A new EDA mindset for a new era
Revolution EDA offers a new custom integrated circuit design flow for a new, collaborative era where EDA costs do not schackle the semiconductor companies. In this era, the developers will be free to add functionality to their EDA flow using Python, the lingua-franca of the artificial intelligence and data science, not some sixty plus year old LISP variant.
Revolution EDA is written in Python, utilising shared-source model. It is easy to extend with both open-source or closed-source add-ons. Python is the lingua-franca of machine learning and data-science with unmatched breadth and depth of ready-to-use libraries.
Revolution EDA uses JSON formatted, plain-text files for data storage. By removing dependencies on a database, it removes the single, most-important point of failure in EDA systems. This also allows introduction of git as a version control system.
Revolution EDA will make it easy for any design team to use the full-power of the cloud infrastructure by offering ready-to-use VMs. Revolution EDA is a part of Microsoft for Startups Program.
Revolution EDA editors are licensed under Mozilla Public License Version 2.0 amended by Commons Clause. Thus, the users are assured the continuity of their design infrastructure.
Revolution EDA is free and open-source. We invite the developers to extend the functionality by free and paid plugins to cater the demands of integrated circuit designers.
Revolution EDA was created by experienced integrated circuit designers who have worked with commercial tool flows for decades. We are not open-source zealots but believe that affordability and extendibility is the future of electronic design automation.
Revolution EDA is presenting at IHP Workshop OpenPDK, OpenTooling and Open Source Design – An Initiative to Push Development
Huissen, the Netherlands – Revolution EDA, a cutting-edge software solution for schematic and symbol editing in custom integrated circuit design, proudly announces the release of version 0.5. This new iteration brings a host of improvements that empower engineers and designers with advanced capabilities, making circuit design more efficient and flexible than ever before.