
Explore AMP/HMP with Linux and Zephyr, covering code launch options, inter-processor communication, and libraries. Includes real-life demo on NXP i.MX systems using open-source stacks.

Explore sensor interfacing in Zephyr RTOS for IoT devices. Learn to add support for new sensors, interact with various types, and see demonstrations of temperature, pressure, and fingerprint sensors.

Learn to set up a Software Product Line Architecture using Zephyr, covering adoption strategies, core asset support, best practices, and multi-project integration challenges for efficient embedded systems development.

Introduction to Zephyr RTOS's new USB device stack, focusing on the common API for class implementations and management functions. Covers implementation of multi-instance functions and key features.

Learn efficient device provisioning techniques for Zephyr, focusing on Nordic nRF9160. Explore shell and settings APIs, and discover methods to streamline the process for seamless product deployment.

Exploring Zephyr's clock control API unification, addressing fixed and dynamic clocks, and proposing improvements inspired by Linux's clock subsystem for enhanced driver compatibility.

Explore Chameleon, an open-source monitor emulator for automated display testing, and learn how Zephyr and Pigweed RPC libraries enhanced its development and functionality.

Explore system devicetree specification in Zephyr, addressing AMP SoC support issues. Learn about its extensions, benefits for heterogeneous SoCs, and ongoing implementation in Zephyr's build system.

Discover practical tips for efficient embedded development using Zephyr RTOS. Learn about emulation tools, CI/CD setup, SBOM usage, and helpful VS Code extensions to enhance productivity and build robust applications.

Explore the challenges and solutions in porting a wearable health monitor to Zephyr RTOS, integrating AI on FPGA, and leveraging open hardware for enhanced functionality and performance.

Discover how Zephyr revolutionizes system architecture for medical devices, improving collaboration and reducing risks through innovative technologies like Kconfig and Device tree.

Explore the development and maintenance of a Zephyr-based microcontroller SDK, focusing on challenges, opportunities, and Nordic Semiconductor's contributions to open-source RTOS for MCUs.

Explore Antmicro's Visual System Designer, an open-source platform revolutionizing hardware development by organizing complex ecosystems and bridging gaps between software and hardware teams.

Simplify Zephyr development with VSCode extension. Learn to initialize, start projects, fetch dependencies, build, flash, and view console output for efficient embedded systems programming.

Learn to set up Visual Studio Code for Zephyr app development, exploring extensions, tools, and configurations to transform VS Code into a powerful embedded development environment.

Explore off-chip peripheral emulation in Zephyr for driver testing. Learn about emulator types, implementation methods, comparisons with Qemu, and the value of this approach.

Explore 6 mechanisms for connecting peripherals to Zephyr and Linux hosts, comparing Arduino, Micropython, and native drivers to enhance IoT development with standardized interfaces and over-the-air updates.

Explore system architectures for safety-critical systems using Linux, Xen, and Zephyr. Learn about reproducible prototyping, documentation, and collaboration in open-source projects for complex systems.

Explore the evolution of Zephyr's architecture, focusing on the transition from devices to subsystems and frameworks, and its impact on embedded systems development.

Explore Zbus, a lightweight message bus for Zephyr RTOS. Learn its many-to-many communication, event-driven approach, challenges, benefits, and real-world applications.

Explore CHESTER platform for industrial IoT, featuring LPWAN connectivity, modular design, and Zephyr RTOS. Learn about efficient development and deployment of IoT applications using CHESTER SDK.