Nanotechnologies for the Electronics Market

Table of Contents

TABLE OF EXHIBITS

EXECUTIVE SUMMARY

PART ONE INTRODUCTION

• OVERVIEW OF THE WORLD ELECTRONICS MARKET
• VALUE CHAIN IN THE ELECTRONICS INDUSTRY
• PRESENT TECHNOLOGIES IN THE ELECTRONICS SECTOR
• WHY ELECTRONICS GOES NANO?
• THE BUILDING BLOCKS OF THE 21ST CENTURY ELECTRONICS - BEYOND SILICON
  • Carbon Nanotubes And Applications
  • Nanoparticles And Applications
  • Quantum Dots And Applications
  • Nanowires And Applications
  • Nano-enabled Catalysts And Applications
  • Nano coatings And Applications
  • Designer molecules And Applications
• NANOELECTRONICS TRENDS - CONVERGENCE
• ROADMAPS OF NANOELECTRONICS IN THE ELECTRONICS INDUSTRY
• MARKET FORECAST FOR NANOELECTRONICS
• NANOELECTRONICS R & D IN UNITED STATES, EUROPE AND ASIA
• METHODOLOGY OF THE REPORT
  • A Product-Component Hierarchy Technology Push
  • Product Performance Matrix Demand Pull
• NANOTECHNOLOGY HYPE

PART TWO NANOELECTRONIC TECHNOLOGIES

• LOGIC DEVICES
  • Single Electron Transistor (SET)/Single Electron Tunnelling (SET) Devices
  • Resonant Tunnelling Diodes (RTDs)
  • Rapid Single Flux Quantum Logic (RSFQ)
  • Quantum Computing
  • Molecular Electronics
  • Spintronics
• NANOFABRICATION
  • Nanolithography
  • Scanning Probe Methods (SPM)
  • Nanoimprint
  • Self-Assembly
  • Three-Dimensional Fabrication
• CIRCUITS AND SYSTEMS/ARCHITECTURES
  • Systems-On-Chip
  • Parallel Processing
  • Propagate Instruction Processor
  • Fault Tolerant Logic
  • Reconfigurable Hardware
  • Triple Modular Redundancy
  • Artificial Neural Networks
  • Quantum Information Processing (QIP)

PART THREE NANOTECHNOLOGY APPLICATIONS IN INTERMEDIATE ELECTRONIC COMPONENTS

• PROCESSORS
  • Introduction
  • Major Technologies
    • Intel' s 65 nm Process
    • Intel' s 45 nm process
    • Intel' s Tri-Gate Transistors
  • Technology Roadmap
  • Market Size
  • Major Providers
• MEMORIES
  • Introduction
  • Major Technologies
    • Classification Of Memory (Volatile vs. Non-volatile)
  • Technology Roadmap
  • Market Size
  • Major Providers
• MASS STORAGE DEVICES
  • Introduction
  • Major Technologies
    • Nanotechnology Applications In Magnetic Storage Devices
    • Nanotechnology Applications In Optical Storage Devices
    • Nanotechnology-Enabled Emerging Mass Storage Devices
  • Technology Roadmap
  • Major Providers
• DISPLAY PANEL
  • Introduction
  • Major Technologies
    • LCD
    • Plasma display
    • OLED (Organic Light Emitting Diode)
    • FED (Field Emission Display)
    • SED (surface-conduction electron-emitter display)
    • Electronic paper
  • Technology Roadmap
  • Market Size
  • Major providers
• BATTERIES
  • Introduction
  • Major Technologies
    • Li-Ion battery
    • Supercapacitor as an alternative to the Li-Ion battery technologies
  • Technology Roadmap
  • Major Providers
• SENSORS
  • Introduction
  • Major Technologies
    • Nanotechnology-enabled Mechanical Sensing
    • Nanotechnology-enabled Electrochemical Sensing - Electronic Noses
    • Nanotechnology-enabled Optical Sensing
  • Technology Roadmap
  • Major Providers

