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@mabrains

Mabrains

Mabrains

Revolutionizing Silicon Design through AI and Open Collaboration


🚀 About Us

Mabrains is on a mission to transform the world of chip design. We believe the future of semiconductor design is open, collaborative, and powered by Artificial Intelligence.

Established in 2018 and based in New Cairo, Egypt, we are building the next-generation tools hardware designers and foundries need. Our focus is on integrating cutting-edge AI into semiconductor design to enhance efficiency, innovation, and automation across the entire silicon industry. We develop solutions for critical stages like DRC, LVS, simulation, and layout optimization, aiming to drastically reduce design cycles for engineers everywhere.

🌟 Featured Project: Chipro

Chipro is our flagship Agentic EDA & AI-Driven Chip Design Platform. It's designed to be an all-in-one environment that streamlines the chip design process from schematics to layout.

Key features of Chipro include:

  • AI Design Hub: An AI-powered platform for chat-assisted design and automation.
  • Integrated Tooling: Seamless access to widely used analog and digital design tools (like Ngspice, Verilator) directly within your workspace.
  • PDK Manager: Easily control and install Process Design Kits (PDKs) without the hassle.
  • Design Manager: A clean interface to manage your designs, libraries, and cells hierarchically.

Chipro is available in different tiers, including a Free tier for prototyping and learning, making advanced design tools accessible to everyone.

🧑‍💻 Open Source Contributions

We are proud supporters of the open-source hardware ecosystem. We actively contribute to and maintain several repositories to empower the community. Check out some of our key public projects:

  • 📦 gdsfactory-generic-pdk: A generic open-source PDK inspired by Gdsfactory technology, supporting tools like KLayout and Xschem.
  • 🛠️ sky130_klayout_pdk: KLayout device generators for the SkyWater 130nm process.
  • 📡 caravel_analog_rf: A collection of analog and RF blocks designed for the SkyWater 130nm technology.
  • Analog_blocks: Various analog block designs for SkyWater 130nm, including different flavors of OTAs, BandGaps, and LDOs.

Explore all our repositories to find more tools, designs, and resources!

❤️ Support Us

Our goal is to continuously add value to the hardware design community. Your support enables us to invest in better usability, comprehensive documentation, and new features for our open-source EDA & AI tools.

By sponsoring us, you directly help accelerate the development of tools that benefit hardware engineers worldwide.

Sponsor GitHub

Consider becoming a sponsor to help us push EDA forward!

📬 Contact & Community

Want to learn more, collaborate, or have questions?

  • 🌐 Website: mabrains.com
  • 🏢 Location: New Cairo City, Cairo Governorate, Egypt

Feel free to explore our repositories, open issues, and join us in shaping the future of AI-assisted chip design!

Pinned Loading

  1. Analog_blocks Analog_blocks Public

    Design of Analog Blocks in Skywaters 130nm meeting corners: different flavors of OTA, BandGap, LDO.

    Python 29 8

  2. sky130_klayout_pdk sky130_klayout_pdk Public

    Skywater 130nm Klayout Device Generators PDK

    Python 30 10

  3. caravel_analog_rf caravel_analog_rf Public

    Analog and RF blocks on Skywaters 130nm

    Verilog 11 4

  4. caravel_user_project_Analog_LDO_DPLL caravel_user_project_Analog_LDO_DPLL Public

    Skywater 130nm LDO parts and DPLL

    Verilog 5 1

  5. caravel_user_project_ldo caravel_user_project_ldo Public

    Completed LDO Design for Skywaters 130nm

    Verilog 18 4

Repositories

Showing 10 of 119 repositories

People

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Sponsors

  • @waveworkstech
  • @sweiglbosker

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