The Samsung UE40C7000 3D Television

2010 is the year of the 3D televisions and the first 3D television to reach the UK is from Samsung in the form of the Samsung ue40c7000 3D led television.

So what is a 3D television and is it worth buying a 3D television and how well will 3D adapt to the home viewing environment?

If you have watched any on the new range of 3D films at the cinema such as Avatar, Disney's Christmas Carol or Alice in Wonderland you will know how much this new version of 3D has changed since the last 3D films of the late eighties with movies like Jaws3D in which you had the plastic red and green plastic lens glasses.

Avatar has become the highest grossing movie ever and alot of this has to do with the amazing way this film was shot in 3D.

Sky television here in the UK and ESPN in the US have already started releasing sports games in 3D at selected pubs and venues and the feedback has been amazing, so good in fact that sky will be bringing out it's own 3D channel in April of 2010, but to watch the sky 3D channel you will need a 3D television.

The Samsung UE40C7000 is the first 3d television to be released and one of the great features of this Samsung TV is that you don't have to adopt 3D straight away. The ue40c7000 works just as well as a standard HD LED TV and you can add on the extra 3D features such as the glasses at a later date.

A great feature of this television is that it will also upscale regular 2d pictures into 3D, of course this doesn't look anywhere near as good as a true 3D source but it is a nice extra and will make more use of the 3d features until more content is available in the future.

The ue40c7000 is a LED edge-backlit LCD set and it is incredibly thin, at only 27mm deep, Samsung have really done ana amazing job of fitting so much technology into this television and keeping it so thin and light.

One of the great added features that Samsung have also included with this 3dtv is the ability to have SCART adaptors which was one of the main downsides to the 2009 7 series and series 8 models, but this TV is so thin that Samsung have developed special SCART adaptors that are connected via HDMI add-ons.

I have to admit that I was blown away by the 3D movies like Avatar and I have also got to watch the England vs Wales match in 3D on the new Sky 3D service and I have to say that 3D is here to stay and will change the way we view blockbuster movies and sporting events. Don't forget that this technology is brand new and will only get even better over time. With regards to the Samsung UE40C7000 3D enabled television set, it is worth buying even if you don't care about 3D yet, just by the standard set without the 3D add-on and you will be getting one of the best 40" LED screens I have seen, if you thought that the 2009 models such as the ue40b7020 and the ue46b8000 were good then you have not seen anything yet!

3D Television Buyers Guide

What You Need To Know About 3D TV

The release of 3D smash hits like Avatar has led many television manufacturers to begin producing 3D-ready television sets in order to enable them to watch movies in 3D at home. While the use of 3D technology in broadcast television is still in the planning stages, it is hoped that by 2015, 3D television technology will be widespread enough that most people will watch movies in 3D, especially blockbusters and documentaries where 3D technology is at its finest.

3D Ready Televisions
The first and most important thing to understand about a 3D ready TV is that it operates on the same mechanical principles as a standard flat-screen TV, only that it has the necessary processing power and upgrades for showing effectively two images at once, since this is how the 3D effect is created. Most people are familiar with traditional 3D setups as they experienced in the movies, which used colored or polarized glasses to allow each eye to see a different image, resulting in a 3D effect. However, the effect is limited because the glasses interfere either with the color or the position of the screen, meaning that the screen must be very large and very bright in order for the effect to work properly. This was not considered a problem in theatres, especially since it permitted the use of 3D glasses so cheap as to be disposable should theater patrons break them or take them home.

3D Ready TVs get around this problem by using very advanced and expensive glasses that use what is known as an "LCD shutter". This method basically allows the separate halves of the glasses to become completely opaque and completely transparent at an incredible rate, much higher than the human eye can detect. By syncing the glasses with the film, the 3D TV is then able to show the left eye an image, then the right one, and then the left again, so that the 3D effect can be generated. This means that the glasses are expensive, usually about seventy-five pounds or more each. Luckily, most 3D TVs come packaged with two or more glasses. Additional glasses may be purchased, and it is hoped that their price will decrease as more methods are found to reduce the cost.

This means that the television needs to be able to display images twice as fast as normal however, so it must be capable of rendering images at 120 frames per second as opposed to the 60 frames per second present in most TVs. This need to be extremely fast accounts for most of the increased cost of 3D TVs, of which even the cheapest costs two thousand pounds or more. It is hoped that these costs will go down as efficiencies of scale and improved technologies are developed.

High Definition 3D Televisions
The high speeds and qualities demanded by 3D TVs also mean that they require very high resolutions. All 3D TVs are inherently high definition, but the demands of 3D mean that they must be able to receive and display massive quantities of information through high-end cables such as HDMI or composite cables. Luckily, cables are one of the least expensive parts of any 3D setup, as almost all cables are of equal quality. The electrons that travel down a cable go at the same speed no matter what, so purchasing thicker or gold-coated cables has a minimal increase in quality.

It is also important to note that the immense amount of data in a 3D movie, since it has twice as many frames as a regular movie, means that 3D technology will be limited to high-density discs such as 3D Blu-Ray for the time being. It is hoped that advancements in science will allow for additional disc formats to be used, and many companies hope to one day be able to stream 3D movies directly to televisions using advanced transmission technologies. Anticipating this, almost all 3D televisions have some basic ways of connecting to the Internet, although currently this usually involves the use of peripherals.

Although 3D TV technology is currently in its infancy, Samsung, Panasonic, Phillips and LG have all begun the production of 3D TVs and their models are already widely available for purchase in high-end electronics shops. While these initial models will no doubt look primitive in a decade or so, they currently represent the finest that modern television technology has to offer. Most electronics companies have declared that 50% of their production and sales will be nothing but 3D TVs as soon as 2012, and the fact that 3D TVs are backwards compatible makes them highly desirable. Many movie studios are anticipating this demand by shooting their latest blockbuster releases with 3D cameras, ensuring that even early adopters will have lots of films to watch. With the entire summer of 2010 slated to come out in 3D, and Avatar already available in the format, even those who buy a 3D TV today will have plenty to watch.