NEC Lighting developed new ITO based transparent OLED lighting panels, to commercialize by 2015

NEC Lighting developed transparent OLED lighting panels that use a transparent ITO film - and they plan to commercialize these panels by 2015. The company unveiled a prototype 20x20 cm panel that features 70% transmittance, 35 lm/W efficacy and 20,000 hours lifetime (not sure if that's LT70 or LT50). This panel was developed in collaboration with Japan's New Energy and Industrial Technology Organization (NEDO).

Last week NEC Lighting announced that they developed the world's most efficient OLED device to day at 156 lm/W.

eMagin reports Q4 2012 results, production delayed due to the problems in the SNU deposition machine

eMagin reported their financial results for Q4 2012 - revenues were $8.3 million (up from $8 million in Q4 2011), and net income was $1.8 million. In 2012 eMagin generated revenues of $30.6 million (up from $29.2 in 2011) and the net income was $2.3 million. During 2012 the company purchased $2.5 million of equipment, repurchased 125,000 shares and paid a one-time $3.1 million dividend. Currently eMagin has about $13.4 million in cash and they expect revenues in 2013 to be in the range of $34 - $39 million.

eMagin SXGA OLED-XL microdisplay photoAn eMagin OLED microdisplay

Their new SNU deposition machine broke down in Q4 and they didn't produce any displays on it during the most of November and December 2012. These issues were fixed and production is now back on track.

Nanomarkets gives three scenarios for the OLED lighting market

Nanomarkets posted an interesting article regarding the OLED lighting market. They present three scenarios. The first one is mass adoption of OLED lighting for the general consumer market. Nanomarket says that while the technology is advancing quickly, for mass market to happen, the OLED makers will need to make massive investment in production fabs.

Nanomarkets says say that an "OLED lighting champion" company must emerge to make this happen. They seem to think that this scenario does not seem likely in the next few years. Possible champions include Philips, Osram, Panasonic, GE, LG and Samsung. Nanomarkets does not believe that any one of those companies will be able to make a risky decision to invest the billions of dollars required.

New reports - the Galaxy S4 will use an AMOLED with green PHOLEDs

Since Samsung unveiled their 4.99" Full-HD AMOLED panels at CES 2013, we assumed that the Galaxy S4 will use those panels. Some supply-chain analysts from Korea confirmed this. But then, towards the end of February, SamMobile posted that the S4 will in fact not use an OLED at all, but rather a 4.99" Full-HD SoLux LCD display.

Today the same blog posted a new post saying that they received new information about the S4 - and indeed it will use a new kind of AMOLED display - one with green PHOLEDs (instead of the fluorescent green currently used by Samsung) - which will make it 25% more efficient. This isn't really news - it was expected and we reported this back in early February. But it's good to see this new post by SamMobile anyway.

Toshiba shows transparent and wirelessly-powered OLED lighting panels

Toshiba unveiled two new OLED lighting panels at Japan's Lighting Fair 2013. The first one is a wirelessly-powered OLED (using an electromagnetic induction-type wireless power transmission technology). They showed an installation that uses these, and the idea is that the user can freely move the panels around without any cables:

The second panels are transparent and Toshiba says that they implemented a unique device structure that emits most of the light (over 95%) in only one direction - which saves light and power in some installations.

Verbatim announced 51 lm/W color-tunable OLED lighting panels

Verbatim announced their 3rd-Gen Velve color-tunable OLED lighting panels, and the company managed to increase the efficacy to 51.6 lm/W. The brightness is the same as in their 2nd-gen panels (2,000 cd/m2). The panels weigh 193 grams and the active area is 123x123 mm. In fact it seems to be exactly the same as their previous panels.

Verbatim did not reveal when the expect to release those panels and at what price. We don't have any technical details either, but it's likely that these are phosphorescent panels. The OLED is manufactured by Mitsubishui Chemical (Verbatim's parent company) in partnership with PioneerBack in June 2012 we posted a hands-on review of the first-gen Verbatim panels, here's a short video from that review:

GLOLED unveiled their first OLED lighting product, the Vuucu

GLOLED unveiled their first product, the Vuucu OLED lighting device. The Vuucu (designed by Keiji Akiba) is an atmospheric lamp that uses a single OLED lighting panel and a folding transparent acrylic board. As you can see in the video ad below, Vuucu can be setup in several methods, including a bedside light or a "penlight" in a hotel reception or bar:

The OLED panel is made by Lumiotec. This is their P05 module which is an all-phosphorescent panel taht features 40 lm/W and 3,000cd/m2.

Hitachi shows an OLED lighting panel, emitter layer made in a single coating step

Hitachi Research Laboratory (HRL) unveiled a new prototype OLED lighting panel that was made using a single-stage coating process. Hitachi developed a new self-organized "spontaneous multilayer light-emitting layer formation material" which is a mix of RGB small-molecule emitter materials. The process simply coats the panel once with this material and then the three different layers (red, green, blue) are automatically formed in the correct order.

The three emitter dopants use the same host material. HRL still managed to create a very efficient OLED (up to 70 lm/W, with a light extraction layer). Eliminating two steps from the deposition process using this new coating technique and materials will theoretically enable cheaper panel production.

NEC Lighting developed the world's most efficient OLED device at 156 lm/W

NEC Lighting announced that they developed a new OLED lighting device that has an efficiency of 156 lm/W - that's the world's most efficient OLED to date. This device was co-developed with Yamagata University's research group led by Junji Kido. You can see Professor Kido's work in the video below (from 2011):

The device is 2x2 mm in size and the brightness is 1,000 cd/m2. NEC said that the emitter materials were developed in the Kido Lab of Yamagata University. Unfortunately NEC did not reveal the structure and technologies used to fabricate this OLED.

LG's OLED TV will arrive in the UK in July 2013 for £9,999 ($15,000)

LG's 55EM9700 55" OLED TV is now shipping in Korea (for $10,000) and soon in the US (for $12,000) and today LG Electronics announced that it will start offering the TV in the UK in July 2013 for £9,999 (a little over $15,000). In the UK the model will be 55EM970V. You can pre-order it today at Harrods, Knightsbridge.

The 55EM970V is a 55" Full-HD OLED TV featuring FPR passive 3D, 100,000,000:1 contrast ratio and fast response time (1,000 times faster than LCD according to LG). The panel is only 4mm thick and weighs just 3.5Kg. The TV is based on LG Display's Oxide-TFT white-OLED with color filters (RGBW) OLED panel. LG are calling it the "Ultimate Display". The 55EM9700 is now on sale in South Korea for $10,000, and will soon be available in Europe and in the US.

Kyulux - Hyperfluoresence OLED emittersKyulux - Hyperfluoresence OLED emitters