The STM32H5 MCU sets a new standard for mainstream MCUs, thanks to the most powerful implementation of the Arm Cortex-M33 core running as high as 250 MHz – a first in the MCU world.
Reaching a 1017 CoreMark score, the STM32H5 comes with up to 2 Mbytes of flash memory and up to 640 Kbytes of RAM. It also features CORDIC and FMAC accelerators, and is the first STM32 to come with an I3C interface.
During this free 2-hour workshop, our STM32 experts will provide a complete overview of the performance, communication, and security features of the STM32H5, and explain how they can make a real difference in your design. We will walk you through an embedded application example based on the STM32H5 so you can see some of its features in action, such as GPIO states retention, the I3C interface, and the GPDMA, and try them out yourself.
Our STM32 specialists will perform a live demo of each exercise during the session. While not required, if you would like to follow the exercises in real time you can purchase the STM32H5 development board from ST or one of our distributors (see Prerequisites).
This workshop is intended for hardware and software developers looking for a powerful and affordable MCU for their embedded applications. No prior knowledge of the STM32 family is required.
For those who would like to perform the workshop exercises, you will need the following:
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Sessions (US Eastern Time)
Each session is the complete workshop. Please select your preferred session.
Stefanie Lau, panelist, has been with Region Americas at ST for three years in the General Purpose Micros Division. She is a Field Applications Engineer providing support for the microcontroller product family. She holds a bachelors degree in computer engineering from the Charles W. Davidson College of Engineering at San Jose State University.
Anis joined ST in 2002 and has worked in firmware development, customer support, and training on STM32 products and software ecosystem, with focus on connectivity (USB and Ethernet). Today, he is an FAE supporting customers in the California Bay Area. He holds a masters in electrical engineering from the National School of Engineering of Monastir, Tunisia.
Dan has been supporting STM32 MCUs since 2016, and also supports the STM32 Touch Sense Controller (TSC) for the N. America region. Prior to joining ST in 2004 as an FAE, Dan worked in various engineering positions including hardware design for the gaming and amusement industry, PLC circuit design, and microcontroller support. He holds a BSEE from the University of Illinois Urbana-Champaign.
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