Join Arrow, STMicroelectronics and Octavo Systems to take part in an exciting online course.
Join Arrow, STMicroelectronics and Octavo Systems on June 12th at 10am MST to take part in an exciting webinar. This hands-on workshop will guide you from the fundamentals to constructing a functional demo in just 4 hours. You'll gain valuable hands-on experience:
- Grasping the fundamental concepts of Embedded Linux, including boot processes, file systems, and essential commands.
- Accessing and programming real-time microcontrollers alongside Linux.
- Facilitating communication between Linux and real-time cores.
- Customizing Linux and device trees tailored to your specific hardware.
Throughout a series of captivating lectures and guided labs, you’ll work with advanced hardware like the OSD32MP1-BRK development board, which features the STM32MP157 from STMicroelectronics, along with MEMS sensors and vibrant LED arrays. By the end, you’ll have crafted an interactive demo that integrates sensor input, inter-processor communication, and visually engaging outputs.
Whether you’re a newcomer to Embedded Linux or seeking to enhance your skills, this course offers a perfect mix of theoretical knowledge and practical application. You'll leave with actionable expertise you can apply to your own projects immediately. Get set to amplify your embedded development skills!
No previous experience with Embedded Linux is necessary – just bring your curiosity and eagerness to learn. Let’s plunge in and start creating!
What Will You Learn?
- How to use the OSD32MP1-BRK Development Platform
- Basic concepts to develop on embedded Linux with OSB32MP1
- How to use dedicated real-time Cortex M4 processor within embedded Linux
Material Includes
- Comprehensive slides for all presentations.
- Step-by-step instructions for each lab session.
- VirtualBox virtual machine.
- Code framework for each lab.
- Completed code samples for each lab.
- An enjoyable learning experience!
Requirements
- OSD32MP1-BRK flexible prototyping platform.
- STEVAL-MKI168V1 MEMS sensor.
- Adafruit Neopixel Jewel 7 (2226).
- 100-mil jumper wires.
- SD card (16GB or greater).
- Micro-USB cable.
- Solderless breadboard.
Audience
- Anyone starting out with Embedded Linux and looking to speed up their learning process.
Getting Started with Embedded Linux - Octavo Systems
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