Difference: MecrispCubeWB5M (5 vs. 6)

Revision 62022-09-29 - PeterSchmid

  META TOPICPARENT 
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- META TOPICPARENT
+ name="WebHome"
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+ image="/twiki/pub/MecrispCube/BoardSupportPackageWBfeather/WB_Feather_header.jpg"
 title="!MecrispCube for the STM32WB Feather Developer Board"
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+ image="/twiki/pub/MecrispCube/BoardSupportPackageWB5M/wb55-discovery-header.jpg"
 title="Mecrisp-Cube for the STM32WB5MM-DK Discovery Board"
  titlestyle="color:#F00000;"
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 Intro
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+After discovering Adafruit's Feather STM32F405 for myself, I wanted to develop a Feather board for the STM32WB. Luckily I found the STM32WB Feather Development Board from Reclaimer Labs. This board has everything I need.
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+The STM32WB5MM-DK Discovery Board is not as cheep as the Nucleo Board but it 
has plenty of peripherals on board: OLED display 128x64 pixel, 128-Mbit Quad-SPI NOR Flash Memory, temperature sensor, accelerometer/gyroscope sensor, Time‑of‑Flight and gesture‑detection sensor, digital microphone, RGB LED, infrared LED, and touch sensor.
 Instant real-time programming with Forth.
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+Sources on GitHub (WBfeather branch on Mecrisp-Cube)
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+Sources on GitHub (WB5M branch on Mecrisp-Cube)
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  Contents 
 
 
  Features
    Getting Started 
  Prerequisites
   Special Functions on Startup 
   RGB LED as Status Indicator
   Additional Tools and Local Filesystem
 
   Installing Development Environment
  Features
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+KiB RAM dictionary 
  384 KiB Flash dictionary
  Forth as CMSIS-RTOS thread. CMSIS-RTOS API to use FreeRTOS within Forth. 
  Buffered terminal I/O (5 KiB buffer for UART Rx). Interrupt driven and RTOS aware, key and emit block the calling thread. USART1: D0 RX, D1 TX
  USB-CDC for serial communication via USB. Redirect console I/O like cdc-emit, cdc-key 
  microSD and internal serial Flash mass storage for blocks and FAT filesystem.  
 Internal Flash drive 0:, 16 MiB serial Flash W25Q128
  microSD drive 1: (needs adaptor)
  Filesystem API
  UNIX like Shell commands
 
  Digital and analog pins 
 LEDs: LED1 (red) D12
  Digital port pins: D0 to D15 (without D7 and D8)
  Analog port pins: A0 to A5 
  PWM: TIM1CH1 A4, TIM1CH2 D1, TIM1CH3 D0
  Input capture TIM2CH1 A5
  Output compare TIM2CH2 D13, TIM2CH3 D5, TIM2CH4 D6
  EXTI: D5, D6, D11, D13
 
  UART: D0 RX, D1 TX
  SPI: D2 SCK, D3 MISO, D4 MOSI (e.g. for display, memory)
  I2C: D14 SDA, D15 SCL (external peripherals e.g. pressure sensor)
  vi Editor origin in BusyBox tiny vi. Workflow development: begin Edit EVALUATE while SaveFile repeat 
  Real Time Clock (32 bit UNIX time stamp, valid times are from 1.1.2000 to 31.12.2099 because of the STM32WB RTC peripheral) time!, time@, and .time (YYYY-MM-DDTHH:MM:SS ISO 8601). 
 
 

 OLED FeatherWing 128x32  
 Switches: SW1 (button A, D9), SW2 (button B, D6), SW3 (button C, D5)
  I2C: D14 SDA, D15 SCL 
 
  CharlieWing 
  NeoPixelWing 
  DotStarWing
  QuadAlphanumeric FeatherWing Display
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+The standard Mecrisp-Cube features like RTOS, Filesystem, USB, etc.
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+ Markdown manual pages
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+KiB RAM dictionary 
  128 KiB Flash dictionary 
  Internal Serial Flash drive 0:, 384 KiB 
  microSD drive 1: (external adapter)
  OLED display 128x64 pixel
  RGB LED
 

Not supported yet: 

 temperature sensor
  accelerometer/gyroscope sensor
  Time-of-Flight and gesture/detection sensor
  digital microphone
  infrared LED
  touch sensor
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+For more BSP details see BoardSupportPackageWBfeather.
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+For more BSP details see BoardSupportPackageWB5M.
  minicom, microcom, screen - Linux
  Use the built in Eclipse console (but no LF)
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+Flash the Mecrisp-Cube binary (MecrispCubeWBfeather.bin) or the util-binary (MecrispCubeWBfeatherUtil.bin) to the Feather Board.
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+Flash the Mecrisp-Cube binary (MecrispCubeWB5M.bin) or the util-binary (MecrispCubeWB5MUtil.bin) to the Discovery Board.
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+ Connect the Feather Board USB to the PC
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+ Connect the Discovery Board USB to the PC
  Hold the USR button (BOOTP Pin), push the RES button, release the USR button
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+ Program the binary (MecrispCubeWBfeather.bin or MecrispCubeWBfeatherUtil.bin) with the STMCubeProgrammer (select USB Device)
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+ Program the binary (MecrispCubeWB5M.bin or MecrispCubeWBfeatherUtil.bin) with the STMCubeProgrammer (select USB Device)
  Reset or power cycle the Feather board 
 

Start the terminal emulator application on the PC.
 Browse to Mecrisp-Cube directory
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+Generate code from the STM32CubeMX MecrispCubeWBfeather.ioc file:
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+Generate code from the STM32CubeMX MecrispCubeWB5M.ioc file:
 Project -> Generate Code

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