9
Installation
The Kaleido-Modular-X is a flexible and scalable 4K- and IP-ready multiviewer for TV
production optimized for the space, power and weight considerations found in studios and
outside broadcast trucks.
Introduction
The Kaleido-Modular-X supports up to 64 video inputs, and up to four multiviewer outputs.
Features
Kaleido-Modular-X features
Space-efficient
modular design
Modular design offers wide range of input/output configurations, with
optional separation of input and output stages for streamlined, cost-saving
cabling and optimization of space usage.
Standard Densité frame housings enable
mix-and-match
capability of
multiviewers with signal processing modules, URS frame reference, and
GPI I/O via GPI-1501 cards.
Unique
FlexBridge
technology
Flexible coax cable bridging between input modules, and to the output
modules.
Expand your multiviewer beyond the number of slots within a single frame
by bridging additional input or output modules housed in a different frame.
Install the input stage next to the router and the output stage next to the
displays to eliminate the HDMI extenders.
More robust than cascading, with bypass relay protection to remain on air
even when removing a module.
Unmatched
image quality
Unmatched multiviewer picture quality, and superior on-screen graphics.
Simultaneous HDMI and SDI outputs at full 1080p 50/60Hz resolution on up
to four multiviewer displays.
Input signal processing up to 3 Gb/s signal formats.
Natively capable of handling 4K UHD quad-link sources seamlessly
recombining them into a pixel perfect image.
Robust and
serviceable
design
Hot swappable cards with unique auto-recovery feature, which provides fast
automated recovery after a
cold
spare is inserted.
4 RU, 3
RU and 1
RU Densité frame housings, with redundant power supplies,
and quiet cooling.
Multi-room,
multi-user
oriented
A single Kaleido-Modular-X multiviewer can be used to share sources across
multiple rooms or operator positions, with fully independent displays, audio
monitoring and control panels dedicated to each operator.
