and exceed the demands of a High Definition image at its full 1080 line resolution. Digitally transmitted High Definition signals can
contain over 2 million individual detail points that need to be displayed accurately and rapidly. SXRD displays those 2 million detail
points per SXRD panel accurately since the 3 SXRD chips actually contain enough pixels to fully display a 1080 line picture without
SXRD technology has the speed to create a smooth, film like image. The SXRD chips have a blistering response time (less than 5ms
total rise and fall time), which exceeds the demands of even the most rapidly moving High Definition images. And SXRD creates highly
accurate, natural colors because the 3-chip design displays all the colors, all the time.
expression especially in darker scenes. The Advanced Iris function is enabled by using either one of two modes - Auto and Manual. The
Auto Mode has two settings designed to work best with video content such as movies that vary between bright scenes and dark
scenes. Auto 1 is for programs that have a wide range of brightness from scene to scene. Auto 2 is for programs that have less variation
between brightness levels from scene to scene.
The Manual mode is used to help deliver optimum contrast levels under different room lighting conditions. The High mode offers
maximum screen brightness and works well when a room is brightly lit. The Medium mode is for average levels of light. And the Low
mode offers the maximum amount of contrast and works best under low light conditions. The key benefits are deep blacks and
improved brightness and overall contrast.
WEGA Engine™ Video Processor
exclusive WEGA Engine™ is born. Its fully digital signal-processing path includes video processing functions that are designed to
improve overall picture quality. Among the key functions that have been added to the WEGA Engine are:> Green, blue and white color
enhancer circuit, which selectively adjusts common natural colors like green, white and blue color levels for a more vivid image,
> Digital MPEG Noise Reduction Circuit, which reduces MPEG artifacts such as "block noise" and mosquito noise" caused by
compression used in digital broadcasts used to maximize bandwidth.
> Digital Contrast Enhancer circuit processes every field automatically selecting out details and optimizing contrast for each scene.
Adaptive processing improves the low contrast parts of the picture providing crisp and vivid images with high contrast.
The overall result of WEGA Engine has to be seen to be believed.
HDMI™ and PC Inputs
input interfaces. The HDMI (High-Definition Multimedia Interface) is the first industry-supported, uncompressed, all-digital audio/video
interface. HDMI technology supports enhanced or High Definition video, together with multi-channel digital audio to provide
matchless image and sound reproduction. A D-Sub 15 input also allows connection to your PC , allowing you to use your high
resolution Grand WEGA TV as a computer monitor.
Full HD (1920 x 1080)Picture Resolution with SXRD™ chip
3 SXRD™ chips (R/G/B), Over 2 Million Pixels each
Contrast Ratio up to 10000:1 (with Advanced Iris)
1080p Input for Full HD via HDMI™ rear connections (x2)
Black Paint finish: Sleek and Stylish Design
3 SXRD Full HD Resolution (1920 x 1080/0.61" SXRD chip)
WEGA Engine™ System
Advanced Iris function
ATSC Integrated Tuner
HDMI x 2 inputs for digital connectivity (1080p input)
SXRD technology is the latest display technology developed by the legendary television engineers at Sony to meet
Advanced Iris Function - The Advanced Iris function is a special Sony function designed to improve contrast
Leveraging Sony's TV heritage and engineering expertise, the latest generation of Sony's
Designed for maximum versatility, Sony's Grand WEGA™ line is equipped with a comprehensive range of
60" Diagonal SXRD– Rear Projection Television