Chapter 7. Advantages compared to LCD-display

1. smaller dimensions and weight

2. no need for a backlight

3. the absence of such parameters as the viewing angle - the image shows no loss of quality from any angle

4. instant response (in order of magnitude lower than the LCD) - essentially complete absence of inertia

5. higher-quality color (high contrast)

6. lower energy consumption at the same brightness

7. the ability to create flexible screens

Brightness. OLED displays provide bright light on several cd/m2 (for night operations) to very high brightness - over 100 000 cd/m2, and the brightness can be adjusted over a very wide dynamic range. Since the life of the display is inversely proportional to its brightness, it is recommended for devices operating at more moderate levels of brightness up to 1000 cd/m2. When illuminated LCD-display bright beam of light appear glare, and the picture on the OLED-screen remains bright and rich in any lighting (even in direct sunlight on the display).

Contrast. There is also the leader of the OLED. OLED-displays have a contrast of 1,000,000:1 (Contrast LCD 1300:1 [citation 71 days], CRT 2000:1)

Viewing angles. OLED technology allows you to view the display from any direction and at any angle, without losing image quality.

Power consumption. Power consumption OLED displays and a half times lower than the LCD. Consumption PHOLED (English) even lower.

The need of the benefits demonstrated by organic displays is growing every year. This fact suggests that in the near future mankind will see the flowering of the technology.

So now, for example, one of the leaders of the technology company Samsung SDI, which belongs to Samsung, is capable of producing 8 million OLED-panels annually. As a result, the company has already begun to produce not only LED TVs, but also laptops and monitors with such panels, just to the commercial production of flexible displays is Super AMOLED.

Obviously that is not far off full replacement LCD displays, OLED technology, as visibly advantages, and the difference in value is rapidly declining. While this is not the future, it is now: OLED displays are already used in all output devices and plans to produce OLED lamps, displays, and even OLED windows....

Summary

Do you have a monitor that would have been extremely thin and light, would consume only the power, would have a lower cost, and with the high resolution, brightness and contrast? Displays the next generation - the organic electroluminescent display (OLED) - have all these characteristics!

To date, OLED technology is the leading next-generation technology in a series of FDP (flat panel displays). Regularly there are news about the appearance of the next display panel on the basis of organic электролюминесценции.Приборы OLED-is full-color light-emitting devices that provide high brightness, low power consumption, wide viewing angle, good contrast. In addition, they are compact and lightweight, can withstand considerable mechanical loads, have a wide range of temperatures and have sufficient life. Field of application of such displays is wide: from cell phones and car radio to helmet-mounted indicator displays on the windshield of vehicles and lighting. With the subsequent development of phosphorescent materials, OLED devices can be not only an effective means of display, but also thin-film light source, replacing multiple discrete incandescent and expensive large inorganic LEDs. It is possible that in a few years TFT LCD monitor displays will be replaced on the basis of OLED.
Bibliography:

1. http://www.mobile-talk.ru/termin-26.htm

2. http://ru.wikipedia.org/wiki/Органический_светодиод

3. R. H. Friend, R. W. Gymer, A. B. Holmes, J. H. Burroughes, R. N. Marks, C. Taliani, D. D. C. Bradley, D. A. Dos Santos, J. L. Brédas, M. Lögdlund, W. R. Salaneck, «Electroluminescence in conjugated polymers», Nature 1999

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