Sony VPL-FX51 Manual page 3

Outstanding Brightness of 5200 ANSI Lumens
The Sony VPL-FX51 Data Projector achieves an outstanding
brightness of 5200 ANSI lumens and high contrast ratio for
dynamic, large-screen displays. The high aperture ratio, 1.3-inch
LCD panels, together with a Micro Lens Array, provide
significant light-transmission efficiency. By combining this
The VPL-FX51 not only projects beautiful images, but also features
a sophisticated design. The exhaust and connector panel are located
on the front of the unit so the projector blends in smoothly with its
Dynamic Detail Enhancer (DDE) For High-Quality Video Images
This unique Sony video-enhancing technology generates high-
quality images of outstanding clarity.
For video sources, I/P (Interlace/Progressive) conversion is applied
to interlace signals to project clear and sharp progressive images.
When displaying film-originated sources, signals converted by 2-3
pull down* are detected, and each frame of the original film is
I/P Conversion
odd-numbered lines even-numbered lines
RGB Enhancer
The RGB Enhancer can be adjusted from the On-Screen
Display, for enriched and crisp
RGB image reproduction.
Features
Elegant Design
High Quality and Performance
2-3 Pull Down
(simulated picture)
advanced Sony LCD technology with a
new 300-W UHP lamp, high-impact
images come to life with stunning color
fidelity.
installation environment. Finally, the lens is center mounted for the
ultimate in symmetry and beauty, allowing it to be used in even the
most esthetically demanding environments.
accurately reproduced.
The VPL-FX51 projects images with a high degree of accuracy by
adopting new driver circuitry that enables it to accept digital
signals directly.
* 2-3 pull down is only available for 60-Hz signals (NTSC).
3D Gamma Correction
10-bit 3D Gamma Correction circuitry performs highly accurate
gamma correction to give uniform image color and brightness
that extend to the corners of the screen.
3D Digital Comb Filter
Thanks to the Sony-originated 3D Digital Comb Filter
that separates Y signals from C signals with great
accuracy, fine detail and image boundaries are
recreated accurately.
Film
interlace
progressive