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BSI 23/30455926 DC 2023

BSI 23/30455926 DC 2023

$13.70

BS ISO/IEC 11801-1. AMD 1. Information technology. Generic cabling for customer premises – Part 1. General requirements

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BSI 2023 166
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PDF Pages PDF Title
1 30455926-NC.pdf
3 ISO_IEC 11801-1;2017 ed.1 – id.66182 Publication PDF (en).pdf
6 CONTENTS
15 FOREWORD
17 INTRODUCTION
18 Figures
Figure 1 – Relationships between the generic cabling documents produced by ISO/IEC JTC 1/SC 25
19 1 Scope
2 Normative references
24 3 Terms, definitions, abbreviations and symbols
3.1 Terms and definitions
31 3.2 Abbreviations
33 3.3 Symbols
3.3.1 Variables
34 3.3.2 Indices
4 Conformance
35 5 Structure of generic cabling
5.1 Functional elements
Figure 2 – General functional elements
Figure 3 – Interconnect models
36 5.2 Interfaces
5.3 Cabling subsystems
5.3.1 Cabling subsystem 1
Figure 4 – Cross-connect models
Figure 5 – Equipment and test interfaces
37 5.3.2 Cabling subsystems n ≥ 2
5.3.3 Common subsystems
38 5.3.4 Tie cabling
5.3.5 Channel and permanent link
6 Channel performance requirements
6.1 General
6.2 Environmental performance
6.2.1 General
39 6.2.2 Environmental classification
Tables
Table 1 – Channel environments
40 Table 2 – Details of environmental classification
41 6.3 Balanced cabling transmission performance
6.3.1 General
42 6.3.2 Component choice
6.3.3 Channel parameters
43 Table 3 – Return loss for a channel
44 Table 4 – Informative return loss values for a channel at key frequencies
45 Table 5 – Insertion loss for a channel
46 Table 6 – Informative insertion loss values for a channel at key frequencies
47 Table 7 – NEXT for a channel
48 Table 8 – Informative NEXT values for a channel at key frequencies
49 Table 9 – PS NEXT for a channel
50 Table 10 – Informative PS NEXT values for a channel at key frequencies
51 Table 11 – Informative ACR-N values for a channel at key frequencies
52 Table 12 – Informative PS ACR-N values for a channel at key frequencies
53 Table 13 – ACR-F for a channel
54 Table 14 – Informative ACR-F values for a channel at key frequencies
55 Table 15 – PS ACR-F for a channel
56 Table 16 – Informative PS ACR-F values for a channel at key frequencies
Table 17 – DC loop resistance for a channel
57 Table 18 – Propagation delay for a channel
58 Table 19 – Informative propagation delay values for a channel at key frequencies
59 Table 20 – Delay skew for a channel
60 Table 21 – TCL for channel for unscreened systems
Table 22 – Informative TCL values for unscreened channels at key frequencies
Table 23 – TCL for Class I and II screened channels
61 Table 24 – Informative TCL values for Class I and II screened channels at key frequencies
Table 25 – ELTCTL for channel for unscreened systems
62 Table 26 – Informative ELTCTL values for unscreened channels at key frequencies
Table 27 – ELTCTL for Class I and II channels
Table 28 – Informative ELTCTL values for Class I and II channels at key frequencies
63 Table 29 – Coupling attenuation for a channel for screened systems
64 Table 30 – PS ANEXT for a channel
Table 31 – Informative PS ANEXT values for a channel at key frequencies
65 Table 32 – PS ANEXTavg for a channel
Table 33 – Informative PS ANEXTavg values for a channel at key frequencies
66 Table 34 – PS AACR-F for a channel
67 Table 35 – Informative PS AACR-F values for a channel at key frequencies
Table 36 – PS AACR-Favg for a channel
68 6.4 Coaxial cabling transmission performance
6.4.1 General
Table 37 – Informative PS AACR-Favg values for a channel at key frequencies
Table 38 – Alien crosstalk and coupling attenuation for screened channels
69 6.4.2 Component choice
6.4.3 Channel parameters
Table 39 – Return loss for a channel
Table 40 – Insertion loss for a channel
70 Table 41 – Informative insertion loss values for a channel at key frequencies
Table 42 – DC loop resistance for a channel
Table 43 – DC current carrying capacity for a channel
Table 44 – Operating voltage for a channel
71 6.5 Optical fibre cabling transmission performance
6.5.1 Component choice
6.5.2 Channel parameters
7 Link performance requirements
7.1 General
Table 45 – Screening attenuation for a channel
72 7.2 Balanced cabling
7.2.1 General
Figure 6 – Link options
Figure 7 – Link designations
73 7.2.2 Return loss
Table 46 – Return loss for 2-connection or 3-connection link
74 7.2.3 Insertion loss/attenuation
Table 47 – Informative return loss values for links at key frequencies
