CAN-USB/400

2x CAN (FD) (Layer 2, CANopen®, J1939 or ARINC 825, IRIG-B Input)

Two CAN (FD) High-Speed Interfaces for USB

  • CAN (FD) interfaces according to ISO 11898-2 with galvanic isolation
  • CAN controller implemented with esd Advanced CAN Core (esd ACC) technology
  • Suitable for 100% CAN bus load

Robust and Easy to Handle

  • Power supply by USB

  • Aluminium case

  • Incl. USB cable

  • DSUB 15 connector for IRIG-B and other IOs

Advanced Diagnostics and Timestamping

  • Enhanced diagnostic features

  • CAN Error Injection capabilities with ext. trigger

  • High resolution hardware timestamping

  • CAN interfaces share common time base

IRIG-B and Additional Features

  • Analog and digital IRIG-B inputs
  • Synchronized timestamps (even without IRIG-B signal) over several CAN-USB/400-IRIG-B via additional RS-485 interface
  • External trigger I/Os for Error Injection
  • Miscellaneous I/Os for customized functionality

Please find all versions of the CAN-USB/400 here

Optimized Architecture

Attached to USB via FIFO's and driven by esd Advanced CAN Core (esdACC), the CAN-USB/400 is designed for minimum latency CAN communication via USB.

Free drivers for Windows included

The product is offered with drivers for Windows, which can be downloaded free of charge.
Detailed information can be found in the description of our order items and, if applicable, in the accessories at the bottom of this page. For more detailed information on the availability of drivers for your operating system, please contact our sales team.

CAN FD vs. CAN CC

CAN Logo
CAN FD Logo

If classic CAN (CAN CC) communication reaches its limits, the next step is not automatically Industrial Ethernet. Because with CAN FD, an increase in performance can be easily realized. Why this is so and which products esd has developed for it, you can read on our CAN FD technology page. There you will learn in the article "Easily migrate CAN FD machines and systems" what exactly has changed from CAN to CAN FD and what possibilities CAN FD offers. In addition, esd electronics has expanded the CAN FD product range based on the powerful esd Advanced CAN Core (esdACC) with modules in numerous form factors.

Error Injection Unit - A simple but powerful concept

For many years, the CAN bus has been used not only in automotive and industrial automation, but increasingly also in safety-critical areas such as medical technology or aerospace. Due to the resulting increase in safety requirements, the need for verification, simulation and testing is also growing.
Due to their principle, the CAN controllers available on the market are not able to send faulty CAN frames or generally violate the CAN standard ISO 11898. The esdACC CAN IP core, supplemented by the Error Injection Unit, is not only able to generate or simulate almost all CAN errors, it can even interactively intervene in the running CAN communication.
The error injection unit has different injection modes, such as CAN arbitration, time triggered or pattern matching, which in combination allow even complex scenarios. With the esdACC Error Injection GUI Tool esd additionally offers a free graphical user interface for the Error Injection Unit.

Free CAN tools for fast setup and diagnosis of CAN networks

Our CAN tools for Windows, which are available free of charge in the CAN SDK, significantly support the user in quickly setting up and easily diagnosing CAN, CAN FD and CANopen networks. The possibility of data logging helps the user to record the data traffic for later analysis and to process it further as a CSV file.

NTCAN API and available software stacks

The NTCAN API is a cross-platform software communication interface for CAN hardware. The well-structured API allows easy integration into any application. The functionality and the versatility of the implementation provide all necessary mechanisms to control, configure and monitor CAN networks.

Many sophisticated functions make the API ideally suited for use in connection with higher CAN based protocols. For many common protocols corresponding implementations are already available from esd. These higher layer protocols for Classical CAN, which are available for numerous operating systems, include:

Do you have special requirements regarding the product?

We are happy to provide you with a customer-specific option or adjustment to our products when purchasing appropiate quantities. Please contact our sales team for detailed information.


