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#Stm32 nucleo how to

Reference to USB driver has also been provided.

Connect a debug cable (additional serial port configured on Nucleo pins D2 & D8) to your host USB port.

Connect HL Module’s UART to your host USB port.

Configure HL Shield and stack it over the Nucleo board.

If USB driver is missing, VCP driver for FTDI-based TTL cables can be downloaded here.

Connect the TTL cable to USB Hub which is connected to your PC/Mac.

the Ground wire must be connected to Nucleo’s GND pin.

the RX wire must be connected to Nucleo’s pin D8 (TX).Not an issue as Debug output does not make use of RX. the TX wire cannot be connected to Nucleo’s pin D2 (RX) as it is not accessible.Refer to the datasheet of your TTL cable, to perform the following connection:.Pins D2 and D8 of Nucleo board will be configured programmatically as an serial port for debug output purpose.Connect the TTL to Serial Debug cable to Nucleo pin D8 and GND as shown in the previous photo.Have an account on AirVantage server : eu.USB Hub (3 ports or more) + TTL to Serial USB cable (E.g.STM32 Nucleo-L053R8 + USB cable type B-A.HL Shield + Antenna + Power adaptor + USB cable MiniB-A.Define STM32/Nucleo board-AirVantage Interface.Setup STM32/Nucleo board Software Development Environment.Let’s develop a simple Alarm system to better showcase the solution in 4 main steps: To implement this solution, MQTT protocol will be used. Sending commands or configuration from AirVantage to STM32/Nucleo board.Sending custom data such as sensor values or application data from STM32/Nucleo board to AirVantage.

#Stm32 nucleo how to

This tutorial describes how to create communication between AirVantage and STM32Nucleo-based system using AirPrime HL wireless module.