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Home > Computers and Information Technology > Computer Technology & Equipment > Display Technologies
Advanced Display Technologies (Technical Insights)
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| Published Date:
June 2006
Published By:
Frost & Sullivan
Page Count:
130
Order Code:
R1-5013
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Research Overview
This Frost & Sullivan research service titled Advanced Display Technologies, offer an analysis of key industry challenges as well as technology drivers, restraints, and adoption trends. In this research service, Frost & Sullivan's expert analysts thoroughly examine the following technologies: plasma displays, LCDs, OLEDs, electronic paper and flexible displays. Other novel display technologies such as field emission displays (FEDs) and nano-emissive displays (NEDs) are also discussed. This research service also covers new developments in 3D displays, microdisplays, as well as developments related to display materials and coatings.
Technologies
The following technologies are covered in this research:
- Plasma displays
- Liquid crystal displays (LCDs)
- Digital light processing (DLP)
- Liquid crystal on silicon (LCOS)
- Organic light-emitting diode displays (OLEDs)
- Surface-conduction electron-emitter displays (SEDs)
- Field emission displays (FEDs)
- Nano-emissive displays (NEDs)
Market Overview
Display Industry Sheds Conventional Technologies and Witnesses a Spurt in Innovations
The display industry is no longer confining itself to developing newer technologies but is including novel solutions to address the shortcomings of existing technologies. The industry has been abuzz with activity - developments range from 103-inch flatscreens to displays that show different images from different angles to electronic paper and flexible displays. Cathode ray tube (CRT)-displays could well be on their way out with the proliferation of newer flat panel display (FPD) technologies such as plasma displays, liquid crystal displays (LCDs), and organic light emitting diodes (OLEDs), which offer benefits such as lower power consumptions and sleek designs.
New generations of mobile devices are being designed to support applications such as global positioning system (GPS)/navigation systems, test and measurement instruments, and portable patient monitoring equipment, which require greater on-screen performance. These applications demand high resolution and brightness, good contrast, and high color saturation. At the same time, they also need to consume less power to allow the devices to run longer while being viewable in various conditions. "With mobile products such as cell phones becoming more data-centric and PDAs and digital still cameras moving toward higher resolution screens, the demands on power consumption will become more severe," says the analyst of this research. M will have to develop larger displays that require lower power for operation. The current issues related to short battery life will also have to be addressed immediately.
Inventive Applications Necessitate the Development of Ground-breaking Display Technologies
The development mobile phones and other portable electronic devices have made technologies such as CRT displays give way to light emitting diode (LED) and LCDs. Scientists are working on creating flatter, thinner, sleeker higher-resolution screens based on LCDs, plasma, and even OLEDs. "Both LCD and plasma display panel (PDP) have advantages and drawbacks and the selection of a particular technology usually involves some tradeoffs," notes the analyst. "For instance, currently, plasmas have a slight cost advantage over LCDs in the large range, whereas in the small to medium range, LCD can support higher resolutions." The battle between LCD and plasma is driven not only by the development of newer technologies that help to overcome technology hurdles but also by the falling prices of the products based on these technologies. However, industry participants are hopeful that different display technologies will coexist in the future.
The display industry is flooded with technologies with unique features to address a wide range of applications. Manufacturers are developing displays that are increasingly flexible for newer applications such as electronic paper. Other emerging display applications include Ebooks, Epaper, smart devices such as smart phones and electronic wallets, interactive displays, flexible electronic devices, and microdisplay products. The advances in displays, in turn, have encouraged growth in mobile and portable communication, desktop monitors, laptops, digital cameras, full-color automotive center-console displays, navigation and passenger entertainment units, medical monitors, and Internet appliances.
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