Exploring the STM32H7 High-Performance Series and Application Design

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Exploring the STM32H7 High-Performance Series and Application Design

Exploring the STM32H7 High-Performance Series and Application Design

Illustration: Comparison of Coremark scores of STM32 high-performance products

The product layout and market positioning of STM32 are rigorous and clear, with mainstream, high-performance, ultra-low power, wireless, and MPU categories complementing each other, almost covering all possible embedded applications. The high-performance category has always been an important direction for product iteration and evolution since the inception of STM32.
From F2, F4, F7 to the H7 series launched in 2019, STM32 continuously enriches and improves the categories and performance of high-performance products to meet different application needs in terms of main frequency, peripherals, and security, constantly expanding the product landscape.From the Coremark score in the above image, it can be seen that the STM32H7 series achieves MPU-level performance with MCU, which is attributed not only to the increase in main frequency but also to the internal bus architecture of the chip, Flash size, as well as other peripheral resources and hardware accelerators.

Exploring the STM32H7 High-Performance Series and Application Design

Exploring the STM32H7 High-Performance Series and Application Design
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On July 1, 2021, STMicroelectronics will launch an online live broadcast themed “Development of the STM32H7 High-Performance Series and Applications,” aimed at helping developers gain in-depth understanding of the features of the STM32H7 series and share application cases.

Live Broadcast Introduction

The STM32H7 high-performance microcontroller is suitable for industrial gateways, telecommunications equipment, high-performance motor control, home automation, household appliances, smart consumer electronics, AI, and applications with rich user interface functionalities. This product integrates advanced security features, including cryptographic algorithm accelerators and secure key storage, ensuring data security for IoT hardware, making it the best choice for IoT hardware developers.

It is recommended that developers of STM32 high-performance products and university teachers and students, especially those interested in STM32H7, participate in the live broadcast.

Live Broadcast Time

July 1, 2021, 3-5 PM

Speakers

STMicroelectronics Microcontroller Marketing Manager Liu Jiewen
STMicroelectronics Application Technical Support Engineer Tang Mingming

Live Broadcast Highlights

  • Introduction to the STM32 high-performance product series

  • Basics of the Cortex-M7 core

  • Latest features, system architecture, and important peripherals of the STM32H7 products

  • Sharing of application cases for the high-performance series

You Will Gain
  • Updates and future development directions of the STM32H7 series

  • Detailed explanation of the features of the STM32H7 products

  • Innovative designs for the STM32H7 series to help you deeply understand the usage of H7.

  • Discussion of development challenges with ST’s marketing team and engineers

Audience Benefits

Exploring the STM32H7 High-Performance Series and Application Design

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Exploring the STM32H7 High-Performance Series and Application Design
Click “Read Original” to register for the STM32H7 online live broadcast now!

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