TS 101 010 : 1.1.1
Current
The latest, up-to-date edition.
TRANSMISSION AND MULTIPLEXING (TM); SYNCHRONOUS DIGITAL HIERARCHY (SDH); NETWORK PROTECTION SCHEMES; INTERWORKING: RINGS AND OTHER SCHEMES
Hardcopy , PDF
English
Intellectual Property Rights
Foreword
1 Scope
2 Normative references
3 Abbreviations
4 Definitions and classifications
4.1 General definitions
4.2 Ring Definitions
4.3 Classification of network recovery schemes
4.4 Protection partitioning and layering
5 Protection interworking objectives
5.1 Traffic availability
5.2 Protection independence
5.3 Fault coverage
5.4 Interconnecting subnetworks protected at
different layers
5.5 Capability to interconnect networks using
different protection schemes
5.6 Minimisation of traffic interruption
5.7 Operation modes
5.8 Capacity utilisation
6 Subnetwork interconnection architectures
6.1 Single node interconnecting architecture
6.2 Dual node interconnecting architectures
6.3 Application of interworking architectures
on real network topologies
7 Interworking between similar protection schemes
7.1 MS SPRING
7.2 LO/HO trail protection
7.3 LO/HO subnetwork connection protection
8 Interworking between different protection schemes
8.1 Dual node interworking between MS-SPRING
and SNC-P subnetworks
8.2 Single Node Interworking between MS-SPRING
and SNC-P
9 Comparison of protection interconnection schemes
10 Network applications
10.1 Interconnecting ring subnetworks with
4/3/1 Digital Cross-Connects
10.2 Stacked ring configuration
10.3 Interworking of protection between
networks belonging to different operators
11 Conclusions and recommendations
Annex A
A.1 Introduction
A.2 MS-SPRING to SNCP dual node drop and
continue subnetwork interconnection
A.3 MS-SPRING to MS-SPRING dual node drop
and continue subnetwork interconnection
A.4 SNCP to SNCP dual node drop and continue
subnetwork interconnection
Annex B (informative): Bibliography
History
Describes the interworking scenario of SSH shared multiplex section bidirectional self healing ring (MS-BSHR), dedicated multiplex section undirectional self healing ring (MS-USHR), multiplex section linear protection, and path trail and subnetwork connection (SNC) protection schemes.
Committee |
TM 3
|
DocumentType |
Standard
|
Pages |
76
|
PublisherName |
European Telecommunications Standards Institute
|
Status |
Current
|
TS 101 009 : 1.1.1 | TRANSMISSION AND MULTIPLEXING (TM); SYNCHRONOUS DIGITAL HIERARCHY (SDH); NETWORK PROTECTION SCHEMES; TYPES AND CHARACTERISTICS |
TS 101 009 : 1.1.1 | TRANSMISSION AND MULTIPLEXING (TM); SYNCHRONOUS DIGITAL HIERARCHY (SDH); NETWORK PROTECTION SCHEMES; TYPES AND CHARACTERISTICS |
ETS 300 746 : 20001 | TRANSMISSION AND MULTIPLEXING (TM) - SYNCHRONOUS DIGITAL HIERARCHY (SDH) - NETWORK PROTECTION SCHEMES - AUTOMATIC PROTECTION SWITCH (APS) PROTOCOLS AND OPERATION |
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