Lucent Technologies 5ESS Manuals

Lucent Technologies 5ESS Manuals

Manuals and User Guides for Lucent Technologies 5ESS. We have 1 Lucent Technologies 5ESS manual available for free PDF download: Manual

Lucent Technologies 5ESS Manual

Lucent Technologies 5ESS Manual (552 pages)

Session Initiation Protocol (SIP) - OA&M 5E16.2 and Later Software Releases

Brand: Lucent Technologies | Category: Switch | Size: 4.01 MB

Table of Contents

Table of Contents
3
List of Figures
11
About this Information Product

17
- Purpose
  17
- Intended Audience
  18
- Reason for Reissue
  18
- Safety Labels
  18
- Conventions Used
  19
Deprovisioning

19
- Engineering Considerations
  19
- Related Documentation
  20
- How to Comment
  20
- How to Order
  20
- Overview
  23
- SIP for Packet Trunking
  24
- UDP Transport Layer for SIP
  25
- Support for SIP Without Preconditions
  25
- SIP Support for Line to Packet Trunk Calls
  25
- SIP Without Encapsulated ISUP
  25
- SIP Enhancements to Support PSTN Gateway Phase 1
  25
- DRM IP Trunking
  26
- How to Use this Information Product
  19
- Systems Supported
  19
1 Overview

33
- Network View
  35
- SIP Signaling Network, Hardware Perspective
  36
  - Architecture
    36
- SIP Signaling Network, Provisioning Perspective
  37
- Bearer Network
  38
- Packet Trunking
  39
- PSTN Gateway
  40
  - System View
    41
- SIP Architecture
  41
- SIP on DRM Architecture
  43
- Sample Configurations
  47
  - Signaling View
    49
- SIP Protocol Stack
  49
  - TCP/UDP/SCTP Comparison
    49
- SCTP Endpoints
  51
- Multiple SCTP Associations
  52
- Paths between Endpoints
  54
  - Hardware View
    56
  - SIP PH Characteristics
    56
  - GQPH Characteristics
    56
- Pack Faceplates
  58
- PSU2 Shelf Arrangement
  59
  - PSU2 Shelf Power Terminations
    59
- Connecting Circuits
  60
- SIP PH Functionality
  63
  - Service Selection State
    66
    
    Service Selection State Combinations
    66
    
    Security View
    67
  - Cookie Mechanism
    68
2 Architecture

33
3 Call Flow

71
- Overview
  71
  - Call Flow Overview
    72
  - Network Architecture
    73
- PSTN Gateway
  74
- Network Elements
  76
- Network Connections
  78
- High-Level Call Flow
  79
  - Message Flows
    85
- Successful Call Completion Message Flow
  85
- Detailed Call Scenarios - SIP Base
  96
  - SIP Message Examples
    110
- Sip Invite
  110
- Sip 183 Session Progress
  113
- Sip Update
  114
- Sip 200 Ok (Update)
  115
- Sip 180 Ringing
  116
- Sip 200 Ok (Invite)
  117
- Sip Bye
  117
- Sip 200 Ok (Bye)
  118
- Ok (Bye)
  118
- SIP Without Encapsulated ISUP - Message Flow
  119
- SIP Without Encapsulated ISUP Successful Call
  119
- SIP Without Encapsulated ISUP - Detailed Call Scenario
  120
- High-Level Call Flow (Without Encapsulated ISUP)
  120
- Call Setup at OPS - Steps
  121
- Call Setup at OPS - Steps 10-17
  123
- Call Setup at OPS - Steps
  124
- Call Setup at OPS - Steps
  125
- Call Setup at TPS - Steps
  126
- Call Setup at TPS - Steps
  128
- Call Setup at TPS - Steps 13-18
  129
- Call Setup at TPS - Steps
  130
- Call Tear down at OPS
  131
- Call Tear down at TPS
  133
  - SIP Without Encapsulated ISUP - SIP Message Examples
    135
- Sip Invite {Sdp
  135
- Sip 183 Session Progress {Sdp
  136
- Sip Update {Sdp
  137
- Sip 200 Ok (Update) {Sdp
  138
- Sip 180 Ringing
  139
- Sip Ack
  140
- Sip Bye
  140
- Ok (Invite)
  140
4 Engineering Considerations

143
- Overview
  143
  - Switch Considerations
    144
  - Global Switching Module (GSM) Considerations
    146
  - IOST Model BHC Capacities
    146
  - IOSE Model BHC Capacities
    146
  - PSTNGW-LT Model BHC Capacities
    147
- Packet Switch Unit Model 2 (PSU2) Considerations
  148
- Two Shelf PSU2
  149
- PH Equipage - One Shelf
  149
- PH Equipage - Two Shelves
  150
- Session Initiation Protocol - Protocol Handler (SIP PH) Considerations
  151
- SIP PH Configuration
  151
- SIP PH Equipage
  152
- General QLPS Protocol Handler (GQPH) Considerations
  153
  - GQPH Configuration
    153
  - Control - Messaging Timeslots
    154
  - GQPH Equipage
    154
  - Packet Group Considerations
    155
  - Association Set Considerations
    156
- Engineering Association Sets
  157
  - Stream Control Transmission Protocol (SCTP) End Point Considerations
    158
  - User Datagram Protocol (UDP) Path Considerations
    159
- IP Addressing Schemes
  160
  - Multihoming
    161
  - Measurements
    162
  - Network Management
    164
  - Operational Support Systems
    165
5 Provisioning

167
6 Deprovisioning

325
7 Maintenance Considerations

437
- Overview
  438
- Routine Maintenance
  439
- Collect Data from Office Records
  440
- Request SCTP Near Endpoint Status
  444
- Request SCTP Association Status
  447
- Request SCTP Association Set Status
  450
- Report Service Selection, Ping and Ethernet Link Status
  452
- Initiate SCTP Heartbeat
  454
- Initiate 105 Test Call
  458
- Initiate Delay Test Call
  460
- Request Utility Call Trace
  462
- Request Internet Protocol (IP) Configuration Data
  464
- Corrective Maintenance
  467
- Resolve Protocol Handler Problems
  470
- Resolve LLE2 Paddleboard Problems
  476
- Resolve GQPH Qpipe Problems
  479
- Analyze General Message Transport (GMT) Error Reports
  495
- Resolve SCTP Association Problems
  500
- Remove SCTP Association
  502
- Restore SCTP Association
  504
- Resolve SCTP Near Endpoint Problems
  506
- Remove SCTP Near Endpoint
  511
- Restore SCTP Near Endpoint
  513
- Analyze SCTP Near Endpoint Change Report
  515
- Analyze SCTP Association Change Report
  517
- Request Manual Service Selection Switch
  519
- Analyze Service Selection Change Report
  521
- Dump IP Routing Table
  523
- Dump Address Resolution Protocol (ARP) Table
  525
- Performance Monitoring on SIP PH
  527

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