This site informs about <a href="http://www.oled-display.net" target="_blank">oled</a> - Organic light emitting diodes!
<a href="http://www.oled-display.net/oled-television" target="_blank">oled-tv</a> Displays blazing fast response times, wide viewing angles, exceptional color reproduction, outstanding contrast levels, and high brightness. The nature of its technology lends itself to extremely thin and lightweight designs along with the ability to use it in a variety of different applications!
Viliv debuts there P3 an portable media player with an 3.7 inch Amoled touchscreen at CES-2010.
The P3 does have a dual boot Windows CE and Android function. More details at CES-2010.
<a href="http://www.oled-display.net/oled-television" target="_blank">oled-television</a>
Plasma, and LCD televisions will soon be a thing of the past, imagine a television screen as thin as a piece of paper that weighs no more than a few ounces. Or, so flexible it could be worn around your wrist and is virtually indestructible.
The primary benefit of OLED displays over traditional LCDs is that OLEDs do not require a backlight to function, and consume less power during operation. OLED displays are expected to be more efficiently manufactured than LCDs and plasma displays.
The AMOLED technology have full layers of cathode, organic molecules and anode, the anode layer overlays a thin film transistor (TFT) array that forms a matrix. The TFT array itself is the circuitry that determines which pixels get turned on to form an picture.
The fledgling technology of making ultra-thin displays using organic light-emitting diodes (OLED) is starting to bear fruit finally with Sony, Samsung SDI and other makers introducing new applications.
Sony says that it is going to sell 11-inch <a href="http://www.oled-display.net/oled-television" target="_blank">oled tv</a>s for the first time in the world this year. Korean firms such as Samsung Electronics, Samsung SDI, LG Electronics, LG.Philips LCD and Neoview Kolon are also investing in the technology, which should replace the current LCD and plasma screens panels in the long term, becoming the norm for digital displays.
Samsung Electronics Digital Media President Park Jong-woo said that organic displays can be a breakthrough in its TV business, as the competition for creating bigger screens now does not carry much meaning to consumers.
Sony OLED-TV
Sony is demonstrating two slim TVs that incorporate OLED (organic light-emitting diode) technology at CES 2007 in Las Vegas .
The 11- and 27-inch TVs are about 3mm and less than 10mm thin, respectively, according to a company press release. The 27-inch model features a full high-definition (HD) panel while the 11-inch TV is designed with a wide-SVGA panel.
The resolution of the 27-inch OLED TV is 1920x1080, the contast ratio is greater than 1,000,000:1, brightness : all white 200cd/m2, peak greater than 600cd/m2. Colors - 10 bit RGB.
11" - The resolution is 1024x600, the other technical data like the 27-inch OLED
Sony sees the chance to bring OLED Tv on the market in 2007.
<a href="%20http://www.oled-display.net/oled-lighting" target="_blank">woled</a>
All about White <a href="%20http://www.oled-display.net/oled-lighting" target="_blank">oled lighting</a>
OLED technology now is mainly used in display applications such as TVs and handset products and lighting applications, which have had less attention in the market before.
Although OLEDs used in lighting applications are not expected to become popular in the next few years and will initially target niche markets, the technology has several advantages over that of conventional lighting. First among the advantages is slimness. The thickness of OLED panels for lighting applications could reach less than 1mm. Such a characteristic could allow OLED lighting placed directly on ceilings rather than hang from them. In addition, flexibility is another advantage, which may allow <a href="%20http://www.oled-display.net/oled-lighting" target="_blank">OLED light</a>ing to be used when designing for spaces with limited conditions.
OLEDs are a flat light source, emitting diffuse light from a potentially large active area. They do not need light distribution elements, thus reducing the cost for the whole lighting panel. In contrast, LEDs as main competitor are a point source technology
which needs light distribution elements to achieve flat panel lighting. Additionally OLEDs use low peak brightness on large area, LEDs provide very high brightness on small area. Due to this fact, LEDs are optimal for point-like light sources, OLEDs are suitable for large area flat light sources. Using large-area OLED with higher efficiency will allow complete lighting solutions based on OLED technology. OLED will substitute existing lighting technologies, but will mainly generate new applications, owing to the unique properties of large-area diffuse light generating with adjustable color. Starting in the near future, OLED lighting will boost the OLED fabrication worldwide. The market research company IDTechEx expects already for 2011 a billion dollar market.
