Ethernet Converter 10Mbps
EC5001
The EC5001 Ethernet Converter seamlessly converts 10Base-T1S automotive Ethernet to standard USB Ethernet. It supports the configuration of fundamental parameters, including node count and node ID, enabling reliable communication between standard computers and 10Base-T1S-based devices.
Product Features
- USB interface for integrated communication and power supply
- Active LED for real-time data transmission monitoring
- DIP switches for effortless terminal resistance configuration
- Zero data modification for lossless, transparent transmission
- Broad Compatibility: Supports Windows 10, Windows 11, and Linux 5.15/6.1 systems
Standard Use Case
Application Scenarios
Laboratory ECU Communication Debugging
This scenario demonstrates a typical connection between a vehicle controller and a host computer in a laboratory setting. The EC series device acts as a communication interface node, establishing a stable data exchange link between the controller and the PC via cables. Engineers can monitor, debug, and verify functions on the computer, ensuring the reliability and consistency of the communication process.
In-Vehicle Environmental Debugging
This scenario showcases the application in an actual vehicle environment. The EC series interface device connects to the vehicle’s ECU through an Automotive Ethernet port, enabling high-speed communication with external test systems. Used directly on the vehicle, it handles data access and transmission, supporting engineers in performing network debugging, data acquisition, and system validation under real driving conditions. This configuration is ideal for R&D road tests, control strategy verification, and real-time vehicle network diagnostics.
Industrial Production Environment
In an industrial production control cabinet, the EC series Automotive Ethernet converter serves as a communication bridge for ECU testing. The device provides stable and reliable data conversion between Automotive Ethernet and Standard Ethernet. This configuration is widely utilized in ECU End-of-Line (EOL) testing processes.
