TSN backers continue to emphasize the inherent strengths of TSN networking technology. But now, new silicon solutions are set to enable step-by-step integration of TSN capabilities into a wide range of automation devices, potentially alleviating one of the greatest obstacles to greater adoption.

Smart manufacturing is continuing to deploy diverse technologies to improve the performance of automation. This special report on next generation machine control looks at how AI, PLC virtualization, new controllers and software tools will provide solutions for real-time control, data connectivity and secure operations.

The Wireless Broadband Alliance’s 6G Vision calls for greater industry collaboration if ubiquitous connectivity is to be achieved. Its vision statement outlines WBA goals for 6G and recommendations to ensure the 6G opportunity resonates beyond the technical community, appealing to policymakers, businesses and end-users.

Industrial Ethernet with TSN is redefining connectivity, offering deterministic performance, high bandwidth, and flexibility for a digitally connected world. From robotics and CNC machining to AGVs, packaging, and beyond, TSN empowers diverse markets to meet the demands of precision and smart operations.

The integration of TSN and RTOS is not just a technological advancement; it is a strategic enabler for the next generation of networked systems. By providing a unified, deterministic and high-bandwidth communication solution, TSN and RTOS together pave the way for groundbreaking innovations in avionics, space and defense.

TSN bridges the gap between today’s fragmented networks and the unified networks of tomorrow by enhancing standard Ethernet with standardized, deterministic, high-performance networking capabilities that enable the seamless integration of various industrial Ethernet protocols into one unified network.

Why TSN interoperability and certification is a prime enabler for digital transformation. TSN capabilities time-critical data is delivered seamlessly to the different devices even with other traffic types present.

Topics included EU Cyber Resilience Act and CIP Security, AI, IPv6 and EtherNet/IP, 5G and CIP Motion, Metadata for CIP devices, Carbon Neutrality and CIP Energy, EtherNet/IP In-Cabinet & Concurrent Connections.

How exactly does EtherCAT work, what does the protocol do and how does it differ from comparable systems? This first of a series of articles in the Industrial Ethernet Book will refresh your knowledge of EtherCAT technology.

Deep domain expertise is aiding in the design of industrial motor encoders and networks of the future. Integrating asset health insights is made easy with tiny and powerful microcontrollers, magnetic sensors improve reliability, reduce size and weight, and are easier to integrate compared to optical or resolver sensing solutions.