PART FOUR NANOELECTRONIC TECHNOLOGIES BY APPLICATIONS AND PRODUCT SEGMENTS

• NANOTECHNOLOGY APPLICATIONS IN MOBILE PHONE, GPS AND OTHER HAND-HELD TELECOMMUNICATION DEVICES
  • Summary Of Nanotechnology Applications In Mobile Phone, GPS And Other Hand-Held Telecommunication Devices
  • Products And Markets
    • Key Performance Matrix
    • Value Addition by Nanotechnology-Enabled Components and Technologies
    • Costs And Benefits
  • Future Market Projection
    • Drivers And Barriers
    • Market Forecast
    • Product Roadmap
  • Major Players Of Nanotechnology Applications In Mobile Phone, GPS And Other Hand-Held Telecommunication Devices
• NANOTECHNOLOGY APPLICATIONS IN COMPUTING
  • Summery Of Nanotechnology Applications In Computing
  • Products And Markets
    • Key Performance Matrix
    • Value Addition by Nanotechnology-Enabled Components and Technologies
    • Costs And Benefits
  • Future Market Projection
    • Drivers And Barriers
    • Market Forecast
    • Product Roadmap
  • Major Players Of Nanotechnology Applications In Computing
• NANOTECHNOLOGY APPLICATIONS IN PORTABLE MULTIMEDIA PLAYERS
  • Summary Of Nanotechnology Applications In Portable Multimedia Players
  • Products And Markets
    • Key Performance Matrix
    • Value Addition by Nanotechnology-Enabled Components and Technologies
    • Costs And Benefits
  • Future Market Projection
    • Drivers And Barriers
    • Market Forecast
    • Product Roadmap
  • Major Players Of Nanotechnology Applications In Portable Multimedia Players
• NANOTECHNOLOGY APPLICATIONS IN GAME CONSOLES
  • Summary Of Nanotechnology Applications In Game Consoles
  • Products And Markets
    • Key Performance Matrix
    • Value Addition By Nanotechnology-Enabled Components And Technologies
    • Costs And Benefits
  • Future Market Projection
    • Drivers And Barriers
    • Market Forecast
    • Product Roadmap
  • Major Players Of Nanotechnology Applications In Game Console
• NANOTECHNOLOGY APPLICATIONS IN FLAT PANEL TVS AND DISPLAYS
  • Summary Of Nanotechnology Applications In Flat Panel TVs and Displays
  • Products And Markets
    • Key Performance Matrix
    • Value Addition By Nanotechnology-Enabled Components And Technologies
    • Costs And Benefits
  • Future Market Projection
    • Drivers And Barriers
    • Market Forecast
    • Product Roadmap
  • Major Players Of Nanotechnology Applications In TVs And Displays
• NANOTECHNOLOGY APPLICATIONS IN DIGITAL CAMERAS
  • Summary Of Nanotechnology Applications In Digital Cameras
  • Products And Markets
    • Key Performance Matrix
    • Value Addition by Nanotechnology-Enabled Components and Technologies
    • Costs And Benefits
  • Future Market Projection
    • Drivers And Barriers
    • Market Forecast
    • Product Roadmap
  • Major Players Of Nanotechnology Applications In Digital Cameras

FINDINGS

• GENERAL
• NANOTECHNOLOGY APPLICATIONS IN MOBILE DEVICES
• NANOTECHNOLOGY APPLICATIONS IN COMPUTING
• NANOTECHNOLOGY APPLICATIONS IN PORTABLE MULTIMEDIA PLAYERS
• NANOTECHNOLOGY APPLICATIONS IN GAME CONSOLES
• NANOTECHNOLOGY APPLICATIONS IN TVS
• NANOTECHNOLOGY APPLICATIONS IN DIGITAL CAMERAS

