Provide your team with the training they need to stay ahead of the curve on vital topics related to Time-Sensitive Networking (TSN).

Time-sensitive networking applications rely on a continuous and uninterrupted signal between the source and the ultimate “listener,” or receiver, of data. Modern digital networks face many challenges in providing end-to-end real-time communication solutions, which are needed by these applications.

Time-Sensitive Networking for New Ethernet Bridging Applications is a five-course program that reviews the specific challenges to delivering real-time communications on modern networks. Learners will explore how to address these challenges using methods that have been developed by various standards groups.

After successfully completing the course program, the learner will understand:

  • The importance of synchronization, traffic shaping, and queueing in supporting time-sensitive applications
  • The current state of development and standardization of solutions
  • How to address real-time communications challenges using methods that have been developed by various standards groups

Contact us today to learn more about getting access to course programs for your organization.

Want to gain access for your organization?

Complete the form below to be contacted by an IEEE representative and to receive information about IEEE Xplore and related products.


Courses Included in the Program:

  • Time Synchronization & Audio Video Bridging
  • Virtual Local Area Network Bridging with Time-Sensitive Networking Enhancements
  • Precision Time Protocol & Selected TSN Use Cases
  • From 4G to 5G Fronthaul with TSN
  • Selection and Use of TSN Tools

IEEE eLearning courses are available in a wide range of topics, with many featured course series to choose from in various subtopics. Learn more about the full IEEE eLearning Library collection.

3D Printing Liquid Metal to Create Stretchable Electonic Devices

23 Jan 2019


As 5G Wireless Rolls Out, Experts Look Ahead to 6G

17 Jan 2019


Hand-Tracking Tech Is Taking Self-Driving Cars to the Next Level

5 Dec 2019

Author 1
Frede Blaabjerg


Harmonic Stability in Power Electronic Based Power Systems: Concept, Modeling, and Analysis

Author 2
Irith Pomeranz


Extra Clocking of LFSR Seeds for Improved Path Delay Fault Coverage