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2006 Global Optoelectronics Industry Market Report and Forecast


Description: Annual review and forecast of global optoelectronics markets

The optoelectronics market for 2005 is reviewed in this report. Total optoelectronics components and enabled products grew 20% in 2005 to $364 billion, from $304 billion in 2004. Components grew 17% in 2005 to $104 billion, from $89 billion in 2004. When flat panel displays are excluded as components, components grew 10% in 2005 to $30 billion, from $27 billion in the previous year. Enabled products grew 21% to $260 billion in 2005, from $215 billion in 2004.

The driving engine for these numbers has again been the successful penetration of display-based products and technologies into both the consumer and computer markets, as it was in 2004. The products with the strongest growth were liquid crystal display (LCD) TVs (79%) and camera phones/personal digital assistants (PDA) (41%). Within the components segment, much of the growth has been driven by solar cells (24%), display modules (20%), and sources and detectors (10%). The sources and detectors segment includes optoelectronics components with strong growth rates such as image sensors (26%), nondiode lasers (9%), and diode lasers (6%). All segments exhibited growth in 2005 except optical storage media, which declined (3%) due to strong competition.

There was also strong growth in 2005 in each of the three application segments for optoelectronics. The optical communications business grew to $26 billion in 2005, up 14% from $23 billion in 2004. Computing grew 9% in 2005 to $195 billion from $179 billion in 2004. Consumer/entertainment grew to $144 billion in 2005, up 40% from $103 billion in 2004. These segments, representing the optoelectronics market segmented by application, totaled $364 billion in 2005.

Optoelectronics technology has demonstrated remarkable flexibility in influencing new applications. Examples from 2005 include:

- The development of flat panel displays that are used in computers and television achieved $74 billion in 2005 growing nearly 20% over 2004, and is a good indicator that this is indeed a vibrant application. The use of small displays in mobile handheld devices has grown quickly and has opened up new opportunities.

- The development of high-brightness light emitting diodes (HB LED) is expected to provide new market opportunities in large signs, signals, general illumination, and in the automotive segment for both passenger and industrial vehicles. The use of HB LEDs for backlighting displays, especially small displays for handhelds, is growing quickly.

- The imaging array sensor has enabled digital cameras and the technology is placing strong pressure on the traditional photography industry. The camera phone is one area that grew quickly in 2005 and is providing an opportunity to leverage digital technology in different applications. As cameras in mobile phones are becoming popular, the use of white HB LEDs for camera flash to replace filament flash expected to become the norm in 2006.

- Diode lasers were historically designed for optical communications. With the growth in diode laser-based optical storage, however, product revenue has now exceeded those for the more expensive communications lasers. Advances in optical disk technology with blue diode lasers are expected to fuel the growth of DVD players. Optical storage pricing for standard compact disc (CD) and digital versatile disc (DVD) lasers suffered in 2005 and affected revenue growth.

Optoelectronics is quickly penetrating a number of products across many markets, with a trend toward convergence. Optoelectronics technologies are utilized in products that span communications, computing, and consumer/entertainment. A significant enabler driving convergence is the LCD flat panel display, which is today found not only in notebook personal computers (PC), but also in televisions, mobile cellular phones, PDAs, and desktop monitors.

A number of specific types of applications that are particularly dependent upon optoelectronics have strong potential for market growth in 2006. These include the Internet and computing, cellular telephony, wireline telecommunications, and emerging applications such as games, healthcare, and sensors.

In summary, the optoelectronics market in 2005 was again vibrant, with almost all categories, applications, and technologies demonstrating solid revenue progress over 2004. It is expected that a similar performance in the market will continue in 2006 and beyond.


Contents: Executive Summary

1 Optoelectronics Market Summary
1.1 Global Optoelectronics Market Summary
1.2 Global Optoelectronics Market - Applications Review
1.3 Optoelectronics Components Summary
1.4 Global Optoelectronics Sources and Detectors Summary

2 Laser Diodes and Nondiode Lasers
2.1 Market Overview
2.2 Nondiode Laser Revenue by Segment
2.3 Nondiode Laser Forecast by Segment
2.3.1 Extended Forecast Nondiode Lasers
2.3.2 Nondiode Lasers Revenue by Laser Type
2.3.3 Nondiode Lasers Forecast by Laser Type
2.3.4 Nondiode Laser Market Segmentation
2.4 Laser Diode Overview
2.5 Laser Diode Revenue by Segment
2.6 Laser Diode Forecast by Segment
2.6.1 Extended Laser Diode Forecast
2.6.2 Laser Diode Revenue by Laser Type
2.6.3 Segmentation of the Key Laser Diode Markets
2.6.4 Segmentation of the Lesser Laser Diode Markets

