How to Design an Ultra-Low Power, Robust 10BASE-T1L Sensor Node from Analog Devices
To realize the goal of highly connected, intelligent, and flexible building and process automation systems, a new frontier in connectivity is needed. Enabling seamless, long reach connectivity from edge devices requires new technology and an evolution of the network topology. From sensors deployed in remote, hazardous locations across process installations to edge sensor nodes within buildings, the ability to connect these devices and provide both data and power over 1km of cable will enable new insights, transforming our management practices.
The launch of Single Pair Ethernet, 10BASE-T1L physical layer devices will prove a game changer on the road to realizing edge node connectivity enabling devices to be directly IP addressable. This will change both the control network topology but also the maintenance and deployment burden of infrastructure. New data streams from edge nodes will provide new insights into asset utilization driving productivity improvements and process optimization. This webcast with explore this new technology, discuss the use cases for 10BASE-T1L technology and explore the benefits which can be garnered. It will outlines the challenges to be overcome when designing a 10BASE-T1L sensor node and how best to address these challenges and optimize performance in your application. 10BASE-T1L connectivity promises to extend the benefits of IIoT to the remote corners of factories, building and process plants, where sensors and other endpoints were until now out of reach of the enterprise network.
Join this talk to hear how to enable your seamless long reach connectivity solution today.
When: Thursday, March 25th, 2021
Attendees Will Learn:
● The new 10BASE-T1L/IEEE802.3cg standard.
● The key challenges encountered when developing an Ethernet Connected 10BASE-T1L node and how to overcome them.
● How to select the best 10BASE-T1L solution to maximize their performance of your application use case.
Speakers:
Fiona Treacy
Fiona is a Strategic Marketing Manager for Industrial Ethernet Connectivity at Analog Devices. Prior to this role, Fiona lead Marketing efforts for ADI within the Process Control and Factory Automation Business Unit and the Precision Converter and Measurement Technology groups . She has also held roles in Application Engineering and Test Development. Fiona Holds a BSc in Applied Physics and an MBA from the University of Limerick.
Michal Brychta
Michal is Senior Staff Applications Engineer with focus on Industrial Ethernet Connectivity within Analog Devices. Michael leads the 10BASE-T1L Application Engineering efforts within ADI and has been a contributor to the IEEE802.3cg standard. Prior to this role, Michale lead Applications initiatives within the Industrial Automation business unit with focus on the Process Control segment. Michal has also held roles as a product applications engineer supporting ADI sigma-delta converters, and before that he worked as an Instrumentation and Industrial circuit and system design engineer. Michal holds masters degree in electronic engineering from Technical University in Brno, Czech Republic.