Selection Table
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Note: *In the case of single channel with 1Mbps and 0 byte data field.
- CANFD interface card and converter
- USBCANFD series CANFD interface card
- Serial port to CANFD module
- PCIe CANFD series CANFD interface card
- High-performance Ethernet to CANFD device
- High-performance WiFi to CANFD device
- CAN(FD) bridge
- High-performance MiniPCIe/M.2 interface CANFD card
- Industrial CAN card and converter
- USBCAN series CAN interface card
- PCI interface CAN card
- High-performance RS232/485/422 to CAN device
- PCIe interface CAN card
- Ethernet to CAN module
- WiFi to CAN module
- MiniPCIe interface CAN card
- Cloud big data system and recorder
- Cloud big data system and recorder
- Vehicle-mounted multi-channel CAN(FD)- bus data recorder
- Extension and protection of CANFD network
- Isolated gateway repeater hub
- CAN optical fiber converter
- Bus analyzer and consistency test
- ZPS-CANFD automotive electronic test platform
- CANopen and DeviceNet
- CANopen slave module
- CANopen主站卡
High-performance Ethernet to CAN module
CANET series Ethernet -CAN converter realizes the function of mutual transmission between CAN-bus data and Ethernet data, integrating 1, 2 and 4 CAN-bus interfaces and 1 and 2 Ethernet interfaces or optical fiber interfaces. It is equipped with TCP/IP or UDP protocol stack. With this product, users can easily complete the interconnection and intercommunication between CAN-bus network and Ethernet network, establish a two-layer Ethernet -CAN network architecture, realize remote control, and greatly expand the application scope of CAN-bus network.
Stable, reliable, and widely applied
The CANET series products have undergone rigorous practical validation and are proven to be stable and reliable. At present, they are widely applied in high-speed railway, subway, medical treatment, building security, elevator control, weighing apparatuses and other occasions. As shown in the figure, it is a special version of China CNR used for train monitoring.
Support TCP Sever/TCP Client/UDP and topological structure
TCP Sever/TCP Client/UDP working modes and flexible topological structure are supported. Users can flexibly set relevant configuration parameters through a configuration software. Typical application is shown in the figure:
130,000 frames are buffered without frame loss
With high performance, the product can receive data frames in full load at any Baud rate. 130,000 frames are buffered without frame loss.
CAN Ethernet converter with a switch
Dual-port CANSwitch integrates the switch function and supports cascading construction system.
Single channel can be up to 12000 frames/s
High-performance frame flow: Single channel can be up to 12000 frames/s (1M Baud rate and standard data frame).
Each CAN supports up to 254 connections
TCP supports multiple connections, and high-performance CAN supports up to 254 connections per channel.
Open data communication format
With open data communication format, Socket working mode supports any operating system to operate it. See specification parameters for details.
High-performance TCP notification supporting the state of CAN interface
High-performance TCP notification supporting the state of CAN interface enables users to monitor the communication state of CAN bus in real time. See specifications for details.
2-channel 2500VDC electrical isolation
2-channel 2500VDC CAN interface are electrically isolated, and the electrostatic level contact discharge is ±8KV.
Conform to CAN 2.0B specification
CAN protocol fully conforms to CAN 2.0B specification and is compatible with CAN 2.0A. It conforms to ISO 11898-1/2. It supports the fault-tolerant CAN standard of ISO11898-3 by selecting CANBridge-1054.
CAN Baud rate can be programmed and set arbitrarily within 1Mbps
CAN Baud rate can be programmed and set arbitrarily, ranging from 5 Kbps to 1 Mbps.
Support various development environments
Provide efficient and easy-to-use secondary development function, and support various development environments such as VC, C#, Labview, and LINUX.
Other features
- Provide efficient and easy-to-use secondary development function, and support various development environments such as VC, C#, Labview, and LINUX.
- Support such protocols as ETHERNET, ARP, IP, ICMP, UDP, DHCP, DNS and TCP.
- It is compatible with SOCKET working modes (TCP Server, TCP Client, UDP, etc.), and the communication software programming of upper computer follows the SOCKET rules.
- CAN data and Ethernet data can be transmitted transparently in both directions.
- With high performance, it supports the Ethernet notification function of CAN interface fault, and the upper computer CAN monitor the fault state of CAN interface in real time.
- Flexible CAN interface data framing settings meet various sub-packet requirements of users.
- Working parameters can be configured by using Windows platform configuration software.
- Provide free Windows platform configuration software function library including easy-to-use API function library, and facilitate users to program their configuration software.
- Support local system firmware upgrade.
Configuration software ZNETCOM and test analysis software CANtest
1. Use the configuration software ZNETCOM2.80 or above to search devices for parameter configuration (such as device IP, working port, target IP, target port, and CAN Baud rate. See the user manual for specific configuration):
