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Learn how J1939, CANopen, and UDS add structure and intelligence to raw CAN communication in this expert-led webinar. Perfect for engineers working with embedded systems, diagnostics, or mixed-protocol networks.
Get clear, expert answers to real-world CAN bus troubleshooting questions—straight from the field. This Q&A covers voltage levels, bit timing, error states, protocol compatibility, and diagnostic tools for CAN 2.0 and CAN FD.
Learn how to diagnose and fix real-world CAN bus issues using practical tools and expert techniques. This free on-demand webinar covers everything from termination testing to decoding bit errors with live demos of CAN diagnostic tools.
Before CAN bus gained popularity, vehicle wiring harnesses could contain miles of copper wire which significantly added to the cost and weight of the vehicle. CAN bus was originally designed to minimize copper wiring in automobiles by multiplexing electrical signals over a simple two wire network. By using a high-speed twisted pair cable, the amount of wire necessary to allow sensors, actuators and controllers to communicate was greatly reduced.
As a company that specializes in the CAN (Controller Area Network) fieldbus, PEAK-System has a clear view of the CAN horizon. Since the company’s launch in 1999, PEAK has been a leading provider of hardware, software, and services for mobile and industrial communications.
This September, take part in CAN FD Technology Day, presented by CAN in Automation (CiA). CAN FD Technology Day brings the latest trends and development in CAN FD to engineers and system integrators in the U.S.
CAN in Automation has scheduled two seminars in the U.S. for this spring. The first will occur on Febuary 24th in San Jose, CA and will focus on the CAN FD data link layer. Another seminar will take place in Cleveland, OH which will be intended for those interested in the CANopen application layer.
CAN in Automation will be hosting a number of different webinars on the current status and trends in CAN-based networking throughout 2017. Featured topics will range from basic information about CAN FD to system and physical layer design. Webinars are free and will include three 1.5 hour sessions over the course of three days.
The PCAN-Router FD allows for the conversion between CAN FD and CAN, making it extremely simple to integrate any CAN FD applications into existing CAN 2.0 networks. Used for establishing a connection between any two CAN FDs or CAN busses, this CAN-FD router is a universal, programmable controller based on the powerful ARM Cortex M4F micro controller.
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