#Zephyr

The article explores a new approach to SoC FPGA design that eliminates the need for DDR memory, opting instead for a Zephyr-first architecture using on-chip memory. · This design…

Insights: This DDR-free, Zephyr-first design is notable for challenging traditional SoC architectures, offering a fresh perspective on optimizing power and cost efficiency. · It is…

Zephyr's main branch has surpassed 150,000 commits, with a significant increase in pull requests merged in August compared to the previous year. · The Zephyr project is…

Insights: Zephyr's rapid development pace and adoption of AI-assisted commits highlight its growing importance in the embedded systems community. · The project is ideal for developers and…

Arduino has transitioned its core software from MbedOS to Zephyr RTOS, marking the end of its beta phase with the release of version 0.90.0. This change was necessitated by Arm's…

Insights: This transition to Zephyr RTOS is significant for Arduino users and developers as it ensures continued support and development for Arduino's microcontroller ecosystem. · For…

Qualcomm's PMIC software team adopted Zephyr to streamline pre-silicon and production firmware development, unifying previously separate firmware stacks. · Pre-silicon testing is…

Insights: Zephyr's ability to support multiple MCUs and boards makes it a versatile choice for developers looking to streamline firmware development processes. · This approach is…

The latest Zephyr Podcast episode covers a range of topics including ETM tracing, smarter CI processes, and CMake unity build experiments, all aimed at improving development…

Insights: This podcast episode is notable for its focus on advanced debugging and build optimization techniques, which are crucial for developers working on complex embedded systems. · The…