Documentation

Software Downloads

More questions? We are pleased to help you


Order items and accessories

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Hardware

Number: C.2069.04

Two High-Speed CAN Interfaces for USB. CAN interfaces according to ISO 11898-2 with electrical isolation. USB 2.0, high-speed 480 Mbit/s Enhanced diagnostic features. High resolution hardware timestamping. Error injection capabilities. Drivers, tools and documentation for Windows on CD-ROM

Features:
  • esd Advanced CAN Controller (esdACC)
  • esd CAN Error Injection
  • galvanically isolated
  • HW-Timestamp capable
Interfaces:
  • CAN
  • USB
Form factor: USB  
Supported OS:
  • Windows 7/8/10/11
Protocols:
  • ARINC825
  • CAN-Layer 2
  • CANopen
  • J1939
HS Code: 85176200
Number: C.2069.06

Two High-Speed CAN Interfaces for USB. CAN interfaces according to ISO 11898-2 with electrical isolation. USB 2.0, high-speed 480 Mbit/s Enhanced diagnostic features. High resolution hardware timestamping. Error injection capabilities. Analog and digital (RS422) IRIG-B input Synchronized timestamps. Drivers, tools and documentation for Windows on CD-ROM Ext. trigger I/Os for Error Injection

Features:
  • esd Advanced CAN Controller (esdACC)
  • esd CAN Error Injection
  • galvanically isolated
  • HW-Timestamp capable
  • IRIG-B capable
Interfaces:
  • CAN
  • USB
Form factor: USB  
Supported OS:
  • Windows 7/8/10/11
Protocols:
  • ARINC825
  • CAN-Layer 2
  • CANopen
  • J1939
HS Code: 85176200
Number: C.2069.64

Two High-Speed CAN Interfaces for USB. with esd Advanced CAN IP-Core (esdACC) CAN-FD capable according to ISO 11898-1:2015 Physical Layer according ISO 11898, High Speed, galvanically isolated 2x DSUB-9 Connector USB 2.0, high-speed 480 Mbit/s Enhanced diagnostic features. High resolution hardware timestamping. Error injection capabilities. Drivers, tools and documentation for Windows on CD-ROM

Features:
  • esd Advanced CAN Controller (esdACC)
  • esd CAN Error Injection
  • galvanically isolated
  • HW-Timestamp capable
Interfaces:
  • CAN FD
  • USB
Form factor: USB  
Supported OS:
  • Windows 7/8/10/11
Protocols:
  • ARINC825
  • CAN FD-Layer 2
  • CAN-Layer 2
  • CANopen
  • J1939
HS Code: 85176200

Software-Accessories

Number: C.1101.06

Single user runtime license for CANopen Software Stack for Windows and Linux in conection with esd CAN hardware and NTCAN API. Includes CANopen Manager and Slave as dll's/lib's in one package. Delivery as license sticker and CD (LCD) with documentation.

Features:
  • CiA 301 compliant
  • Runtime license
  • Software Stack
Supported OS:
  • Linux
  • Windows 7/8/10/11
Protocols:
  • CANopen
HS Code: 85234920
Number: C.1103.31

OPC UA server with integration for esd CAN interfaces. Operating system: Windows 7 or higher, CPU architecture: x86_64, Delivery as object code, Runtime license for single user/device

Features:
  • Software Application
Supported OS:
  • Windows 7/8/10/11
Protocols:
  • Ethernet
  • OPC UA
HS Code: -
Related Products:
Number: C.1140.06

ARINC 825 object licence for Windows, Linux and LabVIEW (Windows), Usable with all esdACC based CAN interfaces, object licence, ARINC 825 dll's/lib's, documentation, includes CAN-Driver object licence (C.1101.02), manuals and CAN-Tools

Supported OS:
  • Linux
  • Windows 7/8/10/11
Protocols:
  • ARINC825
HS Code: 85234920