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Related Manuals for ZinWave 2700 DAS
Summary of Contents for ZinWave 2700 DAS
- Page 1 ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL...
- Page 2 ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL Part No: Document No: Issue: v6 THIS PAGE IS LEFT INTENTIONALLY BLANK ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL...
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Page 3: Introduction
(DAS). The 2700 DAS comprises a Hub Unit (HU) and remote Antenna Units (AUs) with Small Form Pluggable (SFP) modules providing the RF to Optical interface. The simple view of the ZinWave 2700 DAS is that it enables downlink radio signals to be converted into RF modulated optical signals at the HU and then transmitted to remote AUs over any optical fibre medium (single mode or multimode) where the optical RF signal is converted back into pure radio signals for radiation from attached Antennae. -
Page 4: Warranty
INSTALLATION AND TECHNICAL MANUAL WARRANTY The ZinWave 2700 DAS is designed to operate in conditions conformant with Pollution Degree 2 as defined in IEC 60950 (the normal environmental class for offices). The installation of sub-assemblies into the main units of the The ZinWave 2700 DAS shall only be undertaken if precautions required by IEC/TS 61340-5-1 have been taken. -
Page 5: Table Of Contents
Infrastructure planning ............................17 4.1.1 ZinWave 2700 DAS infrastructures......................17 4.1.2 ZinWave 2700 DAS integration within generic/structured cabling infrastructures ........17 4.1.3 ZinWave 2700 DAS in stand-alone infrastructures ..................18 Distribution of overlay cabling ..........................20 Selection of optical fibre cabling media....................... 22 4.3.1... - Page 6 ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL Accommodation of ZinWave Termination Panels ....................31 Accommodation of ZinWave Splice Panels ......................31 Remote Powering of ZinWave 2760 or 2776 Antenna Units................32 Transceiver Distribution ............................32 4.8.1 General................................ 32 4.8.2 RF source mapping .............................
- Page 7 Figure 4-10: ZinWave 2700 DAS channels over multimode optical fibre ................28 Figure 4-11: ZinWave 2700 DAS channels over internal singlemode optical fibre cabling..........29 Figure 4-12: ZinWave 2700 DAS channels over internal and external singlemode optical fibre cabling ......30 Figure 4-13: RF combiner options............................. 33 Table of Tables Table 2-1 : Channel transmission performance........................
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Page 8: General Information
ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL GENERAL INFORMATION Purpose and scope of this document ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 1... -
Page 9: Conventions, Definitions And Abbreviations
1.2.1 Conventions 1.2.2 Definitions Channel See Figure 4-9 Downlink From the ZinWave 2700 Hub Unit to the ZinWave 27xx Antenna Unit Uplink From the ZinWave 27xx Antenna Unit to the ZinWave 2700 Hub Unit 1.2.3 Abbreviations Generation Generation Access Point... -
Page 10: External Standards Compliance
1.3.2 ZinWave 2700 System Installation The installation of electrical supplies in support of ZinWave 2700 DAS products shall be in accordance with national and local regulations. Other aspects of the installation of ZinWave 2700 DAS products and interconnecting cabling shall be in accordance with... -
Page 11: Overview Of The Zinwave 2700 Das
OVERVIEW OF THE ZINWAVE 2700 DAS Introduction The ZinWave 2700 DAS is a simple 2-stage DAS, utilising either multimode optical fibre (MMF) or singlemode optical fibre (SMF) to connect the two system units together. The ZinWave 2700 DAS unifies the distribution of multiple cellular and WLAN signals over a single cabling infrastructure and supports current and future wireless technologies. -
