
Efficient video streaming on embedded systems using open-source components: capturing, encoding, streaming, decoding, compositing, and displaying with hardware acceleration on i.MX6 SoC.

Explore camera integration in embedded systems using Device Tree and ACPI, covering V4L2 framework, media controllers, and driver implementation for sensors, ISPs, and flashes.

Explore challenges and solutions for integrating legacy drivers and RTOS applications with Linux, focusing on exporting virtual memory as dmabuf for efficient buffer sharing across drivers.

Explore the complexities of cheap camera hardware in phones, including resolution switching, bit depth, and software support for auto-exposure, auto-gain, and auto-focus.

Explore challenges of embedded cameras in Linux and learn about new open-source solutions. Discover how device vendors and developers can leverage the emerging camera stack for improved functionality.

Explore building a V4L2 mem2mem driver and test application using Yocto for QEMU-based virtual hardware, showcasing powerful features for rapid demo development.

Explore recent V4L2 additions enabling standard Linux kernel API support for video codecs, eliminating the need for proprietary solutions in embedded systems.

Explore libcamera, the future of Linux camera technology. Learn about CMOS sensors, image processing algorithms, and integrating libcamera into applications.

Explore the journey of implementing stateless HEVC decoding in Linux, covering API design challenges, hardware requirements, and the path to stability in the mainline kernel.

Explore libcamera's evolution, its impact on Ubuntu platforms, and strategies for adapting applications to this new camera stack. Learn about desktop integration, security enhancements, and various access methods for developers.

Explore challenges and progress in Linux support for video serializer/deserializer chips, focusing on V4L2 limitations, Device Tree issues, and I2C address translation.

Explore Rust integration in kernel development for V4L2 codec drivers, focusing on minimal abstractions and ABI compatibility strategies.