Topic
16 videos. Ranked by independent recommendations, not by views.
Widely suggested as a gentle first step into real-time operating systems, using the ESP32 as its platform while teaching ideas that carry over to others.
A tutorial course offered to newcomers to STM32, building up from basics such as flashing an LED, with its creator among those pointing people to it.
Often suggested as the way into real-time operating systems, building a small scheduler by hand on ARM Cortex-M, starting with how context switches work.
The opening part of Mitch Davis's four-part STM32 guide, repeatedly suggested to newcomers for choosing a first board and understanding the ST software ecosystem.
Ben Eater's clear hardware-level explanation of SPI is widely suggested to anyone trying to understand the protocol or debug a misbehaving bus.
Mitch Davis's series is regularly suggested as a compact way into STM32 programming, valued for covering bare-metal fundamentals alongside the vendor's hardware abstraction layer.
Shawn Hymel's DigiKey series is recommended as a starting point for learning Zephyr and getting to grips with its core concepts.
A video course on FreeRTOS, suggested for learning real-time operating systems on STM32 parts and useful alongside a book, with lessons that transfer to other boards.
Recommended within a free STM32 tutorial series, this entry compares the STM32 families and is also passed on to people struggling with programmer setup.
A long course on C pointers, memory allocation and arrays, repeatedly advised as essential groundwork for embedded work and worth rewatching until the concepts settle.
Hidden gemOffered with little comment as a useful look at inexpensive microcontroller boards, and as one route towards STM32 programming and later RTOS work.
Opening part of a multi-part explanation of ARM Cortex-M startup code, pointed to by embedded developers for details such as the Thumb bit in addresses.
Praised as part of Bruce Land's full Cornell microcontroller course, a recorded lecture series valued for sound theory and occasional practical lab advice.
Hidden gemOffered as one of a pair of GreatScott! project videos for ESP32 and embedded builds, though the comments say little about the content itself.
Thiago Macieira's conference talk is shared as a useful look at the benefits of C++ on embedded systems, with practical guidance for working under tight resources.
Linked to explain that Windows 10 IoT on the Raspberry Pi is a headless embedded platform for sensors and devices, not a desktop Windows.