APPENDIX

• OVERVIEW OF NANOELECTRONIC TECHNOLOGIES
• OVERVIEW OF NANOTECHNOLOGY APPLICATIONS IN INTERMEDIATE ELECTRONIC COMPONENTS
• NANOELECTRONIC TECHNOLOGIES BY APPLICATIONS AND PRODUCT SEGMENTS
• CONTACT LIST OF COMPANIES AND INSTITUTES WORKING ON NANOTECHNOLOGY IN THE ELECTRONICS SECTOR
• SELECTIVE PATENTS OF NANOTECHNOLOGY APPLICATION IN THE ELECTRONICS SECTOR

TABLE OF EXHIBITS

• EXHIBIT 1 NANOELECTRONICS MARKET FORECAST BY PRODUCT TYPE 2014
• EXHIBIT 2 NUMBER OF TRANSISTORS PER INTEGRATED CIRCUIT FOR LOGIC AND MEMORY (1972-2005)
• EXHIBIT 3 THE CONTRIBUTION OF WORLD TURNOVER BY THE ELECTRONICS INDUSTRY (1970-2020)
• EXHIBIT 4 A BRIEF CLASSIFICATION OF COMPANIES IN THE ELECTRONICS INDUSTRY BY PRODUCT
• EXHIBIT 5 VALUE CHAIN IN THE ELECTRONICS INDUSTRY
• EXHIBIT 6 NANOTECHNOLOGY ADDS VALUES ACROSS INDUSTRY VALUE CHAIN VARIOUS
• EXHIBIT 7 FIELD-EFFECT TRANSISTOR
• EXHIBIT 8 DRIVING FORCES FOR POWER ELECTRONICS TECHNOLOGY AND APPLICATION
• EXHIBIT 9 BASIC CHIP MAKING PROCESS
• EXHIBIT 10 PARAMETERISATION OF EMERGING TECHNOLOGIES AND CMOS - SPEED, COST, SIZE AND SWITCHING ENERGY
• EXHIBIT 11 TAXONOMY OF NANO-INFORMATION PROCESSING
• EXHIBIT 12 APPLICATION OF NANOMATERIALS IN VARIOUS AREAS
• EXHIBIT 13 NANOMATERIALS GLOBAL MARKET AND FORECAST
• EXHIBIT 14 3D MODEL OF THREE TYPES OF SINGLE-WALLED CARBON NANOTUBES
• EXHIBIT 15 QUANTUM DOTS USED AS A LIGHT SOURCE
• EXHIBIT 16 NANO PATENTS IN USPTO
• EXHIBIT 17 NANOELECTRONICS TIMELINES
• EXHIBIT 18 NANOELECTRONICS PRODUCTS BY CATEGORY
• EXHIBIT 19 MARKET SIZES FOR NANOMATERIALS IN 2010
• EXHIBIT 20 GLOBAL NANOELECTRONICS MARKET 2007-2010
• EXHIBIT 21 GLOBAL NANOELECTRONICS MARKET FORECAST, 2007 - 2015
• EXHIBIT 22 CAPITAL SPENDING IN MICROELECTRONICS INVESTMENT
• EXHIBIT 23 NANOTECHNOLOGY AT NEC
• EXHIBIT 24 PRODUCT PERFORMANCE MATRIX EXPLAINED
• EXHIBIT 25 EXAMPLE OF THE PERFORMANCE MATRIX REQUIREMENT OF MOBILE PHONE
• EXHIBIT 26 SUMMARY OF PRODUCT PERFORMANCE MATRIX IN VARIOUS PRODUCT GROUPS
• EXHIBIT 27 KEY FACTORS FOR AFFECTING PRODUCT PERFORMANCE MATRIX
• EXHIBIT 28 PRINCIPLE OF A SINGLE ELECTRON TRANSISTOR
