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User Manuals: Zinwave 2700 DAS Antenna System
Manuals and User Guides for Zinwave 2700 DAS Antenna System. We have
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Zinwave 2700 DAS Antenna System manual available for free PDF download: Installation And Technical Manual
Zinwave 2700 DAS Installation And Technical Manual (46 pages)
Distributed Antenna System
Brand:
Zinwave
| Category:
Antenna
| Size: 0 MB
Table of Contents
Introduction
3
Trademark
3
Warranty
4
Table of Contents
5
1 General Information
8
Purpose and Scope of this Document
8
Conventions, Definitions and Abbreviations
9
Conventions
9
Definitions
9
Abbreviations
9
External Standards Compliance
10
Zinwave 2700 das
10
Zinwave 2700 System Installation
10
Regulatory Compliance
10
Other Zinwave Publications
10
2 Overview of the Zinwave 2700 das
11
Introduction
11
Figure 2-1: Elements of Standards-Based Structured/Generic Cabling
11
The Components
12
The Technology
12
The System
12
Integrated Management Software
12
System Specification
13
Table 2-1 : Channel Transmission Performance
13
Table 2-2: Downlink RF Parameters
13
Table 2-3: Uplink RF Parameters
13
3 Zinwave 2700 das Equipment
14
Zinwave 270X Hub
14
General Description
14
Product Description
14
Figure 3-1: Zinwave 2700 Hub Unit with 8 Zinwave 2780 Modules
14
Table 3-1: Zinwave 2700 Hub Unit and Associated Product Part Numbers
14
Technical Description
15
Table 3-2: Zinwave 2700 Hub Unit Physical Parameters
15
Table 3-3: Zinwave 2780 Optical Fibre Transceiver Module Physical Parameters
15
Zinwave 2760 Antenna Unit
16
General Description
16
Product Description
16
Warning and Safety - the Antenna Unit Must be Installed at a Distance of Greater than 20Cm Away from the Proximity of Operators and Intended Operation.technical Description
16
Figure 3-2: Zinwave 2760 Antenna Unit
16
Table 3-4: Zinwave 2760 Antenna Unit and Associated Product Part Numbers
16
Technical Description
17
Zinwave 2776 Antenna Unit
17
General Description
17
Figure 3-3: Zinwave 2776 Antenna Unit
17
Table 3-5: Zinwave 2760 Antenna Unit Physical Parameters
17
Product Description
18
Warning and Safety - the Antenna Unit Must be Installed at a Distance of Greater than 20Cm Away from the Proximity of Operators and Intended Operation
18
Technical Description
18
Antenna
18
Table 3-6: Zinwave 2776 Antenna Unit and Associated Product Part Numbers
18
Table 3-7: Zinwave 2776 Antenna Unit Physical Parameters
18
Multimode Optical Fibre Terminations and Cords
19
Table 3-8: Zinwave Optical Fibre Infrastructure Cords and Associated Product Part Numbers
19
Singlemode Optical Fibre Terminations and Cords
20
Telecommunication Outlet (TO) Connectivity
20
Figure 3-4: Zinwave 2700 das Installation on Multimode Optical Fibre
20
Table 3-9: Zinwave Optical Fibre Infrastructure Cables and Housings and Associated Product Part Numbers
21
Figure 3-5: Zinwave 2760 Antenna Unit Installation on Multimode Optical Fibre
22
Figure 3-6: Zinwave 2760 Antenna Unit Installation on Singlemode Optical Fibre
23
4 System 2700 Design and Planning
24
Infrastructure Planning
24
Zinwave 2700 das Infrastructures
24
Zinwave 2700 das Integration Within Generic/Structured Cabling Infrastructures
24
Zinwave 2700 das in Stand-Alone Infrastructures
25
Figure 4-1: Zinwave 2700 das Within a Generic/Structured Cabling System
25
Figure 4-2: Zinwave 2700 das as a Stand-Alone Cabling System
26
Distribution of Overlay Cabling
27
Figure 4-3: ISO/IEC TR2 "Honeycomb" Distribution Array
27
Table 4-1: Spaces Served by Tos in Square Array of Figure 5-4
27
Figure 4-4: ISO/IEC TR2 24704 "Equivalent" Square Array
28
Table 4-2: Quantity of Tos in Areas Served by each FD/HC
28
Selection of Optical Fibre Cabling Media
29
Zinwave 2700 das Integration Within Generic/Structured Cabling Infrastructures
29
Figure 4-5: Re-Use of Existing Singlemode Optical Fibre Backbone Cabling at an FD/HC Via Patching
30
Figure 4-6: Re-Use of Existing Singlemode Optical Fibre Backbone Cabling at an FD/HC Via Splicing Within a Panel
30
Figure 4-7: Re-Use of Existing Multimode Optical Fibre Backbone Cabling at an FD/HC Via Patching
31
Zinwave 2700 das in Stand-Alone Infrastructures
32
Figure 4-8: Re-Use of Existing Multimode Optical Fibre Backbone Cabling at an FD/HC Via Splicing Within a Panel
32
Channel Insertion Loss Considerations
33
Table 4-3: Performance of Cabled Optical Fibres in Generic/Structured Cabling Standards
33
Figure 4-9: Optical Fibre Channel
34
Table 4-4: Typical Channel Insertion Loss from Connecting Hardware
34
Figure 4-10: Zinwave 2700 das Channels over Multimode Optical Fibre
35
Table 4-5: Multimode Optical Fibre Channel Length for Multiple Connections and Fusion Splices
35
Figure 4-11: Zinwave 2700 das Channels over Internal Singlemode Optical Fibre Cabling
36
Table 4-6: Internal Singlemode Optical Fibre Channel Length for Multiple Connections and Fusion Splices
36
Accommodation of Zinwave to Closures
37
Figure 4-12: Zinwave 2700 das Channels over Internal and External Singlemode Optical Fibre Cabling
37
Table 4-7: Internal/External Singlemode Optical Fibre Channel Length for Multiple Connections and Fusion Splices
37
Accommodation of Zinwave Termination Panels
38
Accommodation of Zinwave Splice Panels
38
Remote Powering of Zinwave 2760 or 2776 Antenna Units
39
Transceiver Distribution
39
General
39
RF Source Mapping
39
Service-Specific Antenna Service Mapping
39
Gain Mapping
39
Figure 4-13: RF Combiner Options
40
5 Zinwave 2700 das Installation
41
Cabling Installation
41
General
41
Cables
41
Fitting of the Zinwave to Closure
41
Cable Termination
41
Cords
42
Inspection and Testing of Installed Optical Fibre Cabling
42
6 Maintenance, Troubleshooting and Technical Assistance
43
Maintenance
43
Troubleshooting
43
Technical Assistance
43
Bibliography
44
International
44
European
44
Cen/Cenelec
44
Etsi
45
North America
45
Japan
46
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