Organic LED displays only master the market settled so far only in niche compact electronics - music players, external displays for mobile phones, additional displays, etc. On the issue of when to begin full-scale assault on the market sredneformatnyh and krupnoformatnyh devices, while not exactly answer may not only analysts, but even their own producers. Meanwhile, for organic light-emitting diodes found a new field of application, which should boost demand for OLED-panel. This is a lighting device, where the prospects for organic LEDs look very promising. Let`s remember that without lighting devices of various purposes almost impossible to imagine the life of modern society - this is not the only general-purpose devices for lighting large areas, and devices for home use, as well as lighting a local destination. When organic LEDs will be able to successfully compete with traditional lamps, inorganic LED devices, the manufacturers of OLED-lamps can produce in large quantities to meet the needs of virtually unlimited number of users. The most interesting for the ordinary man in the street lamps are used to illuminate the house/apartment, or a device for local use. Virtually all commonly used today light sources are the highest brightness, which is at the same time, and of the strengths and weaknesses - because in addition to high-quality coverage of their brightness is so great that it is necessary to use special light scattering materials. This lack of organic LEDs will be deprived, but relatively low brightness, and therefore insufficient coverage can be resolved fairly simple - you install multiple OLED-lamps, which are ideally suited for local coverage. Of course, OLED-panel for the manufacture of tubes still stands to make, and here at the forefront of this emerging option as the cost of finished goods, because the price of conventional incandescent lamps are very low, which makes them strong competitors for organic light-emitting diodes. And here to help the company General Electric, engineers who managed to develop a printer for the manufacture of OLED-panel print method, and to produce devices in large quantities at very attractive price. In this case, to manufacture the necessary structure uses a technology vacuum deposition materials, which is relatively simple, and therefore has low value. But do not expect that the organic light appear on prilavkah stores in the near future - serial production of such devices are scheduled only in 2012, with initial cost of lighting will be very high (compared to traditional lamps). But a significant advantage of potential new products is their flexibility - in this case significantly expands the application range of OLED-tubes, until their use as light-emitting wallpaper for the walls. But here lies and another problem - the need for organizations of feeding tubes, which can be quite complex and expensive. But despite all the drawbacks and difficulties which will face manufacturers, developers give a very bold predictions about the future of OLED-lamps. According to their view, already by 2015 the market size is $ 5, 9 billion, and will only grow. In the end, the team leader of General Electric Research OLED-devices Duggala Anil (Anil Duggal) reminds us that in the 1950`s technology electroluminescent lamps are at the same stage of development as the lamp-based organic LEDs are today.