Prodotti

The plug & play 2x CAN/LIN logger records timestamped CAN data (Classical/CAN FD) to the extractable 8 GB industrial SD card.

The compact device connects via WiFi access points to securely push data to your own server - with support for over-the-air updates.

The device includes GNSS/IMU, adding data like position, speed, attitude, acceleration and more.

Ideal for telematics, R&D field tests, diagnostics and predictive maintenance.

Software/APIs are free & open source - with no subscription fees or vendor lock-in.

Price includes GPS antenna.

The plug & play 2x CAN/LIN logger records timestamped CAN data (Classical/CAN FD) to the extractable 8 GB industrial SD card.

The compact device uses 3G/4G to securely push data to your own server - with OTA update support.

The device includes GNSS/IMU, adding data like position, speed, attitude, acceleration and more.

Ideal for telematics, R&D field tests, diagnostics and predictive maintenance.

Software/APIs are 100% free & open source - with no subscription fees or vendor lock-in.

Incl. antennas and optional 'Super SIM'.

This 2 x CAN FD interface lets you stream CAN bus data in real-time via USB/Ethernet - with pro specs, built-in LCD display and zero software installation.

The free webCAN app is hosted offline on the CANsub - simply enter the device URL in a browser to start. This lets you instantly send/receive CAN frames, DBC decode data and plot CAN signals from any connected PC, tablet or phone.

The device provides an open REST/WebSocket API that lets you easily build 3rd party apps - with plug & play integrations for e.g. Python and SavvyCAN.

Ideal for CAN bus diagnostics, OEM development, field service, automation, sniffing and dashboards.

Need 4 x CAN? See the CANsub.4!

This 4 x CAN FD interface lets you stream CAN bus data in real-time via USB/Ethernet - with pro specs, built-in LCD display and zero software installation.

The free webCAN app is hosted offline on the CANsub - simply enter the device URL in a browser to start. This lets you instantly send/receive CAN frames, DBC decode data and plot CAN signals from any connected PC, tablet or phone.

The device provides an open REST/WebSocket API that lets you easily build 3rd party apps - with plug & play integrations for e.g. Python and SavvyCAN.

Ideal for CAN bus diagnostics, OEM development, field service, automation, sniffing and dashboards.

Need 2 x CAN? See the CANsub.2!

The EtherCAT Automation Protocol (EAP) defines interfaces and services for an equal exchange of information between controllers (master/master communication) or for interfacing with a central master computer. The cyclic EAP communication can be handled directly in the user data of an Ethernet telegram, without the need for an additional transport or backup protocol. The EAP therefore enables very efficient data exchange without significant protocol overhead, with cycle times down to one millisecond or even faster. EAP is the preferred choice to implement a fast controller to controller communication. The protocol can used on any system equipped with a Standard Ethernet Controller. The lean protocol is suitable for high performance PCs as well as for low power ARM controllers.

The EC-STA EtherCAT Slave Test Application is useful for manufacturers of EtherCAT slave devices to perform comprehensive tests based on the proven and widely used EC-Master stack. Typically, the EC-STA will be used while creating and testing EtherCAT slave software as well as for slave production tests. The core component of the EC-STA is a Windows application based on the Microsoft .NET technology and written in the C# programming language. As the complete source code is included, the user is able to add customer-specific functions very easily, for example running automatic, script based test sequences. The EC-STA offers a comfortable and clear user interface with many features and allows testing any existing EtherCAT slave device.

Important: To assure that a EtherCAT Slave Device is conforming to the EtherCAT Standard the EtherCAT Slave Conformance Tool has to be used.
See: http://www.ethercat.org/en/conformance.html

This standalone GPS-to-CAN module produces GNSS position and 3D inertial data (via a gyroscope & accelerometer) and outputs it via configurable CAN bus frames.

The module supports 'Untethered Dead Reckoning' - meaning that even if the GNSS signal is lost entirely, the module can deliver continuous positioning through IMU-based estimates (no external inputs required).

You can integrate the module with any CAN bus, e.g. vehicle networks or CAN hardware. As an example, you can use it as a plug & play add-on module for the CANedge.

Incl. antenna. Optional adapters (dropdown).

This thermocouple-to-CAN module produces temperature data from 4 thermocouple sensors and outputs it via CAN bus (standalone) or USB.

The module supports all thermocouple types (B, E, J, K, N, R, S, T) and can be easily daisy-chained.

You can integrate the module with any CAN bus system - e.g. to provide temperature data for your ECUs or existing CAN hardware.

As an example, you can use the module as an add-on for the CANedge - ideal for e.g. engine dynos, EGT analysis or temperature telematics.

Optional Type K probes and adapters available.

The CANmod.router lets you receive/transmit CAN data (Classical or FD) from/to 4 isolated secondary CAN buses via 1 primary CAN bus (or USB).

The compact module is 100% standalone (no PC required) and offers pro specs, daisy chaining and powerful configuration options.

It can e.g. be used with the CANedge, enabling you to log 5 x CAN buses (or beyond via daisy chaining).

The device can also be used as a powerful 4 x CAN FD to USB interface with free software/API tools.

Tip: Add the DB25-to-4x-DB9 for quick installation.

The plug & play 2x CAN/LIN logger records timestamped CAN data (Classical/CAN FD) to the extractable 8 GB industrial SD card.

The compact device connects via WiFi access points to securely push data to your own server - with support for over-the-air updates.

Ideal for telematics, R&D field tests, diagnostics and predictive maintenance.

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