75 Table 48 – Insertion loss for 2-connection or 3-connection link
76 7.2.4 NEXT
Table 49 – Informative insertion loss values for links withmaximum implementation at key frequencies
Table 50 – NEXT for 2-connection or 3-connection link
78 Table 51 – Informative NEXT values for linkswith maximum implementation at key frequencies
79 Table 52 – PS NEXT for 2-connection or 3-connection link
80 7.2.5 Attenuation to crosstalk ratio at the near-end
Table 53 – Informative PS NEXT values for links withmaximum implementation at key frequencies
81 Table 54 – Informative ACR-N values for links withmaximum implementation at key frequencies
82 7.2.6 Attenuation to crosstalk ratio at the far-end
Table 55 – Informative PS ACR-N values for links withmaximum implementation at key frequencies
83 Table 56 – ACR-F for 2-connection or 3-connection link
84 Table 57 – Informative ACR-F values for links withmaximum implementation at key frequencies
85 Table 58 – PS ACR-F for 2-connection or 3-connection link
86 7.2.7 Direct current loop resistance
Table 59 – Informative PS ACR-F values for links with maximum implementation at key frequencies
Table 60 – DC loop resistance for 2-connection or 3-connection link
87 7.2.8 Direct current resistance unbalance
7.2.9 Propagation delay
Table 61 – Informative DC loop resistance for links withmaximum implementation
88 7.2.10 Delay skew
Table 62 – Propagation delay for 2-connection or 3-connection link
Table 63 – Informative propagation delay values for links withmaximum implementation at key frequencies
89 Table 64 – Delay skew for 2-connection or 3-connection link
90 7.2.11 Unbalance attenuation and coupling attenuation
Table 65 – Informative delay skew for links with maximum implementation
91 Table 66 – TCL for Class I and II screened permanent links
Table 67 – Informative TCL values for Class I and II screened permanent links at key frequencies
92 Table 68 – ELTCTL for Class I and II permanent links
Table 69 – Informative ELTCTL values for Class I and II permanent links at key frequencies
93 7.2.12 Alien crosstalk
Table 70 – Coupling attenuation for a screened permanent link
Table 71 – Informative coupling attenuation values for screened permanent links at key frequencies
94 Table 72 – PS ANEXT for 2-connection or 3-connection link
95 Table 73 – Informative PS ANEXT values for links at key frequencies
Table 74 – PS ANEXTavg for 2-connection or 3-connection link
96 Table 75 – Informative PS ANEXTavg values for links at key frequencies
Table 76 – PS AACRF for 2-connection or 3-connection link
97 Table 77 – Informative PS AACRF values for links at key frequencies
Table 78 – PS AACRFavg for a 2-connection or 3-connection link
98 7.3 Coaxial cabling
7.3.1 General
7.3.2 Return loss
7.3.3 Insertion loss
Table 79 – Informative PS AACRFavg values for links at key frequencies
Table 80 – Alien crosstalk and coupling attenuation for screened links
99 7.3.4 Direct current loop resistance
7.3.5 DC current carrying capacity
7.3.6 Screening attenuation
7.4 Optical fibre cabling
Table 81 – Insertion loss for link
Table 82 – Informative insertion loss values for link at key frequencies
Table 83 – DC loop resistance for link
100 8 Reference implementation for backbone cabling subsystems
8.1 General
8.2 Balanced cabling
8.2.1 Component choice
8.2.2 Dimensions
Figure 8 – Backbone cabling model
101 8.3 Optical fibre cabling
8.3.1 General
Table 84 – Backbone link length equations
102 8.3.2 Component selection
8.3.3 Dimensions
9 Cable requirements
9.1 General
9.2 Operating environment
9.3 Balanced cables
9.3.1 Basic requirements
103 9.3.2 Balanced cables of Category 5 through 7A, 8.1 and 8.2
Table 85 – Basic requirements of balanced cables
Table 86 – Mechanical characteristics of balanced cables of Category 5, 6, 6A, 7 and 7A
105 9.3.3 Balanced cables of Category BCT-B
106 Table 87 – Mechanical characteristics of balanced cables of Category BCT-B
Table 88 – Minimum transmission performance requirements BCT-B balanced pairs
107 9.4 Coaxial cables
9.4.1 General
9.4.2 Environmental characteristics
9.4.3 Mechanical characteristics
Table 89 – Basic requirements of coaxial cables
Table 90 – Mechanical performance requirements for coaxial BCT cables
108 9.4.4 Electrical characteristics
9.5 Optical fibre cable (cabled optical fibres)
9.5.1 Mechanical and environmental characteristics
Table 91 – Minimum electrical performance requirements for cables of Category BCT-C
109 9.5.2 Cabled optical fibre Categories
Table 92 – Cabled optical fibre attenuation (maximum), dB/km
Table 93 – Multimode optical fibre modal bandwidth
