Nanoelectronics

Published by: Global Industry Analysts

Published: Jul. 1, 2009 - 608 Pages

Table of Contents

I.INTRODUCTION, METHODOLOGY & PRODUCT DEFINITIONS

Study Reliability and Reporting Limitations

Disclaimers

Data Interpretation & Reporting Level

Product Definitions and Scope of Study

II. EXECUTIVE SUMMARY

1.MARKET OVERVIEW

Global Electronics Market: A Quick Primer

Nano Electronics- A Preface

Table 1: World Market for Electronics Incorporating Nanotechnology - Long Term Projections in US$Billion for the Years 2010 through 2015(includes corresponding Graph/Chart)

Relentless Innovations Reinforce the Deliverability of Nanoelectronics

The Road Ahead for Nanoelectronics

Opportunities for Nanoelectronics

Challenges for Nanoelectronics

Nanophotonics & Nanoelectronics - Future Combination

Where Does the Action Lie?

Table 2: Global Investment in Nanotechnology: Percentage Breakdown of Investment by Source- Government, Industry,and Venture Capital by Select Region/ Country for the Year 2006 (includes correspondingGraph/Chart)

Nanotechnology: Transforming Electronic Display Market

Nanotools in Display Industry

Nanotechnology to Alter Memory Storage in Electronics

Who Leads the Pack?

Conventional Vs Emerging Storage Options

Comparison Between Traditional and Emerging Memory Types

Semiconductors and Nanotechnology

Impact on Manufacturing Processes

Emerging Material Platforms

Hybrid Approaches to Offset Inherent Rigidity of Electronics Industry

Miniature Bar Coded Beads Herald New Age Electronics

Nanomaterials to Revolutionize Electronics Industry

Table 3: Global Market for Nano Materials in Electronics (2006): Percentage Breakdown by Nano Material Type - Designer Molecules, Coatings, Fullerenes/Nanotubes, Engineered Substrates, Precursors, Slurries, andOthers (includes corresponding Graph/Chart)

Select Nano Materials and Scope of their Application in Select Electronic Devices

Select Nano Tools and Equipment and Scope of their Application in Select Electronic Devices

Nanomaterials - Key for Miniature Chips & Storage Devices

Improving Display Resolution…

Carbon Nanotubes: Building Blocks for Electronics in Future

End-Use Applications for Nanoelectronics

Healthcare

Automotives

Safety and Security Systems

Environment and Energy

Communication

Infotainment

2.PRODUCT OVERVIEW

Nanoelectronics - Introduction

Building Blocks of Nanoelectronics

Nanoparticles

Nanowires

Nanowires for Aerospace Industry

Carbon Nanotubes

III-V Hetero-Structures

Evolution of Nanoelectronics Process Technologies

Intramolecular Nanoelectronics

Nanoelectronic Technologies

Circuits and Systems

Parallel Processing

Propagate Instruction Processor

Reconfigurable Hardware

Defect and Fault Tolerant Architectures

Artificial Neural Networks

Quantum Information Processing

Triple Modular Redundancy

Nanofabrication

Fabrication Methods for Nano Electronics

Top-Down Approach

Electron-Beam Nanolithography

Scanning Probe Methods (SPM)

Nanoimprint

Bottom-Up Approach

Self-Assembly

Logic Devices

Single Electron Tunneling Devices

Resonant Tunneling Diodes

Rapid Single Flux Quantum Logic

Spintronics

Molecular Electronics

Quantum Computing

Nanoelectronic Devices

Displays

Field Emission Displays (FEDs)

Flexible OLED Displays

Paper-Like Displays

Nano Emissive Displays

Memory

Table 4: Comparison of Select NanomemoryTechnologies- FRAM, MRAM, and OvonicUnified Memory

Features and Applications for Select Memory Types- SRAM, DRAM, Flash Memory, NRAM and MRAM

FRAM

Holographic Memory

Molecular Memory

MRAM

Nano RAM

Ovonic Unified Memory

Polymer Memory

Probe Memory

Optoelectronic Applications

What the Future Holds?

