Course Number: 624
Length: 2 Days
Why should you choose SIP Training by TONEX?
SIP training, Session Initiation Protocol training course by TONEX provides an overview of SIP, its components, and how it works. It covers data networking principles to telco engineers and signaling principles to IP engineers.
SIP course also outlines SIP implementations on the market in the form of single-line gateways, proxy servers, media gateways, toolkits, encoders/decoders and session authenticators.
SIP Training covers the following topics:
- SIP Overview
- SIP System Operations
- SIP Protocol Operation
- SIP Entities
- SIP Messages
- SIP Parameters
- SIP Signaling Flows in IMS and LTE
- SIP in Voice over LTE (VoLTE)
- SIP Security
- SIP Products and Trends
Who Should Attend
Individuals who wish to develop a basic knowledge of SIP. Essential course for anyone involved in the development and operation of voice or data networks, wireless communications protocol, mobility technologies, and instant messaging.
Objectives
After successfully completing the course the attendees will:
- Understand basics of VoIP
- Explore Where, why, and how SIP is used
- Comprehend the basics of SIP
- Understand the architect and components of SIP
- Understand the differences between SIP and H.323
- Understand H.323-SIP-SS7 Interworking
- Review SIP-T concept and architecture
- Understand how to size up and choose from available SIP products
Outline
SIP Overview
- Fundamentals of how SIP works
- SIP context and architectures
- SIP sessions
- SIP flows
- Core SIP
- Encapsulation
- Translation
- SIP content negotiation
- Session description protocol (SDP)
- Security considerations
- HTTP and SMTP, SIP
- SIP extended features and services
- Call control services, mobility, interoperability with existing telephony systems
- Standardization status
- Supported services
- Proprietary extension and negotiation mechanisms
- Interoperability of services and features
- Interworking with PSTN
- Service creation issues
- Basic call features
- Quality of Service issues
- Network services
- Conferencing and addressing
SIP System Operations
- SIP Parameters
- Protocols
- User Agents
- Call Processors
- Customer Status
- Address Tracking
- Call Forwarding
SIP Protocol Operation
- Client/Server transactions
- Proxy servers
- SIP messages
- Transport layer
- Extending SIP
- Extension negotiation
- Technical details of SIP extensions
- SIP Extensions
- Session Description Protocol (SDP)
- SDP packets
- SIP timer
- SIP programming
SIP Entities
- Components of SIP
- SIP Clients
- SIP as a peer-to-peer protocol
- User Agents (UAs) as the peers in a session
- User agent client (UAC)
- User agent server (UAS)
- SIP Servers
- Using A Proxy Server
- Using a Redirect Server
- Proxy Server
- Redirect Server
- Registrar
SIP Messages
- Message Types
- Message Parts
- Message Samples
- Requests
- Responses
- Header Fields
- Bodies
- Framing SIP Messages
- Status Code Definitions
- Informational 1xx
- Successful 2xx
- Redirection 3xx
- Request Failure 4xx
- Server Failure 5xx
- Global Failures 6xx
SIP Parameters
- Header Fields
- Option Tags
- Warning Codes (warn-codes)
- Methods and Response Codes
- Reason Protocols
- Security Mechanism Names
- Compression Schemes
SIP Signaling Flows in IMS and LTE
- LTE core network architecture
- Call management in IMS
- Soft handover
- Hard handover
- Registration
- Session initiation
- Session termination
- Roaming scenarios
- Voice over LTE
SIP Products and Trends
- Application Servers
- Applications
- Session Border Controllers
- SIP based Services
- SIP Gateways
- SIP Hardware Appliances
- SIP Phones
- SIP Presence and Messaging Servers
- Software Development Kits
- Testing and Simulation