Difference: BoardSupportPackageH747 (8 vs. 9)

Revision 92022-06-15 - PeterSchmid

  META TOPICPARENT 
 name="MecrispCubeH743" 



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- META TOPICPARENT
+ name="MecrispCubeH743"
  Intro 
 
DRAFT
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+The board support package for the Arduino Portenta H7 Board is restricted to the Arduino MKR pin header and the onboard RGB LED and switch (push button). The STM32H747 has much more capabilities then 15 digital I/O pins, 7 analog input pins, UART, SPI, and I2C interfaces. But if you want to use the more advanced features you can use the CubeMX to create source code for the internal peripherals. This project wants to show how to use the Cube Ecosystem for a Forth system (or vice versa) and can't implement all features and possibilities the STM32H747 has. It is a good starting point for your project.
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+The board support package for the Arduino Portenta H7 Board is restricted to the Arduino MKR pin header and the onboard RGB LED. The STM32H747 has much more capabilities then 15 digital I/O pins, 7 analog input pins, UART, SPI, and I2C interfaces. But if you want to use the more advanced features you can use the CubeMX to create source code for the internal peripherals. This project wants to show how to use the Cube Ecosystem for a Forth system (or vice versa) and can't implement all features and possibilities the STM32H747 has. It is a good starting point for your project.
  Contents 
 
 
  Overview
   Board Support Words
   Using the Digital Port Pins (Input and Output)
   Using the ADC (Analog Input Pins) 
  Control the Neopixel
   Control the Knightrider Pace
 
   Using the PWM (Analog Output Pins) 
  Control an RC Servo
 
   Using Input Capture and Output Compare 
  Time Base
   Output Compare
   Input Capture
 
   Using EXTI line
   Pinouts 
  RGB LED
   Digital Pins 
  D0 / PWM7 / PH15 / JA.9
   D1 / PWM6 / PK1 / JA.10
   D2 / PWM5 / PJ11 / JA.11
   D3 / PWM4 / PG7 / JA.12
   D4 / PWM3 / PC7 / JA.13
   D5 / PWM2 / PC6 / JA.14
   D6 / PWM1 / PA8 / JD.1
   D7 / CSS / PI0 / JD.2
   D8 / MOSI (COPI) / PC3 / JD.3
   D9 / SCK / PI1 / JD.4
   D10 / MISO (CIPO) / PC2 / JD.5
   D11 / SDA / PH8 / JD.6
   D12 / SCL / PH7 / JD.7
   D13 / UART_RX / PA10 / JD.8
   D14 / UART_TX / PA9 / JD.9
   RESET / JD.10
 
   Analog Pins 
  AREF+ / / / JA.1
   A0 / D15 / PA0_C / JA.2
   A1 / D16 / PA1_C / JA.3
   A2 / D17 / PC2_C / JA.4
   A3 / D18 / PC3_C / JA.5
   A4 / D19 / PC2 / JA.6
   A5 / D20 / PC3/ JA.7
   A6 / D21 / PA4 / JA.8
 
 
   Breakout Board 
  SD Card / SDIO Pins 
  SDIO_D0 / PC8 (internal) / CN8.2
   SDIO_D1 / PC9 (internal) / CN8.4
   SDIO_D2 / PC10 (internal) / CN8.6
   SDIO_D3 / PC11 (internal) / CN8.8
   SDIO_CLK / PC12 (internal) / CN8.10
   SDIO_CMD / PD2 (internal) / CN8.12
   SD_DETECT / PB12 (internal) / optional / CN7.7
 
   USB 
  USB_DP / PA12
   USB_DM / PA11
 
   VCP UART 
  STLK_VCP_TX / PG14 / ST-LINK VCP Rx
   STLK_VCP_RX / PG9 / ST-LINK VCP Tx
 Schematics
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 Full Pinout
https://docs.arduino.cc/static/2d38006e78d2abc588a80f12bb9c0c70/ABX00042-full-pinout.pdf
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+SCL D15, SDA D14
SCK D2, MO D4, MI D3, RX D0, TX D1
 The anlog pins can be used as digital pins too:
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+A0 D16, A1 D17, A2 D18, A3 D19, A4 D20, A5 D21
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+A0 D15, A1 D16, A2 D17, A3 D18, A4 D19, A5 D20, A6 D21
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+ Breakout Board 

https://docs.arduino.cc/hardware/portenta-breakout

Breakout Board Datasheet
https://docs.arduino.cc/static/ff6f3cc0c6b5d7484e45642d617a6c73/ASX00031-datasheet.pdf
  Digital Pins 

 D0  / PWM7 / PH15 / JA.9
  D1 / PWM6 / PK1 / JA.10 
 
 PWM out on TIM4_CH1
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+ D2 / PWM5 / PG14 / JA.11 
 
 Alternate uses: UART6_TX, SPI6_MOSI
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+ D2 / PWM5 / PJ11 / JA.11 
 
 PWM out on
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+ D3 / PWM4 / PE13 / JA.12
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+ D3 / PWM4 / PG7 / JA.12
  PWM out on TIM1_CH3
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+ Alternate uses: SPI6_MISO
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+ RGB LED blue ??
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+ D4 / PWM3 / PE14 / JA.13
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+ D4 / PWM3 / PC7 / JA.13
  PWM out on TIM1_CH4
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+ Alternate uses: SPI4_MOSI
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+ RGB LED green
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+ D5 / PWM2 / PE11 / JA.14
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+ D5 / PWM2 / PC6 / JA.14
  PWM out on TIM1_CH2
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+ Alternate uses: USART6_RX
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+ D6 / PWM1 / PE9 / JD.1
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+ D6 / PWM1 / PA8 / JD.1
  PWM out on TIM1_CH1
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+ Alternate uses: USART6_TX
 