• EXHIBIT 29 BASIC CONCEPT OF A RESONANT TUNNELLING DIODE (RTD)
• EXHIBIT 30 A) A FULLY 3D-INTEGRATED RTD HETEROSTRUCTURE FIELD -EFFECT TRANSISTOR AND B) VERTICAL RESONANT TUNNELLING TRANSISTOR (VRTT)
• EXHIBIT 31 TRANSPORT THROUGH A MOLECULE
• EXHIBIT 32 COMPARISONS OF NANOLIGHOGRAPHY TECHNOLOGIES
• EXHIBIT 33 EXTREME ULTRAVIOLET LITHOGRAPHY
• EXHIBIT 34 A BASIC ILLUSTRATION OF AFM SCANNING PROBE METHODS
• EXHIBIT 35 NANOIMPRINT
• EXHIBIT 36 NANOINKING
• EXHIBIT 37 INCREASED TECHNOLOGY COMPLEXITY IN SEMICONDUCTOR TECHNOLOGIES
• EXHIBIT 38 3D SYSTEM-IN-PACKAGE
• EXHIBIT 39 SYSTEM-ON-CHIP
• EXHIBIT 40 PROPAGATE INSTRUCTION PROCESSOR
• EXHIBIT 41 TERAMAC
• EXHIBIT 42 INTEL' S 45NM HIGH-K + METAL GATE TRANSISTOR
• EXHIBIT 43 POWER LEAKAGE ON A PLANAR TRANSISTOR
• EXHIBIT 44 A TRI-GATE TRANSISTOR
• EXHIBIT 45 PROJECTED EVOLUTION OF INTEL' S CHIP
• EXHIBIT 46 ITRS PROJECTION FOR LOGIC TECHNOLOGY (2005-2020)
• EXHIBIT 47 SHIFTING MEMORY MARKET
• EXHIBIT 48 CLASSIFICATION OF MEMORIES
• EXHIBIT 49 STRUCTURE OF A SONOS DEVICE
• EXHIBIT 50 A MRAM STRUCTURE
• EXHIBIT 51 SCHEME OF A SPIN VALVE
• EXHIBIT 52 SCHEME OF A TUNNEL JUNCTION
• EXHIBIT 53 COMPARISON BETWEEN DIFFERENT MEMORIES
• EXHIBIT 54 DRAM SPEED EVOLUTION
• EXHIBIT 55 ITRS PROJECTION DRAM
• EXHIBIT 56 CRITICAL F FEATURES OF VARIOUS NON-VOLATILE MEMORIES (NM) (2005-2013)
• EXHIBIT 57 CRITICAL F FEATURES OF VARIOUS NON-VOLATILE MEMORIES (NM) (2014-2020)
• EXHIBIT 58 LONGITUDINAL RECORDING AND PERPENDICULAR RECORDING
• EXHIBIT 59 THE COMPARISON OF CONVENTIONAL STORAGE MEDIUM AND PATTERNED MEDIA
• EXHIBIT 60 CREATES THE DESIRED PATTERNS IN A RESIST LAYER ON THE STAMPER SUBSTRATE USING E-BEAM
• EXHIBIT 61 E-BEAM EXPOSURE TOOL CREATES THE DESIRED PATTERNS IN A RESIST LAYER ON THE STAMPER SUBSTRATE
• EXHIBIT 62 FRABRICATION OF PATTERNED MEDIA
• EXHIBIT 63 FEPT PARTICLES DEPOSITED FROM SOLVENT
• EXHIBIT 64 AN ILLUSTRATION OF THERMALLY-ASSISTED RECORDING
• EXHIBIT 65 SCHEMATIC OF NEAR-FIELD OPTICAL MICROSCOPY
• EXHIBIT 66 DIAGRAM SHOWING DIFFERENT METHODS OF OPERATION FOR SCANNING NEAR-FIELD OPTICAL MICROSCOPY (SNOM)
• EXHIBIT 67 STORE AND READ HOLOGRAPHIC INFORMATION
