Leading the efforts of the Tools Workgroup in CHIPS Alliance, across a variety of customer projects, as well as own R&D, at Antmicro we are actively looking for and capturing the productivity enhancements that can be achieved in ASIC design using open source...
Around two years ago, Antmicro introduced the Renode Zephyr Dashboard that combines structured data from the Zephyr RTOS with the capabilities of our open source Renode simulation framework. The dashboard is essentially a window into a massive CI setup...
Antmicro’s numerous open hardware projects and their derivatives developed over the years all build on top of an extensive collection of electronic components in the form of unified KiCad assets and 3D Blender models that we meticulously maintain. A standardized...
With a rapid increase in interest in adding edge Machine Learning capabilities to consumer-facing as well as industrial devices - brought about by the rapid advances in deep learning and now also LLMs, the increasing compute capabilities of embedded SoCs...
The Zephyr Project counts most of the major MCU manufacturers among its members, and its vendor-neutral nature is one of its many strengths, requiring systematic solutions to common problems and preventing overfitting to a single use case. As a Platinum...
With the most recent 1.14 release of Renode, Antmicro introduced initial support for ARMv8-A, opening the doors to many new use cases. 64-bit Cortex-A cores based on this architecture have been extremely popular in Linux-based devices in areas like embedded...