Recently, Microsemi Corporation announced the first public demonstration of its breakthrough color management solution for RGB LED backlighting of LCD displays, at Electronica 2008, Hall A4.525, in Munich.

It’s reported that Global Lighting Technologies Inc, a Taiwan’s company, showcased an edge type LED backlight unit at FPD International 2008. The Edge-type LED Backlight with light sources located at the bottom sides of the panels that can reduces the size and thickness of large LCD TVs

It’s reported that Intematix Corp.has added an amber-color LED family to its growing line of packaged device solutions. Its new amber-color product line leverages Intematix' patented phosphor technologies in combination with InGaN blue LED chips to create the breakthrough product family. Blue-excited amber LEDs offer substantial increases in efficiency and temperature stability compared to traditional AlInGaP-based amber LED technologies. Follow-on blue-excited color LED families are also under development.  

Recently, Freescale Semiconductor and Samsung Electronics announced they will collaborate to address the burgeoning market for LEDs. Arman Naghavi, vice president and general manager of Freescale's Analog, Mixed-Signal and Power Division, pointed out that Freescale's LED backlight driver technology is the industry's most compact and integrated solution, their  collaboration with Samsung on LED backlighting in order to help spur further innovation and growth in the LCD market.

 Liquidleds®「Liquid Immersed Heat Management Solution (LITMS)」 The LITMS technology of Liquidleds® win the National gold medal award  in 2008 The high power LED illumination faces a lot of technological challenges at present. In order to solve the difficult problem of this field, the LED industry has developed a lot of different methods and solutions in addressing key problems such as heat dissipation, Light Shape, luminance, product  life and cost ,etc..

It’s reported that Toshiba America Electronic Components, Inc. (TAEC), a committed leader that collaborates with technology companies to create breakthrough designs, expands its LED driver product family with two new high-performance devices. The TB62777FNG and TB62778FNG devices are 8-channel, constant current LED drivers delivering a continuous current that can be regulated for superior illumination in the back-lighting of LCD panels, TV displays and notebook PCs, as well as light control for large RGB panel LED displays.

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.

Now, some manufacturers were becoming more and more serious about energy-saving technologies and other green technologies. At FPD International 2008, there exhibits booths of Korean and Taiwanese panel manufacturers, looking for their green technologies. Standing out the most at every booth were low power LCD TV panels.

It’s known that LED is a semiconductor diode that emits light when an electric current is applied in the forward direction of the device, as in the simple LED circuit.

It’s reported that Philips Lumileds' latest white-light technology advancements and high-volume manufacturing of power LEDs are driving new developments in consumer electronics and illumination applications, ranging camera phones to refrigeration to task and indoor and outdoor area lighting.

Recently, PowerSecure International, Inc. announced that Walgreens will purchase the Company’s state-of-the-art green EfficientLights LED lighting technology for refrigerated cases installed in the majority of their new store openings in 2009.

Recently, Advanced Analogic Technologies, Inc. (AnalogicTech(TM)), a developer of power management integrated circuits, announced the AAT3104 and AAT3195, two new 4-channel, charge pump-based LED drivers for larger LCD screens in reduced feature set cell phones and portable systems. Available in compact 2 x 2.1mm packages, the devices offer designers 16-step, 32-step or PWM current control in a space-saving footprint.

The LITMS technology of Liquidleds® win the gold medal award of Country in 2008 The high power LED illumination faces a lot of technological challenges at present, LED industry, in order to solve the difficult problem of this field, develop a lot of different methods and solve and include key problems such as heat dissipation, Light Shape, luminance, product  life and cost ,etc..

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.

It’s reported that Osram introduced the Kreios™ family of LED modules to the entertainment lighting industry at LDI 2008.

Recently, Cree, Inc., a market leader in LED lighting, announces the release of its new-generation high-brightness 4-mm and 5-mm oval LEDs in blue, green and red. These new oval LEDs feature optically-matched radiation patterns in blue, green and red, resulting in superior image quality for digital billboard and full-color sign applications.