• EXHIBIT 68 AN ILLUSTRATION OF BASIC HOLOGRAPHIC DATA STORAGE SYSTEM
• EXHIBIT 69 MILLIPEDE: CONCEPTS AND COMPONENTS
• EXHIBIT 70 OPTICAL MICROGRAPH OF 64 X 64CANTILEVER ARRAY CHIP AND SEM IMAGES OF THE CENTER OF THE ARRAY, ONE CANTILEVER AND A TIP APEX
• EXHIBIT 71 OPTICAL STORAGE TECHNOLOGY ROADMAP
• EXHIBIT 72 DISPLAY TYPES
• EXHIBIT 73 TFT-LCD PRODUCTION PROCESS
• EXHIBIT 74 ACTIVE MATRIX DISPLAYS
• EXHIBIT 75 STRUCTURE OF A PLASMA DISPLAY
• EXHIBIT 76 A PLASMA PANEL
• EXHIBIT 77 STRUCTURAL COMPARISON BETWEEN LIQUID CRYSTAL AND OLED
• EXHIBIT 78 LAMINATION STRUCTURE OF ORGANIC MATERIAL
• EXHIBIT 79 ACTIVE MATRIX VS. PASSIVE MATRIX OLED
• EXHIBIT 80 COMPARISON OF APPLICATION BY AM VS. PM DISPLAYS
• EXHIBIT 81 A FED PANEL PARTS
• EXHIBIT 82 FIELD EMISSION DISPLAY
• EXHIBIT 83 COMPARISON BETWEEN CRT AND SED
• EXHIBIT 84 STRUCTURE OF THE ELECTRON EMITTER IN SED
• EXHIBIT 85 A FILM SUBSTRATE-BASED BENDABLE COLOUR ELECTRONIC PAPER WITH IMAGE MEMORY FUNCTION
• EXHIBIT 86 PLASTIC LOGIC' S FLEXIBLE BACKPLANE IS COMBINED WITH A FRONTPLANE MATERIAL (E.G. ELECTRONIC PAPER) TO MAKE A FLEXIBLE DISPLAY
• EXHIBIT 87 CURRENT APPLICATION OF DISPLAY TECHNOLOGY ACCORDING TO SIZE
• EXHIBIT 88 EVOLUTION OF DISPLAYS
• EXHIBIT 89 2006 LCD TV PANELS
• EXHIBIT 90 2006 LCD MONITOR PANELS
• EXHIBIT 91 BATTERY OVERVIEW
• EXHIBIT 92 A COMPARISON OF THE MAJOR RECHARGEABLE TECHNOLOGIES ALONG THE ENERGY DENSITY AND RECHARGE TIME DIMENSIONS
• EXHIBIT 93 THE NANOCRYSTALLINE LITHIUM ION TECHNOLOGY HAS THE POTENTIAL TO DISPLACE EXISTING SECONDARY BATTERY TECHNOLOGIES IN SELECTED MARKETS
• EXHIBIT 94 COMPARISON OF NANOPOROUS VS NANOTUBE BASED CARBON ELECTRODE
• EXHIBIT 95 BATTERY DEVELOPMENT LEVEL
• EXHIBIT 96 ELECTRONIC SENSORS REPRESENT A SUBGROUP OF TRANSDUCERS
• EXHIBIT 97 THE SENSOR VALUE CHAIN
• EXHIBIT 98 DEPICTION OF A NANOSCALE CANTILEVER
• EXHIBIT 99 GOLD NANOPARTICLE FOR OPTICAL SENSING
• EXHIBIT 100 IN VIVO IMAGING USING QUANTUM DOTS
• EXHIBIT 101 FUTURE VERSUS CURRENT IMPORTANCE OF DIFFERENT MARKET SECTORS IN RELATION TO SENSOR TECHNOLOGY
• EXHIBIT 102 FUTURE VERSUS CURRENT IMPORTANCE OF DIFFERENT SENSOR TECHNOLOGIES
