Devices and Microsystems at Philips Research: an OpenInnovation Approach

摘要

Innovation in mainstream silicon microelectronics is following the rather predictable pathrnof Moore's law all the way down to the nanoelectronics size regime. An internationalrnroadmap exists, and is pursued by all actors in the value chain. The technical andrneconomical risks and benefits of investing in the next generation of silicon processrntechnology and the related design and test methodologies are well understood. Successfulrncompanies in this world of systems on a chip have learned how to manage the soaringrncosts of innovation, primarily through technology and industrial partnerships.rnHow different is the world of innovation in the much more diverse field of novel devicesrnand microsystems, based on technological progress in functional materials, innovativernprocess technology, and nano technology! Here the key challenge to be addressed isrnmanaging the soaring complexity, caused by the bewildering variety of applications andrnemerging technical solutions. Roadmaps are virtually non-existent, and the interests ofrnmaterial suppliers, toolmakers, device makers, designers, and OEM customers are notrnwell aligned. Added to this are the pitfalls of the innovator's dilemma. How to balancerninvestments in a new application, based on unproven technology, against investing in thernnext generation of a predictable technology development?