Automotive Ethernet Congress 2026
March 24–26, 2026 | Science Congress Center Munich, Germany
đź“ŤÂ Technica Engineering Booth: A-05
The Automotive Ethernet Congress (AEC) is one of the leading industry events focused on Automotive Ethernet, E/E architectures and Software-Defined Vehicles (SDV). The congress brings together OEMs, Tier-1 suppliers and technology leaders to exchange knowledge and discuss the future of in-vehicle networking and system architectures.
At booth A-05, Technica Engineering will present its Automotive Ethernet expertise and in-house tool chain, supporting customers across the full development lifecycle of modern vehicle networks.
At our booth, visitors can explore:
- Automotive Ethernet development and validation tools
- In-house tool chain for Ethernet-based E/E architectures
- Solutions for prototyping, testing and network analysis
- Engineering expertise for system architecture and integration
Technica Engineering contributions at AEC 2026
Technical Presentations
March 25 | 09:15
Navigating the Automotive Ethernet Solution Space: Architectural Options and Emerging Use Cases
Speaker: Thomas Königseder, Technica Engineering
March 25 | 12:15
15 Years of SOME/IP: The Protocol that Scaled the Car – and Where It’s Taking Us Next
Speaker: Dr. Lars Völker, Technica Engineering
March 26 | 14:45
Mastering the Complexity of Modern E/E Architectures – Starting with the Ethernet Switch
(Joint session with BMW Group)
Speakers:
Gumersindo Veloso Cauce, BMW Group
Dr. Lars Völker, Technica Engineering
Training Session (AEC Training Day)
March 24 | 09:30
A technical training session covering Time Sensitive Networking (TSN), the SOME/IP communication protocol, and Automotive MACsec for secure Ethernet communication will be delivered by:
- Max Turner, Ethernovia
- Dr. Lars Völker, Technica Engineering
- Iago Alvarez, Technica Engineering
- Patrik Thunström, Technica Engineering
Through presentations, training sessions and, discussions at our booth, Technica Engineering demonstrates how Automotive Ethernet technologies, open standards and powerful development tools enable scalable and production-ready SDV architectures.