AI processing of complex data such as images, text, and sound can be used in a factory environment to vastly simplify tasks like classification, counting, tracking, quality assurance, or anomaly detection. Making large-scale, on-the-spot processing on a...
Propelled into widespread use by the rise of the smartphone in the 2010s, ARM Cortex-A SoCs are now found everywhere, powering Linux-based devices in areas like IoT, embedded, mobile, and - increasingly - servers. The currently prevailing variant, implemented...
In the process of building their next-gen products, customers who want complete control, transparency and customization often contract Antmicro to develop complex hardware designs, including application SoC baseboards or high-end FPGA-based ASIC prototyping...
Repeatable testing and debugging are notoriously difficult in IoT system development, as they typically involve multiple devices connected by different networks, making it hard to pinpoint the exact root of a problem and reliably fix it. Renode, Antmicro...
Antmicro helps its customers build complex FPGA and ASIC RISC-V systems based on open source building blocks such as those provided by the OpenTitan Root of Trust project. The AMD-Xilinx Kintex-7 is a relatively inexpensive and obtainable commodity FPGA...
OpenTitan is a community-driven open source Root of Trust project that provides secure, tested, and transparent building blocks and infrastructure for designing and implementing trusted computing systems. On the basic level, OpenTitan offers a reference...