• EXHIBIT 103 PERFORMANCE MATRIX FOR MOBILE DEVICES
• EXHIBIT 104 WIRELESS TECHNOLOGIES ARE INCREASING IN NUMBER
• EXHIBIT 105 MULTI-RADIO SYSTEMS
• EXHIBIT 106 TOSHIBA: NANOMATERIALS ENABLED FAST CHARGING BATTERY
• EXHIBIT 107 COMPARISON OF DIFFERENT ENERGY SOURCE
• EXHIBIT 108 THE CONCEPTS OF MRAM
• EXHIBIT 109 THE CONCEPT OF NRAM
• EXHIBIT 110 TOSHIBA' S 0.85-INCH HDD
• EXHIBIT 111 NANOMATERIALS AND COATINGS
• EXHIBIT 112 ANTIBACTERIAL MOBILE PHONE BY LG® ELECTRONICS
• EXHIBIT 113 COSTING FACTORS IN NANOTECHNOLOGIES APPLICATION IN MOBILE DEVICES
• EXHIBIT 114 DRIVERS AND BARRIERS OF NANOTECHNOLOGY APPLICATIONS IN MOBILE DEVICES SECTOR
• EXHIBIT 115 THE ROADMAP FOR FUTURE APPLICATIONS OF NANOTECHNOLOGY IN MOBILE DEVICE
• EXHIBIT 116 PERFORMANCE MATRIX FOR DESKTOP COMPUTERS
• EXHIBIT 117 PERFORMANCE MATRIX FOR LAPTOP COMPUTERS
• EXHIBIT 118 A NANO MEMORY CHIP BASED ON CARBON NANOTUBES DESIGNED BY NANTERO
• EXHIBIT 119 0 AND 1 STATE OF NANTERO' S CNT-BASED NANO MEMORY CHIP
• EXHIBIT 120 HP' S CROSS BAR
• EXHIBIT 121 COSTING FACTORS IN THE APPLICATION OF NANOTECHNOLOGIES IN COMPUTING
• EXHIBIT 122 KEY DRIVERS AND BARRIERS OF NANOTECHNOLOGY APPLICATIONS IN COMPUTING
• EXHIBIT 123 2006 RANKING OF LAPTOP PRODUCERS
• EXHIBIT 124 THE ROADMAP FOR FUTURE APPLICATIONS OF NANOTECHNOLOGY IN COMPUTING
• EXHIBIT 125 INTEL' S ROADMAP OF PROCESSORS
• EXHIBIT 126 IPOD AND IPOD NANO
• EXHIBIT 127 MICROSOFT' S ZUNE
• EXHIBIT 128 CREATIVE ZEN V (FLASH-BASED)
• EXHIBIT 129 CREATIVE' S VISION W (HD-BASED)
• EXHIBIT 130 SONY' S WALKMAN
• EXHIBIT 131 SANDISK SANSA® E200 SERIES MP3 PLAYERS
• EXHIBIT 132 IRIVER' S CLIX
• EXHIBIT 133 ARCHOS AV500 CAN HAVE 100 GB HD
• EXHIBIT 134 COMPARISON BETWEEN THE STORAGE CAPACITY OF ARCHOS' 30GB AND 100GB MODEL
• EXHIBIT 135 KEY PERFORMANCE MATRIX FOR PMP PLAYER (AUDIO ONLY)
• EXHIBIT 136 KEY PERFORMANCE MATRIX FOR PMP (VIDEO-ENABLED)
• EXHIBIT 137 COSTING FACTORS IN THE APPLICATION OF NANOTECHNOLOGIES IN PMP
• EXHIBIT 138 DISPLAYSEARCH DATA FOR MOBILE PHONE DISPLAY (JANUARY 2007)
• EXHIBIT 139 VALUE ADDITION BY MEMORY IN IPOD
