This course teaches learners how to leverage Zigbee and Bluetooth LE 5.2 on STM32WB wireless MCUs. The learning outcomes include understanding methods for short-range object connection, exploring the benefits of dual-core processing, and implementing Zigbee and Bluetooth LE solutions. The course covers topics such as STM32WB architecture, Zigbee stack, and concurrent mode software architecture principles. The teaching method includes lectures, live demos, and application examples. This course is intended for individuals interested in wireless connectivity, IoT development, and embedded systems design.
How to Take Advantage of Zigbee and Bluetooth LE 5.2 on STM32WB Wireless MCUs - Webinar Replay
STMicroelectronics via YouTube
Overview
Syllabus
Intro.
Agenda.
Methods for short range connection of objects.
Bringing wireless connectivity to our rich STM32 portfolio.
Ultra-low power and 2.4 GHz wireless.
STM32WB devices.
STM32WB architecture.
Benefits of dual-core processing.
STM32WB built-in security features.
STM32WB portfolio summary.
Mesh capabilities.
What does Zigbee mean?.
ST is now a Zigbee board member.
STM32WB and Zigbee.
Flexible Bluetooth LE and mesh solution.
Fully supported by STM32 ecosystem.
Prototyping made easy.
Zigbee architecture.
The Zigbee stack.
Benefits of the dual-core architecture for Zigbee.
ST Zigbee solution overview.
STM32CubeWB firmware package.
STM32WB wireless firmware components for Zigbee.
STM32WB wireless firmware: Zigbee application examples.
Application notes.
Hello World app demo setup.
Hello World live demo.
BLE + Zigbee demo.
Concurrent mode.
BLE + Zigbee live demo.
Concurrent mode software architecture principles.
Takeaways.
STM32 goes wireless with you.
Taught by
STMicroelectronics
Reviews
5.0 rating, based on 1 Class Central review
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Renato Dourado Teixeiravery good webinar about stm32, i like to learn about the hardware, Ive never heard about it, first time in my life, thank you for the free knowledge friends. Hopefully to find for content and resources like this.
