JVC G15U Specifications - Page 4

An Ideal Combination of Superb Picture, User-Friendliness with Easy Setup - projector

Page 4 highlights

An Ideal Combination of Superb Picture User-Friendliness with Easy Setup D-ILA™ device for nextgeneration image reproduction The D-ILA™ (Direct Drive ILA) device provides highresolution picture quality for the big screen. Utilizing a high-density reflective LCD with a homeotropic structure in which the LCD elements are aligned vertically, the D-ILA™ device produces extra-bright, high-resolution, high-contrast images. Workstation-Quality Resolution, Brightness & Contrast The D-ILA™ projector can project extra-high resolution images of up to 1,365 x 1,024 pixels. That means it can easily handle even the super-sharp clarity of an S-XGA (1,280 x 1,024 dots) image without scaling or loss of quality. And thanks to the "PS Combiner" that corrects optical waveforms to align the polarization, those images feature ultra-high brightness of 1500 ANSI lumens. And at the same time, they are displayed with a high-contrast ratio of 350:1. The result is extraordinarily clear and crisp images with higher text legibility and vivid color reproduction - even with moving images - without scaling or loss of quality. Adaptive DPC Circuitry The Adaptive DPC (Digital Pixel Conversion) technology optimizes picture quality no matter what the input signal resolution to assure smooth, clear images. Variable scanning frequency capability with horizontal scanning frequencies ranging from 15 kHz to 82 kHz assures compatibility with a wide range of source signals. Digital Gamma Correction Newly developed 10-bit Digital Gamma Correction circuitry is incorporated to facilitate more accurate gray scale and color reproduction. Even the intricately colored images created by graphics workstations can be clearly reproduced and displayed on the screen, thanks to improved color tracking and "real" black reproduction capability that assures crisp blacks for cleaner, sharper, more detailed images. Resizing Function The combination of the high-definition D-ILA™ device with our innovative Adaptive DPC (Digital Pixel Conversion) circuitry enables the D-ILA™ projector to project "expanded" XGA images (1,024 x 768 pixels), S-VGA images (800 x 600 pixels), and VGA images (640 x 480 pixels), as well as fully dotto-dot coincident S-XGA images (1,280 x 1,024 pixels). Optimum pixel conversion is performed by the incorporated Adaptive DPC circuitry according to the characteristics of the projection source signals. The result is amazingly natural picture reproduction. D-ILA™ device 1365 1024 Window projection 800 600 Resized projection 1346 1010 Ex: S-VGA image projection To project image data with a different number of pixels from that of the built-in device, you can use either the "Window projection" or "Resizing projection" method. ˔ Resizing projection: Adaptive DPC circuit expands the original data to a fullscreen image. ˔ Window projection: If the source signal has lower resolution than the D-ILA™ device, the projected image appears at the same resolution as the input source, with a black frame around it.

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D-ILA™
device
Window
projection
Resized
projection
Ex: S-VGA image
projection
1365
1024
800
600
1010
1346
The D-ILA™ (Direct Drive ILA) device provides high-
resolution picture quality for the big screen. Utilizing a
high-density reflective LCD with a homeotropic
structure in which the LCD elements are aligned
vertically, the D-ILA™ device produces extra-bright,
high-resolution, high-contrast images.
D-ILA™ device for next-
generation image reproduction
An Ideal Combination of Superb Picture
User-Friendliness with Easy Setup
Resizing Function
The combination of the high-definition
D-ILA™ device with our innovative
Adaptive DPC (Digital Pixel Conversion)
circuitry enables the D-ILA™ projector
to project “expanded” XGA images
(1,024 x 768 pixels), S-VGA images
(800 x 600 pixels), and VGA images
(640 x 480 pixels), as well as fully dot-
to-dot coincident S-XGA images (1,280
x 1,024 pixels). Optimum pixel
conversion is performed by the
incorporated Adaptive DPC circuitry
according to the characteristics of the
projection source signals. The result is
amazingly natural picture reproduction.
To project image data with a different
number of pixels from that of the built-in
device, you can use either the “Window
projection” or “Resizing projection”
method.
Adaptive DPC Circuitry
The Adaptive DPC (Digital Pixel
Conversion) technology optimizes
picture quality no matter what the input
signal resolution to assure smooth,
clear images. Variable scanning
frequency capability with horizontal
scanning frequencies ranging from 15
kHz to 82 kHz assures compatibility
with a wide range of source signals.
Digital Gamma Correction
Newly developed 10-bit Digital Gamma
Correction circuitry is incorporated to
facilitate more accurate gray scale and
color reproduction. Even the intricately
colored images created by graphics
workstations can be clearly reproduced
and displayed on the screen, thanks to
improved color tracking and “real” black
Workstation-Quality Resolution,
Brightness & Contrast
The D-ILA™ projector can project extra-high resolution
images of up to 1,365 x 1,024 pixels. That
means it can easily handle even the
super-sharp clarity of an S-XGA
(1,280 x 1,024 dots) image without
scaling or loss of quality. And
thanks to the “PS Combiner” that
corrects optical waveforms to align
the polarization, those images feature ultra-high brightness
of 1500 ANSI lumens.
And at the same time, they are
displayed with a high-contrast ratio of 350:1. The result is
extraordinarily clear and crisp images with higher text
legibility and vivid color reproduction — even with moving
images — without scaling or loss of quality.
Resizing projection
: Adaptive DPC
circuit expands the original data to a full-
screen image.
Window projection
:
If the source signal
has lower resolution than the D-ILA™
device, the projected image appears at
the same resolution as the input source,
with a black frame around it.
reproduction capability that assures
crisp blacks for cleaner, sharper, more
detailed images.