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General| Logic Voltage | 3.3V |
|---|---|
| SD Card Support | Yes |
| CAN Bus | Yes |
| Input Voltage | DC24V/DC12V |
| Heater Bed Voltage | DC24V/DC12V |
| Motor Driver | TMC5160/TMC2209 (configurable) |
| Motor Driver Interface | SPI, UART |
| Temperature Sensor Interface | PT1000 |
| Display | LCD screen |
| Communication Interface | USB, UART, CAN |
| Connectivity | USB, UART, CAN |
| Firmware | Marlin |
| Wi-Fi | Optional (via module) |
| Bluetooth | Optional (via module) |
Lists key features of the motherboard, highlighting its advanced capabilities.
Details external connections and ports available on the board.
Visual representation of all board connectors and their labels for easy reference.
Explains how to connect various components to the motherboard.
Details how to power the board using the USB connection.
Configuration for stepper driver communication modes via firmware.
Setup for sensorless homing using TMC drivers, via jumpers.
Guide on selecting the correct voltage for stepper drivers.
How to select the output voltage for CNC fans via jumpers.
Configuration for thermistor types, 100K NTC and PT1000.
Instructions for connecting the BLTouch sensor to the motherboard.
Wiring diagram for the auto power off relay module.
How to connect and use MINI12864 or TFT screens.
Instructions for wiring RGB LED strips to the motherboard.
Wiring guide for connecting a filament runout sensor.
Steps to set up the development environment for Marlin firmware.
How to download the Marlin firmware source code.
Instructions on opening and configuring the Marlin project.
Details on setting up the compilation environment for Marlin.
Configuration for thermistor types, 100K NTC and PT1000.
Configuration for enabling and setting up the BLTouch probe.
Configuration options for controlling the power supply unit.
Instructions for configuring the print resume after power loss feature.
Settings for controlling RGB LEDs using NeoPixel technology.
Defines the number of LEDs in the NeoPixel strip.
Setup for basic filament runout sensors with microswitch.
Configuration for motion-based filament detection.
Enables and configures nozzle parking after filament errors.
Initial steps for Klipper, including OS image download.
Steps to configure the Wi-Fi connection for the Raspberry Pi.
Instructions for connecting to the Raspberry Pi via SSH.
Steps for updating the motherboard firmware via microSD.
Safety warnings and voltage checks before operation.
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