How 10BASE-T1S Enables a New Generation of Software-Defined Vehicles

Topics Covered
  • Low-Power Networking Modes
  • Multi-Drop Network Topology
  • PLCA Coordinator Redundancy
  • Signal and Harness Diagnostics
  • Single-Pair Ethernet
  • Zonal In-Vehicle Network Architecture

White Paper Overview

Software-defined vehicles require a unified communications architecture that can connect high-bandwidth computing systems with lower-bandwidth sensors, actuators, and edge devices. Traditional combinations of CAN and Ethernet can introduce additional gateways, switches, connectors, wiring, and protocol complexity.

This white paper explains how 10BASE-T1S extends Ethernet to multi-drop networks over a single twisted pair, enabling multiple nodes to share a common bus without dedicated Ethernet switches. It also examines controller implementation options and advanced features including PLCA coordinator redundancy, enhanced signal-quality monitoring, noise immunity, harness defect detection, and energy-efficient sleep and wake modes.

Learn how 10BASE-T1S can extend Ethernet to the vehicle edge while reducing wiring and network complexity.

Thank You For Your Interest



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