110 10 Connecting hardware requirements
10.1 General requirements
10.1.1 Overview
10.1.2 Location
10.1.3 Design
111 10.1.4 Operating environment
Table 94 – Environmental performance specifications for balanced cabling connecting hardware
112 Table 95 – Environmental performance specifications for coaxial cabling connecting hardware
113 10.1.5 Mounting
10.1.6 Installation practices
Table 96 – Environmental performance specifications for optical fibre cabling connecting hardware
114 10.1.7 Marking and colour coding
10.2 Category 5 through 7A, 8.1, and 8.2 connecting hardware for balanced cabling
10.2.1 General
10.2.2 Performance marking
10.2.3 Mechanical characteristics
115 Table 97 – Mechanical characteristics of connecting hardware for usewith balanced cabling
116 10.2.4 Electrical characteristics
117 Table 98 – Matrix of backward compatible mated free and fixed connector(plug and jack) performance
Table 99 – Return loss
118 Table 100 – Informative return loss values for connector at key frequencies
Table 101 – Insertion loss
119 Table 102 – Informative insertion loss values for connector at key frequencies
Table 103 – Near-end crosstalk (NEXT)
120 Table 104 – Informative NEXT values for connector at key frequencies
Table 105 – Power sum near-end crosstalk (PS NEXT)(for information only)
121 Table 106 – Informative PS NEXT values for connector at key frequencies
Table 107 – Far-end crosstalk (FEXT)
122 Table 108 – Informative FEXT values for connector at key frequencies
Table 109 – Power sum far-end crosstalk (PS FEXT)(for information only)
123 Table 110 – Informative PS FEXT values for connector at key frequencies
Table 111 – Input to output resistance
Table 112 – Input to output resistance unbalance
Table 113 – DC current carrying capacity
124 Table 114 – Propagation delay
Table 115 – Delay skew
Table 116 – Transverse conversion loss (TCL)
125 Table 117 – Informative TCL values for connector at key frequencies
Table 118 – Transverse conversion transfer loss (TCTL)
Table 119 – Informative TCTL values for connector at key frequencies
126 Table 120 – Transfer impedance (screened connectors only)
Table 121 – Informative transfer impedance values(screened connectors only) at key frequencies
Table 122 – Coupling attenuation (screened connectors only)
Table 123 – Informative coupling attenuation values(screened connectors only) at key frequencies
127 Table 124 – Insulation resistance
Table 125 – Voltage proof
Table 126 – Power sum alien near-end crosstalk (PS ANEXT)
Table 127 – Informative PS ANEXT values at key frequencies
128 10.2.5 Additional requirements
Table 128 – Power sum alien far-end crosstalk (PS AFEXT)
Table 129 – Informative PS AFEXT values at key frequencies
129 10.3 BCT-B connecting hardware
10.4 Connecting hardware for use with coaxial cabling for BCT applications
10.4.1 General requirements
10.4.2 Performance marking
10.4.3 Electrical characteristics
Table 130 – Coupling attenuation for BCT-B connecting hardware
Table 131 – Formulae for return loss limits for BCT-C connecting hardware
130 10.5 Optical fibre connecting hardware
10.5.1 General requirements
Table 132 – Return loss limits for BCT-C connecting hardware at key frequencies
Table 133 – Formulae for insertion loss limits for BCT-C connecting hardware
Table 134 – Insertion loss limits for BCT-C connecting hardware at key frequencies
Table 135 – Screening attenuation limits for BCT-C connecting hardware
131 10.5.2 Marking and colour coding
10.5.3 Mechanical and optical characteristics
Table 136 – Attenuation of connecting hardware for optical fibre
Table 137 – Return loss of optical fibre connecting hardware
132 10.6 Connecting hardware in accordance with IEC 60603-7 series
Figure 9 – Pin grouping and pair assignments for IEC 60603-7 series interface for Categories 5, 6, 6A and 8.1 (front view of fixed connector (jack), not to scale)
Table 138 – Electrical characteristics of terminal equipment outlets intended for use with balanced cabling
133 10.7 Connecting hardware in accordance with IEC 61076-3-104
10.8 Connecting hardware in accordance with IEC 61076-2-101 (Type D, 4 poles)
10.9 Connecting hardware in accordance with IEC 61076-2-109 (Type X, 8 poles)
Figure 10 – Pin grouping and pair assignment for the IEC 60603-7 series interface for Categories 7, 7A, 8.2 and BCT-B (front view of fixed connector (jack), not to scale)
Figure 11 – Pin grouping and pair assignments for the IEC 61076-3-104 interface for Categories 7, 7A, 8.2 and BCT-B (front view of fixed connector (jack), not to scale)
