Asymmetric/Heterogeneous MultiProcessing - Mainline Linux and Zephyr in Unison
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.
Merging Kernel Testing Code into KernelCI
Learn how to integrate kernel testing code into KernelCI, expanding its ecosystem through direct additions or KCIDB. Gain insights from CIP project's experience in merging testing systems and collaborating with KernelCI for improved Linux kernel testing.
Interfacing Sensors with Zephyr for IoT Devices
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.
How to Get Your DT Schema Bindings Accepted in Less Than 10 Iterations
Learn best practices, common mistakes, and useful tricks for writing and converting Devicetree schema bindings in YAML format to streamline the acceptance process.
Cameras, Devicetree and ACPI: A Device Driver Perspective
Explore integrated camera hardware, comparing USB cameras with component-based systems. Learn about firmware interfaces, device drivers, and system complexities for digital cameras.
Mentorship Session: Software Engineering and Functional Safety in Automotive Industry
Explore software engineering fundamentals, quality metrics, and their application in creating functionally safe systems, with a focus on automotive industry standards and practices.
Host Performance Booster - Introduction and Current Mainline Support Status
Explore Host Performance Booster (HPB) for UFS storage, its architecture, benefits, and Linux support status. Learn how HPB improves read latency and overall system performance.
Improving the Linux Display Stack Reliability
Explore strategies to enhance Linux display stack reliability, focusing on KMS drivers, IGT deployment, and future improvements for embedded devices.
Supporting Complex MIPI DSI Bridges in a Linux System
Explore the intricacies of integrating MIPI DSI bridges into Linux systems, focusing on complex implementations and advanced techniques for seamless hardware-software interaction.
Initializing RISC-V - A Guided Tour for ARM Developers
Explore RISC-V architecture from an ARM developer's perspective, covering timers, code models, kernel assembly, and cache coherency in embedded systems.
Introduction to Pin Muxing and GPIO Control Under Linux
Explore pin muxing and GPIO control in Linux systems, covering essential concepts and practical applications for hardware interfacing and embedded development.
Setting Up a Software Product Line Architecture Based on Zephyr
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.
Industrial Linux Beyond 2022 - Panel Discussion
Experts discuss industrial Linux's future, addressing long-term support, software updates, quality assurance, and supply chain issues for embedded systems and critical infrastructure.
New USB Device Class API Introduction for Zephyr RTOS
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.
Provisioning in Zephyr - Methods for Secure Device Setup
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.
Reworking the Zephyr Clock Control Subsystem
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.
System Devicetree Support in Zephyr
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.
How I Fell in Love with Zephyr - A System Architect's Tale
Discover how Zephyr revolutionizes system architecture for medical devices, improving collaboration and reducing risks through innovative technologies like Kconfig and Device tree.
Going West - Developing and Maintaining a Zephyr-based Microcontroller SDK
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.
Accelerated Mainline Linux Development Ahead of SoC Availability
Explore TI's pre-silicon Linux development for SoCs, leveraging simulations to test designs, fix bugs, and add kernel support before chip production, saving time and resources.
Organizing the Hardware Ecosystem with Open Source: Antmicro's Visual System Designer
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.