Page 12: The Components
The ZinWave transceivers within the hub and antenna units are “fibre agnostic” i.e. they can be used with either 50/125 mm or 62.5/125 µm MMF. ZinWave 2700 channels can be up to 550 metres long provided that the MMF cable has a modal bandwidth of at least 500MHz.km @ 1300 nm. -
Page 13: System Specification
Max RF output power At HU service output for 1dB compression with maximum AU input power Response variation Full bandwidth Response variation Any 100MHz band Response variation Any 5MHz band ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 6... -
Page 14: Zinwave 2700 Das Equipment
DCS, EDGE, EVDO; wide variety of “RF to antenna” mappings (see 4.8); • delivered to remote ZinWave 2760 and/or 2776 Antenna Units via MMF or SMF cabling; • up to eight ZinWave 2780 Small Form Pluggable (SFP) optical fibre transceiver modules;... -
Page 15: Technical Description
Using ZinWave 2780 SFP modules Control interfaces IEC 60603-7 (RJ-45) 100BASE-T Control interfaces 9-pin D connector (RS232 - CLI) Temperature - operating Temperature - storage Table 3-3: ZinWave 2780 optical fibre transceiver module physical parameters Parameter Symbol Value Unit Comments Min. Nom. -
Page 16: Zinwave 2760 Antenna Unit
I//O from ZinWave 2700 Hub Units to electrical RF I/O; • upgradeable to support future wireless standards; • powered either via 48V external power supply (ZinWave 9370) or by “Power over Ethernet” using mid-span • insertion panel in accordance with IEEE802.3af. Figure 3-2: ZinWave 2760 Antenna Unit 3.2.2... -
Page 17: Technical Description
3.3.1 General description Robust package (roof space or wall mountable); • converts optical I//O from ZinWave 2700 Hub Units to electrical RF I/O; • US Cellular band-specific but service independant; • powered by “Power over Ethernet” using mid-span insertion panel in accordance with IEEE802.3af. -
Page 18: Product Description
Temperature - storage Antenna The ZinWave DAS system can use a variety of Antennae connected to the Antenna Unit via Coax Cable. The • choice of Antenna will depend on the service requirement within the operational bandwidth of the system. We... -
Page 19: Multimode Optical Fibre Terminations And Cords
50173-1 and the laser optimised products specified in ANSI/TIA/EIA-B.3 do not generally require such controls but are not differentiated in this document. Where multimode optical fibres are to be used within ZinWave 2700 DAS channels they shall be terminated by the fusion splicing of ZinWave high concentricity (hi-conn) pigtails as listed in Table 3-8. -
Page 20: Singlemode Optical Fibre Terminations And Cords
Each ZinWave 2760 or 2776 Antenna Unit is connected to a Telecommunications Outlet (TO) which terminates the wireless application overlay cabling. In order to simplify the installation of the TO and the cabling to the TO, the ZinWave components listed in Table 3-9 should be used. -
Page 21: Table 3-9: Zinwave Optical Fibre Infrastructure Cables And Housings And Associated Product Part Numbers
The provision of remote power to the ZinWave 2760 or 2776 Antenna Units is achieved by the termination of an industry- standard Category 5e/Category 5:2002 balanced cables using the IEC 60603-7 socket in the TO Closure. -
Page 22: Figure 3-5: Zinwave 2760 Antenna Unit Installation On Multimode Optical Fibre
ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL MULTIMODE OPTICAL FIBRE INSTALLATION FOR ZINWAVE 2760 ANTENNA UNIT - PATCHED ONWARD CONNECTION ZinWave TO OF adaptor Industry-standard SMF adaptors (LC Duplex) ZinWave 2700 ZinWave TO Closure Patch Cord ZinWave 2700 Pigtail (MMF) -
Page 23: Figure 3-6: Zinwave 2760 Antenna Unit Installation On Singlemode Optical Fibre
ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL SINGLEMODE OPTICAL FIBRE INSTALLATION FOR ZINWAVE 2760 ANTENNA UNIT - PATCHED ONWARD CONNECTION ZinWave TO OF adaptor Industry-standard SMF adaptors (LC Duplex) Industry-standard ZinWave TO Closure Patch Cord Industry-standard Pigtail (SMF) -
Page 24: System 2700 Design And Planning