Figure 12 – Four position jack pin and pair grouping assignments for IEC 61076-2-101 connecting hardware (front view of connector)
134 10.10 Connecting hardware in accordance with IEC 611692 and IEC 6116924 (Type F)
10.11 Connecting hardware for two optical fibres
10.12 Connecting hardware for twelve and twenty-four optical fibres
Figure 13 – Eight position jack pin and pair grouping assignments for IEC 61076-2-109 connecting hardware (front view of connector)
Figure 14 – Conductor assignment of IEC 611692 and IEC 6116924 (Type F) connector
Figure 15 – Optical fibre assignments for connecting hardware for two optical fibres
135 11 Cord requirements
11.1 General
11.2 Operating environment
11.3 Balanced cords of Category 5 through 7A, 8.1, 8.2 and BCT-B
11.3.1 General
11.3.2 Identification
Figure 16 – Optical fibre assignments for connecting hardware for 12 and 24 optical fibres (front view of fixed or free connector)
136 11.3.3 Operating environment
11.3.4 Return loss
11.3.5 NEXT
Table 139 – Minimum return loss for balanced cords
Table 140 – Informative values of return loss for balanced cords at key frequencies
138 Table 141 – Assumptions for cabling components usedin the calculation of NEXT informative values
Table 142 – Informative values of NEXT for 2 m balanced cords at key frequencies
139 11.4 Coaxial cords
11.5 Optical fibre cords
11.5.1 General
Table 143 – Informative values of NEXT for 5 m balanced cords at key frequencies
Table 144 – Informative values of NEXT for 10 m balanced cords at key frequencies
140 11.5.2 Identification
11.5.3 Performance requirements for patch cords
141 Annex A (normative)Conformance testing procedures for balanced cablingof Classes A to FA, I and II and optical fibre cabling
A.1 General
A.2 Channel and link performance testing
A.2.1 General
A.2.2 Conformance testing of balanced cabling channels, and links
142 A.2.3 Installation conformance testing of optical fibre cabling channels
A.3 Overview of test schedules
143 Table A.1 – Test regime for reference conformance and installation conformance – Balanced cabling of Classes A through FA, BCT-B, I and II
144 Table A.2 – Test regime for reference conformanceand installation conformance – Optical fibre cabling
145 Annex B (normative) Mechanical and environmental performance testing of connecting hardware for balanced cabling
B.1 Overview
B.2 Solderless connections
Table B.1 – Standards for solderless connections
146 B.3 Free and fixed connectors (modular plugs and jacks)
Table B.2 – Standards for free and fixed connectors (modular plugs and jacks)
Table B.3 – Standards for M12 style connectors
147 B.4 Other connecting hardware
Table B.4 – Free and fixed connectors (modular plugs and jacks) operations matrix
Table B.5 – Reference for reliability testing of other connecting hardware
148 Table B.6 – Other connecting hardware operations matrix
149 Annex C (informative) Electromagnetic characteristics
150 Annex D (informative) Acronyms for balanced cables
Figure D.1 – Cable naming schema
151 Figure D.2 – Cable types
152 Annex E (informative) Supported applications
E.1 Supported applications for balanced cabling
153 Table E.1 – Applications using balanced cabling
154 Table E.2 – Industrial applications using balanced cabling
155 E.2 Supported applications for optical fibre cabling
Table E.3 – Modular connector pin assignment for applications
156 Table E.4 – Maximum channel attenuation for supported applications using optical fibre cabling
157 Table E.5 – Maximum channel lengths supported by optical fibre applications for multimode optical fibre
158 E.3 Supported applications for coaxial cabling
Table E.6 – Maximum channel length supported by optical fibre applicationsfor single-mode optical fibre
Table E.7 – Supported BCT applications using balanced cabling
159 E.4 Supported industrial applications for optical fibre cabling
Table E.8 – Supported BCT applications using coaxial cabling
Table E.9 – Supported applications and maximum channel lengths with cabled multimode optical fibres
Table E.10 – Supported applications and maximum channel lengths with cabled all-silica single-mode optical fibres
160 Annex F (informative) Optical fibre cable OM1, OM2 and OS1
Table F.1 – Grandfathered OM1, OM2 and OS1 specifications
Table F.2 – Supported applications and maximum channel lengths with cabled all-silica multimode optical fibres
Table F.3 – Supported applications and maximum channel lengths with cabled all-silica singlemode optical fibres
161 Bibliography

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