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SemiCoLab, A Multi-Project ASIC Platform for Democratizing Chip Design

Emilio, Baungarten; Cisneros Ortega, Susana

Abstract

SemiCoLab is an educational and collaborative initiative designed to democratize access to the complete integrated-circuit (IC) design flow. The platform enables students, educators, and enthusiasts to create digital, analog, and mixed-signal systems using fully open-source EDA tools, and to manufacture them through a cost-shared Multi-Project Silicon (MPS) model that significantly reduces barriers to entry and accelerates practical learning. Unlike other academic chip-design programs, SemiCoLab includes a dedicated software environment for direct interaction, debugging, and functional testing of the fabricated systems—without requiring specialized laboratory equipment. This makes hands-on ASIC education more accessible, scalable, and aligned with modern semiconductor workforce needs.

Full text

SEMICOLAB, A MULTI-PROJECT ASIC PLATFORM FOR DEMOCRATIZING CHIP DESIGN DR. EMILIO BAUNGARTEN, DRA. SUSANA ORTEGA, DR. MIGUEL RIVERA, AND DR. FRANCISCO JAVIER 1 From Code to Silicon: A Visual Guide to the RTL to GDSII Flow The RTL-to-GDSII design flow using opensource tools has matured significantly in recent years, becoming both well established and extensively documented by the open-source silicon community. Thanks to continuous contributions from researchers, practitioners, and tool developers, the methodology is now widely understood, with clear guidelines, tutorials, and reference designs that demonstrate each stage of the digital implementation process. 2 3 A big part of this open-source tool movement was started by the Google-sponsored MultiProject Wafer (MPW) programs. The offer was simple and irresistible: who wouldn’t want a free chip? 4 A big part of this open-source tool movement was started by the Google-sponsored MultiProject Wafer (MPW) programs. The offer was simple and irresistible: who wouldn’t want a free chip? 5 Although the free manufacturing rounds eventually ended, the MPW program itself continued, sustaining momentum within the open-source silicon community. Even without fully sponsored runs, designers remained engaged, motivated by the accessibility of the flow and the proven success of earlier shuttles. 6 Although the free manufacturing rounds eventually ended, the MPW program itself continued, sustaining momentum within the open-source silicon community. Even without fully sponsored runs, designers remained engaged, motivated by the accessibility of the flow and the proven success of earlier shuttles. The problem? $10k – $15k USD 7 Although the free manufacturing rounds eventually ended, the MPW program itself continued, sustaining momentum within the open-source silicon community. Even without fully sponsored runs, designers remained engaged, motivated by the accessibility of the flow and the proven success of earlier shuttles. The problem? $10k – $15k USD 8 $10k/n-tiles USD Although the free manufacturing rounds eventually ended, the MPW program itself continued, sustaining momentum within the open-source silicon community. Even without fully sponsored runs, designers remained engaged, motivated by the accessibility of the flow and the proven success of earlier shuttles. The problem? $10k – $15k USD 9 16 17 18 https://www.mifral.com/semicolab