Dec 15, 2010 07:59 GMT  ·  By

CES 2011 is only a few weeks away, and for this reason, some of the world's best-known consumer electronics manufacturers are already starting to preview some of the products they'll be releasing on the respective occasion, with Korean company LG Electronics being among the first, since it's just revealed the next generation of flat panel televisions featuring NANO Lighting Technology at its CES Sneak Peek event in New York. The LW9500 and LW7700 NANO FULL LED TV series feature the company's NANO Lighting Technology, which produces LG's “brightest, clearest and smoothest picture yet”, at least according to what the company's officials have to say on the matter.

The HDTVs, available in 47- to 60-inch classes, feature an extremely thin film printed with a proprietary light dispersion pattern combined with a full array of LEDs, managing to disperse light more evenly across the screen, creating pictures that are brighter and more uniform than conventional edge-lit LED sets.

Additionally, an Anti-Reflection Panel on the screen minimizes reflection from external light sources, including sunlight, to provide a crystal clear picture.

The LW9500 and LW7700 boast improved localized dimming in both 2D and 3D with their Micro Pixel Control, that adds even greater range and life to colors by manipulating individual LED blocks.

The LW9500 is further enhanced by LG's TruMotion 480Hz, while the LW7700 features LG's TruMotion 240Hz, both of which deliver super-fast processing rates for moving images making them virtually blur-free.

Plus, the ultra-slim profile of the NANO backlighting unit enables overall set depth and bezel to be as thin as less than one inch.

As expected, LG's new LED TVs also deliver a very impressive 3D experience, leveraging all the benefits of the various latest-gen technologies they come equipped with.

Unfortunately, this is all the info available on these devices for the time being, but we'll be sure to tell you more on this topic during CES 2011, when LG Electronics provides us with more details on this topic.