 D7 / SPI1.CS / PC13 / JD.2 
 
 Blue Button
  Alternate uses: SPI6_MISO, USART6_RTS
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+ RGB LED red
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+ D8 / PF3 / JD.3 
 
 Alternate uses: ADC3_5
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+ D7 / CSS / PI0 / JD.2 
 
 SPI chip select, Hardware SPI1_CSS
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+ D9 / PD15 / JD.4 
 
 PWM out on TIM4_CH4
  Alternate uses: UART8_RTS
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+ D8 / MOSI (COPI) / PC3 / JD.3 
 
 SPI master out slave in, Hardware SPI1_MOSI
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+ D10 / PD14 / JD.5 
 
 PWM out on TIM4_CH3
  Alternate uses: UART8_CTS, SPI1_CS
 

 D11 / MOSI / PB5 / JD.6 
 
 SPI SPI1_MOSI
  PWM out on TIM3_CH2
  Alternate uses: USART5_RX
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+ D9 / SCK / PI1 / JD.4 
 
 SPI clock, Hardware SPI1_SCK
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+ D12 / MISO / PA6 / JD.7 
 
 SPI SPI1_MISO
  PWM out on TIM3_CH1
  Alternate uses: I2S2ext SD, SPI2 MISO
 

 D13 / SCK / PA5 / JD.8 
 
 SPI SPI1_SCK
  Output Compare on TIM2_CH1
  Alternate uses: ADC1_8
 

 D14 / SDA / PB9 / JD.9 
 
 The I2C (Wire) data pin, Hardware I2C1_SDA
  (PWM out on TIM4_CH4)
  Alternate uses: USART4_RX
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+ D10 / MISO (CIPO) / PC2 / JD.5 
 
 SPI master in slave out, Hardware  SPI1_MISO
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+ RESET / JD.10
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+ D11 / SDA / PH8 / JD.6 
 
 The I2C (Wire) data pin, Hardware I2C0_SDA
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+ D12 / SCL / PH7 / JD.7 
 
 The I2C (Wire) clock pin, Hardware I2C0_SCL
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+ UART_RX / PB7 / CN10.16
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+ D13 / UART_RX / PA10 / JD.8
  Receive (input) pin for Serial1. Hardware USART1_RX
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+ PWM out on TIM4_CH2
  Alternate uses: I2C1_SDA
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+ UART_TX /  PB6 / CN10.14
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+ D14 / UART_TX / PA9 / JD.9
  Transmit (output) pin for Serial1. Hardware USART1_TX
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+ PWM out on TIM4_CH1 
  Alternate uses: I2C1_SCL
 

 MOSI / PB5 / CN7.14 
 
 SPI SPI1_MOSI
  PWM out on TIM3_CH2
  Alternate uses: USART5_RX
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+ MISO / PA6 / CN7.12 
 
 SPI SPI1_MISO
  PWM out on TIM3_CH1
  Alternate uses: I2S2ext SD, SPI2 MISO
 

 SCK / PA5 / CN7.10 
 
 SPI SPI1_SCK
  Output Compare on TIM2_CH1
  Alternate uses: ADC1_8
 

 SDA / PB9 / CN7.4 
 
 The I2C (Wire) data pin, Hardware I2C1_SDA
  (PWM out on TIM4_CH4)
  Alternate uses: USART4_RX
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+ RESET / JD.10
  Analog Pins
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+ AREF+ / / PA3 / JA.1 
 
 This pin is analog input A0 (ADC1_IN15)
  Input Capture on TIM2_CH4
  Alternate uses: USART2_RX
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+ AREF+ / / / JA.1 
 
 This pin is analog i
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+ A0 / D15 / PA3 / JA.2
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+ A0 / D15 / PA0_C / JA.2
  This pin is analog input A0 (ADC1_IN15)
  Input Capture on TIM2_CH4
  Alternate uses: USART2_RX
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+ A1 / D16 / PC0 / JA.3
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+ A1 / D16 / PA1_C / JA.3
  This pin is analog input  A1 (ADC1_IN10)
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+ A2 / D17 / PC3 / JA.4
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+ A2 / D17 / PC2_C / JA.4
  This pin is analog input  A2 (ADC3_IN1)
  PWM out on TIM1_CH3N
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+ A3 / D18 / PB1 / JA.5
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+ A3 / D18 / PC3_C / JA.5
  This pin is analog input  A3 (ADC1_IN5)
  PWM out on TIM3_CH2
 

 A4 / D19 / PC2 / JA.6 
 
 This pin is analog input  A4 (ADC3_IN0)
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+ A5 / D20 / PF10 / JA.7
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+ A5 / D20 / PC3/ JA.7
  This pin is analog input  A5 (ADC3_IN6)
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+ A6 / D21 / PF10 / JA.8 
 
 This pin is analog input  A5 (ADC3_IN6)
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+ A6 / D21 / PA4 / JA.8 
 
 This pin is analog input  A6 (ADC3_IN6)
  SD Card / SDIO Pins

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