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NGN, SIP, IMS, SigTRAN and IN

5 Day Course
Code PWS087

Book Now - 3 Delivery Methods Available:

Scheduled Online Onsite

Overview

This course charts the requirements and developments in Next Generation Networks, to allow the convergence of Voice, Data and Multimedia networks. It describes the key technologies involved in this deployment including: Session Initiation Protocol (SIP), MPLS, DiffServ, RSVP, RTP and the H.323 protocol suite. Through the use of real-life examples, the techniques and protocols involved in the deployment of an IP Multimedia Subsystem (IMS), for both fixed and mobile networks, are examined. SIGTRAN is also discussed to show integration with legacy PSTN and GSM systems.

The course examines real-life examples from leading service providers deploying NGNs.

Objectives

After attending this course you will understand:

  • The roadmap to NGN deployment
  • The key NGN services available
  • Using SigTRAN to integrate legacy networks
  • The importance of SIP
  • IMS architecture, security, signalling
  • Quality of Service (Q0S) considerations
View detailed Course Modules

Modules

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Communicating in the New Era (5 topics)

  • New era networking
  • Technological winners
  • IP anywhere
  • Optical anywhere
  • Wireless through the air

Building blocks for NGN (5 topics)

  • IP networks
  • Multiservice networks
  • VPNs
  • Wireline networks
  • Wireless networks

Using NGN services (3 topics)

  • Network infrastructure convergence
  • Service convergence
  • Technology push & service pull

Wireline Networks (3 topics)

  • Narrowband
  • Broadband
  • NGN Architecture and Technology

Wireless Networks (2 topics)

  • Cellular mobility
  • Mobile data

Wireless LANs (4 topics)

  • 802.11 physical layer
  • OFDM
  • 802.16
  • Wireless Personal Area Networks

Introduction to IMS (11 topics)

  • The IMS Vision
  • The History of IMS Standardisation
  • General principles of the IMS Architecture
  • GSM CS & PS
  • IMS Requirements
  • IMS Sessions
  • QoS
  • Interworking
  • Roaming
  • Rapid Service Creation
  • Multiple Access

IMS Protocols (3 topics)

  • Session Control Protocol
  • The AAA Protocol
  • Other protocols

Overview of the IMS Architecture (8 topics)

  • The databases: HSS and SLF
  • The CSCF
  • The AS
  • The MRF
  • The BGCF
  • The IMS-ALG & TrGW
  • The PSTN/CS Gateway
  • Home & Visited networks

Identification in the IMS (4 topics)

  • Public User Identities
  • Private User Identities
  • The relationship between public and private identities
  • Public Service Identities

The Signalling Plane in the IMS (19 topics)

  • Session Control
  • SIP Functionality
  • Session Description and SDP
  • The Offer/Answer Model
  • SIP & SIPS URIs
  • User Location
  • SIP Entities
  • Message formats
  • The Start Line in SIP Responses
  • The Status Line
  • The Request Line
  • Header Fields
  • Message Body
  • SIP Transactions
  • Message flows for session establishment
  • SIP Dialogues
  • Route, Record-Route, and Contact Header Fields
  • Extending SIP
  • Signalling compression

Session Control in IMS (9 topics)

  • Prerequisites for Operation in the IMS
  • IPv4 & IPv6 in IMS
  • IP Connectivity Access Network
  • P-CSCF Discovery
  • IMS level registration
  • Subscription to the Reg Event State
  • Basic Session Setup
  • Application Servers
  • Interworking

AAA on the IMS (7 topics)

  • Authentication and Authorisation in IMS
  • The Cx and Dx interfaces
  • The Sh interface
  • Accounting
  • Charging Architecture
  • Offline Charging
  • Online charging

Security in IMS (2 topics)

  • Access security
  • Network security

Policy in the IMS (4 topics)

  • SIP Procedures
  • Media Authorisation
  • Proxy Access to SDP Bodies
  • Initialisation procedure

Quality of Service (4 topics)

  • Instructions to perform resource reservation
  • Reservation by the terminals
  • Network authorisation
  • QoS in the Network

The Media Plane in the IMS (6 topics)

  • Media encoding
  • Speech encoding
  • Video encoding
  • Text encoding
  • Mandatory CODECS in the IMS
  • Media transport in the IMS

Services for the IMS (3 topics)

  • Presence Service
  • Instant messaging
  • Push-to-Talk over cellular

IMS and NGN (11 topics)

  • The Core IMS in NGN
  • PSTN/ISDN
  • Communication Diversion (CDIV)
  • Conference (CONF)
  • Message Waiting Indication (MWI)
  • Originating Identification Presentation/Restriction
  • Communication Waiting (CW)
  • Communication Hold (HOLD)
  • Anonymous Communication Rejection (ACR)
  • Advice of Charge (AoC)
  • SIGTRAN/SS7 Handling

Prerequisites

A basic understanding of mobile telephony and a sound understanding of fixed-line telecommunication technologies, together with a basic concept of data communications and the Internet. The course is suitable for engineers, developers and technical sales delegates who require a technical overview of these new technologies. Also anyone who is looking to rollout or use a NGN or IMS platform, or engineers who need to interact with this type of platform.

Additional Learning

The courses below may help you meet the knowledge level required to take this course. If you are unsure please ask a training advisor .

Scheduled Dates

Please select from the dates below to make an enquiry or booking.

Pricing

Different pricing structures are available including special offers. These include early bird, late availability, multi-place, corporate volume and self-funding rates. Please arrange a discussion with a training advisor to discover your most cost effective option.

Code Location Duration Price Sep Oct Nov Dec Jan Feb
PWS087 5 Days $2,995
PWS087

(Classroom or Online)
5 Days $2,995
02-06
Next 6 Months
Next Generation Network Training Courses

What Our Customers Say

“The training was delivered with a high level of expertise and excellence. Instructor was highly knowledgeable.”

— Technical Trainer, Aviat Networks

“Overall the course was really good, the trainer really understood the material and was very approachable.”

— Customer Training Manager, Aviat Networks

“Excellent course, informative and well-paced.”

— CSE, Cisco

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