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Beginner’s Guide to Using SocketCAN with Raspberry Pi and PICAN Board
Beginner-friendly guide to using SocketCAN with Raspberry Pi and PICAN board. Learn hardware setup, Raspberry Pi OS configuration, CAN interface activation, and Python programming for sending and receiving CAN messages.
Learn hardware setup, Raspberry Pi OS configuration, CAN interface activation, and Python programming for sending and receiving CAN messages
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Error Reporting in SocketCAN with Specific Reference to the MCP2515 CAN Controller
Learn how SocketCAN handles CAN error reporting on Linux systems. Explore supported error types, advantages, and limitations of using the MCP2515 CAN controller for diagnostics and bus monitoring.
Learn how SocketCAN handles CAN error reporting on Linux systems. Explore supported error types, advantages, and limitations of using the MC
CAN Bus FD Duo Board with Real Time Clock for Raspberry Pi Supports SocketCAN
This PiCAN FD Duo board provides two-channel CAN-Bus FD capability for the Raspberry Pi. It uses the Microchip MCP2517FD CAN controller with MCP2562FD CAN transceiver. Connection are made via 4-way screw terminal. A real-time clock with battery back up (battery not included) is also on the board.
The advanced CAN FD bitrate extends the length of the data section to up to 64 bytes per frame and a data rate of up to 8 Mbps.
https://copperhilltech.com/pican-fd-can-bus-fd-duo-board-with-real-time-clock-for-raspberry-pi/
Raspberry Pi Proven To Withstand Extended Temperature Range
However, while the Raspberry Pi is a very attractive solution due to its great performance-over-price ratio, it is not considered an industrial-strength solution in regards to temperature range and power supply voltage range. At least, that is what a superficial look at the Raspberry Pi suggests. As it turns out, one of the issues, i.e. the temperature range may not be an issue at all.
http://copperhilltech.com/blog/raspberry-pi-proven-to-withstand-extended-temperature-range/
