Automotive Ethernet Gateway
Protocol bridging between automotive Ethernet and legacy vehicle networks
WHAT IT SOLVES
Integrate I Migrate I Develop
The Omnitrx Gateway bridges 10BASE-T1S, 100/1000BASE-T1, and BASE-T Ethernet networks with CAN and LIN vehicle buses, enabling engineers to develop and test hybrid vehicle network architectures during the transition to Ethernet-based systems.
Integrate Ethernet with Legacy Vehicle Networks
Connect automotive Ethernet domains with CAN and LIN systems used in existing vehicle architectures.
Support Migration to Ethernet Architectures
Test gateway behavior during the transition from CAN/LIN-based networks to automotive Ethernet backbones.
Develop Mixed-Network Communication Systems
Build and analyze hybrid network setups combining SPE, automotive Ethernet, and vehicle buses.
KEY CAPABILITIES
Platform Features
A complete gateway platform for automotive Ethernet and legacy vehicle network integration and migration testing
Automotive Ethernet Gateway Functionality
Protocol bridging between automotive Ethernet in-vehicle networks and legacy standards for integration and migration testing.
Multi-Protocol Network Connectivity
Supports 10BASE-T1S, 100/1000BASE-T1, and standard Ethernet interfaces.
Vehicle Bus Integration
Integrated gateway bridging T1S / T1 / BASE-T Ethernet with CAN and LIN networks.
Time-Aware Network Behavior
Supports synchronized communication across mixed network domains.
Software-Configurable Gateway Platform
Traffic routing, protocol mapping, and network behavior configurable through GUI or API.
ARCHITECURE
Platform Architecture
Programmable TSN Ethernet platform enabling multi-speed connectivity, precise timing analysis, and automation-ready network testing.
Integrated gateway architecture
Automotive Ethernet gateway combining Ethernet switching and vehicle bus interfaces in a single platform.
Hardware-assisted traffic processing
Efficient packet forwarding between Ethernet and vehicle networks.
Software-defined protocol mapping
Flexible configuration of routing, message mapping, and gateway behavior.
TECHNICAL DETAIL
Specifications & Configurations
Solution for integration testing between automotive Ethernet networks and legacy vehicle buses.
Platform
| Platform Type | Automotive Ethernet gateway |
| Supported Ethernet | 10BASE-T1S, 100/1000BASE-T1, 10/100/1000BASE-T |
| Vehicle Bus Interfaces | CAN, LIN |
| Gateway Function | Protocol bridging and traffic routing |
Timing & Control
| Time Synchronization | IEEE 802.1AS support |
| Timestamping | Hardware timestamping |
| Control Interface | Web GUI, CLI, REST API |
| Timing Interfaces | PPS input/output |
Power & Compliance
| Power Supply | 5 V USB or wide-range DC input |
| Operating Environment | Automotive and industrial development |
| Compliance | IEEE Ethernet / TSN standards, OPEN Alliance aligned |
CONFIG 1
Automotive Ethernet ↔ CAN Gateway
ECU Migration & Hybrid Networks
Bridges Ethernet networks with CAN ECUs for integration testing.
CONFIG 2
Automotive Ethernet ↔ LIN Gateway
Low-Speed Device Integration
Connects Ethernet nodes with LIN-controlled sensors and actuators.
CONFIG 3
Hybrid Ethernet Gateway
Mixed Automotive Network Architectures
Combines 10BASE-T1S, 100/1000BASE-T1, and standard Ethernet with vehicle bus connectivity.
| Interface | Purpose |
| 10BASE-T1S | Multidrop sensor and actuator networks |
| 100/1000BASE-T1 | Automotive Ethernet ECUs |
| 10/100/1000BASE-T | Lab and backbone connectivity |
| CAN / CAN FD | Legacy vehicle bus communication |
| LIN | Low-speed vehicle network integration |
| PPS | External timing synchronization |
Gateway Development for Automotive Ethernet Architectures
Develop and validate gateway behavior for automotive Ethernet network integration projects.
Integration Testing between Ethernet and CAN/LIN
Test communication between automotive Ethernet domains and legacy CAN and LIN network systems.
Migration Testing from Legacy Networks to Ethernet
Validate network behavior during migration from legacy CAN/LIN-based vehicle networks to Ethernet.
Mixed-Network ECU Communication Testing
Test ECU communication across hybrid automotive network setups combining Ethernet and vehicle buses.
Zonal and SDV Network Architecture Development
Develop and test zonal and software-defined vehicle network architectures in hybrid lab environments.
Hybrid Network Validation in Lab Environments
Validate hybrid network setups combining automotive Ethernet and legacy vehicle buses in controlled lab conditions.
ECOSYSTEM
Related Products
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