• EXHIBIT 140 KEY DRIVERS AND BARRIERS OF NANOTECHNOLOGY APPLICATIONS IN PMPS
• EXHIBIT 141 THE ROADMAP FOR FUTURE APPLICATIONS OF NANOTECHNOLOGY IN PMPS
• EXHIBIT 142 MARKET SHARE OF DIFFERENT GAME CONSOLES
• EXHIBIT 143 2006 SHIPMENTS OF MAJOR GAME CONSOLES
• EXHIBIT 144 PLAYSTATION 3 VS. XBOX 360 VS. NINTENDO WII
• EXHIBIT 145 2006 SHIPMENTS OF XBOX 360, PS3, AND WII IN CANADA
• EXHIBIT 146 COMPARISON OF TECHNICAL FEATURES OF THE NEXT GENERATION GAME CONSOLE
• EXHIBIT 147 2006 SHIPMENTS OF HANDHELD GAME CONSOLE IN CANADA
• EXHIBIT 148 PERFORMANCE MATRIX FOR HOME GAME CONSOLE
• EXHIBIT 149 PERFORMANCE MATRIX FOR PORTABLE GAME CONSOLE
• EXHIBIT 150 COSTING FACTORS IN NANOTECHNOLOGIES APPLICATION IN GAME CONSOLES
• EXHIBIT 151 DRIVERS AND BARRIERS OF NANOTECHNOLOGY APPLICATIONS IN GAME CONSOLES SECTOR
• EXHIBIT 152 THE ROADMAP FOR FUTURE APPLICATIONS OF NANOTECHNOLOGY IN GAME CONSOLES
• EXHIBIT 153 WORLD FLAT PANEL MARKET $57 BILLION IN 2006
• EXHIBIT 154 PLASMA TV MANUFACTURER RANKINGS AND MARKET SHARES (2004 Q1 2006 Q1)
• EXHIBIT 155 MARKET SHARE FOR PLASMA AND LCD TVS IN NORTH AMERICA, Q3 2006
• EXHIBIT 156 A FLEXIBLE DISPLAY
• EXHIBIT 157 A ROLLABLE DISPLAY
• EXHIBIT 158 PERFORMANCE MATRIX FOR TV
• EXHIBIT 159 CRT VS. SED & STRUCTURE OF ELECTRON EMITTERS
• EXHIBIT 160 COST FACTORS IN THE APPLICATION OF NANOTECHNOLOGIES IN TVS AND DISPLAYS
• EXHIBIT 161 KEY DRIVERS AND BARRIERS OF NANOTECHNOLOGY APPLICATIONS IN TVS AND DISPLAYS
• EXHIBIT 162 GLOBAL PLASMA/LCD TV SALES (MILLIONS)
• EXHIBIT 163 THE ROADMAP FOR FUTURE APPLICATIONS OF NANOTECHNOLOGY IN TVS AND DISPLAYS
• EXHIBIT 164 CCD PIXEL ARRAY
• EXHIBIT 165 CMOS PIXEL ARRAY
• EXHIBIT 166 PERFORMANCE MATRIX FOR DIGITAL CAMERA
• EXHIBIT 167 PLANET82 SMPD
• EXHIBIT 168 COST FACTORS IN NANOTECHNOLOGIES APPLICATION IN DIGITAL CAMERAS
• EXHIBIT 169 DRIVERS AND BARRIERS OF NANOTECHNOLOGY APPLICATIONS IN DIGITAL CAMERA SECTOR
• EXHIBIT 170 MARKET FORECAST FOR DIGITAL STILL CAMERA 2005-2010
• EXHIBIT 171 MARKET FORECAST FOR CAMERA PHONE VS MOBILE PHONE 2005-2009
• EXHIBIT 172 THE ROADMAP FOR FUTURE APPLICATIONS OF NANOTECHNOLOGY IN DIGITAL CAMERA