3 High Brightness LEDs
3.1 Market Background
3.2 White HB LEDs Will Fuel the Next Wave of Growth
3.3 Driving Factors for HB LED Superior Revenue Performance
3.3.1 New Applications
3.3.2 HB LED Manufacturing in 2005
3.3.3 Manufacture, Competition, and Intellectual Property
3.4 HB LED Market Overview
3.4.1 HB LED Overview of Revenue and Forecast by Market
3.4.2 HB LED Market Segments
3.5 HB LED Materials
3.5.1 HB LED Historic Material Trends
3.5.2 White HB LED Material Trends
3.5.3 White HB LEDs and Binning
3.5.4 High Power HB LED Developments and Issues
3.6 HB LED Product Package Type
3.7 HB LEDs Key Market Applications: Mobile Appliances
3.7.1 Mobile Phones
3.7.2 Other Mobile Appliances: Digital Cameras, PDAs, and MP3 Players
3.7.3 HB LEDs Mobile Appliances Summary
3.8 Signs and Displays
3.8.1 Signs and Displays: Full-Color Displays
3.8.2 Signs and Displays: Single-Color Text Signs
3.8.3 Signs and Displays: LCD Monitor Backlights
3.9 Automotive Lighting
3.9.1 Automotive Lighting: Interior Lighting
3.9.2 Automotive Lighting: Exterior Lighting
3.9.3 Automotive Lighting: Forward or Front Lighting
3.9.4 Automotive Lighting: Truck and Bus Exterior Lighting
3.10 HB LEDs in Traffic Signals
3.11 Illumination Using HB LEDs
3.11.1 Architectural Lighting

4 Displays and Related Products
4.1 Introduction
4.2 Market Overview
4.3 Technology Overview
4.3.1 CRTs
4.3.2 Plasma Display Panels (PDPs)
4.3.3 LCD Backlight Technologies
4.3.4 Rear Projection TVs
4.3.5 LCD Substrates
4.3.6 Large Display Technology Summary
4.3.7 Organic Light Emitting Diodes

5 Telecommunications and Broadband
5.1 Industry Overview
5.2 Telecommunications Markets
5.3 International Markets
5.4 Landline Markets
5.5 New Technologies
5.5.1 Broadband over Powerline
5.5.2 Municipalities
5.5.3 Fiber Optics and Optoelectronics
5.5.4 Fixed Wireless
5.5.5 Satellite Technology
5.5.6 Mobile Wireless
5.5.7 Internet Access
5.6 Voice over Internet Protocol (VoIP)
5.7 Telecommunications Status
5.7.1 Potential Telecom Legislation
5.8 Telecommunications Cable Markets
5.9 Broadband Access
5.10 Methodology and Terminology
5.11 Key Technical Factors Driving U.S. FTTP Deployments
5.11.1 Technical Issues
5.11.2 Technological Trends of Municipalities, Utilities, and CLECs

6 Optical Communications
6.1 General Overview
6.2 Optical Network Equipment
6.3 Fiber and Cable Equipment
6.4 Optical Communications Components
6.4.1 Overview
6.4.2 Transceivers
6.4.3 Programmable Wavelength Optical Communications Components
6.5 Fiber Optic Connectors
6.6 Transceiver Form Factor Types
6.7 Transceiver Market Overview

7 Image Sensors
7.1 Market Overview
7.2 Image Sensors Market Applications
7.2.1 Digital Cameras
7.2.2 Camera Phones and Other Small Multifunction Handhelds
7.2.3 Digital Cinema
7.2.4 Security & Surveillance
7.2.5 Interactive Video Games and Toys
7.2.6 Manufacturing
7.2.7 Automotive
7.2.8 Medical
7.2.9 Image Sensor Integration and Intelligence

8. Medical and Health Application
8.1 Market Trends
8.2 Emerging High Brightness LED Applications
8.2.1 Blue HB LED Medical and Health Applications
8.2.2 UV LED Developments for Medical and Health Applications
8.2.3 Ultraviolet LED Medical Applications
8.2.4 Red LED Medical Applications
8.3 Lasers for Medical Applications
8.3.1 Laser Medical Applications
8.3.2 Lasers for Hair Removal

