Скачать или смотреть Addressing challenges in Software-Defined-Systems electronic development

The advancement of Software-Defined-Systems has transformed the landscape of electronics development, where hardware is now dependent on software architecture. This paradigm shift poses various challenges for electronic development teams, including scaling limitations, multi-domain design and optimization, and maintaining data links across different levels of IC and system integration. Furthermore, the attrition of the engineering workforce and the scarcity of new talent exacerbate these challenges. To effectively tackle these obstacles, organizations must adopt strategies that encompass production-grade AI, efficient requirements capture and modeling, and methodologies supporting software/hardware co-design. As chip-level scaling faces constraints, the integration of chiplets and 3D IC design workflows becomes crucial. Managing cross-domain data within the context of a silicon lifecycle necessitates integration with broader platforms, while also gaining domain-specific insights. Additionally, forming partnerships with foundries and service providers is indispensable for ensuring a responsive software-driven design process.

This panel brought together experts to discuss and explore solutions for overcoming the challenges associated with Software-Defined-Systems electronics development. The panelists dove into topics such as the integration of AI in production processes, effective requirements capture and modeling techniques, software/hardware co-design methodologies, and cross-domain data management. The insights and discussions from this panel provide valuable guidance for organizations seeking to navigate the complexities of software-driven electronics development and achieve successful outcomes.

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