ZinWave 2700 DAS Installation And Technical Manual Download

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ZINWAVE 2700

DISTRIBUTED ANTENNA SYSTEM

INSTALLATION AND TECHNICAL MANUAL

Summary of Contents for 2700 DAS

Page 1: ...ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL ...

Page 2: ...ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL ZINWAVE 2700 DAS INSTALLATION AND TECHNICAL MANUAL ii Part No Document No Issue v6 THIS PAGE IS LEFT INTENTIONALLY BLANK ...

Page 3: ...ugged into sockets in the front panel of the module Each RF channel is always connected to at least 2 optical channels Accepted combination options include 1x2 1x4 1x8 2x2 2x4 2x8 3x2 3x8 4x2 4x8 each of x inputs to y outputs Where x and y are both numbers greater than 2 this implies that the RF channels are being combined onto multiple optical channels Visible warning LEDs are incorporated to sho...

Page 4: ...ined 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 This covers the installation of Zinwave 2780 SFP optical fibre transceiver modules into the ZinWave 2700 Hub the replacement of the Zinwave 2781 SFP optical fibre transcei...

Page 5: ...nna unit must be installed at a distance of greater than 20cm away from the proximity of operators and intended operation Technical description 9 Technical description 10 3 3 ZinWave 2776 Antenna Unit 10 3 3 1 General description 10 3 3 2 Product description 11 Warning and safety The antenna unit must be installed at a distance of greater than 20cm away from the proximity of operators and intended...

Page 6: ...rce mapping 32 4 8 3 Service specific antenna service mapping 32 4 9 Gain Mapping 32 5 ZinWave 2700 DAS Installation 34 5 1 Cabling installation 34 5 1 1 General 34 5 1 2 Cables 34 5 1 3 Fitting of the ZinWave TO Closure 34 5 1 4 Cable termination 34 5 1 5 Cords 35 5 2 Inspection and testing of installed optical fibre cabling 35 6 Maintenance troubleshooting and technical assistance 36 6 1 Mainten...

Page 7: ...700 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 6 Table 2 2 Downlink RF parameters 6 Table 2 3 Uplink RF parameters 6 Table 3 1 ZinWave 2700 Hub Unit and associated product part numbers ...

Page 8: ...ZINWAVE 2700 DISTRIBUTED ANTENNA SYSTEM INSTALLATION AND TECHNICAL MANUAL ZINWAVE 2700 DAS INSTALLATION AND TECHNICAL MANUAL Page 1 1 GENERAL INFORMATION 1 1 1 Purpose and scope of this document 2 3 4 5 ...

Page 9: ...al Cellular System EDGE Enhanced Data rates for GSM Evolution EMC Electromagnetic Compatibility EN Euronorm European Standard ETSI European Telecommunications Standards Institute EVDO Evolution Data Optimized FCC Federal Communications Commission GSM Global System for Mobile Communications Hi conn High concentricity HU Hub Unit iDEN Integrated Digital Enhanced Network Motorola IEC International El...

Page 10: ...aser products Part 1 Equipment classification requirements and user s guide 29 30 The ZinWave 2700 DAS products are compliant with NEBS Level 3 requirements for electrical safety and 31 electromagnetic performance defined in Telcordia SR 3580 NEBS Criteria Levels and are thereby fully compliant with 32 the requirements of the following 33 Telcordia GR 63 CORE NEBS Requirements Physical Protection ...

Page 11: ... following standards to be used as the transmission system 75 North America ANSI TIA EIA 568 series 76 European EN 50173 series 77 international ISO IEC 11801 78 79 NOTE Optimal performance of the ZinWave 2700 DAS may require the re termination of the optical fibres within legacy 80 multimode optical fibre infrastructures installed using components meeting the above mentioned standards This is 81 ...