4.1.1 ZinWave 2700 DAS infrastructures One of the key advantages of the ZinWave 2700 DAS is the way in which it can use and be integrated with generic/structured cabling systems designed in accordance with the following standards: North America: ANSI/TIA/EIA-568 series;... -
Page 25: Zinwave 2700 Das In Stand-Alone Infrastructures
ZinWave Local Splice Panel can be installed in any convenient location, is completely passive and • requires no mains power supplies; the BD/ICs of Figure 4-1 are replaced by ZinWave Building Splice Panels as shown in the lower diagram in Figure • 4-2;... -
Page 26: Figure 4-2: Zinwave 2700 Das As A Stand-Alone Cabling System
The ZinWave 2700 DAS recognises this restriction but can, where necessary, operate over extended lengths provided that the total length and the channel insertion loss of the cabling channel from the ZinWave 2700 Hub Unit to each ZinWave 2760 or 2776 Antenna Unit does not exceed the values shown in Table 2-1. Nevertheless, to enable integration of the ZinWave 2700 DAS cabling within future generic/structured cabling it is recommended that length between the ZinWave Local Splice Panel and the TOs should not exceed 90 metres. -
Page 27: Distribution Of Overlay Cabling
The same distribution of 2760 or 2776 Antenna Units connection points applies to if the cabling is installed specifically to serve the ZinWave 2700 DAS using stand-alone cabling. ISO/IEC TR2 24704 recommends a “honeycomb” distribution grid as shown in Figure 4-3 which features the best overall coverage (450 m per TO). -
Page 28: Figure 4-4: Iso/Iec Tr2 24704 "Equivalent" Square Array
Figure 4-4: ISO/IEC TR2 24704 “Equivalent” square array ZinWave recommends that cabling to the wireless application TOs is installed to support 2760 or 2776 Antenna Units using the guidelines of this clause for both generic/structured and stand-alone cabling (where references to the FD/HC should be taken as the ZinWave Local Splice Panel). -
Page 29: Selection Of Optical Fibre Cabling Media
TOs will be less than that specified in Table 4-2. It should be noted that the number of TOs does not mandate the number of ZinWave 2760 or 2776 Antenna Units or the usage of those Antenna Units (see 4.8). However, the number of TOs does define the number of optical fibres to be provided from the FD/HC, and where a direct correspondence is applied, the number of optical fibres required in the backbone cabling subsystem which services the FD/HC. -
Page 30: Figure 4-5: Re-Use Of Existing Singlemode Optical Fibre Backbone Cabling At An Fd/Hc Via Patching
If there are adequate numbers of unused (or reassignable) multimode optical fibres in the building backbone cabling then their use for the ZinWave 2700 DAS will require, as shown in Figure 4-7: a crossconnection using the appropriate ZinWave hi-conn “patch cord” between the and the ZinWave Termination •... -
Page 31: Figure 4-7: Re-Use Of Existing Multimode Optical Fibre Backbone Cabling At An Fd/Hc Via Patching
Where existing backbone cables are to be used for the distribution of the ZinWave 2700 DAS, the optical fibre in the ZinWave TO cables (see Table 3-9), launch cords, hi-conn pigtails and patchcords (see Table 3-8), shall be selected to match those of the backbone cable. -
Page 32: Zinwave 2700 Das In Stand-Alone Infrastructures
(see 4.3.3) and more secure distribution of the services provided over the • ZinWave 2700 DAS by using ZinWave Splice Panels (as shown in Figure 4-6 and Figure 4-8) in as many locations as possible. -
Page 33: Channel Insertion Loss Considerations
INSTALLATION AND TECHNICAL MANUAL As the ZinWave 2700 DAS is “fibre-agnostic”, any selection of media may be made on a number of criteria including cabling installation cost, future requirements etc. The selection of the optical fibre media to be used and how they are to be connected should also take into account the considerations of channel length and channel insertion loss outlined in clause 4.3.3. -
Page 34: Figure 4-9: Optical Fibre Channel
