Maurice du Mée - Software at ASML: the Force behind making microchips

In a rapidly evolving landscape of semiconductor manufacturing, ASML’s advanced lithography technologies are pivotal in driving Moore’s Law forward. The focus of this talk is ASML’s holistic approach to Software development and acceleration of Software delivery to customers. In addition, we discuss how ASML engages and cultivates Software talents. At the end of this presentation the attendees will have an understanding of ASML’s software ecosystem and its critical role in advancing the future.
A full description for this keynote will be announcIn a rapidly evolving landscape of semiconductor manufacturing, ASML’s advanced lithography technologies are pivotal in driving Moore’s Law forward. The focus of this talk is ASML’s holistic approach to Software development and acceleration of Software delivery to customers. Key highlights include our innovative development environment, which fosters seamless integration and rapid iteration amongst teams. In addition, we discuss how ASML engages and cultivates Software talent through strategic initiatives and collaborative projects. By fostering a dynamic and innovative work environment, we empower our engineers to drive technological advancements and operational excellence.
At the end of this presentation the attendees will have an understanding of ASML’s software ecosystem and its critical role in advancing the future of semiconductor fabrication.

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*Summary* * *(**0:11**)* *ASML's Success Driven by Software:* The speaker believes ASML's success in semiconductor manufacturing is largely due to its sophisticated software. * *(**13:12**)* *Semiconductors are Everywhere:* Microchips are integral to modern society, powering everything from smartphones to data centers. * *(**14:57**)* *Lithography's Role:* ASML's lithography technology, essentially printing on silicon, has enabled the creation of incredibly small and powerful chips. * *(**17:02**)* *ASML's Growth and Ecosystem:* From humble beginnings, ASML has become a global leader in the semiconductor industry through innovation and a strong network of partners. * *(**23:58**)* *Software for Nanometer Precision:* ASML's software achieves nanometer precision, compensating for the chaotic nature of the nanometer world. * *(**24:15**)* *Complexity of ASML's Systems:* ASML's systems are highly complex, requiring millions of lines of code and sophisticated algorithms to manage and control. * *(**30:45**)* *Julia's Emerging Importance:* ASML is increasingly utilizing the Julia programming language to bridge the gap between prototype and production code for algorithms. * *(**31:25**)* *Flexible Development Architectures:* ASML is developing architectures that enable faster, more iterative development and easier deployment of algorithms at customer sites. * *(**34:44**)* *Workforce Development:* ASML emphasizes continuous learning and partnerships with academia to cultivate the skilled workforce needed for ongoing innovation. * *(**36:09**)* *Future of Chip Manufacturing:* While acknowledging limits to shrinking chip features, the speaker believes ASML has a long roadmap, highlighting a shift towards 3D chip architecture as the next frontier. * *(**44:09**)* *Open Sourcing Some Tools:* ASML plans to open-source some of its Julia packages and tools, including a PowerPoint creation tool and a Fars XML file tool, though internal libraries are likely to remain proprietary. These timestamps correspond to the relevant sections in the provided transcript where each topic is discussed. Summarized by AI model: gemini-1.5-pro-exp-0801 Cost (if I didn't use the free tier): $0.1004 Input tokens: 26064 Output tokens: 872