ST Nucleo F722ZE

Overview

The Nucleo F722ZE board features an ARM Cortex-M7 based STM32F722ZE MCU.

Key Features:

  • STM32 microcontroller in LQFP144 package

  • USB full-speed/high-speed device

  • 3 user LEDs

  • 1 user button and 1 reset button

  • 32.768 kHz crystal oscillator

  • Board connectors:

    • USB Micro-AB

    • SWD

    • ST Zio connector (Arduino Uno R3 compatible)

    • ST Morpho connector

  • On-board ST-LINK debugger/programmer

  • Flexible power supply options, including ST-LINK VBUS and external sources.

Nucleo F722ZE

Hardware

Nucleo F722ZE provides the following hardware components:

  • STM32F722ZET6 microcontroller in LQFP144 package

  • ARM® Cortex®-M4 with FPU

  • Adaptive Real-Time Accelerator (ART Accelerator)

  • 216MHz max CPU frequency

  • 512 KB flash

  • 256 KB RAM

  • I2C (3)

  • USART/UART (4)

  • SPI (5)

  • I2S (3)

  • SAI (2)

  • USB OTG Full-speed (1)

  • USB OTG Full-speed/high-speed (1)

  • SDMMC (2)

  • CAN (1)

  • Dual mode Quad-SPI

  • Random number generator (RNG)

  • 3x 12-bit ADC, up to 2.4 MSPS with 24 channels or 7.2 MSPS in triple-interleaved mode

  • 2x 12-bit DAC

  • 16-channel DMA controller

  • 16-bit timers (13) with PWM, pulse counter, and quadrature features

  • 32-bit timers (2) with PWM, pulse counter, and quadrature features

  • CRC

  • 96-bit unique ID

  • Die temperature

Supported Features

Interface

Controller

Driver/Component

NVIC

on-chip

arch/arm

MPU

on-chip

arch/arm

ADC

on-chip

adc

CAN

on-chip

can

USART/UART

on-chip

console, serial

TIMER

on-chip

counter, pwm, timer

DAC

on-chip

dac

DMA

on-chip

dma

GPIO

on-chip

gpio

HWINFO

on-chip

hwinfo

I2C

on-chip

i2c

EXTI

on-chip

interrupt_controller

BACKUP_SRAM

on-chip

memory

QUADSPI

on-chip

memory

PINMUX

on-chip

pinctrl

RCC

on-chip

reset

RTC

on-chip

rtc

DIE_TEMP

on-chip

sensor

VREF

on-chip

sensor

VBAT

on-chip

sensor

SPI

on-chip

spi

USBOTG_HS

on-chip

usb

USBOTG_FS

on-chip

usb

IWDG

on-chip

watchdog

WWDG

on-chip

watchdog

RTC

on-chip

rtc

Connections and IOs

  • SDMMC1: Pins marked as “SDMMC” on the ST Zio connector.

    • D0: PC8 (CN8 pin 2)

    • D1: PC9 (CN8 pin 4)

    • D2: PC10 (CN8 pin 6)

    • D3: PC11 (CN8 pin 8)

    • CK: PC12 (CN8 pin 10)

    • CMD: PD2 (CN8 pin 12)

  • ADC1:

    • IN3: PA3 (CN9 pin 1, Arduino A0)

    • IN10: PC0 (CN9 pin 3, Arduino A1)

  • DAC1:

    • OUT1: PA4 (CN7 pin 17)

  • I2C2: Pins marked as “I2C” on the ST Zio connector.

    • SCL: PF1 (CN9 pin 19)

    • SDA: PF0 (CN9 pin 21)

  • CAN1: Pins marked as “CAN” on the ST Zio connector.

    • RX: PD0 (CN9 pin 25)

    • TX: PD1 (CN9 pin 27)

  • USART2: Pins marked as “USART” on the ST Zio connector.

    • RX: PD6 (CN9 pin 4)

    • TX: PD5 (CN9 pin 6)

    • RTS: PD4 (CN9 pin 8)

    • CTS: PD3 (CN9 pin 10)

  • PWM1: Uses TIMER1.

    • PE13 (CN10 pin 10, Arduino D3)

    • PE11 (CN10 pin 6, Arduino D5)

  • USART3: Connected to ST-Link virtual COM port.

    • TX: PD8

    • RX: PD9

  • USART6: Arduino UART port.

    • RX: PG9 (CN10 pin 16, Arduino D0)

    • TX: PG14 (CN10 pin 14, Arduino D1)

  • USBOTG_FS: Connected to USB Micro-AB connector (CN13)

    • DM: PA11

    • DP: PA12

    • ID: PA10

  • QUADSPI: Pins marked as “QSPI” on the ST Zio connector.

    • CS: PB6 (CN10 pin 13)

    • CLK: PB2 (CN10 pin 15)

    • IO3: PD13 (CN10 pin 19)

    • IO1: PD12 (CN10 pin 21)

    • IO0: PD11 (CN10 pin 23)

    • IO2: PE2 (CN10 pin 25)

System Clock

By default, the system clock is driven by the external clock supplied by the ST-LINK interface. Nucleo F722ZE system clock can be driven by internal or external sources.

Serial Port

Zephyr console is assigned to UART3 (ST-Link Virtual COM Port) by default, using 115200 8N1.

Programming and Debugging

The nucleo_f722ze can be flashed and debugged in the typical manner. The Nucleo F722ZE board includes an ST-LINK V2-1 debugger.

Refer to Building an Application and Run an Application for detailed instructions.

Flashing

The board is configured to be flashed using west STM32CubeProgrammer runner, so its installation is required.

Alternatively, OpenOCD or JLink can also be used to flash the board using the --runner (or -r) option:

$ west flash --runner openocd
$ west flash --runner jlink

Build the Hello World application and flash it using the on-board ST-LINK interface:

# From the root of the zephyr repository
west build -b nucleo_f722ze samples/hello_world
west flash

Debugging

# From the root of the zephyr repository
west build -b nucleo_f722ze samples/hello_world
west debug

References

More information about the STM32F722ZE:

More information about Nucleo F722ZE: