The main issue LED TV faces is still high costs, therefore the manufacturer usually place LED TV at the top class of TV products. Besides, with more than 1000 LEDs being the backlight, how to maintain the equality and reliability remains a big issue.

Recently, Lighting Science Group Corporation (LSGC) announced that the Superior Court of California for Sacramento County has issued a preliminary injunction against Philips Solid State Lighting Solutions, Inc., Koninklijke Philips Electronics N.V. and Philips Electronics North America Corporation(collectively "Philips"), preventing Philips from using or relying on certain confidential or trade secret information obtained from LSGC.

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 India's US$1.5 billion lighting industry is growing 15% a year and bringing in new technologies. At the Light India International Exhibition and Conference early in 2008, the focus was on saving energy in lighting and the spotlight was on LEDs.

It’s reported that a new lightweight LED screen developed by UQ Business School's Enterprize business plan competition finalist, LAADtech, proposes to make outdoor advertising more versatile and easier to install. LAADtech, along with six other outstanding finalists, will compete for the $100,000 prize at the UQ Business School Enterprize Pitch Day on Thursday, October 16 in Brisbane.

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.

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

It’s reported ResearchInChina releases Global LED Industry Report, 2008. Since 2002, LED has been developed rapidly caused by the wide application in mobile phones. With the improvement of LED luminescence efficiency, LED has got rid off the reliance on mobile phone industry and enters the semiconductor lighting era. LED development has the following four trends:

It’s reported that Tekcore Co. wants to become one of Taiwan’s top three manufacturers of LED epitaxy wafers and chips by 2010.

Recently, J.H. Chang, manager of Technology Center for Service Industries under the Industrial Technology Research Institute (ITRI), backed by an official contract to lay a solid foundation under the "intelligent LED mood lighting sector" in Taiwan within four years, organized approximately 13 Taiwan-based manufacturers from all segments of the LED-lighting industry to form an alliance.

It’s reported that Neo-Neo Group will be the first Taiwan-based LED-lighting maker to be fully integrated-running manufacturing facilities to handle, from top to bottom, the entire production process in the LED industry, with moving to produce epitaxy wafers in September this year.

It’s reported that more than half of the 4.6 million 2-inch-equivalent sapphire wafers used for LED growth in 2007 were consumed by Taiwanese companies. The market for sapphire materials in electronic applications looks set to reach $400 million by 2012. Sapphire materials serve two main applications in the electronics field: GaN-based LEDs, and RF switch devices for mobile phones.

It’s reported that Taiyo Yuden Co Ltd exhibited a high-speed wireless communication system at CEATEC JAPAN 2008. It’s disclosed that utilizes a white LED.

It’s reported that Arrow Asia Pac Ltd., a business unit of Arrow Electronics, Inc., announced that it will host a lighting solution seminar in Guangzhou, China, on Oct. 10, with Cree, Inc., a market leader in LED solid-state lighting components.

LED lighting isn't just a potential replacement for lighting technologies used today; in fact, it is being eyed as the next-generation wireless communications technology. It’s reported that called “Smart Lighting" initiative being funded by the government seeks to piggyback wireless communications capabilities onto future LED lighting installations to provide more broadband access points.

Macroblock, as a LED driver IC manufacturer will continue to showcase its technology breakthroughs realized in the new products for LED display and LED lighting fields at Macroblock booth A5.532 at Electronica 2008 from 11th to 14th November in Munich, Germany.

Recently, Cree Inc., a market leader in LED lighting, announces a long-term strategic agreement with the Austrian Zumtobel Group, a global market leader in the professional lighting industry and listed on the Vienna stock exchange, to supply LED downlights to the European market.

It’s reported that the event, its 34th cycle, unfolds at the brand new TWTC NANGANG Exhibition Hall from October 7 to 11. Asia’s largest electronics sourcing show is sponsored by TAITRA and the Taiwan Electrical and Electronics Manufacturers’ Association (TEEMA) and features nearly a thousand exhibitors who are using 2,000 booths spread over 12 distinct theme zones.

Recently, a six-year-old developer of reflective display technologies has snagged an indoor installation with the New England Patriots.

It’s reported that new research from Boston University's College of Engineering, funded by a National Science Foundation grant, indicates that LEDs may be not only the integral lighting component of the future, but may also form the backbone of future wireless networks. The US government is funding research into using next-generation LED lighting as data network access points. Room or street lamps would link with devices using visible light, carrying data beyond over existing power lines.

It’s reported that Taiwan’s government-funded Industrial Technology Research Institute (ITRI) has teamed up with scores of LED makers to form an R&D alliance, in a bid to integrate industry resources to develop applications for AC LED technology.

It’s reported that Sumita Optical Glass Inc and Toyoda Gosei Co Ltd developed a glass-packaged white LED and showcased it at CEATEC JAPAN 2008.

Recently, Diodes Inc. has expanded its Zetex LED driver series with the introduction of three new miniature LED drivers that improve accuracy and thermal performance. Provided in TSOT23-5 and thermally enhanced DFN6, the highly integrated ZXLD-1352, -1356 and -1366 deliver adjustable output currents of 350mA, 550mA and 1A, respectively, need the support of just three discrete external components, and suit a broad range of automotive, architectural and industrial lighting applications.

Recently, UAE development company Tameer Holding will develop the world’s largest LED screen to be embedded on an intended commercial tower in the Majan district of Dubailand.

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.

DDP has developed a 120-Vac line voltage lamp that reduces power consumption and maintenance costs in a variety of indicator applications. The 120MBLS-X-CX wide-angle LED operates up to a maximum of 130 Vac, while drawing less than 8 mA, which translates into 85% lower power consumption than a standard 120V mini bayonet (MB).  

Watching the little LED fiber optic lights illuminate in a variety of colors can cause sudden feelings of happiness to those lucky enough to own an LED fiber optic artificial Christmas tree. The feelings of joy one experiences are often credited to a multitude of reasons including unique appearance, adjustable lighting levels, reduced risk of fire related incidents, and possibly the most appealing of them all, lower electric bills.

It’s reported that European research institute IMEC and Taiyo Nippon Sanso Corp. have agreed to develop manufacturing technology for high efficiency LED devices.

Observing the strategies of those main LED TV manufacturers one can find that all LED TVs are made with 40-inch or larger panels. This is because the price of the U-shape CCFL for 32-inch panels is very cheap, which is half or two-third lower than the price of the LED back-light. Therefore the manufacturer is more willing to  adopt LED back-light in the big-screen TV, in this way they can aim at the top layer of consumers .