Recently, Spectronics Corporation has unveiled the powerful Spectroline® OPTIMAX(TM) 365 - a cordless, rechargeable true UV-A (365 nm) LED flashlight ideal for industrial leak detection. When used in conjunction with Spectroline® fluorescent fluid dyes, it is easy to pinpoint leaks in hydraulic systems, lubrication systems, pipelines, condensers, water storage tanks and much more.  

It’s reported that the new LED Engineering Kit from OSRAM Opto Semiconductors is a powerful tool for anyone who wants to test LEDs with various accessories and applications while gaining practical knowledge of LED lighting.

DDP, a leader in engineered LED solutions, has developed customizable, low-profile linear LED lighting designed specifically for small cove and indirect lighting applications in the commercial and high-end residential building markets.

The new Advanced Power TOPLED Plus from OSRAM Opto Semiconductors is the brightest color LED in its class, providing 15% more light for direct display backlighting than standard Advanced Power TOPLEDs.

According to authority, purpose-designed LED modules built using chip-on-board technology are capable of demonstrating very high efficiency and high color rendering index. Due to soaring electricity prices and ever-growing environmental concerns about energy consumption and waste disposal, lighting is experiencing a technology revolution.

Recently, Palomar Technologies, a provider of contract assembly services for microelectronics, announced that it will feature Palomar Microelectronics, its high value-added microelectronic packaging services, and its methods for packaging LEDs at the LEDs 2008 conference. The conference will be held September 29-October 1, 2008 at the Sheraton San Diego Hotel & Marina in San Diego, California.

It's reported that Renaissance Lighting, a pioneering innovator of solid-state LED architectural lighting, will demonstrate its patented solid-state LED downlight technology Sept. 25-26 during the IIDEX/NeoCon Canada Exposition and Conference at Toronto's Direct Energy Centre.

What is an AMOLED display? It’s known that the term AMOLED stands for Active Matrix Organic Light Emitting Diode/ Device/ Display. An Organic Light Emitting Diode(OLED), also Light Emitting Polymer (LEP) and Organic Electro Luminescence (OEL), is any Light Emitting Diode (LED) whose emissive electroluminescent layer is composed of a film of organic compounds. The layer usually contains a polymer substance that allows suitable organic compounds to be deposited. They are deposited in rows and columns onto a flat carrier by a simple printing process.

Recently, the researchers at Purdue University say they have overcome an obstacle to producing low-cost LED lighting. LED lighting is touted as more energy efficient than incandescent lighting and contains no mercury like that found in compact fluorescent lights.

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.

It's reported that Purdue University researchers have found a way to reduce some of the cost of creating LED lighting, a find that could lead to more cost-efficient lighting.The research was reported in an article this month in the journal Applied Physical Letters. Timothy Sands, professor of materials engineering, and computer and electrical engineering, led the team that included graduate students Mark H. Oliver, Jeremy L. Schroeder, David A. Ewoldt, Isaac H. Wildeson, Robert Colby, Patrick R. Cantwell and Vijay Rawat, along with assistant professor Eric A. Stach.

Recently Universal Display Corporation through its UniversalPHOLED™ technology, announced a $1,918,878, two-year U.S. Department of Energy contract to accelerate development of white OLED lighting products. Universal Display plans to use Armstrong World Industries as a key subcontractor to fulfill the requirements of the grant. Funded through the U.S.

Energy efficiency and flexible lighting applications of OLEDs hasn't lived up to its promise, however, because in typical OLEDs, only 20 percent of the light generated is released from the device. That means that most light is trapped inside the bulb, making it highly inefficient. It's reported the scientists are on to a way to break the OLED-efficiency logjam. TThey have designed an OLED that boosts illumination by 60 percent using a combination of an organic grid working in tandem with small micro lenses that guide the trapped light out of the device.

It's reported Purdue's Professor Sands and a graduate researcher man the reactor, which produces the first blue LEDs based on a silicon process. The new LEDs promise greater efficiency, longer lifetimes, and much lower costs. Purdue research have developed new production methods which will cut LED lighting costs to about a twentieth of current expenses.