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- Ethernet-to-CAN module
- Functions and Features
- Specifications
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- CANopen and DeviceNet Protocol Device
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- CAN Teaching and Experimental Development Platform
- CANOpenEDALab teaching and scientific research platform|iCAN teaching and experimental development platform|
High-performance Ethernet-to-CAN module
The CANET-series Ethernet-to-CAN converter realizes the mutual transmission between CAN-bus data and Ethernet data. It is integrated with 1/2/4 CAN-Bus interfaces and one Ethernet interface, and is equipped with TCP/IP or UDP protocol stack so that users can easily use it to achieve the interconnection between CAN-bus networks and Ethernet networks.
The CANET series product is equipped with a 10M/100M self-adaptation Ethernet interface and 5K-1Mbps CAN communication Baud rate, and can work in various modes including TCP Server, TCP Client, UDP, etc.It is equipped with a magnetic coupling isolation module which prevents damage.It supports Win2000/XP/WIN7/WIN8/WIN10/Linux.
Product selection
| Models | CANET-E-U | CANET-2E-U | CANET-4E-U |
|---|---|---|---|
| Pictures |  |  |  |
| Features | It is a high-performance module. Itsrobust Ethernet protocol stack enables it to be particularly suitable forvarious complicated networks, and provide fast transmission and low latencyfor these networks. You are strongly recommended to use it! | ||
| CAN channels | 1 channel | 2 channels | 4 channels |
| Interface type | OPEN4 port | OPEN4 port | OPEN4 port |
| Electrical isolation | √ | √ | √ |
| Industrial grade | √ | √ | √ |
| Data reception capability | 12000 frames/second (each channel) | 12000 frames/second (each channel) | 12000 frames/second (each channel) |
| Data transmission capability | 8000 frames/second (each channel) | 8000 frames/second (each channel) | 8000 frames/second (each channel) |
| TCP Server mode | supported | supported | supported |
| TCP Client mode | supported | supported | supported |
| UDP mode | supported | supported | supported |
| Maximum TCP connections | 254 (each channel) | 254 (each channel) | 254 (each channel) |
| Maximum UDP connections | 6x254 (each channel) | 6x254 (each channel) | 6x254 (each channel) |
| Ethernet speed | Gigabit NIC, and 10/100/1000Mbpsself-adaptation | Gigabit NIC, and 10/100/1000Mbpsself-adaptation | Gigabit NIC, and 10/100/1000Mbpsself-adaptation |
| Forwarding delay | <5ms | <5ms | <5ms |
| CAN fault notice | supported | supported | supported |
| Power consumption | 3000mW | 3150mW | 3350mW |
| 120ohm terminal resistor | built-in and configurable | built-in and configurable | built-in and configurable |
| Operating temperature | -40℃ to 85℃ | ||
| Storage temperature | -40℃ to 85℃ | ||
| Physical dimensions | 95mm*87.5mm*26mm (1/2 ports), 178mm*102.4mm*32mm (4 ports) | ||
| Customization | provided | ||
Stable, Reliable and Widely Applicable
The CANET series product from ZHIYUAN Electronics has been proven to be reliable and stable by stringent verification, and has been widely applied to high-speed railways, metros, medical treatment, aerospace, building security, elevator control, weighing apparatus, etc.. The following figure shows the module specifically provided for the train monitoring by China CNR Corporation.
Support TCP Sever/TCP Client/UDP and topological structure
It supports TCP Sever/TCP Client/UDP operating modes and flexible topological structure. Users can flexibly set relevant configuration parameters using the configuration software. The following figure shows its typical application:
130,000-frame Super Buffer with no Frame Loss
High-performance type with full-load reception capability at any Baud rate, 130,000-frame super buffer with no frame loss as the top priority
The frame traffic of single channel can reach 12000 frames per second.
Highest frame traffic of the high-performance model: the frame traffic of single channel can reach 12000 frames per second (1M Baud rate and standard data frames)
Each CAN channel supports up to 254 connections
TCP supports multiple connections and each CAN channel of the high-performance model supports up to 254 connections, which takes the lead among peers.
Flexible Data Communication Formats
It has flexible data communication formats. Its Socket operation mode supports any type of operating systems. Please see the specifications for details.
High-performance model supports the TCP notice for CAN status
The high-performance model supports the TCP notice for CAN status so that users can monitor CAN-bus communication status in real time. Please see the specifications for details.
2-Channel CAN Interface with 2500VDC Electrical Isolation
2-channel CAN interface with 2500VDC electrical isolation and ±8KV electrostatic discharge
Compliant with CAN2.0B Specification
CAN protocol is fully compliant with CAN2.0B specification and ISO11898-1/2 and compatible with CAN2.0A. Users can choose CANBridge-1054 to support fault-tolerant CAN standard of ISO11898-3.
CAN Baud Rate Can Be Set at Random within 1Mbps
The CAN Baud rate can be set at random in the range of 5kbps～1Mbps.
Support Various Development Environments
It has effective and easy secondary development function, and supports various development environments like VC, C#, Labview, LINUX, etc.
Other Features
- Each CAN interface of the high-performance model supports 6 target IP segments and single- or multi-device communication and meets the need of 6x254 communications at most.
- Supports protocols including ETHERNET, ARP, IP, ICMP, UDP, DHCP, DNS and TCP.
- It is compatible with the SOCKET operation mode (TCP Server, TCP Client, UDP, etc.) and the PC communication applications should be written according to the SOCKET specification.
- Bi-directional and transparent transmission between CAN data and Ethernet data.
- The high-performance model supports the Ethernet notice for CAN interface fault. PC can monitor the error status of CAN interfaces in real time.
- Flexible CAN data framing function to meet various packet needs of users.
- Uses Windows platform configuration software to configure operation parameters.
- Provides Windows platform configuration software function library including a simple API function library for free to help users develop their own configuration software.
- Supports local system firmware upgrade.
ZNETCOM configuration software and CANtest testing and analyzing software
1.Use ZNETCOM2.8 or later configuration software versions to search the device for parameter configurations (for example, device IP, operating port, target IP, target port, CAN Baud rate, etc.. See the user manual for the specific configuration);
2.Then run CANTest software and select device, PC operation mode, IP and port to start the CAN converter.
3.Perform automatic reception after startup. A single-frame transmission can be achieved in a basic operation. Users can set continuous storage for long-term testing.；
4.For advanced operations, 100 frames can be predefined; the transmission counts and intervals can also be set.。
