Opportunities Analysis For Printed Electronics 2009-2015 And Beyond
BPA Consulting Ltd.
July 1, 2010 213 Pages - SKU: OBPC2750206
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Why Is this Study so Important?
- This report summarises the major PE technology and market trends
worldwide.
- The report quantifies the opportunity in over a dozen major market
sectors.
- The report identifies the risks reward and challenges for several
applications that will demand PE solutions.
The major questions that are answered by this report:
- What are the key systems requiring
new and improved technologies?
- What are the growth drivers for PE
subassemblies and materials?
- What are the key emerging leading
technology solutions required in this
sector?
- What are these new technologies
strengths, weaknesses, opportunities
and threats?
- What are the differences in the
technological approaches adopted by
different suppliers in different world
regions?
- How will the development of electronic
systems impact upon future
requirements for PE technology?
- What are the current and forecasted
worldwide market opportunities for
various materials components and
systems utilising PE technology.
Study Background
In this report BPA attempts to provide a candid view on the opportunities and challenges that
exist in the industry today. Its objective is to help organizations decide which of the many
opportunities they could focus on depending on their competences, skills and technology
platforms. BPA identifies the most attractive market from the perspective of potential
revenue, easy of technological challenges, complexity of the value/supply chain amongst
others.
BPA has chosen to evaluate the opportunities in this technology sector as many of the
materials (though not all) and fabrication techniques are similar to those used in the
worldwide printed circuit board (PCB) industry.
Much work has been carried to improve material properties, e.g. solar efficiency in the case
of Organic Photovoltaic (OPV) cells, and charge mobility in the case of semiconductor
materials. However the return on investment from improving the physical electrical and
chemical properties comes with the demonstration and realization of sub-assemblies and
products that are desirable to the consumer and retail environments in particular. In the
opinion of BPA this industry has some way to go before it meets a maturity level or a high
level of confidence in the various technologies promised for the realization of multi-billion
dollar industries.
A major objective of this report is to deliver to the reader a clear idea, through the ranking of
KPI, of the most attractive markets. These may not be the biggest or the most challenging
but the report will help the undecided which potential sections of the PE industry they should
focus upon.
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- 1. EXECUTIVE SUMMARY
- Applications
- Technologies
- Materials
- Markets
- Future Opportunities
- 2. INTRODUCTION
- Introduction
- 3. DRIVING FORCES FOR LARGE AREA PE PRODUCTS
- Introduction
- Existing Applications
- New Markets for PE Technologies
- 4. PROCESS TECHNOLOGIES
- Introduction
- Ink Jetting
- Gravure Printing
- Litho Printing
- Flexo Printing
- Screen Printing
- Spin Coating
- Vapour Deposition
- Thermal Ablation
- Summary
- 5. PE MATERIALS, TECHNOLOGIES AND IMPLEMENTATION
- Introduction
- Substrate Materials
- Barrier Materials
- Conducting Materials
- Semiconducting Polymers
- Non-Conducting Materials
- Organic Light Emitting Polymers (OLEP)
- E-Ink and Alternatives
- 6. PE DEVELOPMENTAL NEEDS
- Introduction
- Semiconducting Materials
- Display Technology
- Conducting Materials
- Conductive Materials
- Photovoltaics
- Barrier Films
- Lighting Materials
- 7. PE MARKET FORECASTS
- Introduction
- OLED Displays
- E-Readers
- Solid State Lighting (SSL)
- Photovoltaics
- Sensor Technologies
- RF-ID and Smart Labels
- Smart Fabrics and Textiles
- Market Opportunities Summary
- 8. PE TECHNOLOGY OPPORTUNITY ANALYSIS
- Introduction
- Analysis Matrices
- Summary of Results of the Analysis
- APPENDIX 1 - Applications
- APPENDIX 2 - Technologies Competing with E-Ink
- APPENDIX 3 - Wearable Computer
- APPENDIX 4 - Overview of Some Key Players
- LIST OF TABLES
- 1.1 Summary of Key Drivers of Printable Electronics
- 1.2 Summary Comparison of PE Printing Methods
- 1.3 RF-ID Printable ICs Technology Progression
- 1.4 Antenna Technology Progression
- 1.5 Printable Battery Technology Progress
- 1.6 Smart Label Technology Progress
- 1.7 Electronic Labels and Tags Technology Progress
- 1.8 Applications for PE Solar Cells
- 2.1 Plastic Electronics Key Players 2-3
- 3.1 Applications Using Printed Electronics
- 3.2 Key Sub Assembly Developers and Suppliers
- 3.3 Applications for PE Solar Cells
- 3.4 Features and Advantages of Battery-Assisted Labels
- 4.1 Breakdown of Screen Printing Inks
- 4.2 Suggested Snap Off for Various Screen Sizes
