ZINWAVE 2700
DISTRIBUTED ANTENNA SYSTEM
-
INSTALLATION AND TECHNICAL MANUAL
ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL
Page 18
FD/HC
BD/IC
CD/MC
Campus backbone cabling subsystem
Building backbone
cabling subsystem
Conventional antennae
ZinWave 2700 DAS optical fibre
(generic wireless application overlay cabling)
TO
ZinWave
2760
Antenna
Unit
ZinWave 2700 Hub Unit may be installed
in either BD/IC or CD/MC
FD
Floor distributor
BD
Building distributor
CD
Campus distributor
TO
Telecommunications outlet
Universal
ANSI/TIA/EIA-568-B series
ISO/IEC 11801/EN 50173 series
HC
Horizontal crossconnect
IC
Intermediate crossconnect
MC Main crossconnect
Coaxial cabling
398
Figure 4-1: ZinWave 2700 DAS within a generic/structured cabling system
399
400
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4.1.3
ZinWave 2700 DAS in stand-alone infrastructures
402
ISO/IEC TR2 24704 specifies the cabling overlay for wireless access points in association with generic (i.e. structured)
403
cabling in accordance with either ANSI/TIA/EIA-568 series standards, the EN 50173 series standards or ISO/IEC 11801.
404
However, the principles underlying its requirements and recommendations are equally applicable to stand-alone cabling
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(perhaps in situations where there is no generic/structured cabling system or the premises do not contain viable locations
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for distributors/crossconnects).
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For distribution in a single building:
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•
the FD/HCs of Figure 4-1 are replaced by ZinWave Local Splice Panels as shown in Figure 4-2;
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•
ZinWave Splice Panels can be installed in any convenient location, are completely passive and require
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no mains power supplies;
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•
ZinWave Building Termination Panels are located in association with the ZinWave 2700 Hub Units as shown in the
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upper diagram in Figure 4-2.
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For campus distribution
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•
the FD/HCs of Figure 4-1 are replaced by ZinWave Local Splice Panels as shown in Figure 4-2;
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•
ZinWave Local Splice Panel can be installed in any convenient location, is completely passive and
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requires no mains power supplies;
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•
the BD/ICs of Figure 4-1 are replaced by ZinWave Building Splice Panels as shown in the lower diagram in Figure
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4-2;
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•
ZinWave Building Splice Panels can be installed in any convenient location at the entrance to the
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buildings, are completely passive and require no mains power supplies;
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•
ZinWave Campus Termination Panels are located in association with the ZinWave 2700 Hub Units.
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In the absence of remote power (due to the passive nature of the ZinWave Local Splice Panel), the ZinWave 2760
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Antenna Units will generally be powered using the default 48V DC power supply.
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