Optical fibre channel Figure 4-9: Optical fibre channel A ZinWave 2700 DAS optical fibre channel will comprise lengths of cable and a number of connections and fusion spliced joints. For the purposes of this clause, the following assumptions are made: the attenuation coefficients of the multimode cabled optical fibres are those of Table 4-3 (a common value of •... -
Page 35: Figure 4-10: Zinwave 2700 Das Channels Over Multimode Optical Fibre
Singlemode optical fibre channel length and channel insertion loss calculations Figure 4-11 shows typical configurations for ZinWave 2700 DAS channels using internal singlemode optical fibre cables to the specifications quoted in Table 4-3. Figure 4-11 shows that for channels containing up to six connections and five... -
Page 36: Figure 4-11: Zinwave 2700 Das Channels Over Internal Singlemode Optical Fibre Cabling
ZinWave 2700 DAS (2000 metres) would be reached before the maximum channel insertion loss of Table 2-1 is attained. -
Page 37: Accommodation Of Zinwave To Closures
Accommodation of ZinWave TO Closures Each ZinWave TO Closure provides the capacity for 2 No. ZinWave TO cables and 2 No. 4 pair balanced cables (for provision of remote power feeding to ZinWave 2760 or 2776 Antenna Units. If fully populated a ZinWave TO Closure... -
Page 38: Accommodation Of Zinwave Termination Panels
24 No. LC-Duplex interfaces (this number of interfaces are not generally required • to provide connections to ZinWave 2760 or 2776 Antenna Units at each TO - instead they provide, if necessary, spare optical fibres to each TO as a means of resilience);... -
Page 39: Remote Powering Of Zinwave 2760 Or 2776 Antenna Units
Transceiver Distribution 4.8.1 General Clauses 4.1 to 4.7 have concentrated on the cabling infrastructure to support a ZinWave 2700 DAS. This clause focuses on the topics required to optimise the functionality of the ZinWave 2700 DAS using the infrastructure. 4.8.2... -
Page 40: Figure 4-13: Rf Combiner Options
SFP4 SFP5 SFP5 SFP5 SFP6 SFP6 SFP6 SFP7 SFP7 SFP7 SFP8 SFP8 SFP8 [1:2] x 4 [1:4] + [1:2] x 2 [2:4] x 2 [4:8] Figure 4-13: RF combiner options ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 33... -
Page 41: Zinwave 2700 Das Installation
Multimode optical fibre cables The termination of all multimode optical fibres to be used by the ZinWave 2700 DAS shall be via the fusion splicing of ZinWave hi-conn pigtails as detailed in Table 3-8. The adaptors shall be SMF variants of the relevant connector style. -
Page 42: Cords
5.1.4.2 Singlemode optical fibre cables The termination of all singlemode optical fibres to be used by the ZinWave 2700 DAS shall be via the fusion splicing of industry-standard pigtails. The adaptors shall be SMF variants of the relevant connector style. -
Page 43: Maintenance, Troubleshooting And Technical Assistance
ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL MAINTENANCE, TROUBLESHOOTING AND TECHNICAL ASSISTANCE Maintenance Troubleshooting Technical assistance ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 36... -
Page 44: Bibliography
(07/06) {Source: IEC 61000-6-1:2005 (Modified)} EN 61000-6-3:2001 Electromagnetic compatibility (EMC) - Part 6-3: Generic standards - Emission (+A11:2004) standard for residential, commercial and light-industrial environments {Source: CISPR/IEC 61000-6-3:1996 (Modified)} ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 37... -
Page 45: Etsi
NEBS Requirements: Physical Protection Telcordia GR-1089: 2002 Electromagnetic Compatibility and Electrical Safety - Generic Criteria for Network Telecommunications Equipment UL 60950 Safety of information technology equipment - Safety - Part 1: General requirements. ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 38... -
Page 46: Japan
ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL Japan Voluntary Control Council for http://www.ce-mag.com/99ARG/Gubisch145.html interference by Information Technology Equipment, Japan. ZINWAVE 2700 DAS - INSTALLATION AND TECHNICAL MANUAL Page 39...