Time-Sensitive Networking For New Ethernet Bridging Applications
Time-sensitive applications rely on continuous and uninterrupted communication between the source and the receiver of the data, the ultimate ‘listener.’ Modern packet networks face many challenges in providing end-to-end real-time communication that are needed by these applications. This course details the specific challenges to support real-time communications in modern networks and outlines the methods developed by various standards groups in addressing each of the challenges identified.
Learners will come away from this course with an understanding of the importance of synchronization, traffic shaping, and queueing in support of time-sensitive applications, as well as the current state of development and standardization of solutions.
What you will learn:
- Provide a review of time-sensitive applications and time-sensitive networking
- Provide tools and resources in designing and maintaining time-sensitive networks
- Learn the history and understand an overview of time-sensitive networking
- Understand the methodologies for time synchronization
- Understand traffic shaping and its impact on quality of service
- Understand solutions to improve reliability and availability
Courses included in this program:
Course Program Length: 5 hours
Who Should Attend: Network Architects, Application Engineers, IoT Engineers, Audio/Visual Engineers, Industrial Applications Engineers, Communications System Engineers
Instructors
- Janos Farkas, Principal Researcher of the Deterministic Networking, Ericsson
- Geoffrey M. Garner, Consultant
- Glenn Parsons, Principal Standards Advisor at Ericsson Canada
- Donald Pannell, Fellow, Automotive Ethernet Networks, NXP Semiconductors
- Silvana Rodrigues, Senior Principal Engineer, Huawei
- Jessy Rouyer, Standardization Specialist, Network Infrastructure Business Group, Nokia
- Jordon Woods, Product Line Director, Analog Devices
- Norman Shaw, Series Editor
Publication Year: 2024
ISBN: 978-1-7281-7834-9