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An optical fibre solution

Campus Technology

OVERVIEW

Universities & production houses are centers of research as

well as institutions for higher learning. Campuses feature
multiple buildings with classrooms, offices, computer centers,
lecture halls, and auditoriums. They are also leaders in the
use of technology to enhance the learning experience, and

providing instruction to remote areas and satellite locations.
Display System

Room display systems include projectors and
Why US ?
flat-panel displays. Sizes, types, and quantities
depend on the application within a room.
An important first step in AV system design is a
From the central equipment room, content is
meeting with the customer to assess the essen- to be delivered to each room at 1080p resolu- We are the authorized partner of world known AV organization like Extron, Clearone, Life-size,
tial AV application needs. tion. All signal processing is handled by equip- Sharp, Samsung & Crestron, we have decade of experience in AV technology and successful imple-
ment installed in each room. A quad view Pro mentation, we have our in-house team for designing to implementation to after sales onsite ser-
DI multiwindow processors in the central
vices, we know the technology and their challenges, and always advise our customers for a best
NEEDS ASSESSMENT equipment room enable control room staff to
monitor up to four images on single displays, buy, we provide all the products and solutions you need for designing AV systems to suit any appli-
 Staffing : The meeting and conference room systems in this facility
providing centralized support for the connect- cations, from basic switching system with a single display, all the way up to large scale AV distribu-
will be operated by executives and clients.Tech support staff will have ed rooms. tion installations for an entire university or corporate campus, we can even provide the means for
remote system access as necessary. Sources & Connectivity you to integrate AV between locations around the world.

 Display & Audio Requirements: Display and audio requirements with- Sources include video feeds from class- Switching and Signal Management Signal Distribution and Extension
in classrooms, lecture halls, and conference rooms vary, depending rooms, lecture halls, meeting rooms, and The Modular Fiber Optic Matrix Switcher provides signal Fiber optic extenders throughout the design connect
videoconference systems. The typical source and destination equipment to the fiber optic
on the AV functions in each location. Video signals at resolutions up distribution and routing of all fiber optic AV signals. The I/
room includes a computer, document infrastructure. FOXBOX Tx HDMI fiber optic trans-
to 1920x1200 and stereo audio must be transmitted between the O boards for the matrix switcher include both single mode mitters are used to send HDMI, stereo audio, and RS-
camera, Blu-ray Disc player, and PTZ cam-
control room and all displays. and multimode versions. The multimode boards are used 232 control signals from the classrooms, lecture halls,
eras. HDMI, VGA, and composite video
to connect rooms within the same building as the control auditoriums, and conference rooms to the central
 Multi-Building Connectivity ::Classrooms, conference rooms, and vide- inputs enable connection of a laptop, VCR,
room. Single mode boards are used to transmit signals be- equipment room. PowerCage FOX Tx HDMI fiber optic
oconference areas must allow routing to a central control room locat- or other equipment brought in by profes- transmitters mounted in a PowerCage 1600 enclosure
tween campus buildings. matrix switchers can create an
ed in a separate building. Fiber optic cabling between buildings will sors or guest lecturers. A HD three input extend signals from the central location to the various
HDCP-compliant distribution system up to 1000x1000 and
provide connectivity to the equipment room. compact scaler automatically switches to rooms. The PowerCage 1600 is an efficient way to
larger. Centralized routing enables costly equipment, such power and mount the multiple extenders in the rack.
the active input and scales the image to
 Special Requirements : Distances between buildings on campus will as videoconferencing codecs, to be shared among multiple FOXBOX Rx HDMI fiber optic receivers convert optical
1080p. An Annotator in the lectern ena-
potentially exceed 2 kilometers (6,500 feet), requiring the use of sin- rooms. Also, support personnel can monitor operations signals into 1080p HDMI video with embedded audio
bles marking up presentations using the
gle mode fiber optic cables to connect to the centralized control across the campus from a centralized location. for the display devices. PowerCage FOX SR HDMI fiber
attached touch monitor. Additional shared optic scaling receivers ensure HDMI video signals are
room. Multimode fiber can be used within the classrooms, as well as resources, such as videoconferencing co- scaled to the proper resolution for the codecs.
for connecting rooms within the building that houses the control decs, are in the central equipment room. PowerCage FOX Rx HDMI fiber optic receivers provide
room. an HDMI output for recording presentations and vide-
oconferences.
 Control Requirements :A control system within each classroom will
allow operation of the equipment located within the classroom envi-
ronment.
SSB INFOSYSTEMS PRIVATE LIMITED– Confidential