Authorized representatives of the Turkish manufacturer of household appliances, VESTEL, announced the company’s intentions to conquer the European LCD TV market with new LCD models that support the advanced Pixellence + technology. This technology was specially developed to improve the standard television analog image to the level of almost HD-quality. Features such as image detail and color reproduction are also enhanced.
New televisions have special filters that are designed specifically for the aforementioned purposes of image enhancement and conversion. Filters are able to cut off any extraneous "noise", as well as analyze the image at the pixel level. Thanks to this, the electronics of the TV precisely determines the desired level of adjustment of contrast, color and brightness, which is necessary for the image. The unique technological solutions that VESTEL engineers managed to implement in the final device make it possible to get a picture of truly unsurpassed quality.
An integral part of the "Pixellence +" technology, the "Color Core" algorithm effectively solves the problem of color rendering, which until recently was a real "disease" of all models of LCD TVs. The fact is that too high a level of color saturation when using the usual traditional processing algorithms leads to the loss of insignificant color shades of almost any multicolor image. To solve this problem, VESTEL engineers have developed a unique system to optimize color reproduction, called the "Saturation Logic". This system takes into account depth as well as color intensity. Due to this, more juicy, natural and vibrant colors are achieved.
The Turkish company’s new LCD TVs also use the development of its own engineering center, the Skin Tone Reproduction processing algorithm, which is used to more effectively convey the tones of human skin. This algorithm analyzes the image to understand which pixels are responsible for displaying skin color. According to the results of the analysis, the system divides the overall image into various unique color zones, while adjusting for possible color tone distortions.