Mitsubishi Chemecal and Pioneer cooperate in the OLED lighting business and they now announced they aim to begin full-scale mass production with a launch of illumination appliances in 2011. Mitsubishi and Pioneer want to start with a 14cm square lighting panel, which is the world's largest mass production OLED lighting panel

Pioneer has agreed with Mitsubishi Chemical to cooperate in OLED lighting business, and it is broadening its ties with Mitsubishi Electric in car navigation systems.

Source:reuters

We are in Amsterdam at the ISE-2010 event and happy to see the 149 inch OLED screen from Mitsubishi. This is the world first scalable OLED screen technology.

At the CEATEC-2009 in Japan Mitsubishi introduced their new OLED concept made with 10x10cm square units.

Now the first video about the new modular Diamond Vision OLED System is online. Mitsubishi announced this modular OLED Display system with 3mm pitch at the CEATEC-2009.

The 155-inch sized display, which consists of small sized panels (estimated size is a 10x10cm square unit)
Mitsubishi believe we can make every size with this system.

Mitsubishi Electric displays a 155-inch sized OLED display, which consists of small sized OLED parts (estimated size is a 10x10cm square unit) at the Ceatec 2009. The large scale OLED display has been developed for digital signage and monitors placed at public spaces.
The screen is three times brighter than regular liquid crystal display TVs.

Oled-Display.net give you the newest infos about the CES-2009 Flat TV HDTV rumors.

The CES-2009 starts at 08.01.2009 and ends 11.01.2009 in Las Vegas.
This year we are sure that there are many highlights.

OLED-Television at CES-2009

Announced Sony the XEL-2 at CES-2009?

Mitsubishi Chemical Holdings Corp. <4188> said Wednesday its Mitsubishi Chemical Corp.

In order to illustrate the potential and the integration possibilities of organic electronics, flexible multi-functional demonstrators and give-aways have been built at the initiative of the OE-A, the

What are the future applications for organic electronics, which processes and materials are needed, what are the major hurdles?