Dai Nippon Printing Co. Ltd has developed a new flexible OLED-based poster by combining a regular EL panel and organic EL panels.

A DOE researcher has achieved a big progress in his research on organic light-emitting diodes (OLED) by partly solving the problem of weak blue diode in white OLED lights.

Recently, Universal Display Corporation, an innovator behind today's and tomorrow's displays and lighting through its UniversalPHOLED(TM) phosphorescent OLED technology, announced that the company's research advances in white OLED lighting performance was honored by the U.S. Department of Energy (DOE) during the DOE's Annual Solid-State Lighting Workshop. With the support of the DOE, Universal Display has been working on developing highly-efficient white OLEDs for use in myriad lighting applications.

The EU-funded project ROLLED has succeeded in developing a flexible OLED light source that could make packaging more attractive, among other applications.

It’s reported that European researchers have developed a cost-effective method for manufacturing flexible displays in much the same way that newspapers are printed.

Universal Display Corp., a developer of OLED technologies and materials, and SFC Co. Ltd., a fine chemicals manufacturer, have entered into a strategic business agreement. Their collaboration will focus on developing and commercializing highly-efficient phosphorescent OLED (PHOLED) material systems for displays and lighting.

General Electric has decided to end all plans for revitalizing their century-old incandescent bulbs. Instead, it plans to focus on LEDs and OLEDs.

OSRAM Opto Semiconductors and BASF have developed a highly efficient white organic light-emitting diode (OLED). This is for the first time that an OLED not only is able to achieve a light yield of more than 60 lm/W, but also meets the international Energy Star SSL Standard with regard to color requirements.  

South Korean scientists have developed an efficient “true blue” material that can accelerate the development of next-generation organic light-emitting diode (OLED) displays.

Recently, the addition of the "Global and China OLED Market Report, 2007-2012" report is offered, as the development trends of the next generation display technology industry are concerned, OLEDs are still a highly important sector of the market. The global OLED production capacity is mainly distributed across Korea, Japan and China Taiwan, with the shipments of the top five manufacturers accounting for 98.7% of the global total.

It’s reported that researchers working in the European ROLLED project have developed a flexible OLED element that can be mass produced using roll-to-roll printing technology. The OLED elements can be used to add value to product packages. The new method is considerably cheaper than the traditional manufacturing method. The project was coordinated by VTT, and project participants included INM, CSEM, Ciba, Hansaprint, UPM and PolylC.

Light bulbs and fluorescent tubes are far away from the optimal efficiency, while OLED can offer new perspectives for novel large area light sources for display and lighting applications. Such displays are increasingly applied to mobile telephones, digital cameras, or pocket computers. In future these small light miracles will play an important role for TV screens and for lighting.

Recently, Eastman Kodak Company, a pioneer in OLED technology, announced the introduction of a highly efficient OLED material that will enable low-power, full-color displays with outstanding lifetimes.

Lighting in the future, as far as fact is concerned, is heading in the same direction. Ten to 15 years from now incandescent bulbs, fluorescent tubes and CFLs are going to be lightings of the past because of rapid advances in the field of organic light emitting diodes, or OLEDs. These are electronic devices made by placing a series of organic thin films between two conductors that begin to emit a bright light when an electrical current is applied.

Newly invented machines are now capable of printing "sheets" of light, which have found themselves in some business buildings in recent weeks. The light printers use eight-inch wide sheets of organic LEDs, or OLEDs, and cover them with a layer of metal foil. When electric currents run through the sheet, they produce a soft blue-white glow.

OLEDs are beginning to be used in TVs and cell phone displays, and big names such as Siemens and Philips are throwing their weight behind the technology to make it a lighting source as well. The OLED printer was made by General Electric Co. on its sprawling research campus here in upstate New York. It's not far from where a GE physicist figured out a practical way to use tungsten metal as the filament in a regular light bulb. That's still used today, nearly a century later.

It’s reported that Osram GmbH will cease production of OLED-based displays and close the related fab in Penang, Malaysia. In the future, the company will focus on lighting solutions, also based on OLED technology.

It’s reported that the OLED lighting market will reach almost US$4.5 billion by 2013 and grow to $5.9 billion by 2015. It’s disclosed that in the past year the prospects for OLED lighting have made great leaps forward due to improvements in OLED performance and manufacturing.

It’s reported that General Electric has created a giant OLED panel printer to be specifically used for lighting.

it’s reported that Sony has an entire wall of its 11-inch XEL-1 OLED TVs set up here at Ceatec 2008, but in contrast with past gadget shows, it's not the only company showing off OLED prototypes. Panasonic may have said earlier this week that OLED is still far from becoming a mass-produced mainstream technology for use in big-screen TVs, but other electronics makers are plowing ahead with their own research on the organic, thin film technology: NEC, Sony, and KDDI showed off what they've been doing with OLED in their research labs.

It’s reported that AU Optronics Corp., the largest TFT-LCD panel manufacturer in Taiwan, has decided to restart an active matrix-organic light-emit diode (AM-OLED) research project in the fourth quarter after two years of suspension. B.D. Liu, vice president of AUO Technology Center, pointed out that his company plans to restart AM-OLED display development in the fourth quarter to meet the market demand.

It’s reported that Microsharp Corporation, a privately owned UK company focused on the development of specialist optical films, has joined the EU funded, OLED-100.eu R&D project as the only UK participant.

It’s reported that Vitex, leader in thin film encapsulation and Novaled, leader in highly efficient long lifetime OLEDs, are going to combine advantages of the Vitex BarixTM thin film technology with the Novaled doping technology and materials targeting very thin and high efficiency long lifetime OLED products.

It’s reported that Merck KGaA aims to take a leading position in the future market for OLED, which may become the new technology for displays in mobile phones, computers and TVs.

It’s reported that Universal Display Corporation announced the possible with OLED technology that made 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 our wrist and is virtually indestructible, which stands for Organic Light Emitting Diodes.

Recently, Japan's Toshiba Corp and Matsushita joint venture to develop OLED displays with the world's longest product life span and lowest power consumption. The venture has developed the new panel in cooperation with Idemitsu Kosan Co, a Japanese oil refiner active in OLED materials development.

It’s reported that Konica Minolta has signed a deal with OLED developer Universal Display Corporation (UDC) to develop the technology in lighting applications.

It's reported that a 40-inch target is mass-produced and ready for retail in the same time frame. As always, Panasonic simply confirms that they're investing heavily into the tech and goes about their business.

Matsushita Electric Industrial Co. will begin test production of next-generation displays for TVs next year with plans for commercial output as early as 2011. Competition is heating up among the world's electronics makers, including Japanese rival Sony Corp. and Samsung Electronics Co. of South Korea, in OLED, or organic light-emitting diode, displays.

It's reported that one of the greatest obstacles to increased adoption of OLED lighting is that current technology. The usual OLED lighting emits only 20 percent of the light generated, and the rest remains trapped inside the device, wasted.