9 UV Materials, Green LEDs, and Light Extraction
9.1 III-V Nitride Based Materials
9.2 UV LED Developments and Materials
9.3 UV LED Applications
9.4 Green LED Considerations

10 Venture Capital
10.1 Introduction
10.2 Venture Capital Status in the U.S.
10.2.1 Historical Trends
10.2.2 Venture Capital Investment Trend
10.2.3 Venture Capital Investment by Sector
10.2.4 Internet Technology Investments
10.2.5 U.S. Investments by Region
10.2.6 U.S. Investments by Stage of Company
10.2.7 Technology Liquidity Events
10.2.8 Optoelectronics Start-up Overview
10.2.9 Optoelectronics Sensor Start-up Funding
10.2.10 Top IPOs in 1Q2006
10.2.11 Most Active Investors
10.2.12 Optoelectronics Venture Activity
10.2.13 Optoelectronics Venture Funding, 2003-2005
10.2.14 Optoelectronics M&A Deals, 2003-2005
10.2.15 Investor Location Deals 290

11 Nanotechnology
11.1 History and Background
11.2 Nanotechnology
11.3 Nano-Photonic Technologies and Applications
11.3.1 Flat Panel Displays
11.3.2 High Brightness LEDs
11.3.3 Photovoltaics
11.3.4 Biochemical Fluidic Sensors
11.3.5 Laser and Biomedical Tools
11.3.6 Diode Lasers
11.3.7 Photonic Passive Device Technology
11.3.8 Photonic Silicon Chip Interconnects
11.3.9 Photonic Silicon Optocouplers
11.3.10 Microstructured or Specialty Fibers
11.4 Key Differentiators for Nanotechnology
11.5 Nanotechnology Commercialization
11.6 Photonic Sensors and Nano-Fluids Overview
11.7 Biophotonics Market Forecast

12 Photovoltaics
12.1 Solar Market Overview
12.2 Effect of Government Incentives
12.3 Solar Cell Forecast
12.4 Silicon and Solar Cells
12.5 Thin Film Solar Cells
12.6 Multi-Junction Solar Cells
12.7 Photovoltaic Concentrators
12.8 Nanocrystal Solar Cells
12.9 Printing Approaches to Solar Cells
12.10 On-Grid and Off-Grid Solar Systems
12.11 On-Grid Solar Generating Systems
12.12 Residential On-Grid Systems
12.13 Commercial On-Grid Systems
12.14 Off-Grid Solar Generating Systems
12.15 Remote Industrial and Habitation Systems
12.16 Solar Power for Standalone Consumer Products
12.17 VARs and the Solar Energy Supply Chain

13 Defense R&D in Optoelectronics
13.1 Defense Introduction
13.2 DARPA
13.3 DARPA Organization
13.3.1 DARPA Offices
13.4 Photonic Technologies at DARPA
13.4.1 Optical Sensing
13.4.2 Optoelectronic A/D Interfaces
13.4.3 Optoelectronics Digital Processing
13.4.4 Optoelectronic Communications
13.4.5 Laser-Based Systems
13.4.6 Solar Energy
13.4.7 Molecular Photonics
13.5 University Photonic Programs
13.5.1 Universities Photonics Research
13.5.2 Photonics Technology Access Program (PTAP)
13.6 The DARPA Process for Initiating New Programs

14 Fiber Sensors
14.1 Markets, Revenues, and Forecasts
14.2 Distributed Fiber Optic Sensors vs. Point Sensors
14.3 Distributed Fiber Optic Sensors Overview
14.4 Distributed Fiber Optic Sensors Technologies
14.4.1 Speckle Pattern Modal Interference
14.4.2 Bragg Grating Sensor Arrays
14.4.3 Interferometric Distributed Sensors
14.4.4 Raman and Brillouin Scattering
14.5 Distributed Fiber Optic Sensors Outlook

15 Appendices
15.1 Appendix 1: Acronyms
15.2 Appendix 2: Sources of Market Information
15.3 Appendix 3: OIDA Forum and Workshop Reports
15.4 Appendix 4: Component and Enabled Product Categories and Classification
15.4.1 Component Products
15.4.2 Enabled Equipment Products




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