Extron electronics MTP R 15HD RSA D User Manual Page 2

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DESCRIPTION
Complete Fiber Optic and Twisted Pair Solutions
PowerCage FOX Fiber Optic Extenders and PowerCage MTP
Twisted Pair Extenders are part of the larger, comprehensive
FOX Series and MTP Series of fiber optic and twisted pair products.
They can be used for simple point-to-point applications, or in
combination with other products including switchers, distribution
amplifiers, and matrix switchers, to tackle the most challenging
A/V system designs with numerous inputs and outputs. The
Extron FOX Series and MTP Series provide integrators and system
designers with the most complete fiber optic and twisted pair
product offering in the industry.
PowerCage FOX Fiber Optic Extenders
PowerCage FOX Fiber Optic Extenders include transmitter and
receiver boards for long-haul transmission of A/V signals over a
single fiber. They are available in a broad range of formats and rates,
including high resolution RGB, DVI, multi-rate SDI, SD component
video, S-video, and composite video. Engineered for reliability and
exceptional high resolution image performance, they use Extron's
exclusive all digital technology, to deliver perfect pixel-for-pixel
transmission of video images.
PowerCage FOX Fiber Optic Extenders are a double-slot design,
allowing for up to eight boards within the enclosure. Multiple
receiver boards can be daisy-chained. PowerCage FOX Fiber
Optic Extenders are available for multimode or singlemode fiber.
Multimode fiber is typically used within buildings or facilities with
moderate-range transmission distances. Singlemode fiber offers
long-range transmission capability over extreme distances up to
30 km or 18.75 miles.
The PowerCage FOX fiber optic boards, along with other FOX Series
products provide a broad range of fiber optic products for a
complete A/V distribution system using a fiber optic infrastructure.
PowerCage FOX extenders work seamlessly with other FOX fiber
optic products including transmitters, receivers, switchers, matrix
switchers, and distribution amplifiers.
PowerCage MTP Twisted Pair Extenders
The PowerCage MTP Twisted Pair Extenders include transmitter and
receiver boards for the transmission of A/V signals over a single
CAT 5-type cable. The PowerCage MTP T 15HD RSA can transmit
high resolution video and audio signals up to 1,500 feet (450 meters)
when used with an MTP 1500RL extended distance receiver model,
while the PowerCage MTP R 15HD RSA SEQ receiver can receive
XGA video and mono audio signals at cable lengths of 600 feet
(180 meters) or more. PowerCage MTP Twisted Pair Extenders are
available for high resolution RGB, HD YUV, S-video, and composite
video along with audio or RS-232 signals.
The PowerCage MTP Twisted Pair boards, along with other MTP
Series products provide the widest selection of twisted pair products
for a complete A/V distribution system using a twisted pair cabling
infrastructure. PowerCage MTP extenders work seamlessly with
other MTP Twisted Pair products including transmitters, receivers,
switchers, matrix switchers, and distribution amplifiers.
The Extron PowerCage
1600 is a rack-mountable, 16-slot
enclosure that supports a wide range of Extron fiber optic and
twisted pair A/V transmitter and receiver boards. Providing an
efficient way to power and mount multiple transmitters and
receivers, the PowerCage 1600 simplifies integration for large,
rack-mounted systems. The PowerCage 1600 also features an
optional redundant, hot-swappable power supply plus active power
and thermal management to optimize reliability in mission-critical
environments where continuous, 24/7 operation is essential. The
hot-swappable, modular design allows for replacing or upgrading
boards in the field at any time, without having to power down the
system.
Exceptional thermal management provides channeled air flow to
each board for optimal cooling and superior reliability. Air flows
from the side of the unit to each board slot, eliminating the need for
an air gap above or below the enclosure and preserving valuable
rack space. The boards are designed to channel the air out the
rear of the chassis for optimal cooling in each slot. An LED on the
front panel provides a real-time status alert of an over-temperature
condition.
Real-time status indicators on the front panel provide instant
feedback for power status, communication, and alarm for
each of the 16 slots. The front-panel configuration port enables
communication to each board slot for configuration and convenient
setup of PowerCage FOX Fiber Optic Extenders.
PowerCage boards occupy either a single-slot or double-slot space,
depending on the board type and design. Each PowerCage board
features the ability to power down internal components when there
is no active signal present, providing intelligent power management
for increased system efficiency.
Modular Design Provides Maximum Flexibility
Available boards for the PowerCage 1600 include 16 fiber optic
and four twisted pair extenders to support a broad range of video
resolutions and formats. The fiber optic and twisted pair boards
operate independently, and may be mixed and matched within
the enclosure. The PowerCage 1600 can be populated with any
combination of transmitters and/or receivers to meet system needs,
making it an ideal solution for larger systems that need to support
remote sources and destinations. For example, matrix switchers
generally reside in equipment racks, which are typically at some
distance away from both the source equipment and display devices.
In general, a mixture of transmitters and receivers are utilized to
distribute signals to and from these locations, often with the need to
overcome specific challenges such as limited conduit space, as well
as distance limitations.
The ability to accommodate multiple transmitters and receivers
in a single enclosure streamlines system design and installation.
The PowerCage 1600 eliminates the need for managing individual
power supplies and minimizes required rack space when factoring
in additional rack units necessary for heat dissipation and cooling.
The modular design also offers a degree of future-proofing, whereby
unpopulated slots are available to support system growth without
additional rack space, system downtime, or equipment relocation.
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