
Comprehensive guide to transforming electronic product ideas into manufacturable realities, covering development stages, prototyping, testing, and production considerations.

Explore Rust's versatility in developing a modern electric freight train, from firmware to simulation, showcasing its safety and efficiency in real-time, critical systems.

Explore techniques to run modified Intel TDX modules without SEAM, balancing security and convenience in VM isolation. Learn about environment, methods, and options for development using Intel TDX.

Explore continuous deployment using Docker and GitHub Actions to automate Raspberry Pi Pico firmware builds, enabling easy distribution of compiled binaries for end-users to flash onto their boards.

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.

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.

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.

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

Explore Zephyr's memory optimization techniques and future approaches for constrained hardware. Learn about compiler options, linker strategies, and potential API improvements to reduce footprint.

Explore the latest enhancements in Libgpiod V2, including new features and improvements for GPIO handling in Linux systems.

Explore the process, challenges, and insights of adapting Linux for specialized hardware, focusing on Baseboard Management Controller ASICs in enterprise systems.

Explore the intricacies of porting and maintaining U-Boot bootloader for multimedia SoCs, gaining insights into challenges and best practices for embedded systems development.

Explore system configuration improvements for Zephyr, focusing on vendor-neutral mechanisms for conveying information on constrained devices and discussing necessary changes and progress.

Hands-on IoT workshop covering Bluetooth, beacons, firmware development, and MQTT/AMQP. Participants receive hardware kits for real-world implementation of IoT systems and embedded device programming.

Explore open source Bluetooth firmware for IoT and Maker projects using Mynewt, Nordic nRF chips, and Linux/Zephyr systems. Learn to build and interact with custom Bluetooth devices.

Explore Bluetooth-based IoT solutions using Zephyr OS. Learn about Bluetooth stack integration, IPv6 support, application development, and creating open-source solutions for Intel Curie-based boards.

Explore a high-performance, configurable Bluetooth Low Energy 4.2 stack for MCU environments, offering granular options and flexibility for various use cases in resource-limited settings.

Explore secure IoT device management using Zephyr, featuring remote cloud control, encrypted communications, and customizable firmware for gateways and sensors in an open-source platform.

Explore Zephyr's manifest system for stable project builds. Learn to create project-level manifests, install dedicated Zephyr copies, and manage dependencies for long-term firmware stability and easy upgrades.

Explore Zephyr's API for managing ACPI power states in connected application processors. Learn about state machine framework, hierarchical levels, and utility functions for efficient power management.

Learn to enhance system security by integrating Zephyr Bootloader and MCUboot. Explore implementation techniques, benefits, and best practices for secure firmware development in embedded systems.