Venue:
Doncaster Rovers FC
Eco-Power Stadium
Stadium Way
Doncaster, England
DN4 5JW
Introduction: As embedded systems continue to grow in complexity and capability, developers are increasingly looking to move from traditional Real-Time Operating System (RTOS) based microcontroller units (MCUs) to more powerful Linux-based microprocessor units (MPUs). Fortunately, this transition is easier than ever, thanks to advancements in hardware abstraction, development tools, and software support.
Modern MPUs offer significant benefits such as higher processing power, richer peripheral support, and the ability to run full-featured operating systems like Linux. For developers familiar with RTOS environments, many core concepts—such as tasks (threads), inter-process communication, and device drivers—translate well into the Linux ecosystem. Additionally, frameworks like Yocto streamline the process of building custom Linux distributions, while widespread availability of open-source libraries and device trees simplify hardware integration.
Development platforms like the STM32MP family provide accessible hardware with strong community and vendor support. These platforms often include pre-built Linux images, extensive documentation, and sample projects that make it easy for RTOS developers to get started with Linux.
Ultimately, moving from RTOS-based MCUs to Linux-based MPUs is less a leap and more a natural step forward—one that unlocks new possibilities for connected, intelligent, and scalable embedded applications.
Come and learn how with ST & Digi.
Visit the Registration page for more details