DALL-E The Rise Of Open-Source Semiconductor Design Traditionally, semiconductor design has been a highly proprietary field dominated by closed ecosystems and tightly controlled intellectual property frameworks. Major industry players have historically maintained strict control over processor architectures, electronic design automation (EDA) tools, design methodologies, and fabrication processes. While this model delivered consistent innovation and robust technology roadmaps, it also created significant barriers to entry due to costly licensing agreements, complex proprietary toolchains, and limited transparency into underlying technologies. However, a compelling shift toward open-source semiconductor design has begun reshaping this paradigm in recent years. Central to this movement is the rise of open Instruction Set Architectures (ISAs). Most notably, RISC-V, a modular, extensible, and license-free ISA, was initially developed within academic research environments. Unlike traditional, proprietary ISAs, […]