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From Wafer to Panel: The Next Evolution in PVD for Interposer RDL

2:50 pm - 3:15 pm

As interposer RDL transitions from wafer-based manufacturing toward panel substrates, physical vapor deposition (PVD) processes must evolve to meet new technical demands. This presentation explores the challenges and opportunities of applying proven wafer-level PVD expertise to 310 mm square panel processing. While panel formats offer the potential for improved output, lower cost per package, and enhanced manufacturing scalability, they also introduce significant hurdles for substrate transport, contamination management and on-wafer performance that ultimately impact capability and yield.  

 

Drawing on decades of PVD experience in semiconductor wafer fabrication, we examine how established knowledge in thin-film deposition, process control, and hardware design, along with state-of-the-art computational modelling, can be utilized for panel-level manufacturing. Attendees will gain insight into the technologies and innovations required to enable reliable, high-volume panel-level packaging and support the next generation of heterogeneous integration

Featured Speakers

Mr. Dylan Stares

Mr. Dylan Stares

Senior Process Development Engineer, KLA Corporation UK Ltd

Dylan Stares is a Senior PVD Process Development Engineer at KLA with more than seven years of experience developing deposition processes across a wide range of semiconductor applications. His expertise includes advanced packaging and power electronic device manufacturing, working closely with customers to develop and qualify next-generation technologies. Dylan is currently based in Taiwan, supporting the installation and qualification of KLA's PVD tools at a leading semiconductor manufacturer. He holds both BSc and MSc degrees in Physics.