- 4.3 Dry Print Thicknesses with Different Screen Meshes
- 4.4 Summary Comparison of PE Printing Methods
- 5.1 Potential Substrate Materials for Flexible Displays and PE PV
- 5.2 PV Cell and OLED Carrier Film Requirements
- 5.3 Comparison of PET and PEN Properties
- 5.4 Mobilities of Candidate Organic Materials
- 5.5 Comparison of Mobilities of Semiconducting Materials
- 5.6 PE Organic Semiconductor Constructions PE Semiconductor Constructions
- 5.7 Power Paper’s Standard Cells
- 6.1 Comparative Properties of Conducting Backplane Technologies
- 6.2 Target properties for a Transparent Conductor
- 6.3 Target Properties for a Conductor
- 6.4 Barrier Films for OLED Displays and PVS
- 6.5 Target Properties for a Lighting OLED Luminarie
- 7.1 Production of Small Area OLED Displays by Technology (Million Units)
- 7.2 Production of Small Area OLED Displays by Substrate Type (Million Units)
- 7.3 Production of Small Area OLED Displays by Fabrication Method (Million Units)
- 7.4 Production of Small Area OLED Displays by Application (Million Units)
- 7.5 Market for Small Area OLED Displays by Application (US$ Million)
- 7.6 Production of Medium Area OLED Displays by Application (Thousand Units)
- 7.7 Production of Medium Area OLED Displays by Application ($ Millions)
- 7.8 Production of E-Readers EDF Displays by Volume (Units Millions) by Region
- 7.9 Production of E-Readers EDF Displays by Volume (Units Millions) by Substrate
- 7.10 Production of E-Readers EDF Displays by Volume (Units Millions) by Fabrication Method
- 7.11 Production of E-Readers EDF Displays by Volume ($ Millions) by Region
- 7.12 Production of E-Readers EDF Displays by Volume ($ Millions) by Substrate
- 7.13 Production of E-Readers EDF Displays by Volume ($ Millions) by Fabrication Method
- 7.14 Production of Other EDF Displays by Volume (Units Millions) by Application
- 7.15 Production of Other EDF Displays by Value ($ Millions) by Application
- 7.16 OLED Lighting ($ Millions)
- 7.17 World PV Production by Technology
- 7.18 World PV Production by Application
- 7.19 Sensors and Actuator Manufacture by Application ($ Millions)
- 7.20 Worldwide Demand for Smart Printable Labels (Volume)
- 7.21 Worldwide Demand for Smart Printable Labels (Value)
- 7.22 RFID Demand by Sector (Millions Units)
- 7.23 RFID Demand by Sector ($ Millions)
- 7.24 Smart Fabric/Interactive Textiles for Biomonitoring (Millions Units)
- 7.25 Smart Fabric/Interactive Textiles for Biomonitoring ($ Millions)
- 7.26 Final Materials Forecast 2009 ($ Millions)
- 8.1 Printed Electronics Market Opportunity Analysis 8-5
- LIST OF FIGURES
- 1.1 Total PE World Values ($ Millions)
- 1.2 Barrier Properties for OLED Displays
- 2.1 PE Value Chain 2-2
- 3.1 Samsung A877 Mobile Handset
- 3.2 Digital Media Player Employing AMOLED Technology
- 3.3 Intel Laptop Concept Using OLED Displays
- 3.4 E-Readers
- 3.5 Polymer Vision’s Readius
- 3.6 Esquire Limited Edition E-Ink Display and Drivers
- 3.7 Samsung Blue Earth Handset Including Solar Cells
- 3.8 Drivers for Ami Technology
- 3.9 BIPV
- 3.10 Flexible PV Power Source
- 3.11 Technology Needs for FutureWearable Systems
- 3.12 PV Technology Incorporated in Sports Wear
- 3.13 White OLED on a HC Stark Clevios PH510 PEDOT Layer
- 4.1 Continuous Inkjet Printing Process
- 4.2 Drop-on-Demand Inkjetting
- 4.3 Gravure Printing Process
- 4.4 The Litho Printing Process
- 4.5 Flexographic Printing
- 4.6 Screen Printing
- 4.7 Spin Coating
- 5.1 Moisture Permeability of Barrier Materials for OLED Displays
- 5.2 Bridgestone’s Prototype E-Paper
- 5.3 PV and POLED Construction Comparison
- 5.4 Schematic of a Tandem Polymer Solar Cell
- 5.5 Structure of an Organic EL Device
- 5.6 Osram’s White 46 Im/W Lighting OLED
- 5.7 OLED Structures
- 5.8 E-Inks Microcapsule Technology
- 5.9 Motorola Motophone
- 5.10 Microcup Construction
- 5.11 Roll-to-Roll Manufacturing Process
- 5.12 Microcup E-Paper
- 6.1 iPod Touch and iPhone
- 6.2 Relation of Transmittance and Sheet Resistance in Conductive Polymer Used
- 6.3 Coated ITO Facilitates Transmittance
- 6.4 PV Front Grid Electrodes
- 6.5 Conductive Ink Used in a Novelty Game
- 6.6 Sharp’s Triple Junction Compound Solar Cell
- 6.7 Barrier Requirements by Application
- 6.8 Relative Merits of LED, OLED and Incandescent Lighting
- 6.9 OLED Architectural Lighting
- 6.10 Various Lighting Technologies Luminous Efficiency
- 6.11 The Influence of Substrate Size on OLED Manufacturing Costs
- 6.12 OLED Manufacturing Cost Roadmap
- 6.13 The Relationship between Luminance and Manufacturing Costs
- 6.14 Acurity Brands OLED Lighting Needs Analysis
- 7.1 Mobile Phone Shipments
- 7.2 Worldwide Shipments of PCs and Notebook Computers
- 7.3 World PV Production 2000-2015 (MW)
- 7.4 Smart Card Demonstrator with a Flexible Display
- 7.5 Smart Jacket Including Textile Sensors
- 7.6 Total PE World Value (US$ Millions)
- 8.1 NASA Technology Readiness Levels 8-2
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