2

Focusing on real-time

performance and

scalability, ST’s new Value

lines lower the barrier

to access STM32H7

microcontrollers with

products keeping just the

essential Flash memory.

With execution

performance up to 2778

CoreMark at the heart of

a secure, power-efficient

architecture, the new

Value line microcontrolles

are the entry point to IoT

innovation in medical,

industrial and consumer

applications.

STM32H730, STM32H750

& STM32H7B0 devices

embed 128-Kbyte Flash

memory to accommodate

the most critical and

secure code, while

supporting external

memory extension using

NOR, NAND, SDRAM,

dual-mode Quad SPI or

Octal-SPI Flash memory.

Notes:

1. Tightly Coupled Memories

2. Digital Filters for Sigma Delta Modulator

CORE, MEMORIES

• Up to 32-Kbyte data and 32-Kbyte

instruction cache

• Up to 4 DMA controllers

• 128-Kbyte Flash memory and up to

1.4-Mbyte RAM

• ITCM/DTCM1: 64-Kbyte ITCM RAM +

128-Kbyte DTCM RAM for time-critical

routines

CONNECTIVITY

• Up to 2 x USB 2.0 OTG FS/HS with

embedded FS PHY

• USART, UART, SPI, and I²C

• Up to 3 x CAN FD

• Ethernet MAC

• FMC supporting SDRAM in 32-bit mode,

PSRAM, NOR and NAND

• Dual-mode Quad-SPI or dual Octal-SPI

supporting Octal Flash and HyperRAM™

• 2 x SDMMC

EMBEDDED FLASH

• Secure Boot for customer Root of Trust

• Fast boot time

• High-execution speed from ultra fast

embedded memory

ENERGY EFFICIENT

• Flexible power mode

• Gated power domains

• On-chip power management

AUDIO

• 3 x I²S + audio PLL

• Up to 4 x SAI

• 2 x 12-bit DAC

• SPDIF-RX

GRAPHICS

• LCD TFT controller

• JPEG Codec

• Chrom-ART Accelerator™

• Chrom-GRC™

OTHER

• 8- to 14-bit Camera interface

• Crypto and Hash hardware acceleration

• DFSDM interface to connect microphone

MEMs or sigma delta ADC front ends

• 16- and 32-bit timers

• Up to 3 x ADCs with up to 16-bit

resolution (up to 3.6 MSPS)

• 1 x 12 bit ADC (up to 5 MSPS)

• Analog (comparators and Op amps)

• Power supply down to 1.62 V

• Security services option

EXTRA FLEXIBILITY TO CREATE AFFORDABLE PERFORMANCE-ORIENTED SYSTEMS