LUC - USB - LIN bus converter

TTL/CAN-USB converter dedicated to distance sensors TF03, TF02 and TFmini with TTL/CAN interface. Comes with a miniUSB cable. Benewake TTL/CAN to USB converter

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

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

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

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

Converter with a built-in microcontroller (MCU) and a CAN transceiver system. It can work with devices with an operating voltage of 3.3 V via goldpin connectors with a pitch of 2.54 mm. The converter facilitates the design and prototyping of devices based on the CAN bus. Waveshare WS-TTL-CAN

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

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

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

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

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.

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

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

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

A communication interface enabling computer connection to robotic drives via CAN and FDCAN buses. It offers very high throughput of up to 5 Mbps and plug-and-play functionality, allowing for quick system startup and diagnostics without complex configuration. The device enables real-time visualization of operating parameters such as position, speed, and temperature, and also supports firmware updates and calibration. Seeed Studio 100010153