Page 12: ...n the hub and antenna units are fibre agnostic i e they can be used with either 50 125 120 mm or 62 5 125 µm MMF ZinWave 2700 channels can be up to 550 metres long provided that the MMF cable has a 121 modal bandwidth of at least 500MHz km 1300 nm 122 123 This length of channel is more than adequate to facilitate a high quality broadband in building coverage extension 124 system for multiple simul...

Page 13: ...ertion loss values may be supportable for lower modal bandwidth options following detailed analysis by ZinWave NOTE 2 At max HU RF input power max AU RF output power maximum uplink noise figure and for any RF combiner distribution Table 2 2 Downlink RF parameters 151 Parameter Value Unit Comments Min Nom Max System Bandwidth 2760 AU 2776 AU 370 869 894 2500 1930 1990 MHz RF input power 5 0 10 dBm ...

Page 14: ...ntenna Units via MMF or SMF cabling 164 up to eight ZinWave 2780 Small Form Pluggable SFP optical fibre transceiver modules 165 LED indicators above each optical port to show existence of transmitted received optical signal as 166 appropriate 167 system management via 168 SNMP v2 GUI network management 169 Command Line Interface CLI based network management via Telnet 170 RJ 45 Ethernet and serial...

Page 15: ...60 Hz Mains power consumption 15 W Mains power interface 1 IEC Socket RF interfaces 8 SMA connectors separate Tx and Rx providing 4 RF I O pairs Optical interfaces 8 Using ZinWave 2780 SFP modules Control interfaces 1 IEC 60603 7 RJ 45 100BASE T Control interfaces 1 9 pin D connector RS232 CLI Temperature operating 0 55 o C Temperature storage 25 55 o C 186 187 Table 3 3 ZinWave 2780 optical fibre...

Page 16: ...ernet using mid span 194 insertion panel in accordance with IEEE802 3af 195 196 197 198 Figure 3 2 ZinWave 2760 Antenna Unit 199 200 201 3 2 2 Product description 202 203 Table 3 4 ZinWave 2760 Antenna Unit and associated product part numbers 204 Product Reference Description Information 2760 Antenna unit Includes ZinWave 2781 2 5GHz SFP 9370 AU Power Supply Unit 100 240VAC 50 60Hz IEC mains socke...

Page 17: ...3 W Power supply interface AC DC 1 LEMO Power supply interface IEEE 802 3af 1 IEC 60603 7 RJ 45 RF interfaces 2 SMA Optical interfaces 1 IEC 61754 20 LC Duplex Temperature operating 0 45 o C Temperature storage 25 55 o C 211 3 3 ZinWave 2776 Antenna Unit 212 3 3 1 General description 213 Robust package roof space or wall mountable 214 converts optical I O from ZinWave 2700 Hub Units to electrical ...

Page 18: ... 45 RF interfaces 1 N female Optical interfaces 1 IEC 60874 14 SC Duplex Temperature operating 0 45 o C Temperature storage 25 55 o C 234 235 3 4 Antenna 236 The ZinWave DAS system can use a variety of Antennae connected to the Antenna Unit via Coax Cable The 237 choice of Antenna will depend on the service requirement within the operational bandwidth of the system We 238 recommend the use of a br...

Page 19: ...s listed in Table 3 8 275 276 Where ZinWave 2700 DAS Hub and Antenna Units are connected to multimode optical fibre interfaces it is necessary to 277 use ZinWave 2700 equipment cords listed in Table 3 8 These duplex cords feature an offset launch in the launch leg 278 and must be connected in the correct orientatIon 279 280 WARNING ZinWave equipment cords are marked to indicate which is the launch...

Page 20: ...99 Each ZinWave 2760 or 2776 Antenna Unit is connected to a Telecommunications Outlet TO which terminates the 300 wireless application overlay cabling 301 302 In order to simplify the installation of the TO and the cabling to the TO the ZinWave components listed in Table 3 9 303 should be used 304 305 The TO Closure is designed to allow the connection of optical fibre cabling and where required re...

