TSN/A Conference 2025: Scaling and Automating TSN Configuration for next Generation Networks

TSN/A Conference 2025 | September 23, 04:30 p.m.

Service, 02.09.2025, 11:00

Scaling and Automating TSN Configuration for next Generation Networks

by Hamza Chahed | Intel Deutschland

Abstract

As TSN continues evolving and profiles are finalized, the focus shifts to deployment. Despite TSN standards being defined, diversity of device capabilities and complexity remains a challenge. This talk addresses large scale deployment and automation challenges, discusses new ways to onboard devices with diverse new features, such as virtualized NICs. The presentation dives into opportunities for simplification and automation of the configuration process by leveraging platform data and AI tools.

Authors:

Hamza Chahed | Intel Deutschland
Dr. Pauline Chan | Intel Corporation
Dr. Piotr Uminski | Intel Corporation
Dave Cavalcanti | Intel Corporation

The Speaker

Hamza Chahed is a research scientist at Intel Labs and a Ph.D candidate at the University of Karlstad. He completed Master Studies in Computer Science at the University of Passau - Germany (2017-2020) and Engineering Studies in Telecommunication at SUP’COM - Tunisia (2015-2018). The focus of his research is the optimization and management of wired and wireless deterministic networks.

TSN/A Conference 2025

The TSN/A Conference 2025 marks its 10th edition as a leading forum on converged networks, compute, and applications. Experts from industry and research present the latest developments in Time-Sensitive Networking, 5G, OPC UA, and edge technologies. The program includes lectures, live demonstrations, and workshops.

Date: September 23 and 24

Location: Mövenpick Hotel Stuttgart Airport (Stuttgart, Germany)

Take a look at the program!

Register here!

Back to topic page

You might also be interested in

TSN/A Confernece 2025 | September 23, 12:00...

Do We Already Have TSN Networks? Myths vs. Realities

What truly qualifies a network as "TSN-capable"? Is a TSN switch sufficient, or does it lack centralized stream control and deterministic traffic shaping?

Interpretation of IEC/IEEE 60802 Profile for Virtualization

The IEC/IEEE 60802 profile outlines the TSN architecture for industrial automation but omits node virtualization. This presentation investigates how the profile can be applied in virtualization contexts to manage aggregated nodes and shared links.

How does TSN align with Virtual PLCs including Motion?

The presentation presents a fully virtualized control architecture where Linux-based virtual PLCs communicate deterministically with PROFINET IRT devices via TSN.

TSN-based Factory Backbone for vPLCs – Best Practices and Experiences

The presentation highlights the TSN backbone concept, connecting vPLCs and fieldbus- and TSN-based devices, shows how different TSN mechanisms can be used and evaluates the performance.

Cybersecurity Regulatory Landscape and Measures to secure TSN related Data Link Layer

This presentation will present the general landscape of cyber security standards and highlight relevant security means for TSN. The presentation also examines the attack surface of TSN and strategies to reduce it.

Workshop: IT/OT Convergence with OPC UA FX and TSN

Experience real-world IT/OT convergence in this 90-minute hands-on workshop focused on TSN and OPC UA FX. Configure time-synchronized communication between a Linux controller, TSN switch, and IO controller.

A Deeper Look into Network Stack Impacts on TSN

A key component of realizing Industry 4.0 is achieving deterministic networking performance across all levels of performance. This talk examines how network stack choices impact latency SLAs, performance, and scalability.

Porting Milan/AVB to a Linux PC - An Engineering Odyssey

Inspired by the success of the Avnu Express Test System (AETS) we have embarked on a quest to push the limits of streaming Milan/AVB audio on a standard PC running the Linux operating system. We share our experience and lessons learned.

Experiments with Clock Drift Mitigation for large-scale Industrial Systems

IEEE 802.1AS-2024 defines a method for clock drift mitigation, specifically designed for systems with many hops between Grandmaster and end stations. In this talk, we give insights into the reasoning behind this feature and present real-world...