The V-R1042DP-TE4U is a dual 10" high resolution LCD monitor for broadcast and professional video applications. Featuring an ultrathin 3/8" bezel, this model provides the most possible screen area in 4RU and is ideal for video wall applications. The V-R1042DPTE4U uses our award-winning all-digital TFT-Megapixel™ LCD panel with 2.4 million pixels, along with our HyperProcess™ de-interlacing algorithm producing the smoothest motion available on a TFT LCD. Video is scaled to fit on the screen in the highest possible resolution utilizing a state-of-the-art LSI with 6x6 pixel interpolation, precision gamma correction, and Match Color Conversion™ to produce the highest quality images available.

• High Definition 10.4-inch 2.4 MegaPixel screen with
  1024 x RGB x 768 resolution
• 100% digital processing (10 bit)
• 5 Year /50,000 hour backlight life
• Fits only in 4RU rack space
• High resolution scaling
• Two large color tally indicators

• Wide viewing radius - 170° horizontal and vertical
  provides superior visibility
• 300 candelas per square meter (cd/m²) luminance produces enhanced image quality in varying light and viewing conditions
• 700:1 ratio of contrast between black and white
  luminance values for moving images
• Direct access for adjustments of brightness and contrast

Our budget model, V-R1042DP-TE4U, features our award winning TFT-MegaPixel system and is a cost effective solution for many broadcast and professional video applications. Ready to rack mount in only 4RU, this cost effective model provides up to 20% more screen when compared to our competitors' LCD and CRT models that occupy the same space. This is in addition to the benefits of low weight and power consumption when compared to similar CRT products.

Inputs are provided for a single HD-SDI/SDI source on each of the screens. Our Hyper Process for motion compensation is employed to provide smooth motion of interlace images. All screen formats are scaled to fit on screen in the highest resolution using our proprietary program and state of the art LSI with CRT Color Match conversion to emulate SMPTE-C phosphor of a CRT.