Category: CAN converters
CAN Converters – Reliable Solutions for Your Projects
CAN converters are essential tools that enable communication between various devices in industrial systems, automotive applications, and DIY projects. The CAN (Controller Area Network) bus is a reliable communication standard that ensures fast and error-free data transfer. With CAN converters, integrating devices into CAN systems becomes simple and efficient, allowing the realization of even the most advanced projects. Our converters are characterized by high-quality workmanship and ease of use, making them an ideal choice for both professionals and hobbyists. They provide reliable data exchange, essential in many modern applications, from vehicle diagnostics to industrial automation.
There are 24 products.
The CAN interface module KAmod with the SN65HVD230 chip enables direct communication with the CAN bus in systems powered by 3.3 V. Compatible with PCA82C250 chips, equipped with ESD protection and functions eliminating interference, it will perform well in industrial, automotive, and IoT projects.
KAmod CAN-TXRX is a CAN bus transceiver with the MCP2542FD system, compatible with the CAN 2.0 and CAN FD standards, enabling sending and reading data with the serial interface voltage level adjustable in the range of 1.7...5 V, equipped with protections and LEDs signaling action
CAN module based on the SN65HVD230 system, allows you to connect a microcontroller with a CAN bus interface
KAmodRPI RS485 CAN HAT is a shield for the Raspberry Pi computer that extends its interfaces with RS485 and CAN. Bus signals are led out to goldpin connectors and terminal blocks.
USB - LIN bus converter module. It allows you to connect devices to your computer via the LIN bus. LIN USB CONVERTER (LUC)
USB-CAN adapter with support for CAN2.0A and CAN2.0B standards. It can work with Windows and Linux systems, including Raspberry Pi and Jetson Nano minicomputers. Waveshare USB-CAN-A
RS485 CAN HAT is an extension designed for the Raspberry Pi mini-computer in the form of a HAT overlay. Adds RS485 and CAN interfaces for the Raspberry Pi plate. Interface signals are derived as screw and goldpin connectors. RS485 CAN HAT
CAN transceiver module based on the TJA1051T/3 chip. Allows you to connect a board with native CAN support (the transceiver will convert 3V signals into differential CAN signals) to a network of devices. Adafruit 5708
Expansion module designed for Raspberry Pi or BIGTREETECH CB1. It allows you to add a CAN interface and use minicomputers for control in industrial or automotive applications. BIGTREETECH IO2CAN V1.0
CANable V2.0 PRO is a USB-C to CAN adapter with galvanic isolation. It supports CAN 2.0 and CAN FD, ensuring reliable communication and broad compatibility. MKS CANable V2.0 PRO
I2C-CAN converter using the MCP2551 and MCP2515 systems and the ATmega168PA microcontroller. The module uses the I2C bus and the Grove connector for communication. Seeed Studio 113020111
Communication module with CAN-UART converter and USB 1.0 interface. It supports CAN 2.0 protocol and supports SLCAN. It is operated using AT commands. DFRobot TEL0150
The module is based on the GD32E103 microcontroller, supporting CAN FD at up to 5 Mbps, making it ideal for automotive and automation applications. With AT command support, Grove connector and compatibility with XIAO RP2040 boards, the module offers easy integration in IoT projects such as monitoring or automation. Seeed Studio 114992978
The CAN transmitter and receiver module is intended for M5Stack sets. It is based on an isolated CA-IS3050G transceiver system, which can provide differential data reception and transmission. M5Stack U085
A set of necessary tools needed to perform vehicle diagnostics. It consists of a CAN Bus module, an OBD II connector and the necessary wires. Seeed Studio 114991438
Expansion board for XIAO, enabling easy CAN Bus communication by integrating MCP2515 and SN65HVD230. Ideal for applications in vehicles, industrial control systems and robotics, it provides reliable data exchange and easy integration into the XIAO ecosystem. Seeed Studio 105100001
This converter allows for easy connection of a computer to devices using the CAN bus via USB-C. Equipped with a GD32 microcontroller and a WCH CH340 chip, it ensures stable communication at speeds up to 921,600 bps. The adapter supports plug-and-play and allows for device control, diagnostics, and OTA firmware updates using dedicated software. Seeed Studio 100012096
No product available!
A converter enabling communication between a computer and a CAN 2.0A bus at transmission speeds from 5 kbps to 1 Mbps. Based on an STM32 microcontroller, the device offers two operating modes: PCAN, compatible with diagnostic tools, and Transparent Mode, enabling communication via a virtual serial port. The adapter is compatible with Windows, Linux, and Android systems, as well as embedded platforms such as Raspberry Pi. Seeed Studio 100030768
No product available!
A compact interface that enables communication between a computer and DM43 series motors via the CAN bus. The device operates as a USB-CAN bridge, offering simple plug-and-play setup and support for MIT mode, allowing for precise motion control and easy diagnostics. It supports CAN speeds from 5 kbps to 1 Mbps and has a 64 KB data buffer for stable transmission. Seeed Studio 100011896
No product available!
The CAN-BUS Arduino Shield v2.0 can be stacked on an Arduino UNO, Arduino Leonardo or Arduino MEGA board. The shield integrates an MCP2515 CAN-BUS chip on the shield and has a CAN-BUS transceiver function. With an on-board DB9 and CAN-BUS connector you can choose a suitable port according to your host device. There is also an integrated MicroSD socket for data storage. DFR0370
No product available!
Why choose our CAN converters?
Our CAN converters offer unparalleled performance and reliability. The USB-CAN adapter is an ideal solution for quickly and easily connecting a computer to a CAN network, enabling real-time monitoring and diagnostics. The USB-CAN converter is indispensable in applications where fast communication and connection stability are required. The CAN module for Raspberry Pi allows easy integration of CAN functionality into projects based on this popular platform, opening new possibilities for creators. Additionally, our products are compatible with many standards and protocols, making them versatile tools for various applications.
Applications of our CAN converters
CAN converters find wide application in various fields. In the automotive industry, they are used for diagnosing and monitoring vehicles, providing quick access to diagnostic data and operating parameters. In industrial automation, they enable integration and communication between different devices, improving system efficiency and reliability. In DIY projects, CAN converters are invaluable for hobbyists and engineers who want to add CAN functionality to their projects, such as robotics, control systems, or smart homes. Our products offer not only high performance but also ease of use, making them an ideal choice for any project.
Innovative technologies for advanced applications
Our range of CAN converters includes both basic models, ideal for education and simple applications, as well as advanced devices for professional industrial use. Each of our CAN converters and modules is designed with the highest precision and reliability in mind, allowing for versatile use in various projects. Thanks to an intuitive user interface, our products are easy to operate and integrate, making them suitable for both experienced engineers and those just starting their journey with electronics.
We invite you to explore the full range of CAN converters on our website. Whether you need a USB-CAN adapter, a USB-CAN converter, or a CAN module for Raspberry Pi, you will find a device that meets your expectations and helps you achieve even the most demanding projects. Our team of experts is always ready to advise and help you choose the best solution tailored to the specific needs of your project.