Matek CAN Node-G474 is an Adapter Node based on ArudPilot AP_Periph firmware. With 5Mbit/s CAN transceiver and STM32G474 MCU, CAN-G474 is capable of CANFD. With this board, you can easily utilize the ArduPilot driver library to convert ArduPilot supported GNSS, Compass, Barometer,Airspeed sensor, and GPIO based (PWM, Buzzer/LED notify) peripherals to DroneCAN bus peripherals. Check out our all our Receivers and the rest of our Matek products! Specifications: MCU: STM32G474CE, 512KB Flash CAN transceiver data rates up to 5Mbit/s 2x CAN bus 4x UARTs for peripheral GNSS, Rangefinder, Proximity, EFI, RC input(receiver) support GNSS, Compass, Barometer sensors over MSP protocol. MSP is enable on TX3 by default. 2x I2C bus for peripheral I2C Airspeed sensor, Barometer, Compass 1x SPI for peripheral RM3100 SPI pads for RM3100 are on bottom side, with “CS, MOSI, MISO, SCK” silkprint 11x PWM outputs for Servos and ESC, all PWMs support DMA/DShot PWM1-10 on DuPont 2.54mm holes PWM11 pad is on bottom side, with “11” silkprint ST debug, SWC & SWD(on bottom side) UART1(TX1,RX1) support firmware update in DFU mode LED Blue, Fast blinking, Booting Blue, Slow blinking, communicating with flight controller Red, 3.3V indicator Input voltage range: 4.5~5.5V @5V pad/pin Power consumption: 62mA Operating Temperatures: -30~85 °C Physical 5x JST-GH-4P(SM04B-GHS-TB) for CAN1, CAN2, I2C1, UART1 and UART4 1x JST-GH-6P(SM06B-GHS-TB) for UART3+I2C2 18x DuPont 2.54mm holes Board Size: 36mm*36mm*6mm. 5.2g, Mounting: 30.5mm 4x Dia.3mm 3D file : CAN-G474_STEP.zip Firmware ArduPilot AP_Periph MatekG474-Periph for peripheral sensors ArduPilot AP_Periph MatekG474-DShot for DroneCAN-PWM output Update via DroneCAN GUI Tool or Mission Planner–DroneCAN Tab, load “AP_Periph.bin“ Update via STM32CubeProgrammer in DFU mode, connect USB-TTL module to UART1, Plug USB while holding the DFU button in, load “AP_Periph_with_bl.hex“. Note Just need to connect either one CAN bus to flight controller, or connect both to FC for redundancy. SWC/SWD share MCU pins with SDA1/SCL1 Other MCU pins not specified are useless for now. CAN-G474 support 1Mbit ~ 5Mbit CAN/CANFD, CAN-L431 works with 1Mbit CAN. Flight controller Parameters for sensors CAN_D*_PROTOCOL = 1 CAN_P*_DRIVER = 1 GPS*_TYPE = 9 DroneCAN COMPASS_TYPEMASK = 0 (DroneCAN Unchecked) ARSPD*_TYPE = 8 (DroneCAN) BATT*_MONITOR = 8 (DroneCAN) RNGFND*_TYPE = 24 (DroneCAN) EFI*_TYPE = 5 (DroneCAN) PRX*_TYPE = 14 (DroneCAN) Flight controller Parameters for PWM CAN_D*_PROTOCOL = 1 CAN_P*_DRIVER = 1 CAN_D*_UC_ESC_OF = 4 (Plane 4.2.1 or newer) CAN_D*_UC_ESC_BM = x CAN_D*_UC_SRV_BM = x BRD_SAFETYENABLE = 0 (if your flight controller doesn’t have safety pin) Tutorial ： Using MatekL431 adapters for PWM and DShot Package Includes: 1x CAN-G474 board 2x JST-GH-4P to JST-GH-4P 20cm silicon wire 1x JST-GH-6P to JST-GH-6P 20cm silicon wire
