MW-CANFiber600 CAN-bus to Fiber Converter/Server
  • 2×100Base-FX Fiber Ports, 2×CAN Ports
Features and Benefits
  • Fiber ports support SC/FC/ST connectors, single-mode/multi-mode, wavelengths, and transmission distances are optional
  • Support UDP, TCP Client, TCP Server, UDP multicast modes, enabling CAN to UDP/TCP conversion and allowing CAN terminal devices to connect to the network
  • Offer fast ring network redundancy (MW-RingV2) with a response time of less than 20ms, enhancing the reliability of system communication
  • External independent hardware watchdog design to prevent system crashes
  • Support AC85264V / DC110370V AC/DC power input, or optional DC9~60V DC power input
  • High-strength metal casing with IP40 protection rating, fanless design for heat dissipation, allowing the device to operate reliably in harsh industrial environments ranging from -40°C to +85°C
  • Overview
  • Specifications
  • Downloads
  • Models
Product Description

MW-CANFiber600 is a CAN-bus to Ethernet fiber ring network DIN rail mounted CAN server. It can perform CAN to optical fiber and CAN to Ethernet conversion, supports optical fiber ring network redundancy, extends CAN bus transmission distance, and enhances network reliability. This product provides 2 100M fiber ports and 2 CAN interfaces, with optional power input options including AC85~264V/DC110~370V AC or DC9~60V DC.


The product is designed with high-quality components, adheres to high standards in system design and production control, and can be easily installed on a 35mm standard DIN rail. It features a robust and durable high-strength metal casing, fanless design for heat dissipation, and can operate in a wide temperature range from -40°C to +85°C. With its high-standard industrial protection design, it can adapt to various challenging working environments, ensuring stable communication performance.


MW-CANFiber600 supports various network management functions through web configuration, including fast ring network configuration, CAN/network operating modes, CAN statistics, network addresses, network diagnostics, user passwords, system information, and system management. It also supports multiple conversion modes such as UDP, TCP Client, TCP Server, UDP multicast, enabling CAN to Ethernet protocol conversion and connecting CAN bus networks to Ethernet networks.


The product has undergone rigorous testing for functionality, temperature extremes, safety standards, and EMC compliance, making it suitable for complex network applications and demanding industrial environments. It can be widely used in industries such as automotive, industrial automation, IoT applications, energy management, enabling remote monitoring and control, data collection, and integration.

Features and Benefits

-Utilize a 32-bit ARM Cortex-M7 core with a high operating frequency of up to 400MHz

-Support normal mode, loopback mode, or listen-only mode, suitable for CAN bus testing and troubleshooting

-Support baud rates ranging from 5kbps to 1000kbps, with options for custom or adaptive baud rates

-Provide filtering for both CAN standard frame IDs and extended frame IDs

-Support MW-Ring V2 for fast ring network redundancy, preventing network storms and enhancing network reliability

-Support UDP and UDP Multicast modes, enabling point-to-point, point-to-multipoint, or multipoint-to-multipoint communication via the UDP protocol, offering speed and efficiency

-Support TCP Client/Server modes, establishing session connections using the TCP protocol, with support for up to 4 simultaneous connections

-Offer various packetization mechanisms, converting CAN data into Ethernet data packets based on data length or time, meeting different real-time network requirements

-Support user management with different levels of permissions


CAN Operation Mode

Support UDP, TCP Client, TCP Server, UDP multicast modes

Support normal mode, loopback mode, listen-only mode

Support packet/frame count, packet/frame intervals

Support CAN ID filtering


Support MW-Ring V2 proprietary ring network protocol

System Management

support CAN data statistics, static IP configuration, Ping functionality, and user password management. Additionally, it supports online reboot, factory reset, system upgrades, and configuration file upload/download


Backplane Bandwidth


Buffer Size


MAC Table Size



100M Fiber Port

2*100Base-FX fiber ports, supporting single-mode/multi-mode, SC/FC/ST connectors, selectable wavelengths, and transmission distances


Standard: Compliant with CAN 2.0A and CAN 2.0B protocols

Ports: 2 *CAN

Connection Method: 5-position 5.08mm pitch terminal blocks

Baud Rate: Selectable from 5kbps to 1000kbps

Termination Resistor: Built-in 120Ω termination resistor, adjustable via dip switches

Isolation Protection: 3kVDC isolation

Ethernet management port

1*10/100Base-T(X) auto sensing 100M RJ45 Ethernet port, support MDI/MDI-X connection (for device management only, not for regular communication)

DIP Switch

CAN termination resistor, reboot, factory reset

Status LED

Power indicator, operational indicator, fiber port indicator, CAN indicator

Power Supply

Input Voltage

DC Model: DC9~60V, non-polarized

AC Model: AC85~264V (Frequency: 47~63Hz) or DC110~370V

Power Consumption

2.2W@DC24V(full load)


3-pin5.08mm pitch terminal block

Physical Characteristics


118×35×88 mm (DIN rail mounting clip excluded)


35mm standard DIN rail

IP Code




Working Environment

Operating Temp


Storage Temp


Relative Humidity

5%~95% (non-condensing)

Industry Standard


IEC 61000-4-2 (ESD - Electrostatic Discharge):

  1. Contact discharge: ±6kV
  2. Air discharge: ±8kV

IEC 61000-4-5 (Surge):

  1. Power supply, network port, CAN: Common mode ±2kV, Differential mode ±1kV

IEC 61000-4-4 (EFT - Electrical Fast Transients):

  1. Power supply: ±2kV

Communication port: ±2kV






Standard Model

100M Fiber Port


Input Voltage








AC85~264V or DC110~370V

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