High Performance You Can Rely On - Harness the power of the 32-bit, 64 MHz ARM -M0+ series MCU, the STM32G0B1CBT6, for precise control, ensuring exceptional print quality and reliability in your ERCF project. Redundancy Meets Flexibility - The redundant design of the drivers and endstops provides backup interfaces and supports the DIY project, increasing reliability and flexibility. Simplified Wiring with CAN us - Enjoy reliable communication, simplified wiring, and robust, stable data transmission for a smooth and efficient printing experience. The CAN bus interface is only functional when running the Klipper firmware. Bracket model for CAN installation: https://github.com// 60V High-Voltage Driver Sockets - Empower your OpenPNP projects. CAN:ERCF Control Board, Open Source, CAN bus, Redundant Design Why CAN? 32-bit, 64 MHz 2+2 EZ Driver Sockets 1+10 Endstop Ports CAN bus High-Voltage Driver Sockets More Possibilities: 1. I2C Interface: Easily connect BME680/BME280 temperature and humidity sensors to obtain real-time environmental readings. 2. Infrared Sensor Interface: Easily connect the TCRT5000 infrared sensor for precise detection and automated calibration capabilities. 3. RGB Interface: Allows easy addition of /WS2812 LED strip. Microprocessor: ARM -M0 STM32G0B1CBT6 64MHz Input Voltage: DC12V-DC24V 9A Logic Voltage: DC 3.3V Servo Interface (MOT) Maximum Output: 5V 2A, 2.5A Expansion Interfaces: STP1-STP11, I2C, RGB, Sensor (infrared sensor interface), USB, CAN Motor Driver Support: EZ Drive (supports voltage selection) Driver Operating Modes: STEP/DIR, UART, SPI Stepper Motor Interfaces: M1, M2, M3, USB Communication Interface: USB Type-C DCDC 5V Output Maximum Current: 3.6A Colour:Black Material:Plastic Package Contents: 1 * CAN Board Only the above package content, other products are not included. Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/- 1-3cm.