Electronics and Electromechanical Systems

Batteries

Sensors

3.REGIONAL PERSPECTIVE

The United States

Electronics and Communications- An Overview

CNTs to Enable Better Memory with High Speed and Less Volatility

CNTs to Help CMOS in Size Reduction

Japan

Electronics and Communications- A Snapshot

Electronics Propels Growth in Nanomaterials

Europe

Position of European Nanoelectronics Industry

Transformation of Business Models

Transformation of Research Models

Migration of Nanoelectronics Producers

Technological Impediments

Mediocre Functioning of European Research Organizations

Large-Scale Nanoelectronics Research Activities

Split in Research Investments

Inadequacy of Existing Funding Instruments

Asia-Pacific

Overview and Structure

4.TECHNOLOGICAL DEVELOPMENTS

Samsung Develops the First 4Gb DDR3 DRAM Chip

Researchers Develop New Nanotube Flash Memory Design

IBM and Partners Develop Smallest Ever SRAM Cell

IBM Reduces Noise in Graphene Ribbons

MIT Discovers new 25nm Technology

Samsung Develops New Smart Card Chip

HP Develops New Nano Chip Technology

Nantero to Develop Printable Memory Applications

Researchers Improve LCD Design Through Nanowire Technology

Copper Nanowires Find Application in Displays

IBM Develops New Memory Device

5.PRODUCT INNOVATIONS/INTRODUCTIONS

Samsung Introduces New EPD

VIA Launches VIA Nano

VIA Introduces VIA EPIA NX-Series Mainboard

CopyTele Develops LVND Flat Panel Display

Hitachi Announces Nanotechnology Milestone for Hard Disk Drives Capacity

Ramtron’s New Integrated EDR Incorporates F-RAM Capabilities

Ramtron Unveils New Serial F-RAM with 2Mb Memory

Ramtron Unveils FM3135

Everspin Includes Small Footprint and byte-wide BGA Products into MRAM family

Ramtron Enhances Its Range of AEC-Q100-Specified F-RAM Memory Devices

Samsung Introduces First 30nm Flash Memory in the World

RIC Launches 4Mb FRAM

Hewlett-Packard Launches Nanotechnology Based NewComputer Chip

Samsung Develops a New Chip for Digital TVs

Epson and Fujitsu Develop Next-Generation FRAM Technology

Fujitsu Introduces Embedded FRAM for Digital Televisions

6.RECENT INDUSTRY ACTIVITY

Sistema Acquires Sitronics-Nanotechnology

VT International Acquires Nanotailor

Lockheed Martin Acquires Government Business Unit of Nantero

Unidym Enters Into Joint Venture with Samsung

Atotech Partners with CNSE

Qimonda AG in Partnership with Elpida Memory Inc. to Develop Nano-Chips

IBM Secures AFRL Contract

Sharp and Nanosys Extend Collaboration Agreement

Freescale Forms New Company for MRAM Development

Samsung to Increase Production of 42nm NAND Memory Chips

IMFT to Commence Production of 32Gb NAND Flash Memory

AIXTRON Completes Nanoinstruments Acquisition

Sumitomo Chemical Acquires Cambridge Display Technology

NEC and Toshiba Agree to Collaboratively Develop 32nm Chips

RCDS Collaborates with Nanosys to Develop Nano Optical Subsystem

DoCoMo Collaborates with Nanosys

RIC Partners with TI

In-Q-Tel and Nanosys Expand Macro-electronics Collaboration

Ovonyx and Hynix Collaborate on PCM Products Development

IBM, Infineon, Freescale, Samsung & Chartered Cooperate on 32-nm Semiconductors

Nano-Terra Enters into Agreement with 3M

IEEE Completes Nanoelectronics Standards Roadmap

7.FOCUS ON SELECT PLAYERS

Advanced Micro Devices, Inc. (US)

Fujitsu Laboratories Ltd (Japan)

General Nanotechnology LLC (US)

Hewlett-Packard Development Company, L.P. (US)

Hitachi, Ltd. (Japan)

International Business Machines Corporation (US)

Infineon Technologies, AG (Germany)

Motorola, Inc. (US)

NanoInk, Inc. (US)

Nanonex Corporation (US)

Nanosys, Inc. (US)

Nantero, Inc. (US)

Samsung Advanced Institute of Technology (South Korea)

Texas Instruments Incorporated (US)

ZettaCore, Inc. (US)

Zyvex Instruments, LLC (US)

III. COMPETITIVE LANDSCAPE

Total Companies Profiled: 65 (including Divisions/Subsidiaries - 71)

Region/Country Players

The United States

Japan

Europe

Germany

The United Kingdom

Rest of Europe

Asia-Pacific (Excluding Japan)

Abstract

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