Page 21: ... Duplex connector ports and 2 No PoE presentation Incoming glands for 2 No balanced cables and 2 No OF cables XXXX XX SMF Adaptor LC Duplex 10322 H 30 m TO cable 2 No SMF OF Terminated at one end with LC Duplex connector 50322 H 30 m TO cable 2 No 50 125 µm OF Terminated at one end with LC Duplex connector meeting ZinWave 2700 hi con requirements 60322 H 50 m TO cable 2 No 62 5 125 µm OF Terminate...

Page 22: ...quipment Cord ZinWave 2700 Pigtail MMF ZinWave 2700 Pigtail MMF ZinWave 2700 Patch Cord ZinWave TO OF adaptor LC Duplex Industry standard SMF adaptors ZinWave TO Closure MULTIMODE OPTICAL FIBRE INSTALLATION FOR ZINWAVE 2760 ANTENNA UNIT JOINTED ONWARD CONNECTION ZinWave 2760 Antenna Unit ZinWave 2700 Equipment Cord ZinWave TO OF adaptor LC Duplex ZinWave TO Closure 336 337 Figure 3 5 ZinWave 2760 ...

Page 23: ...ipment Cord Industry standard Pigtail SMF Industry standard Pigtail SMF Industry standard Patch Cord ZinWave TO OF adaptor LC Duplex Industry standard SMF adaptors ZinWave TO Closure SINGLEMODE OPTICAL FIBRE INSTALLATION FOR ZINWAVE 2760 ANTENNA UNIT JOINTED ONWARD CONNECTION ZinWave 2760 Antenna Unit Industry standard Equipment Cord ZinWave TO OF adaptor LC Duplex ZinWave TO Closure 342 343 Figur...

Page 24: ...length between the connection of the generic wireless 368 application overlay cabling at the FD HC and the TOs should not exceed 90 metres 369 370 NOTE The provision of remote powering of the ZinWave 2760 or 2776 Antenna Unit using Power over Ethernet should not be 371 implemented if the resulting channel length between the mid span power insertion panel at the FD HC and the ZinWave 372 2760 or 27...

Page 25: ...s no generic structured cabling system or the premises do not contain viable locations 406 for distributors crossconnects 407 408 For distribution in a single building 409 the FD HCs of Figure 4 1 are replaced by ZinWave Local Splice Panels as shown in Figure 4 2 410 ZinWave Splice Panels can be installed in any convenient location are completely passive and require 411 no mains power supplies 412...

Page 26: ...Wave 438 Building Splice or Termination Panel 439 for campus distribution determine the number of optical fibres to be used between each Building Splice Panel and 440 the corresponding ZinWave Campus Termination Panel 441 determine the optical fibre media to be used 442 whether the ZinWave 2700 DAS is to be implemented by incorporating the customers existing optical 443 fibre infrastructure or by ...

Page 27: ... metres 18 metres TO for wireless applications 463 Figure 4 3 ISO IEC TR2 Honeycomb distribution array 464 465 However certain areas and layouts may be better suited with a square array as shown in Figure 4 4 which although 466 using more TOs 282 m 2 per TO is more easily analysed in terms of building designs Table 4 1 shows the spatial 467 coverage of the square array of Figure 5 4 468 469 470 Ta...

Page 28: ...y each FD HC and the shape 484 of that floor area The maximum number TOs required to service the areas and dimensions served by an FD HC is 485 shown in Table 4 2 486 487 488 Table 4 2 Quantity of TOs in areas served by each FD HC 489 Floor area m 2 Floor dimensions m No of TO max Floor area m2 ft2 Floor dimensions m No of TO max 10 x 50 3 square 20 x 100 11 honeycomb 15 x 33 2 square 25 x 80 9 ho...

Page 29: ...oth multimode and singlemode optical fibres 521 either as separate or composite cables If there are insufficient multimode optical fibres available it may be that the 522 singlemode optical fibres are unused In such cases as the ZinWave 2700 DAS is fibre agnostic it reasonable to use 523 the singlemode backbone cabling and to implement the generic wireless application overlay cabling in singlemode...

