Abstract
In July 2007, Motorola signed an agreement with micro-projector manufacturer
Microvision to integrate Microvision' s PicoP micro-projector module into
Motorola mobile phones. At the IMID conference held in August 2007, Korean LG
forecast that mobile projection had very high growth potential. Mobile
projection technology is beginning to attract a great deal of attention
worldwide.
However, volume production of micro-projector devices is still some way off.
Several problems need to be overcome, including the large size of the devices,
high power consumption, and issues with the light-emitting components. Many
companies are working on micro-projector technology, hoping to integrate such
devices into a mobile phone. This report will analyze the current state of the
micro-projector industry, the technical obstacles, and possible solutions.
Table of Contents
Introduction of mobile projection technology; mobile projection market
forecast and future applications; technical problems for mobile projection
development, such as power consumption, price, and device size; leading mobile
projector vendors' development, including system makers and component makers.
- Mobile Projection Technology
- Mobile Projection Market Forecasts
- Technical Challenges for Mobile Projection
- Major Mobile Projector Vendors' Development
- MIC Perspective
- Appendix
Canon, Compal Communications, Corning, HiMax, LG, Matsushita, Microvision,
Motorola, NEC, Nippon Signal, Nokia, Novalux, Pacific Media Associates, SAIT,
Samsung, Symbol Technologies, Techno Solution, TI, Toshiba, Upstream
Engineering
List of Figures
- Figure 1 Mobile Projection Product Development Roadmap
- Figure 2 Worldwide Mini-projector Market Volume, 2006 -2011
- Figure 3 NEC' s P-ISM Portable Computing Device with Projection Function
- Figure 4 Compal Communications' GPP2 Mobile Phone with Projection Function
- Figure 5 Texas Instrument' s DLP Pico Projector Module for Mobile Phones
- Figure 6 Canon' s Micromirror Device
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