JVC DLA-X95R, DLA-HD2KU User Manual
D-ILA® HD SYSTEM
Extreme HD! 1920 x 1080 Pixels Native Resolution.
(
3-CHIP D-ILA
®
Projector + Video Processor
DLA-HD2K
)
Native 1920 x 1080 D-ILA Chips
Thanks to the newly developed HD D-ILA devices, the native
resolution of the DLA-HD2K is 1920 x 1080, the highest
widescreen resolution available today for home theater projector
applications*. This makes the system suitable not only for highend home theater use but also for critical viewing venues such
as museums and post-production screening rooms.
*As of February 2004.
Cost-effective NSH Lamp
The DLA-HD2K uses a 250W ultra high-pressure mercury NSH
lamp that helps to ensure lower running costs. And in most
applications, the lamp can be easily changed by the homeowner
without removing the projector from its mounts.
D-ILA: The Most Advanced LCOS Technology Available
JVC pioneered the use of LCOS (Liquid Crystal on Silicon) technology and is the
world’s leading supplier of LCOS projectors. JVC’s patented D-ILA chips are the
most highly refined form of LCOS, offering unique performance characteristics not
found elsewhere. The DLA-HD2K also boasts optimum color illumination and a
newly developed projection lens for its optical system that is explained below. This
combination of advanced technologies allows the DLA-HD2K to realize a high
contrast ratio of 2000:1 and breathtaking color reproduction.
■ Optimum Color Illumination helps to correct biased light
dispersion of the ultra high-pressure NSH lamp by using
illumination optics that optimize the f-number for each primary
color. This exclusive JVC process ensures accurate contrast of
individual colors and a D65 color temperature that provides vivid,
natural-looking color reproduction.
■ Newly Developed Projection Lens employs a 4-group, 13-layer
100% glass lens with an aluminum tube and anti-flare finish. This
high-quality construction embodies JVC’s no-compromise
approach to answering the performance potential of HDcompatibility. The optimized lens aperture is also carefully
calibrated to match the zoom position.
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