Barco GALAXY WARP Specfications
Unequalled Versatility
• Proprietary dual parallel WARP™ NLIM (Non-linear Image
Mapping) boards result in smooth and detailed pre-distorted
imagery for curved-screen applications
• Active stereo capabilities at SXGA up to 120 Hz, thanks to high-
performance Pixel Map Processor and dedicated DLP™ chipsets
• Impressive 205 MHz A/D conversion bandwidth ensures
compatibility with high resolution and high refresh-rate
sources
• Optional Passive Stereo optimization with DMD™ optimized
polarizers enables large-venue passive 3D projection
Multi-channel Optimization
• Proprietary O
PTICAL
S
OFT
E
DGE
M
ATCHING
(OSEM): custom-made
optical filters to achieve truly seamless blending for multichannel
systems, maintaining full contrast ratio
• Proprietary E
LECTRONIC
S
OFT
E
DGE
M
ATCHING
(ESEM): highly-flexible
and reconfigurable blending with easy set-up
• Integrated C
ONSTANT
L
IGHT
O
UTPUT
(CLO), which can be linked with
other B
ARCO
G
ALAXY
projectors for cross-channel brightness tracking
• Optimized engine ensures matched primary colors and maximizes
addressable multi-channel color gamut
Superior Optics
• High contrast ratio: engine developed to achieve a contrast ratio
of 800:1 which results in extremely vivid and dynamic images
• Dedicated lens range: optimized for unequalled resolution and
accurate geometry; wide throw ratio range, motorized shift range
and built-in Scheimpflug correction result in high flexibility of
installations
Active Stereo DLP™ Projector with Built-In Geometry Distortion
B
ARCO
G
ALAXY
WARP
TM
Following the success of the
B
ARCO
G
ALAXY
active-stereo DLP™
projector, Barco introduces a
version that can perform real-time
geometry distortion at double
refresh rates (stereo): the B
ARCO
G
ALAXY
WARP
™
. Its high processing
power and ease-of-use, combined
with the high brightness and
proven picture quality of the G
ALAXY
,
make the G
ALAXY
WARP
TM
ideally
suited for the most demanding
active-stereo applications.
innovators in image processing
Barco Galaxy Warp 17-07-2002 15:29 Pagina 1