Industrial Communication

Based on the successful USB CAN Interface designs, the USB-CANmodul16 version bundles 16 CAN-channels in one device, connected to the PC via two high-speed USB2.0 interfaces with up to 480Mbps. This USB CAN Interface allows a most comfortable, yet cost efficient way to transfer CAN-bus messages in distributed systems that require a centralized data collection, like used in automotive applications, research institutes or laboratories.

Based on the successful USB CAN Gateway designs, the USB-CANmodul8 version bundles 8 CAN-channels in one device, connected to the PC via high-speed USB2.0 with up to 480Mbps. This USB CAN Gateway allows a most comfortable, yet cost efficient way to transfer CAN-bus messages in distributed systems that require a centralized data collection, like used in automotive applications, research institutes or laboratories.

PASSIVE CAN INTERFACE FOR PCI EXPRESS

1-4 x CAN (High-/Low-Speed)
With the CAN-IB100/PCIe HMS offers an interface board based on a modern and highly modular concept.
The interface is available with a standard or a low-profile slot bracket.

Active CAN FD Interface for PCI/104-Express
2 x CAN FD, CAN (High-Speed)

J1939 Protocol Stack Kit – Atmel AVR ATmega32c1

 DOWNLOAD FLYER Protocol Stack Kit for NMEA2000, SAEJ1939 ➦

C-Link is a CC-Link IE Field Basic device stack. It uses general Ethernet infrastructure, so no specialised hardware is necessary.

C-Link is a CC-Link IE Field Basic master stack.

Unlock the full potential of your industrial automation systems with U-Phy, the groundbreaking multi-protocol Ethernet firmware. Designed to provide seamless integration and compatibility across various industrial communication protocols, U-Phy empowers your devices to communicate effortlessly, enabling your business to operate with unparalleled efficiency and flexibility.

Software library for monitoring (sniffing) of EtherCAT® networks

With the EC-Monitor software library it is possible to analyze and evaluate the data traffic of an EtherCAT network. The library records the EtherCAT frames and provides the decoded data to a customer application. The process data (inputs and outputs), the slave states, the slave error counters, and other important EtherCAT data are extracted from the EtherCAT frames.

The library can be used independently of the master controller and works with EtherCAT masters from many manufacturers (Beckhoff, Omron, Bosch-Rexroth, Lenze, ACS Motion Control, acontis, etc.). EC-Monitor analyzes the complete data traffic between the master and the EtherCAT slaves via a TAP (Test Access Point) device inserted after the master. The TAP device enables both the outgoing frames (Master → Slaves) and the incoming frames (Master ← Slaves) to be recorded and evaluated.

P-Net is a Profinet IO device that is written in C.