Samsung UN55B8000 LED HDTV
The new Samsung UN55B8000 LED TV with resolution that is approximately 2 times greater than conventional HDTVs, creating the most perfect picture imaginable. Samsung’s 1080p panel uses a new high-speed liquid crystal to cut response time to 4ms. The fast response time, coupled with Samsung’s Auto Motion Plus 120Hz motion blur reduction technology dramatically reduces motion blur and judder. Full HD, or 1080p, contains 1.5 times more scanning lines than conventional HD TVs. More scanning lines mean more pixels, more details and a better picture.
UN55B8000 LED HDTV - Breakthrough LED Picture Quality
Compared to a traditional CCFL, LEDs produce darker blacks that appear endlessly deep to the eye. Whites also remain crisp and bright with vivid colors. The result is picture quality that measures up to the natural beauty of life. For instance, Samsung
UN55B8000's Wide Color Enhancer Pro feature lets consumers enjoy a broader color palette. The Ultra Clear Panel further allows the preservation of every detail even in brightly-lit, imperfect viewing conditions. This is done by effectively allowing more light to pass through the screen and simultaneously reducing reflections from ambient light. And with an adaptive "Natural" mode, Samsung
UN55B8000
LED HDTV can combine the recognized brightness advantage of LCD displays with the cinema-like viewing experience of plasma displays by automatically optimizing picture settings.
UN55B8000 LED HDTV - Auto Motion Plus 240Hz
There's a big difference between seeing the game and seeing every split second of it. That's where Samsung
UN55B8000
Spec's including Auto Motion Plus 240Hz technology comes in. All the action in every frame is analyzed and then adjusted so nothing goes by in a blur. This technology quadruples the frame rate from 60 to 240 frames per second (240Hz LCD panel) without repeating the same image to make more frames. Instead, it uses interpolation to intelligently calculate and place three new frames between two existing frames to create smoother transitions.