Page 30: ...a patching 555 556 557 Zinwave SMF TO Cable Optical fibre management containing fusion splice joints SMF optical fibre cable building backbone ZinWave Splice Panel 558 Figure 4 6 Re use of existing singlemode optical fibre backbone cabling at an FD HC via splicing within a panel 559 560 4 3 1 3 Re use of existing multimode backbone cabling 561 If there are adequate numbers of unused or reassignabl...

Page 31: ...580 already operating though the optical fibre contained within it 581 582 WARNING Installers may be unwilling to accept responsibility for the modifications made to existing cable plant The opening of 583 backbone panels may 584 a be difficult due to poor cable dressing practice in the cabinets that puts both the re work and other cabling at risk 585 b determine that inadequate lengths of optical...

Page 32: ...nd ISO IEC 11801 may be 613 considered 614 615 The specifications of the cabled optical fibres in these standards are shown in Table 4 3 The sahded areas show 616 parameters that are not relevant for the ZinWave 2700 DAS but do influence selection for other applications 617 618 As the ZinWave 2700 DAS is fibre agnostic any selection of media may be made on a number of criteria including 619 requir...

Page 33: ...SI TIA EIA 568 B series External plant 0 5 dB km 1550 nm 1 0 dB km 1310 nm OS1 1 0 dB km 1550 nm 0 4 dB km 1310 nm EN 50173 1 OS2 0 4 dB km 1550 nm 1 0 dB km 1310 nm OS1 1 0 dB km 1550 nm 0 4 dB km 1310 nm SMF ISO IEC 11801 OS2 1 0 4 dB km 1550 nm N A Basic 3 5 dB km 850 nm 500 MHz km 850 nm Laser optimised 3 5 dB km 850 nm 15002 MHz km 850 nm ANSI TIA EIA 568 B series Basic or laser optimised 1 5...

Page 34: ... channel 7 2 14 2 51 2 90 3 20 3 46 3 71 3 95 678 679 NOTE It should be noted that the statistical addition of connection and fusion splice losses assumes that all interfaces are in 680 good condition terminated jointed in accordance with suppliers instructions and meet the following individual 681 performance criteria 682 a Connections 100 0 75dB 95 0 5 dB 683 b Fusion splices 100 0 3dB 95 0 15 d...

Page 35: ...ns 2 76 dB max 5 splices 0 5 dB max Total 4 00 dB ZinWave TO Closure ZinWave Panel Backbone Panel Backbone Panel TO FD HC BD IC Backbone Panel Backbone Panel CD MC MMF 1 5 dB km max 550 m 0 83 dB max Statistical addition 4 connections 2 20 dB max 4 splices 0 4 dB max Total 3 43 dB Backbone Panel BD IC Backbone Panel Backbone Panel CD MC ZinWave TO Closure Splice Panel TO FD HC ZinWave AU ZinWave H...

Page 36: ...anel Equipment Room ZinWave TO Closure Splice Panel Backbone Panel TO FD HC BD IC SMF 1 0 dB km max 1400 m 1 40 dB max Statistical addition 4 connections 2 20 dB max 4 splices 0 4 dB max Total 4 00 dB ZinWave Panel ZinWave Panel ZinWave AU ZinWave AU ZinWave AU ZinWave HU ZinWave HU ZinWave HU 724 Figure 4 11 ZinWave 2700 DAS channels over internal singlemode optical fibre cabling 725 726 Table 4 ...

Page 37: ...anel BD IC Backbone Panel CD MC ZinWave TO Closure Splice Panel TO FD HC SMF i SMF e SMF i ZinWave AU ZinWave AU ZinWave AU ZinWave HU ZinWave HU ZinWave HU 743 Figure 4 12 ZinWave 2700 DAS channels over internal and external singlemode optical fibre cabling 744 745 Table 4 7 Internal external singlemode optical fibre channel length for multiple connections and fusion splices 746 Typical total cha...

