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Antmicro’s projects often involve helping companies address their specific processing, security and other needs through designing and prototyping ASIC solutions with open source tools and SoC components, including adapting the RTL to run on specific FPGA...
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Many applications in the wild can be represented as graphs of interconnected nodes, especially when working with sets of modular blocks that can be connected with each other via certain APIs or interfaces. Such use cases are part of the many areas of Antmicro...
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Proper testing of embedded software is very difficult, but also crucial to successful product development. In Antmicro’s work, testing has always played a pivotal role - the open source Renode simulation framework that we maintain was initially created...
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Based on internal R&D efforts, research projects like VEDLIoT and practical applications in a variety of customer cases, Antmicro is constantly working on improving Kenning, its open source framework for creating deployment flows and runtimes for Deep Neural...
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A more collaborative, open and software driven ASIC design methodology pioneered by the CHIPS Alliance requires an open source tooling stack to enable sharing of workflows, artifacts and fostering a free exchange of insights and improvements.
While internally...
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The usual practice in FPGA development is to treat bitstreams as proprietary firmware, but through its work Antmicro is showing how a more software-centric and open source-driven methodology can offer more control and significant productivity gains to customers...
