AES 2026

  • 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

 

AutoCable 2026

  • Design and Development of Vehicle Wiring Harnesses for Intelligent Vehicles Based on New EEA

  • Tesla Cybertruck Harness Connection Brings Thoughts to the Cable Industry

  • The Digital Workshop Revolution Will Lead the Intelligent Upgrade of New Energy Wiring Harness Manufacturing Factories in the Future

  • Innovative Solutions for 10 Gigabit Connector Technology with High Bandwidth Requirements Such as LiDAR

  • Advanced Crimping Solutions for High-Frequency, High-Speed Transmission of Large Wire Harness Applications for Smart Cars

  • The Development Practice of New Energy Vehicle Charging Cable Integrating Intelligence and Environmental Protection

  • System Integration Solutions for Optical Fiber and Copper Cable in High-Speed, High-Frequency Data Transmission

  • AI Deep Learning-Based Adaptive, Intelligent, Fully Automated, Multi-Functional, and Efficient Wire Harness Material Detection Solution


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