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CAN Bus Applications in Medical Devices: Precision Communication in Critical Environments
When most engineers think of Controller Area Network (CAN) Bus, their minds often go to automotive applications—after all, it was originally developed by Bosch for in-vehicle networking. However, CAN Bus has quietly become a powerful tool beyond the automotive world, particularly in the medical field. From hospital equipment to patient monitoring systems, CAN Bus technology [...]
Introducing the ESP32 with Dual Isolated CAN Bus Port
The ESP32 Development Board is renowned for its versatility, boasting features like Wi-Fi, Bluetooth, and ample processing power. When combined with the Dual Isolated CAN Bus HAT, it transforms into a formidable tool for CAN bus communication. Key Features: Dual CAN Channels: Facilitates simultaneous communication over two separate CAN networks. Galvanic Isolation: Each CAN channel is electrically isolated, [...]
Next-Level Boat Monitoring: Sensar Marine and the Power of NMEA 2000
In today’s digitally connected world, smart technology is no longer confined to homes or personal gadgets. It's now transforming the way we experience boating. Sensar Marine, a company at the forefront of marine innovation, has developed a modern solution for boat owners who want to monitor, protect, and manage their vessels with the same confidence [...]
CAN XL in the Automotive Industry: History, Technical Capabilities, and Market Outlook
This report was created by Copperhill Technologies, a leading provider of embedded systems solutions specializing in Controller Area Network (CAN) technologies, including both Classical CAN and CAN FD. With extensive experience in automotive, industrial, and off-highway applications, Copperhill Technologies delivers a wide range of development tools, gateways, and custom hardware that support robust and high-performance [...]
Inside CAN FD: Architecture, Performance Gains, and Integration Challenges
This report was created by Copperhill Technologies, a leading provider of embedded systems solutions specializing in Controller Area Network (CAN) technologies, including both Classical CAN and CAN FD. With extensive experience in automotive, industrial, and off-highway applications, Copperhill Technologies delivers a wide range of development tools, gateways, and custom hardware that support robust and high-performance [...]
Unlocking High-Speed CAN FD Development with the PiCAN FD Board for Raspberry Pi
If you're developing modern, high-speed applications on the Raspberry Pi and need access to the advanced capabilities of CAN FD (Controller Area Network with Flexible Data-rate), the PiCAN FD Board with Real-Time Clock from Copperhill Technologies is a powerful and flexible solution. This board is specifically designed to support app development involving CAN FD and [...]
Getting Started with CAN Bus Development Using Arduino
The Controller Area Network (CAN Bus) has become a cornerstone of modern embedded systems, especially in automotive, industrial, and marine applications. For hobbyists, students, and professionals alike, the Arduino ecosystem offers an affordable and accessible entry point into CAN Bus development. Whether you're building a prototype for automotive diagnostics, simulating vehicle networks, or creating an [...]
The Quest for Programmable Embedded Systems with Multiple CAN/CAN-FD Ports
I regularly receive inquiries about programmable systems that support more than two CAN interfaces—either Classical CAN, CAN FD, or a combination of both. Most requests center around four ports, though some applications require even more. To be transparent from the outset: available solutions in this space are limited. While platforms like Arduino and Raspberry Pi offer [...]
The MCP2515 and MCP2518FD CAN Controllers – The Core of Copperhill Technologies' CAN-Based Designs
At Copperhill Technologies, we specialize in embedded systems and CAN (Controller Area Network) applications for industrial, automotive, and marine environments. Our products are built to serve professionals and engineers who need reliable, real-time communication across a variety of platforms. One of the most critical decisions in any CAN-based hardware design is the selection of the [...]
High-Performance Embedded Platform with Teensy 4.1, Triple CAN, and Ethernet
Overview As embedded systems evolve to meet the increasing demands of real-time data processing and connectivity, hardware platforms must rise to the challenge. The Triple CAN Bus Board with 240x240 LCD and Ethernet by Copperhill Technologies, centered around the Teensy 4.1 microcontroller, is a compact yet powerful solution designed specifically for engineers and developers working at [...]