in information processing, supporting quality and productivity. With the advent of new paradigms like 5G and Wi-Fi 6/7 connectivity, deterministic communication can now be extended to wireless networks.