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The OpenROAD Project – Foundations and Realization of Open and Accessible DesignThe OpenROAD Project – Foundations and Realization of Open and Accessible Design Subscribe X Home About Us People News Resources Blogs Community User Stories Contact Us X Democratizing Hardware Design The OpenROAD™ project attacks the barriers of Cost, Expertise and Uncertainty (i.e., Risk) that block the feasibility of hardware design in advanced technologies. Read More Latest News Kudos to Christian Wittke (IHP) and Thorsten Knoll (HSRM) on their development of a Digital EDA Course using IHP-SG13G2 and OpenROAD ! See the video of Christian's ORConf 2024 talk at https://www.youtube.com/watch?v=Ozd_yXoExLo We are very happy to announce that source code of the automatic cell layout generator SNUCell1.0 — based on ASAP7 design rules — is now released as part of the OpenROAD tool chain. Kudos to Dr. Kyeonghyeon Baek, Dr. Sehyeon Chung, Handong Cho, and Hyunbae Seo of SNU for developing SNUCell1.0!" “IHP-Open-Design-Lab is a newly launched program from Germany using open-source tools like OpenROAD for design-silicon MPW shuttles. Another great way to learn chip design, the open EDA way! The call for papers for WOSET-2024 is now out. Dr. Mehdi Saligane will be a new assistant professor in the engineering school at Brown University. Resources Open Source Tools User Guide Slack Gitter Community Updates Kudos to Christian Wittke (IHP) and Thorsten Knoll (HSRM) on their development of a Digital EDA Course using IHP-SG13G2 and OpenROAD! September 18, 2024 SNUCell1.0 is open-sourced in The OpenROAD Project! September 3, 2024 OpenROAD for design-silicon MPW shuttles, the open EDA way! August 16, 2024 The call for papers for WOSET-2024 is now out. July 11, 2024 Dr. Mehdi Saligane will be a new assistant professor in the engineering school at Brown University. July 10, 2024 About OpenROAD™ Problem: Hardware design requires too much effort, cost and time.Challenge: Costs and the “expertise gap” block system designers’ access to advanced technology.Objective:  Enable no-human-in-loop, 24-hour design to remove the barrier to hardware innovation Foundations and Realization of Open, Accessible Design Prof. Kahng & the OpenROAD team are aiming to develop open-source tools that achieve autonomous, 24-hour layout implementation.PowerPoint & video presentation from 2021 ERI Summit Our Goals 24-hour, No-Human-In-The-Loop layout design for SOC with no Power-Performance-Area (PPA) loss Tapeout-capable tools in source code form, with permissive licensing → seed future “Linux of EDA” Impact Create new “Base Technologies” that enable 24-hour, autonomous designExtreme partitioning (bite-sized problems)Parallel search and optimizationMachine learning: models of tools, designsNew paradigm for design tools and methods: autonomy firstBring down barriers to democratize HW design The Problem Our Approach No Humans: tools must adapt and self-tune, must never get stuck unexpectedly24 hours: extreme partitioning of problemsparallel search on cloudmachine learning for predictabilityMantra: Correctness and safety by constructionMantra: Embrace freedom from choiceMantra: Often, only one thread needs to succeed Address UC San Diego VLSI CAD Laboratory​Location: EBU3 Building 2144Phone: +1-858-822-5003Email: openroad@eng.ucsd.edu Quick Links News Resources Community Publications ERI Presentations Project People Contact Us Subscribe to our Newsletter Please enable JavaScript in your browser to complete this form.Name *FirstLastEmail *Submit Copyright © Regents of the University of California. All rights reserved. Privacy Policy Our Spring Sale Has Started You can see how this popup was set up in our step-by-step guide: https://wppopupmaker.com/guides/auto-opening-announcement-popups/ × Subscribe to our NewsletterPlease enable JavaScript in your browser to complete this form.Name *FirstLastEmail *Submit ×enusen-US1728365101https://theopenroadproject.org

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