This video from UDC demonstrates a highly energy-efficient 24 inch wide OLED white lighting panel concept for use in commercial or residential lighting.
<a href="http://www.oled-display.net/what-is-amoled" target="_blank">amoled</a> means Active Matrix Organic light emitting diode
Active matrix (AM) OLED displays stack cathode, organic, and anode layers on top of another layer - or substrate - that contains circuitry. The pixels are defined by the deposition of the organic material in a continuous, discrete "dot" pattern. Each pixel is activated directly: A corresponding circuit delivers voltage to the cathode and anode materials, stimulating the middle organic layer. AM OLED pixels turn on and off more than three times faster than the speed of conventional motion picture film - making these displays ideal for fluid, full-motion video.
Fast Response
More vivid and dynamic image quality is realized in moving pictures.
pictures from LG Display
Devices with AM-OLED Displays:
Nokia N85
ZDNET about the Nokia N85 with a 2.6 inch 240×320 OLED display with support for up to 16 million colors:
The OLED display looks fantastic. The colors are bright and evenly lit with no side or backlighting. The display is viewable for virtually any angle and looks great in the dark and in direct sunlight.
Nokia N85 with an 2.6" LCD TFT vs <a href="http://www.oled-display.net/what-is-amoled" target="_blank">amoled-display</a>
Eastman Kodak Company today introduced the world's first consumer-available wireless picture frame featuring innovative Organic Light Emitting Diode (OLED) technology, a Kodak invention that produces exceptionally sharp and vivid image quality. The frame will be on display at the Kodak booth (Hall 5.2) at Photokina..
<a href="http://www.oled-display.net/what-is-amoled" target="_blank">amoled-tv</a>
<a href="http://www.oled-display.net/oled-television" target="_blank">oled-tv</a> Displays blazing fast response times, wide viewing angles, exceptional color reproduction, outstanding contrast levels, and high brightness. The nature of its technology lends itself to extremely thin and lightweight designs along with the ability to use it in a variety of different applications!
Viliv debuts there P3 an portable media player with an 3.7 inch Amoled touchscreen at CES-2010.
The P3 does have a dual boot Windows CE and Android function. More details at CES-2010.
<a href="http://www.oled-display.net/oled-television" target="_blank">oled-television</a>
Plasma, and LCD televisions will soon be a thing of the past, imagine a television screen as thin as a piece of paper that weighs no more than a few ounces. Or, so flexible it could be worn around your wrist and is virtually indestructible.
The primary benefit of OLED displays over traditional LCDs is that OLEDs do not require a backlight to function, and consume less power during operation. OLED displays are expected to be more efficiently manufactured than LCDs and plasma displays.
The AMOLED technology have full layers of cathode, organic molecules and anode, the anode layer overlays a thin film transistor (TFT) array that forms a matrix. The TFT array itself is the circuitry that determines which pixels get turned on to form an picture.
The fledgling technology of making ultra-thin displays using organic light-emitting diodes (OLED) is starting to bear fruit finally with Sony, Samsung SDI and other makers introducing new applications.
Sony says that it is going to sell 11-inch <a href="http://www.oled-display.net/oled-television" target="_blank">oled tv</a>s for the first time in the world this year. Korean firms such as Samsung Electronics, Samsung SDI, LG Electronics, LG.Philips LCD and Neoview Kolon are also investing in the technology, which should replace the current LCD and plasma screens panels in the long term, becoming the norm for digital displays.
Samsung Electronics Digital Media President Park Jong-woo said that organic displays can be a breakthrough in its TV business, as the competition for creating bigger screens now does not carry much meaning to consumers.
