
Explore the evolution of interrupt architectures in Linux, from simple wires to complex hierarchies, and learn how the kernel adapts to support modern hardware complexities.

Explore ARM 64-bit development on Samsung TM2 with Exynos5433. Learn challenges and solutions for running Tizen OS on 64-bit platforms, covering kernel issues and device driver development.

Overview of QMSI project for fast enabling IoT software stacks on Intel Quark MCU platforms. Discusses integration with Zephyr and Contiki OSs, and potential for other stacks to leverage Quark MCU support.

Discover strategies for upstreaming legacy Linux platforms, overcoming challenges, and reaping long-term benefits. Learn practical tips for efficient upstream work and community engagement.

Explore Linux MIPI DSI subsystem: overview of DRM, display interfaces, DSI controllers, panels, bridges, and GPU interactions. Insights on Allwinner MIPI DSI implementation with ARM Mali GPU.

Explore how up-streaming device drivers improves code quality, reduces line count, and enhances functionality. Learn from a real-world project that achieved 30% code reduction while maintaining performance.

Explore real-time Linux kernel development, focusing on PREEMPT_RT patch integration, driver issues, and solutions for improved system responsiveness and deterministic behavior.

Comprehensive exploration of Linux kernel's cryptographic subsystem, covering its components, interfaces, hardware acceleration, and best practices for kernel and driver development.

Explore SD/eMMC speed modes, their hardware implementation, and Linux kernel support. Learn about recent developments and future expectations in embedded systems.

Explore a proposed Linux sockets API for LoRa, enabling standardized software interfaces for IoT modules. Learn about kernel integration, device drivers, and network protocols.

Explore media API testing challenges and solutions using compliance tests and virtual drivers for diverse hardware, enabling effective regression testing without physical devices.

Explore virtio 1.2's new features, devices, and future developments. Learn about its applications, upcoming proposals, and potential use cases for future versions.

Explore Linux Speakup's evolution, kernel integration, and unique features. Learn about this innovative screen reader's development, technical aspects, and future prospects.

Explore libcamera's journey in revolutionizing Linux camera support, its current capabilities, and future developments for enhanced image processing and device integration.

Explore modernizing legacy network drivers, focusing on PHYASIX and AR9331 switch examples. Learn diagnostic techniques, hardware capabilities, and lessons for updating Ethernet drivers.

Explore hyperscale vDPA architecture, challenges, and solutions for virtualized data plane acceleration, focusing on scalability, performance, and security in modern network infrastructures.

Explore advanced bootloader concepts, customization techniques, and recent developments in Barebox, enhancing embedded system boot processes and functionality.

Explore modern I2C challenges and solutions in Linux, including address reprogramming, API changes, and stress-testing techniques for robust communication.

Explore Linux user-space device buffer allocation with DMA-BUF Heaps, understanding its applications and implementation in embedded systems and multimedia processing.

Learn to share host internet connectivity with devices using USB, exploring the HSS standard, packet types, and implementation requirements.

Explore the process and challenges of integrating Qualcomm SoC support into the Linux kernel, with insights from an industry expert.