Researchers of the University of Tokyo in Japan have created a flexible organic electroluminescent display (OLED display) that can be stretched and folded like rubber without influencing the image quality or damaging the display.

Researchers at the Technical University of Dresden and Novaled AG have collaborated to create a 90 lm/W OLED luminaire. The OLED has a brightness of 1,000 cd/m2 according to the researchers. The OLED light engine with a 3-D light extraction technology reportedly achieved an efficacy of 124 lm/W.

NeoPac Opto launches NeoPac Universal Platform (NUP) and Standard Solid-State Light Sources for accelerating adoption of LEDs for illumination applications

Korean scientists announced Monday they have developed a new kind of highly efficient light emitting diode (LED) that can help develop next-generation displays and computer chips. The research team of Seoul National University said they have perfected a new production method that can produce high-quality green quantum dot LEDs with superior brightness and purity characteristics that are easier to make than existing products. The development was published in the latest edition of "Advanced Materials," and was featured in the April 22 issue of "Asia Materials."

Lumitex, Inc. announces the establishment of its West Coast R&D Center in Irvine, California, and Asian manufacturing center in Taipei, Taiwan to help develop, apply and produce illumination solutions using patented LED and fiber optic technologies for electronics applications on the West Coast and in Asia.

Intematix Corp., a innovator in phosphors, LED components and solid state lighting modules today announced the release of a new series of high-efficiency power LEDs.  The new Cetus “E-series” products boast efficacies of up to 100 lumens per watt (lm/w) for the cool white versions, and 97 lm/w for warm white, and will facilitate wider adoption of LEDs in general and outdoor lighting.

The Netherlands-based Royal Philips Electronics introduced Thursday the world’s first OLED (Organic Light-Emitting Diodes) -based interactive lighting concepts during the Euroluce International Lighting Fair in Milan. Interactive in use, the concepts boast ultra flat shapes, soft light-effects and design possibilities never before seen in lighting products, making lighting an experience in itself rather than mere illumination.

Rubicon Technology Inc., a LED sapphire substrate provider, claimed to have successfully grown what it believes to be the world’s largest sapphire crystal (or boule) which weighs 200 kg.

At an exhibition held last week in Tokyo, the Japanese company Kaga Components Co Ltd exhibited a LED lighting power supply apparatus in which the electrolytic capacitor has been removed to get a lifetime extended to more than 100,000 hours as well as a smaller size.

In response to the latest industry chromaticity standard for solid-state lighting, Edison Opto has introduced the SSL bin groups in accordance to the 8 ranges defined by ANSI C78.377. In this rapid industry, the quality and efficiency of LED applications upgrade from time to time.To qualified and unified all products of LED lightings, many industry standards, including ENERGY STAR, has adopted the ANSI C78.377 bin group guideline to help consumers defined it.  

AGFA-Gevaert NV, IMEC of Belgium, and Holst Centre, Philips Research and TNO of the Netherlands have prototyped a flexible OLED lighting panel in which highly-conductive transparent resin electrodes are used in place of ITO (indium tin oxide).  

A group of scientists at the Chinese Academy of Sciences has recently developed a new type of LED made from plastic like organic materials, which is an important step towards the goal of improving the efficiency of light bulbs. This cheap and efficient LED is designed with a simplified "tandem" structure, and can produce twice as much light as a normal LED——including the white light desired for home and office lighting.

Energy Focus, a fiber-optic and LED lighting provider, said Tuesday it would develop LEDs for the U.S. Army to replace rockets flares which are used to provide infrared light to soldiers wearing night vision goggles on the battlefield.

A deep UV LED using diamond semiconductor has been developed by National Institute of Advanced Industrial Science and Technology of Japan (AIST), with the details of the development planned to be disclosed at the 56th Spring Meeting of the Japan Society of Applied Physics taking place from March 30.

Lime Energy Company and Nexxus Lighting, Inc. have recently announced their cooperation to install the new Array™ Lighting LED of Nexxus in numerous projects of Lime Energy to provide customers with energy-saving and environmental-friendly products.

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.

