Ever imagined about a TV which you can roll up like a newspaper and keep it inside the cupboard? Ever thought of a technology which will allow you to have a TV display on your sleeves? Ever seen a TV with a screen as thick as the edge of your kitchen knife?

Well...You could have dreamed about such an innovation, but the time has come to see it shaping into a reality. All because of this very...very special invention OLED TV displays. These are nothing but stacks of thin films of organic molecules.

And when you make electricity pass through it, you see these organic molecules spreading light. So what is special about that? Yes... There is something which has mesmerized the scientists and manufactures.

More clearly, such OLED displays can use only a meager amount of energy to provide a service efficient manifolds. So be ready for displays with crisper and clearer quality and fanciful color depth unseen before. Probable, the exit door is open for LCD.

The manufactures use two types of designs to make an OLED. The first, two-layer, design, is a bit simpler than the second, three-layer, design. Like most of the other semiconductors, OLED too is an ultra-thin solid-state semiconductor device.

It is not only its energy efficiency which is here to make it a hit, but there are much to be attributed to an OLED display. Unlike LCDs, you can have better picture viewing even if the TV is place facing some amount of direct light. It comes with comparatively higher degree of screen resolution.

Apparently, apart from providing more qualitative pictures in any condition, an OLED display can give you an viewing angle of 160-170 degrees. Also unlike LCDs, which need a fair share of hardware while in production process, an OLED display is free from such requirements that results into its ultra-thin structure.

Amazingly, you can run an OLED TV spending not more than 8-10 volts. Also it can run using voltage as low as 2-3 volts. Moreover, the more energy-efficient it is, the faster it is. Also it is many times lighter than an LCD when made of plastic. Thus it gets a flexible and bendable quality.

Its manufacturing tends to be an inexpensive affair as there is no use of hardware such polarizers, lamps and diffusers which are common things in the mechanism of LCD making. So it may help you save more than half of the money you used to spend on LCDs.

More over an OLED display tends to be more durable than an LCD, if made of plastic. So it becomes less prone to damages and scratches. So the entertainment appliances such as car music systems and DVD players will become safer than ever. Many companies have already started using OLED in the making of digital cameras and mobile phones.