Each technology has its strengths and recommended applications, and are often able to work together effectively. However, they are not direct replacements for each other. Plasma and LCD technologies present video and graphical content in full color and are best used in applications that have a viewing distance of 20 feet or less and lower ambient light conditions. When presenting text, these technologies need closer visibility depending on the size of the text being displayed.

Plasma TV's have a larger viewing angle, usually 160 degrees. The size of LCDs is limited and they use liquid crystals. See similar questions...

Both technologies are produced because each has benefits dependent on the environment and screen size. Generally, Plasma has a faster response for fast action such as sport or action movies, whilst LCD performs better in natural daylight and brightly lit rooms. LCD offers: Brighter pictures, lower power consumption and are compact and lightweight for portability. Both offer an approximate half-life expectancy of 60,000 hours, which is equivalent to 8 hours use each day for 20 years. See similar questions...

The difference is really down to the technology each uses. Both technologies have been around for a while now and are getting close to being perfected. In real terms, LCDs are usually better for smaller applications such as bedrooms, bathrooms and kitchens, as most models have built in TV tuners as well as being slim. They also do not reflect sunlight so are great in sunny environments such as conservatories. Plasma screens on the other hand come into their own over 42". See similar questions...

The secret to plasma TV technology is found in between the two thin panels of mounted glass that make up the screen. These panels are made up of pixels, which are small pockets of compressed gas. Each of these pixels consists of three sub-pixels, which consist of blue, green and red phosphors. The thing that makes the plasma TV so unique is that each of the sub-pixel is individually controlled using advanced electronics capable of producing more than 16 million unique colors. See similar questions...

LCD (Liquid crystal displays) and Plasma screens use completely different technology, and have some of the following differences: See similar questions...

Unlike standard CRT and Plasma televisions, since there are no phosphors that light up, less power is need for operation and the light source in an LCD television generates less heat than a Plasma or traditional television. Also, because of the nature of LCD technology, there is no radiation emitted from the screen itself. Apart from better contrast due to its ability to show deeper blacks, plasma screens typically have better viewing angles than LCD. See similar questions...

We receive this question more than any other during our years of experience in the audio/video industry. As the technology advances for Projectors, LCDs and Plasmas over the last few years this has created three alternatives. Initially, LCDs were incapable of producing a quality image larger than 30”. However, due to significant advancements in the technology, in 2005 we now see the possibility of LCDs at the same dimensions as Plasma TVs -- in sizes up to 62”. See similar questions...

Flat panel plasma display is the latest display technology and the best way to achieve displays with excellent image quality and large, flat screen sizes that are easily viewable in any environment. Plasma panels are an array of cells, known as pixels, which are composed of three subpixels, corresponding to the colors red, green, and blue. Gas in the plasma state is used to react with phosphors in each subpixel to produce colored light (red, green, or blue). See similar questions...

We have fitted over 6,000 LED underwater lights to boats over the past 2 years. Working alongside some of the most prestigious boating companies in the world, such as Feadship, Blohm & Voss, Benetti, Viking, Kuipers Woudsend, Fairline, Sunseeker, Tribute, Oyster and many others to go to prove that our technology is now firmly here to dominate. with all products, there were issues with earlier models. See similar questions...

Plasma cluster technology involves the generation of positive H+and negative O2- ions (also called superoxides) alternatively. These ion clusters are blown into the air and they diffuse to various parts of the room. These ion clusters are attracted to airborne particulates (actually any matter), and collide with the particulates and also to one another. The collision of 2H+ and O2- creates very reactive OH radicals, otherwise known as hydroxyl radicals. See similar questions...

Flat panel plasma display is one of the latest display technologies; it is capable of excellent image quality, with large, flat screen displays that are easily viewable in almost any environment. Plasma display panels consist of an array of cells, known as pixels, each of which is composed of three sub-pixels, corresponding to the colors red, green, and blue. Gas in the plasma state is used to react with phosphors in each sub-pixel to produce colored light (red, green, or blue). See similar questions...

Choosing between plasma and LCD has only become more difficult as the technologies get closer in price and performance. But decisions to choose one technology over the other have been based on a lot of misconceptions between plasma and LCD. The biggest misconception surrounds burn-in on plasmas. You really need to try hard to burn in a static image on plasma, and even if you do there are simple ways to correct this problem. See similar questions...

It is safe to argue that DLP offers the best picture of the four ‘high-end’ television types. Of all the technologies, LCOS is probably the closest to DLP, but the future for LCOS is shaky so the comparison is somewhat moot at this time. Many people feel LCD has a brighter picture, and Plasma has a reputation as being the Rolls Royce of televisions. See similar questions...

A ny Plasma TV or LCD TV with a resolution of at least 1024x720 is considered truly HD. TV's with a resolution of 852 x 480 are considered EDTV, but can still display an HD signal. See similar questions...

Yes. Monster FlatScreen Mounts are universal. They are made for specific flatscreen TV sizes, not particular types of flatscreen TVs. As a result, all Monster FlatScreen Mounts support both LCD and plasma displays. Display technology (LCD, plasma) is not really a factor in selecting a flatscreen mount. It is critical, however, to choose the correct FlatScreen mount for your TV size and weight. Installing a large LCD or plasma TV, for example, on an undersized mount is reckless and dangerous. See similar questions...