Page 38: ...y 775 are recommended to contain the following features 776 a 1U 19 unit for cabinet rack frame fixing 777 front panel access to maximum of 24 No LC Duplex interfaces this number of interfaces are not generally required 778 to provide connections to ZinWave 2760 or 2776 Antenna Units at each TO instead they provide if necessary spare 779 optical fibres to each TO as a means of resilience 780 gland...

Page 39: ...e topics required to optimise the functionality of the ZinWave 2700 DAS using the infrastructure 832 833 4 8 2 RF source mapping 834 The RF combiner within the ZinWave 2700 basic hub operates with the installed ZinWave 2780 SFP optical fibre 835 transceiver modules in specific combinations The possible combinations are shown in Figure 4 13 836 837 The requirement delivery of services within the pr...

Page 40: ...2 RF3 RF4 I O I O I O I O SFP1 SFP2 SFP3 SFP4 SFP5 SFP6 SFP7 SFP8 SFP1 SFP2 SFP3 SFP4 SFP5 SFP6 SFP7 SFP8 RF1 RF2 RF3 RF4 I O I O I O I O RF1 RF2 RF3 RF4 I O I O I O I O SFP1 SFP2 SFP3 SFP4 SFP5 SFP6 SFP7 SFP8 SFP1 SFP2 SFP3 SFP4 SFP5 SFP6 SFP7 SFP8 RF1 RF2 RF3 RF4 I O I O I O I O 1 2 x 4 1 4 1 2 x 2 2 4 x 2 4 8 861 862 Figure 4 13 RF combiner options 863 864 865 866 867 ...

Page 41: ... sources may be presented on larger coaxial cables that are not 895 physically compatible to the SMA interface of the Hub Unit It is therefore required to install a separate interface panel in 896 association with the ZinWave 2700 Hub Unit that provides a fixed conversion from the larger coaxial cables to cables 897 that are physically compatible to the SMA interfaces on the ZinWave 2700 Hub Unit ...

Page 42: ...O IEC 11801 2002 935 936 5 1 5 Cords 937 5 1 5 1 Multimode optical fibre cords 938 Where ZinWave 2700 DAS Hub and Antenna Units are connected to multimode optical fibre interfaces it is necessary to 939 use ZinWave 2700 equipment cords listed in Table 3 8 These duplex cords feature an offset launch in the launch leg 940 and must be connected in the correct orientatIon 941 942 The connection betwee...

Page 43: ...A SYSTEM INSTALLATION AND TECHNICAL MANUAL ZINWAVE 2700 DAS INSTALLATION AND TECHNICAL MANUAL Page 36 6 MAINTENANCE TROUBLESHOOTING AND TECHNICAL ASSISTANCE 964 6 1 Maintenance 965 6 2 Troubleshooting 966 6 3 Technical assistance 967 ...

Page 44: ...technology Generic cabling systems General requirements and office areas EN 50174 1 2000 Information technology Cabling installation Part 1 Specification and quality assurance EN 50174 2 2000 Information technology Cabling installation Part 2 Installation planning and practices inside buildings EN 50174 3 2003 Information technology Cabling installation Part 2 Installation planning and practices o...

Page 45: ...ing essential requirements under article 3 2 of the R TTE directive GSM 13 21 version 8 1 2 Release 1999 EN 301 908 V3 2 1 series Electromagnetic compatibility and Radio spectrum Matters ERM Base Stations BS Repeaters and User Equipment UE for IMT 2000 Third Generation cellular networks EN 302 326 1 V1 1 1 2005 12 Fixed Radio Systems Multipoint Equipment and Antennas Part 1 Overview and Requiremen...

Page 46: ...M INSTALLATION AND TECHNICAL MANUAL ZINWAVE 2700 DAS INSTALLATION AND TECHNICAL MANUAL Page 39 Japan 981 Voluntary Control Council for interference by Information Technology Equipment Japan http www ce mag com 99ARG Gubisch145 html 982 983 ...

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