4
Twin Stacking Capability
When applications require double the light
output, the VPL-FX52 can be twin-stacked
*3
.
Pictures from the two projectors are then
matched using the Picture Shift function on
each unit.
*3
The optional VPLL-FM21 projection lens cannot be used
when the VPL-FX52 or VPL-FX52L are stacked.
Variety of Inputs
The VPL-FX52 accepts a wide variety of input
signals, including composite and component
video, S-Video (Y/C), and HDTV, as well as
computer signals up to UXGA (fV: 60 Hz),
expanding its system-connection possibilities. It
also has a DVI-D input, to take advantage of the
standard for the direct transfer of digital signals
from a PC or a workstation. And because the
projector is equipped with five BNC connectors,
signals can be input from sources located far
away from the projector.
Digital Keystone Adjustment
Keystone distortion of up to ±20 degrees can be
digitally corrected via the OSD. This enables
detailed images to be projected with their correct
geometry, even when installation space is limited.
RGB Enhancer
The RGB Enhancer can be adjusted from the On-
Screen Display (OSD), for enriched and crisp RGB
image reproduction.
3D Gamma Correction
10-bit 3D Gamma Correction circuitry performs
highly accurate gamma correction to give
uniform image color and brightness that extends
right to the corners of the screen.
3D Digital Comb Filter
Thanks to the Sony original 3D Digital Comb
Filter that separates Y signals from C signals with
great accuracy, it is easy to emphasize fine
images and shape boundaries.
Installation Flexibility
Power Zoom/Focus/Picture Shift
The Zoom, Focus, and Picture Shift functions of
the supplied power-operated lens
*2
can be
controlled both from the projector control panel
and the supplied remote-control unit. Images
can be easily adjusted to the desired settings.
*2
Available only on the lens supplied with the VPL-FX52.
Flexible Orientation
The VPL-FX52 can be tilted 90 degrees upwards
or downwards. This flexibility greatly expands
application possibilities.
Rear Projection System
Twin Stacking
(simulated image)
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