Section 1 - Signalling Requirements, and the Basics of SS7
- Modern Network Architecture – A Brief Overview
- Services and Features of Modern Networks
- Basic Service Support in Fixed Networks - Entities
- Switching In Modern Networks
- Types of Signalling
- Access / Network / User to User
- Circuit Related / Non Circuit Related
- Channel Associated / Common Channel
- Signalling Requirements
- SS7 In Modern Networks - Basics
Section 2 - SS7 Functions, Architecture and the Message Transfer Part
- SS7 as the Network Signalling System – Its Uses
- Signalling Scenarios
- For Call Control – Same Network, Internetwork (National), International
- For Mobility – GSM and UMTS
- Advanced Service Support – Intelligent Networks and CAMEL
- The SS7 Protocol Architecture
- The SS7 Physical Architecture
- SS7 Physical Entities
- Signalling Routes
- Signalling Links
- The Message Transfer Part of SS7
- MTP at the Signalling Point
- MTP at the Signalling Transfer Point
- Signalling Message Handling
- Signalling Network Management
- Level 1
- Level 2
- Signalling Links
- Signalling Units
- Level 3
- The Network Layer
- Routing and Addressing
- Signalling Link Selection and Circuit Identification
- Formats and Messages
Section 3 - Call Control and the ISDN User Part
- Routing and Switching in the Core Network
- Call Control Protocols Compared
- Example Basic Call Scenarios
- The ISDN Concept
- The ISDN User Part
- Operation, Including Message Sequences
- Messages and Formats
- Use of ISUP in Mobile Networks
- Use of ISUP with Intelligent Networks
- ISUP and DSS1
Section 4 - Non Circuit-Related Signalling
- Non Circuit-Related Signalling – The Requirements
- Signalling Connection Control Part - Routing Signalling Messages Across Networks
- Transaction Capabilities Application Part - Controlling the Transaction
- The Signalling Connection Control Part (SCCP)
- SCCP Architecture
- SCCP Functions and Services
- Operation
- Connection Oriented
- Connectionless
- Messages and Formats
- The Signalling Point Relay
- The Use of SCCP for Advanced Applications
- The Transaction Capabilities Application Part (TCAP)
- TCAP Functions and Services
- TCAP Architecture
- The Component Sub Layer (CSL)
- The Transaction Sub Layer (TSL)
- Operation
- Components (Formats)
- Transactions (Including Messages and Formats)
- Example
Section
5 - SS7 in Use – GSM & MAP, INAP, and CAP
- Use of SS7 in modern networks
- Interfaces and Connections
- Use in GSM based Networks
- The GSM / UMTS Architecture – A
Basic View Interfaces and Messages
- Basic GSM and UMTS Operation (Call
Control, Mobility, and Service Support)
- The Mobile Application Part (MAP)
- The Use of SS7 in Support Of Mobile Networks
- Example Procedures and the Use of
SS7 Protocols -
- MAP, TCAP, SCCP, and MTP
- The Intelligent Network Concept
- The Standard IN Architecture
- The Intelligent Network Application
Part (INAP) and Messages
- The Use of SS7 in Support Of
Intelligent Networks
- Example Procedures and the Use of
SS7 Protocols - INAP, TCAP, SCCP, and MTP
- The Role of CAMEL
- The Modified Mobile Architecture -
Incorporating CAMEL into GSM and UMTS
- The CAMEL Application Part (CAP) and Messages
- The Use of SS7 in Support Of
Intelligent Networks
- Example Procedures and the Use of
SS7 Protocols -
- CAP, TCAP, SCCP, and MTP
Section
6 - The Evolving Network – SS7 over IP
- Why use IP Protocols
- Evolving the Switch
- The Softswitch concept
- The All-IP Network
- The IP Multimedia Subsystem
- SS7 and IP – Requirements
- SS7 over IP Architecture
- SIP, and ISUP / SIP Conversion / SIP
Bridging
- SS7 Transport Options
- SIGTRAN
- SCTP Explained
- Services Provided by MTP3 User Adaptation Layer
(M3UA)
- SS7 and IP Example Configurations
- Megaco and H.248
Section
7 - SIGTRAN Network – Operation and Design
- Overview of Control Plane Design
- SS7 over IP (SIGTRAN)
- Failover Procedures
- Recommended Site and Network
Structure
- Recommended Redundancy Options
- IP Connectivity
- SIGTRAN Network Design Scenarios
- SIGTRAN Design with Different
Network Indictors (NI)
- Communication Between IP-SEP and
SS7-SEP
- Associated Signaling Modes
- Signaling Calculation Model
- Signaling link calculation
- Link Loads