Everlight signed a non-exclusive cross-license agreement with OSRAM GmbH (“OSRAM”), providing the companies (including wholly-owned affiliates) with access in certain areas to each other’s patented LED technology.

LED streetlights are to illuminate the dark in a most crime-ridden block in the city of San Francisco. And the Mayor Gavin Newsom will visit the section today to test the energy-saving light source by lighting four street lights using his iPhone. LED street lights consume much less power than traditional streetlights. And the lights with computer chips are networked over power lines thus can be shut off when no one is around. Besides, LED lights require far less maintenance and are tough to break. But these are not the most important for this weirdest section in the city.

A polarization-matched LED co-developed by Rensselaer Polytechnic Institute and Samsung Electro-Mechanics has exhibited a 20% increase in light output and a 25% increase in wall-plug efficiency. And smart LEDs with the function of emitting light and handling date is in vision in the future, according to Professor Fred Schubert, the leader of the project.

An estimated unencapsulated light-extraction efficiency of 73% has been reached by a photonic-crystal structured blue-emitting LED created by researchers of Philips Lumileds (San Jose, CA) and Philips Research(Eindhoven, The Netherlands).

Philips Color Kinetics has been awarded for “Significant Achievement in Solid-State Lighting Research & Development” by the U.S. Department of Energy (DOE), which is recognition of its exceptional progress in the development of the highly efficient LED PAR lamp.  

Prototypes of a new type of white light LEDs will be brought out in about four months by Cyberlux, a specialized provider of light emitting diodes (LEDs). The product cost of this new type will be cut substantially than conventional LEDs and more light will be emitted.

It’s reported that Molex Incorporated has added fully-automated LED bonding capabilities in China. Molex also bonded its 500,000,000th LED on a membrane switch using the latest high-speed SMT processes and bonding technology. Molex has been applying LEDs to flex circuits for over 20 years through two innovative methods to bond and encapsulate the components for robust electrical and mechanical reliability, providing customers with a low-cost interactive user interface.

GE Lighting won the Lighting Design Awards for its Vio high power white LEDs in the Light Sources and Controls category, sponsored by Ex-Or. GE Lighting’s Vio high power white LEDs won the award for what judges described as a "major advance in color stability".

The researchers at Rensselaer Polytechnic Institute in New York of the US announced the development of a new type of blue LED in collaboration with Samsung Electro-Mechanics. The researches said the blue LED that improves light output by 18%, and the amount of electricity the LED converts into light by 22%.

Recently, the Federal Aviation Administration (FAA) issued a safety alert for operators (SAFO) called “Night Vision Goggle (NVG) Advisory Pertaining to Certain Red Color LEDs.” This SAFO advises operators using NVGs that certain LED lighting systems fall outside the combined visible and near-infrared spectrum of NVGs, and thus will not be visible to them.

ANC Sports Enterprises released new versions of two of the company's state-of-the-art software applications, the Data Interface Solution (DIS) and VisionSOFT 3D interface. The Wachovia Center, home to the Philadelphia 76ers and Flyers is the first venue to feature DIS 3.0 and VisionSOFT 6.5. The newest features of ANC’s revolutionary platforms include animated statistical imagery, automated font resizing, and an immediate, seamless transition to a backup server function.

Taiwan LED chip maker Epistar is reportedly to launch AC-LED products in Q209, the company says it expects to be “the first company in the world to ship AC-LED chips.

Group III-nitride materials have been widely used for visible and ultraviolet LEDs and blue, violet laser diodes in the past decade. Most of these optoelectronic devices are typically fabricated on the conventional polar (0001) c-plane oriented substrate materials. Devices grown on the polar substrate orientation suffer undesirable spontaneous and piezoelectric polarization resulting in significant band bending in the quantum well. This reduces radiative recombination efficiency and lowers device performance.

AIXTRON AG reported that in the fourth quarter 2008 the National Taiwan University (NTU) of Taiwan ordered one Close Coupled Showerhead 3x2" wafer Research Platform MOCVD system for research and development on GaN and related materials and devices and it will be delivered in the third quarter 2009.