AES 2026 Venue 1

• Future-Oriented In-Vehicle Ethernet Evolution Trends and Industrialization Insights

• Latest Policy Roadmap and Standardization Progress for In-Vehicle Sensitive Networks

• Multi-Scenario Applications of Automotive SerDes Enabling Low-Latency, High-Bandwidth Complex Networks

• The Planning Roadmap for Automotive Ethernet Architecture from OEM’s Perspective

• Impact of AI on Communication Requirements and Capability Boundaries of Next-Generation Vehicle Networks

• 10BASE-T1S Simplifies Software Integration to Enable Full Ethernet Coverage of Edge Nodes

• How to Leverage TSN for Dynamic SDV: Network Planning, Configuration, and Diagnostics

• Multi-Gigabit Automotive Ethernet Connectivity to Upgrade Smart Cockpit and AD Systems

• RCP Technology Empowering Ethernet Architecture to Advance Automotive Lighting Toward Low Cost, Low Latency, and Intelligence

• CAN XL as the Backbone Building a High-Throughput and High-Security In-Vehicle Data Network

AES 2026 Venue 2

• Next Generation Smart Cockpit Audio Video Transmission Architectures Achieving Ultra Low Latency and Precise Synchronization

• Automotive SerDes Chips and Fiber Ethernet Protocol Adaptation and Mass Production Testing

• OEMs' Large-Scale Application of SerDes Technology, Solving the Practical Challenges of SerDes in Vehicle Applications

• Building Standardized L3 Plus Sensor Backbone Networks Based on A PHY

• Large Scale Deployment of 10BASE T1S in Zonal Architectures Building a Low Cost and Real Time Peripheral Network for SDV

• Latest Policies Planning and Standardization Progress in Optical Communications

• High Reliability Testing Technologies for In Vehicle High Speed Optical Fibers

• From Lab Prototypes to Large Scale Mass Production Building a High Load and Real Time Resilient Test System for In Vehicle DDS

• Automotive Optical Networks for Zonal Electronic Architectures From Technical Solutions to Mass Production Validation