Sony OLED-TV
Sony is demonstrating two slim TVs that incorporate OLED (organic light-emitting diode) technology at CES 2007 in Las Vegas .
The 11- and 27-inch TVs are about 3mm and less than 10mm thin, respectively, according to a company press release. The 27-inch model features a full high-definition (HD) panel while the 11-inch TV is designed with a wide-SVGA panel.
The resolution of the 27-inch OLED TV is 1920x1080, the contast ratio is greater than 1,000,000:1, brightness : all white 200cd/m2, peak greater than 600cd/m2. Colors - 10 bit RGB.
11" - The resolution is 1024x600, the other technical data like the 27-inch OLED
Sony sees the chance to bring OLED Tv on the market in 2007.
<a href="%20http://www.oled-display.net/oled-lighting" target="_blank">woled</a>
All about White <a href="%20http://www.oled-display.net/oled-lighting" target="_blank">oled lighting</a>
OLED technology now is mainly used in display applications such as TVs and handset products and lighting applications, which have had less attention in the market before.
Although OLEDs used in lighting applications are not expected to become popular in the next few years and will initially target niche markets, the technology has several advantages over that of conventional lighting. First among the advantages is slimness. The thickness of OLED panels for lighting applications could reach less than 1mm. Such a characteristic could allow OLED lighting placed directly on ceilings rather than hang from them. In addition, flexibility is another advantage, which may allow <a href="%20http://www.oled-display.net/oled-lighting" target="_blank">OLED light</a>ing to be used when designing for spaces with limited conditions.
OLEDs are a flat light source, emitting diffuse light from a potentially large active area. They do not need light distribution elements, thus reducing the cost for the whole lighting panel. In contrast, LEDs as main competitor are a point source technology
which needs light distribution elements to achieve flat panel lighting. Additionally OLEDs use low peak brightness on large area, LEDs provide very high brightness on small area. Due to this fact, LEDs are optimal for point-like light sources, OLEDs are suitable for large area flat light sources. Using large-area OLED with higher efficiency will allow complete lighting solutions based on OLED technology. OLED will substitute existing lighting technologies, but will mainly generate new applications, owing to the unique properties of large-area diffuse light generating with adjustable color. Starting in the near future, OLED lighting will boost the OLED fabrication worldwide. The market research company IDTechEx expects already for 2011 a billion dollar market.
This video from UDC demonstrates a highly energy-efficient 24 inch wide OLED white lighting panel concept for use in commercial or residential lighting.
<a href="http://www.oled-display.net/what-is-amoled" target="_blank">amoled</a> means Active Matrix Organic light emitting diode
Active matrix (AM) OLED displays stack cathode, organic, and anode layers on top of another layer - or substrate - that contains circuitry. The pixels are defined by the deposition of the organic material in a continuous, discrete "dot" pattern. Each pixel is activated directly: A corresponding circuit delivers voltage to the cathode and anode materials, stimulating the middle organic layer. AM OLED pixels turn on and off more than three times faster than the speed of conventional motion picture film - making these displays ideal for fluid, full-motion video.
Fast Response
More vivid and dynamic image quality is realized in moving pictures.
pictures from LG Display
Devices with AM-OLED Displays:
Nokia N85
ZDNET about the Nokia N85 with a 2.6 inch 240×320 OLED display with support for up to 16 million colors:
The OLED display looks fantastic. The colors are bright and evenly lit with no side or backlighting. The display is viewable for virtually any angle and looks great in the dark and in direct sunlight.
Nokia N85 with an 2.6" LCD TFT vs <a href="http://www.oled-display.net/what-is-amoled" target="_blank">amoled-display</a>
Eastman Kodak Company today introduced the world's first consumer-available wireless picture frame featuring innovative Organic Light Emitting Diode (OLED) technology, a Kodak invention that produces exceptionally sharp and vivid image quality. The frame will be on display at the Kodak booth (Hall 5.2) at Photokina..
<a href="http://www.oled-display.net/what-is-amoled" target="_blank">amoled-tv</a>
27.12.2009 11:50:42 by olednet14 - Category: Hondos Weblog
