Evolution Of Industrial Ethernet Topologies
The adoption of Ethernet started in the 1970’s with multi-drop solutions and has transformed into high-speed point to point bridged networks today. Industrial Ethernet, the automation industry’s adaptation of Ethernet, builds on technologies and successes of standard Ethernet while adding a twist to the Ethernet architectures, introducing line and ring topologies. Why were these topologies so important? Why do they still matter? And how will industrial Ethernet topologies evolve, specifically in the light of new technologies coming to industrial Ethernet – APL (Advanced Physical Layer), Single Pair Ethernet (SPE), Single Pair Power over Ethernet (SPoE) and Time Sensitive Networking (TSN)? Join this talk to discuss and explore the future of Industrial Ethernet.
Evolution Of Industrial Ethernet Topologies
The adoption of Ethernet started in the 1970’s with multi-drop solutions and has transformed into high-speed point to point bridged networks today. Industrial Ethernet, the automation industry’s adaptation of Ethernet, builds on technologies and successes of standard Ethernet while adding a twist to the Ethernet architectures, introducing line and ring topologies. Why were these topologies so important? Why do they still matter? And how will industrial Ethernet topologies evolve, specifically in the light of new technologies coming to industrial Ethernet – APL (Advanced Physical Layer), Single Pair Ethernet (SPE), Single Pair Power over Ethernet (SPoE) and Time Sensitive Networking (TSN)? Join this talk to discuss and explore the future of Industrial Ethernet.
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