
Explore running Zephyr RTOS on HiFi 4 DSP alongside Linux OS, covering implementation, communication, debugging, and practical examples for optimized audio and voice processing.

Explore POSIX support in Zephyr RTOS, its advantages, implementation, and real-world applications. Learn how this feature enhances portability and compatibility in embedded systems development.

Explore the journey from Arduino to ZephyrRTOS, challenging the divide between "makers" and "real world engineers" while showcasing RTOS as a versatile tool for all embedded applications.

Explore innovative OpenCollar animal trackers using Zephyr RTOS to protect endangered wildlife. Learn about real-world deployments and their impact on conservation efforts.

Explore USB device support in Zephyr RTOS, covering configuration, class implementations, and integration with other subsystems, with focus on CDC ACM class usage.

Discover how to optimize smart device development using Zephyr RTOS and TensorFlow Lite for resource-constrained endpoints, enabling efficient machine learning implementation and faster market deployment.

Dive into vehicle diagnostics adapter security through hardware reverse engineering, firmware analysis, and defensive strategies for automotive systems protection.

Discover how EDDIE middleware enables unified resource sharing across devices, allowing seamless integration of cameras, storage, and audio systems in distributed networks for enhanced device connectivity.

Discover how to integrate React Native with Oniro's ecosystem, enabling cross-platform development and leveraging OpenHarmony's UI frameworks for both Linux and RTOS systems.

Dive into sensor integration with nRF Connect SDK, learning file structures, application development, and both real and simulated sensor implementations for IoT projects using Bluetooth LE connectivity.

Explore the latest Zephyr toolchain and nRF9160 Feather updates. Learn about SDK releases, GPIO control, and essential tools for Zephyr development. Discover hardware improvements and resources for embedded systems.

Learn to implement effective testing strategies for Zephyr RTOS projects without physical hardware using Ztest and Twister frameworks. Enhance code reliability and development efficiency.

Learn to implement continuous integration testing for Zephyr projects using GitHub Actions. Master efficient workflows for automated testing and quality assurance in embedded systems development.

Explore pin control in Zephyr RTOS, focusing on nRF9160 Feather. Learn to configure and manage GPIO pins for embedded systems development.

Learn to provision an nRF91 device using Zephyr RTOS. Explore AT commands, key generation, and secure communication setup for IoT projects with Nordic Semiconductor's nRF9160 Feather.

Explore nRF9160 modem tracing for cellular IoT debugging. Learn setup, capture, and analysis techniques to optimize device performance and troubleshoot connectivity issues.

Learn to initiate and develop Zephyr projects from the ground up, covering essential steps and best practices for embedded systems development.

Create a custom board definition for Zephyr RTOS projects, enhancing hardware compatibility and project-specific configurations.

Configure Bluetooth OTA updates for nRF5x devices using Zephyr. Learn to implement wireless firmware updates, enhancing device functionality and maintenance capabilities.

Explore PWM, cellular data, and ADC usage on nRF9160 Feather. Learn practical applications and get answers to common questions about Zephyr RTOS development.

Learn to manage threads in Zephyr RTOS, covering stack and heap usage, thread creation, message queues, and practical implementation for efficient embedded system development.