3D television technologies are becoming more and more well-liked by each day. Because of the rise of popular 3D movies (namely Pixar’s Up and James Cameron’s Avatar), major television manufacturers started developing 3d home television technology in ’09.
There are many techniques that these manufacturers use to produce 3D images with an LCD television many are more costly than the others, and a few tend to be more achievable than the others. This information will discuss the 3 primary ways of 3-D home entertainment technology that’ll be utilized in approaching years.
Lenticular viewing: Fraxel treatments continues to be pioneered by Philips, and it is available currently. Televisions which use fraxel treatments could be viewed without individuals funny glasses that audiences utilized in theaters. These televisions make use of a lens that may send different images to every eye. That’s, your left eye will discover a different image out of your right eye, that will emulate your two eyes’ utilization of stereopsis (the procedure through which your vision discern depth). The main one weakness of lenticular viewing, however, is the fact that a viewer must sit in an exceedingly specific place while watching TV. Which means that a couple people could easily watch the television at the same time because of its small viewing position.
Passive glass systems: Hyundai is developing this kind of LCD monitor that will allow both 2D and 3D images to become viewed. To look at the three-D images, viewers will have to put on the standard glasses to be able to watch three dinemsional media. Fraxel treatments is certainly not new: the television has two overlapping images and also the glasses have polarized lenses. Each lens is polarized in order that it can easily see only among the two overlapping images. Fraxel treatments is extremely achievable and forty to fifty inch High Definition Tvs with this particular technology are presently available to buy.
Active glass systems: This technique is much like the passive glass system, except as opposed to the TV doing all work, the glasses do. The glasses synchronize using the refresh rate from the TV, they alternate the polarization of every lens, making the wearers from the glasses see 3-D images. With this particular technology, people might be watching a couple-D movie easily, then when needed switch the film into 3-D. This kind of monitor has been produced by Samsung and Mitsubishi, but however the glasses is quite costly. Some predict the glasses to become up to $100.