Technology & Design Kits for Printed Electronics
|Funding source:||EU FP7
GA no. 287682
|Duration:||01.10.2011 - 30.09.2014|
|Abstract:||The goal of Technology & Design Kit for Printed Electronics (TDK4PE) is to set a fundamental change in the way printed electronics (PE) are designed and manufactured in Europe, with the aim of reducing costs and time-to-market by more than an order of magnitude for more complex designs than ever before by addressing thousands of transistors on a substrate.
The key is to develop a methodology to enable application-specific PE circuit implementation. This will be achieved by adopting a methodology similar to the silicon microelectronics one: using a Technology and Design Kit to abstract physics to a point where engineers could address physical design with sufficient certainty and great freedom for creativity. This TDK will support circuit design at physical, full-custom, and cell-based levels.
TDK4PE addresses the whole product and value chain from concept application to material, through design to manufacturing using both S2S and R2R processes. It will establish cell-based design methodologies coupled with technology process flows and supported by Electronic Design Automation (EDA) tools towards mass production. EDA needs building cell libraries based on characterized devices made of functional inks and will enable automatic synthesis of circuits with predictable properties, high yield and improved circuit reliability.
Establishing such a methodology is an ambitious task that can only be approached from a consortium possessing a wide range of complementary skills. TDK4PE has brought together such a collaboration of European key players in the fields of materials, inks, printing technologies, manufacturing, modelling, component and system design, microelectronics, EDA tools and applications.
Two key points are at the technological opposite poles of this project -FOLAE technology and applications that shall come together on a seamless way by means of a TDK and its related methodology, which will be the enablers for PE design activities between both of them. This convergence between PE technology and its potential applications will contribute to create a sustainable business sector with potential for significant future growth.
|Staff TUC:||Enrico Sowade M.A.|