CAN protocol
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HydraLink: The Ultimate Tool for Automotive Ethernet Diagnostics and Prototyping The automotive sector is undergoing a transformative shift from traditional CAN-based communication standards to advanced Automotive Ethernet networks like BroadR-Reach. These new protocols offer higher bandwidth, better scalability, and more reliable data exchange, aligning with the demands of modern, connected vehicles. As engineers and researchers explore these cutting-edge systems, the… |
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WiCAN Pro An Advanced Open Source OBD Scanning Tool MeatPi Electronics, an Australian based Hardware developer firm, announced their new open-source OBD scanning tool called WiCAN Pro. It is set to be launched on the ground funding platform Crowdsupply. Built on the infamous ESP32-S3 SoC, WiCAN Pro runs on the open-source WiCAN firmware. The WiCAN Pro features a dedicated OBD interpreter chip, ensuring comprehensive support across… |
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Arduino CAN Tutorial - Interfacing MCP2515 CAN BUS Module with Arduino Today any average car consists of around 60 to 100 sensor units in it for sensing and exchanging information. With car manufactures constantly making their car more smarter with features like Autonomous driving, Airbag system, Tire Pressure monitoring, Cruise control system etc. this number is only expected to go high. Unlike other sensors, these sensors process critical… |
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Infineon is Launching High Speed Communication System Basis Chips having Speed up to 5 Mbit/s Recent developments in the automotive industry require increasingly faster communication capabilities. Originally, the CAN FD protocol was established for software updates during production and service events. Today, also the communication within the car and its connectivity to the outside world require an increased bandwidth and longer payload. For example, high-end front… |
