More Than Moore

In the past decades, the main stream of microelectronics progress has been mainly powered by Moore's law which focuses on IC miniaturization down to nanoscale. While the microelectronics community around the world continues to invent new solutions to keep Moore's law alive, there is a fast increasing need for non-digital and mixed-signal More than Moore (MtM) type technologies that are still based upon or derived from silicon technologies, but do not simply scale with Moore's law. Typical examples are devices incorporating RF, power/high voltage, passive components, sensors and actuators, MEMS, Bio-chip/bio-systems, microfluidics, solid-state lighting, etc.. The increasing momentum of MtM is triggered by the increasing needs for high level heterogeneous system integration including non-digital functions, the necessity to speed up innovative product creation and to broaden the product portfolio of IC fabs, and the limiting cost and time factors of advanced system-on-chip (SoC) development. It is believed that MtM will add value to society on top of and beyond advanced semiconductors technologies, with fast increasing marketing potentials, and that it will drive paradigm shift for technologies, applications and business models.

The vision, concept and terminology of More than Moore were created by European's Technology Platform for Nanoelectronics (Eniac), and has been accepted and adopted by The International Technology Roadmap for Semiconductors (ITRS). The results of this work will be of great interest to researchers, engineers and professionals in the semiconductor industry Provide new vision, strategy, guidance for the future technology and business development of micro/nanoelectronics Provide an overview and in depth demonstration for the key contents of More than Moore technologies Provide strategic research agenda for More than Moore Discusses MtM technogies as they relate directly to Power, sensors and actuators, biochips and microfluidics, optoelectronics and imaging

Klappentext

More than Moore (MtM) explores a new area of micro/nanoelectronics, which reaches beyond the boundaries of conventional semiconductor technologies and applications. Creating and integrating various non-digital functionality to semiconductor products, MtM focuses on creating high value micro/nanoelectronics systems, motivating new technological possibilities and unlimited application potential.

Drawing upon technological insight and extensive practical experience, G.Q. Zhang, A. J. van Roosmalen and contributors discuss:

The changing landscape of micro/nanoelectronics

Smart integrated systems from components to products

RF technologies and systems

High voltage and power

Sensors and actuators on CMOS platforms

Biochips

Optoelectronics

Semiconductor image sensing

Heterogeneous integration - building the foundation for innovative products

System Level Design

More than Moore will be of interest to graduate students, engineers, scientists and R&D managers involved in the value chain of semiconductors, micro/nanoelectronics, materials and equipment, design, consumer and professional electronics, and broad application domains.

Zusammenfassung

In the past decades, the main stream of microelectronics progress has been mainly powered by Moore's law which focuses on IC miniaturization down to nanoscale. While the microelectronics community around the world continues to invent new solutions to keep Moore's law alive, there is a fast increasing need for non-digital and mixed-signal More than Moore (MtM) type technologies that are still based upon or derived from silicon technologies, but do not simply scale with Moore's law. Typical examples are devices incorporating RF, power/high voltage, passive components, sensors and actuators, MEMS, Bio-chip/bio-systems, microfluidics, solid-state lighting, etc.. The increasing momentum of MtM is triggered by the increasing needs for high level heterogeneous system integration including non-digital functions, the necessity to speed up innovative product creation and to broaden the product portfolio of IC fabs, and the limiting cost and time factors of advanced system-on-chip (SoC) development. It is believed that MtM will add value to society on top of and beyond advanced semiconductors technologies, with fast increasing marketing potentials, and that it will drive paradigm shift for technologies, applications and business models.

Inhalt
The Changing Landscape of Micro/Nanoelectronics.- Smart Integrated Systems: From Components to Products.- RF Technologies and Systems.- High Voltage and Power.- Sensors and Actuators on CMOS Platforms.- Biochips.- Optoelectronics.- Semiconductor Image Sensing.- Heterogeneous Integration: Building the Foundation for Innovative Products.- System-Level Design.