Ethernet Interfaces for On-Board Applications VN5650
The VN5650 is suitable for synchronous monitoring of Ethernet networks with other bus systems, and it is a powerful Ethernet interface supporting Automotive Ethernet on 12 ports. In addition, the VN5650 provides optimal network access for residual bus simulations and can be used for frame, load, and fault generation during tests. The device is perfectly suited for use in vehicles thanks to its robust housing and the various mounting and stacking capabilities.
Advantage of VN5650
- Flexible configuration options, especially due to an intuitive hardware configuration concept
- Self-configuration at start-up
- The tapped data-streams can also be accessed very flexibly via up to three mirroring ports
- A robust housing with easy mount ability in the standardized 19-inch rack as well as for secure mounting in the vehicle
- Connection between connected ECUs is maintained even when the interface is unpowered
- Physical layer modules can be easily exchanged and extended
- Free software updates keep the interfaces always up to date
Application of VN5650
Ethernet Monitoring
The communication of connected nodes is monitored with precise time stamps. The data connection of connected nodes remains transparent through the interfaces.
Media Conversion
The interfaces form a data link between the automotive Ethernet standards from 10BASE-T1S via 100BASE-T1/ 1000BASE-T1 to MultiGBASE-T1 and standard Ethernet (10/100/1000/2.5G/5G/10GBASE-T).
Residual Bus Simulation
Free configuration of the hardware allows flexible design of the remaining bus simulation with CANoe. Ethernet. The abstraction of the simulation from the network and the replication of topologies is supported.
Direct Access
Individual access to each port, e.g. for testing several identical systems on one test bench, for re-programming ECUs or for in-vehicle diagnostics.
Ideally Suited for On-Board Usage
- Robust housing with various mounting possibilities
- Large tolerances regarding power supply and temperature
- Low power consumption in standby (2 mA)
- Configurable high-frequency Ethernet bypass relays to guarantee a closed TAP connection between two ECUs, even if the interface is not powered