Time-Sensitive Networking: From 4G to 5G Fronthaul with TSN
This course covers time-senstive networking (TSN) in the fronthaul networks used to deliver 4G and 5G wireless services. Wireless is a physical media or a physical layer technology. As a physical network technology, wireless access has many characteristics that make it different from other physical layer technologies, such as fiber, coax cable, or shielded twisted pair copper. The course addresses the types of TSN end stations that require wireless and how the evolving architecture of wireless networks opens up an opportunity to leverage Ethernet and TSN. This includes an introduction of TSN tools for fronthaul networking, as specified in IEEE standard 802.1CM, as well as the development of equations to calculate the parametric benchmarks for network metrics essential to delivering the required quality of service (QoS) to TSN applications.
What you will learn:
- Examine Time-sensitive networking (TSN) in fronthaul networks used to deliver 4G and 5G wireless services
- Discuss types of TSN end stations that require wireless
- Review TSN tools for fronthaul networking
- Consider wireless theory
- Evaluate wireless services
This course is part of the following course program:
Time-Sensitive Networking for New Ethernet Bridging Applications
Courses included in this program:
Who should attend: Managers, practicing professionals, academics, undergraduates, electrical engineers
Instructor
Jessy Rouyer
Jessy Rouyer leads Ethernet transport networking standardization at Nokia. His 22 years of experience in research, software development, and consultancy started at Bell Labs at Alcatel USA, then called Alcatel-Lucent USA, and continued in the optical networks business within a product line management team focused on packet optical, synchronization, and services. For two decades, Rouyer has contributed to several industry organizations. He held technical editor positions as well as leadership positions in IEEE SA, ITU-T, and the MEF Forum, in addition to attaining a MEF CECP designation. Following his work on IEEE Std 802.1CMTM, Rouyer is currently YANG technical editor for IEEE P1914.3 revising Radio over Ethernet and editor of ITU-T Recommendations central to Ethernet transport networking. He also serves as IEEE 802.1 Working Group Vice Chair and Recording Secretary as well as ITU-T SG15 Question 10 Rapporteur. Based in Texas, Rouyer holds over 20 granted patents and received his MSCS specializing in computer networks and systems from Université Henri Poincaré, France.
Publication Year: 2024
ISBN: 978-1-7281-7858-5