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  1. Packs
  2. STM32F469I-DISCO_BSP

STM32F469I-DISCO_BSP

1.0.0
Keil

  • Pack Type

    Board Support

STMicroelectronics STM32F4 Series STM32F469I-DISCO Board Support Pack

STM32F469I-DISCO_BSP

The STMicroelectronics STM32F469I-DISCO Board Support Pack (BSP):

Content in csolution format

Provided API Interface Description
CMSIS_MCI CMSIS-Driver MCI connected to microSD card slot (CN9)
CMSIS_USB_Device CMSIS-Driver USB Device connected to USB_OTG_FS connector (CN13)
CMSIS_VIO CMSIS-Driver VIO connected to LEDs (LD3, LD1, LD4, LD2) and Wake-up button (B2)
STDIN, STDOUT, STDERR Standard I/O connected to Virtual COM port on ST-LINK connector (CN1)
ARDUINO_UNO_D2..D10, D14..D19 CMSIS-Driver GPIO connected to Arduino digital I/O pins D2..D10 and D14..D19
ARDUINO_UNO_I2C CMSIS-Driver I2C connected to Arduino I2C pins D20..D21
ARDUINO_UNO_SPI CMSIS-Driver SPI connected to Arduino SPI pins D11..D13
ARDUINO_UNO_UART CMSIS-Driver USART connected to Arduino UART pins D0..D1

Using GCC Compiler

By default the Board Layers are configured for the Arm Compiler 6 (AC6). Using STM32CubeMX it can be reconfigured for a different compiler. To configure it for the GCC compiler execute these steps:

  • In the <solution_name>.csolution.yml project file select compiler: GCC.
  • Launch the STM32CubeMX generator with this CMSIS-Toolbox command: csolution <solution_name>.csolution.yml run -g CubeMX -c <context>
  • In STM32CubeMX:
  • Open from the menu Project Manager - Project - Toolchain/IDE:
  • Select STM32CubeIDE and disable Generate Under Root.

  • Click GENERATE CODE to recreate the CubeMX generated files for the GCC compiler.

  • In the Board.clayer.yml file, update linker: node configuration to reference appropriate GCC linker script. The GCC linker script is typically generated in the STM32CubeMX/STM32CubeIDE folder. Customize the GCC linker script file to your project's requirements.

  • Rebuild the project using the CMSIS-Toolbox command cbuild <solution_name>.csolution.yml.