plasma tv

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CRT or CRT TV suits the needs of the public for several decades. Plasma and LCD has come in recent years to compete for the affection of a television buyers. These new entrants in the market offer an elegant design and the ability to have a theater like experience with big screen, do not have the need to set up an entire room.

For the millions of consumers still continue to buy a new plasma or LCD television, despite the fall in prices onIn recent years, is also developing other technologies, in a not too distant future, further complicating the decision in choosing a new sentence. At least know the names of some of the technologies on the horizon can be buyer in preparing for what is sure that in a competitive market to follow.

OLED

OLED stands for Organic Light-Emitting Diode. The technology was originally developed years ago by Eastman Kodak and is used bothLight sources and television. Sony is one of several companies hoping to bring this technology to market. The images are produced through the electro-phosphorescent properties of some organic materials. No light needed once again in an OLED TV. Furthermore, the television, the OLED can be used on small screens like mobile phones, MP3 players and digital cameras.

A TV OLED (Active Matrix) will use less energy than the average LCD TV. They offer an excellent range of colorsand brightness and wide viewing angle. These TVs are lighter, thinner and more durable. The main disadvantage of an OLED TV at this early stage is their life. The longevity of some of the LED (the blue component only) 3000 at 5000 hours at that time. Once the advanced production technologies are made, it is expected that OLED TVs will have a life much more competitive.

SED

SED is a line of surface Electron-emitter Display, a technology that reportedly pursued mainly by Toshiba and Canon. SED uses an electron emitter for each sub-pixel to illuminate the phosphors on the display and works similarly to a CRT monitor. Unlike a CRT TV, however, offers a screen much thinner and flatter SED.

An SED TVs to have a long life, with only a 10% reduction in the spotlight after 60,000 hours. They use far less power than conventional LCD and> Plasma and have excellent contrast ratio and brightness. Unlike LCD, an SED TV is not the experience of GAL (blurring during fast action scenes) and offers a viewing angle of 180 degrees. And as the first plasma sets, however, a SED TVs may increase the risk of a burn in.

Laser TV

Mitsubishi is unveiling the new laser models based on HDTV by the end of the year.

Television is a slimmed down rear projection model, theReportedly rival the space-saving design of plasma displays and LCD. Supposedly only 10 centimeters deep, which were introduced in each room. It is reasonable to assume that they also are easier, partly because of its lightweight plastic screen over the glass.

According to the manufacturer, other interesting features to improve image quality. These rates will be in a better standard of color and offer the blacks blacks than current technologies. Moreover, thisThe new laser-based television consumption reported significantly lower consumption and should be well below the price will be of a similar size plasma or LCD.

FED

Another potential leader for the future is FED (Field) display emissions. Sony is behind the push FED.

FED is to operate more like a CRT television, but offers the flatter, thinner displays like plasma and LCD. You use a more efficient emitter (carbon nanotubes) and canTherefore, you create a picture with higher resolution than an LCD, use a power much less than a plasma display and the quick motion without blurring.

The good news is, of course, that the development of television technology should provide some display options that offer excellent, but are accessible to the average consumer. Only time will tell which technologies are actually on the market and do not meet the expectations actual output current.