Automotive engineering in the past 30 years has been transformed by the growing capabilities of microprocessors, enabling their use in a wide range of the vehicle’s capabilities related to safety,…
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At the recent RISC-V Summit in Santa Clara, Antmicro participated in Google’s announcement of the open source release of project Open Se Cura. The announcement crowns a many-year collaboration towards…
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As part of CHIPS Alliance’s mission to enable a software-driven approach to silicon, working with Google and other CHIPS members, Antmicro has been developing and improving a growing number of open…
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Kenning helps develop real-world Machine Learning solutions for ARM and RISC-V platforms such as NVIDIA Jetson AGX Orin, Google Coral or HiFive Unmatched by seamlessly interconnecting different underlying optimization and…
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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…
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Our work together with Google and the world’s research community on detecting and mitigating the Rowhammer problem in DRAM memories has been proving that the challenge is far from being…
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Open source toolchains are key to building collaborative ecosystems, welcoming to new approaches, opportunistic/focused innovations and niche use cases. The ASIC design domain, especially in the view of the rising…
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With the recent advances in open source ASIC development tools such as Verible, it has become easier to automate tasks and boost developer productivity. The Verible linter is a static code analysis…
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As we continue our push for more software-driven hardware development as part of our work within CHIPS Alliance and RISC-V, we see an increasing need for scalable and flexible CI…
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Antmicro was founded on the belief that open source can dramatically accelerate technological progress by enabling collaboration, transparency and freedom to customize, improve and combine various solutions, unlocking system design…
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