HMS Networks launches Ixxat CAN/FD Repeater Standard
03 June 2025
HMS Networks has introduced the new CAN/FD Repeater Standard under its product brand Ixxat.
As a crucial component for network infrastructures, the device solves several complex market challenges such as topology optimisation, signal quality improvement, seamless integration in existing CAN networks, equipment protection by galvanic isolation and many more. The Ixxat CAN/FD Repeater Standard delivers an all-in-one solution for industrial communication. Easy to access, easy to understand and easy to use.
The CAN/FD Repeater from Ixxat is tailored to meet the needs of system integrators and plant engineers around the world, offering unmatched performance, ease of use and sustainability in one compact product. Designed to address diverse use cases with cost-efficiency, it is a true price-performance champion.
Easy does it: Handling and integration advantages
The termination resistors are easily adjustable from the outside via piano switches. This means that users don´t have to open the housing for adjustment and the current switching status can easily be seen from outside. This feature simplifies installation and maintenance, saving valuable time.
The repeater additionally features push-in connectors for CAN/FD connections, drastically reducing maintenance efforts. This innovation enables a secure, tool-free connection for a seamless setup and operation. With it, connecting the device to the CAN lines can be done within seconds. Another feature is the built-in cable tie hole, that offers a practical solution for tidy installations, further simplifying cabinet organisation.
"The CAN/FD Repeater Standard provides many useful integration and handling features, that are scarcely available on the market combined in one product", explains Frank Iwanitz, Product Manager at HMS Networks. "With two CAN/FD channels, it fulfils the most commonly needed CAN functionalities and on top unites several useability benefits at a competitive pricing."
The CAN/FD Repeater Standard comes with a slim and compact housing, optimised for DIN-rail mounting, and fitting perfectly into control cabinets with limited space. Clear labelling and intuitive LED indicators make operation straightforward, even for first-time users.
EMI protection and easy termination
The new Repeater provides a 5kV galvanic isolation between CAN channels and the power supply, ensuring robust protection and system reliability, even in challenging industrial environments. "By using repeaters in CAN networks, connected equipment can be protected very easily", says Product Manager Iwanitz. "It´s not only about the optimisation of your network topology or optimising your signal quality, but about increasing and protecting the health of your whole CAN network. That's a huge advantage that users benefit from!"
Performance plus sustainability
Aligned with HMS Networks' commitment to sustainability, the Ixxat CAN/FD Repeater Standard comes in eco-friendly packaging and does away with printed manuals, offering digital resources instead. It also debuts HMS Networks' new modern design, marking a fresh era for Ixxat products. "With our new cardboard packaging, we´re heavily reducing packaging costs", says Iwanitz. "Additionally, omitting the printed manuals is not only a consequence of the market feedback we received, but also a logical consequence of the HMS sustainability policy."
The CAN/FD Repeater Standard is available from stock as of now at a list price of 222 Euro.
Key technical features
• Two CAN/CAN FD interfaces supporting arbitration rates up to 1 Mbit/s and data rates up to 8Mbit/s
• CAN/FD Transceiver TCAN1044
• CAN connection: Removable push-in connectors
• Externally switchable CAN bus termination resistors
• Galvanic isolation up to 5kV
• Operating temperature -25°C to +70°C
• Protection class IP20
• Dimensions 108 x 149 x 27mm
• Power-efficient design operating at less than 100mA at 24VDC
• Compliance with CE and FCC certifications
Get more information on HMS Networks' website: www.hms-networks.com/can-fd-repeaters.
Contact Details and Archive...