Issues

How can semiconductor foundries build adaptability into their manufacturing processes to efficiently handle custom chip orders while controlling costs and maintaining quality?

How can semiconductor foundries reduce process-related waste and improve yield rates to meet high precision chip demands efficiently?

How can semiconductor foundries significantly reduce energy consumption without compromising their manufacturing output or quality?

How can semiconductor foundries significantly reduce waste production and improve sustainability without compromising on production efficiency?

How can semiconductor foundries improve the reliability of chips designed for high-temperature environments, while maintaining cost-effectiveness?

How can foundries improve the predictability and reduce the variability in lead times to secure client trust and optimize supply chain efficiency?

How can foundries in the Eurozone participate in collaborative R&D initiatives with clients and research partners while comprehensively minimizing the risk of IP leakage at every stage of the joint development lifecycle?

How can we guarantee real-time, end-to-end ultra-high purity chemical delivery in semiconductor foundries to prevent process-induced defects and yield losses?

How can semiconductor foundries achieve real-time, end-to-end traceability of critical raw materials throughout their supply chains to ensure quality and resilience?

How can we develop and sustain a skilled workforce to operate and innovate within semiconductor foundries?