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International Telecom Development and

Training Center

Training CatalogueJan.2009

Wireless

WiMAX LTE

Wi-Fi IMS

GSM /EDGEUMTS(WCDMA)CDM A2000

More

Security

Network Security

IDS Netwo rk Security

Hacking and SafeProgramming

More

TCP/IP

IP v6 Advanced IPv6 IP MPLS TE & VPN

More

CVOIP

CVoIP Service CVoIP Signaling

More


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Executive Summary-Wireless

Wireless Overview

& Emerging TrendsWiMAX Wi-Fi

GSM/EDGE UMTS(WCDMA) CDMA 2000

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WirelessFundamentals

(2 days)

GSM SolutionOverview (1 day)

CDMA Solution

Overview(1 day)

LTE Fundamentals(2 days)

IMS Overview(2 days)

WiMAX Fundamentals(2 days)

Advanced WiMAX(3 days)

WiMAX Air Interface(2 days)

WiMAX Planning(2 days)

WLAN Overview(1 day)

WLAN TechnologyStandards

(2 days)

WLAN DeploymentScenarios

(1 day)

GSM Fundamentals(2 days)

GPRS and EDGEFundamentals

(2 days)

Advanced GPRS and

EDGE(3 days)

GPRS & EDGE

Planning and Tuning(3 days)

UMTS(WCDMA)Fundamentals

(1 day)

AdvancedUMTS(WCDMA)

(3 days)

UMTS(WCDMA) AirInterface (2 days)

UMTS(WCDMA)Planning and

Optimization(2 days)

CDMA2000Fundamentals

(1 day)

Advanced CDMA2000(3 days)

CDMA2000 AirInterface

(2 days)

CDMA 2000 Planningand Optimization

(2 days)

Wire

less T

raining


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Executive Summary-IP & Security

TCP/IP

Network Security NGN

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TCP/IP Fundamentals(2 days)

Advanced IP Routing(3 days)

IP Multicast Routing(3 days)

IP MPLS TE & VPN(3 days)

Advanced IPv6(3 days)

IP Network Planningand Tuning

(3 days)

IPv6 and Mobile IP(1 day)

Network SecurityFundamentals

(1 day)

VPN Fundamentals(2 days)

Firewall Fundamentals(2 days)

IDS and NetworkSecurity

(3 days)

Hacking and SafeProgramming

(3 days)

CVoIP Services(1 day)

CVoIP Network(1 day)

CVoIP Signaling(3 days)

IP&Secu

rity

Train

ing


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IndexExecutive Summary-Wireless ............................................................. 2Executive Summary-IP & Security ...................................................... 4Wireless Overview & Emerging Trends ............................................... 6

CH6856 Wireless Communication Fundamentals ................................ 6CH5001 GSM Solution Overview ........................................................ 7CH5201 CDMA Solution Overview ...................................................... 8CH3003 LTE Fundamentals ................................................................ 9CH2501 IMS Overview ...................................................................... 10WiMAX ............................................................................................ 11CH6861 WiMAX Fundamentals ........................................................ 11CH6862 Advanced WiMAX ............................................................... 12CH6900 WiMAX Air Interface ........................................................... 13CH6901 WiMAX Planning ................................................................. 14Wi-Fi............................................................................................... 15CH6950 WLAN overview .................................................................. 15CH6951 WLAN Technology Standards ............................................... 16CH6952 WLAN Deployment Scenarios .............................................. 17GSM/EDGE ....................................................................................... 17CH5002 GSM Fundamentals ............................................................ 17CH5003 GPRS and EDGE Fundamentals ............................................ 19CH5004 Advanced GPRS and EDGE .................................................. 21CH5005 GPRS and EDGE Planning and Tuning .................................. 23UMTS(WCDMA) ................................................................................ 24CH5102 UMTS(WCDMA) Fundamentals ............................................ 24CH5103 Advanced UMTS(WCDMA) ................................................... 25CH5104 UMTS(WCDMA) Air Interface ............................................... 26CH5105 UMTS(WCDMA) Planning and Optimization .......................... 27CDMA 2000 ..................................................................................... 28

CH5202 CDMA2000 Fundamentals ................................................... 28CH5203 Advanced CDMA2000 ......................................................... 29CH5204 CDMA2000 Air Interface .................................................... 31CH5205 CDMA 2000 Planning and Optimization ................................ 32TCP/IP ............................................................................................ 33

CH1711 TCP/IP Fundamentals .......................................................... 337160C Advanced IP Routing ............................................................ 34CH1720 IPv6 and Mobile IP .............................................................. 36CH1721 IP MPLS TE & VPN .............................................................. 37CH1722 IP Multicast Routing ........................................................... 38CH1723 IP QoS ................................................................................ 39CH1724 IP Network Planning and Tuning ........................................ 40

CH1725 Advanced IPv6 .................................................................... 41Network Security ............................................................................ 43CH1800 Network Security Fundamentals ......................................... 43CH1801 VPN Fundamentals ............................................................. 44CH1802 Firewall Fundamentals ....................................................... 45CH1803 IDS and Network Security ................................................... 46CH1804 Hacking and Safe Programming .......................................... 48NGN ................................................................................................ 49CH2900 CVOIP Services .................................................................. 49CH2901 CVOIP Network .................................................................. 50CH2902 CVOIP Signaling ................................................................. 51

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Wireless Overview & EmergingTrends

CH6856 Wireless Communication Fundamentals

Duration: 2 days

Prerequisite Courses:None

Course DescriptionThis course will describe Wireless communication Fundamentalsincluding RFsystem introductionbasic modulation techniques, the transmission

characteristics of wireless path, anti-fading techniques, wireless communicationsystem architecture, Multi-Access technology, wireless communication systemand standards.

Intended AudienceThis course is for the one, who requires a general understanding and operationof the Wireless Communication.

ObjectivesOn successful completion the student will be able to:

- Understand wireless frequency spectrum

- Understand RF- Understand key modulation techniques- Understand multipath and anti-multipath techniques- Understand fading and anti-fading techniques- Understand the difference among TDMA, FDMA, CDMA and OFDMA- Be familiar with wireless communication system and standards

Key TopicsThe topics for this course are as follows:

- Wireless frequency spectrum- RF Fundamentals

- Modulation techniquesFSKPSKQPSKQAM64AQM,etc- The transmission characteristics of wireless pathtransmission patterns,multipath, fading characteristics

- Wireless communication system architecture- Multi-Access technology- Wireless communication system and standards

Prerequisite SkillsNone.

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CH5001 GSM Solution Overview

Duration: 1 day


Course DescriptionThis course provides some knowledge on the GSM topics and the productsprovided by Nortel. It is a course well adapted for people who are just startingwith the GSM or for people who do not need a details presentation. NoTechnical background is required.

Intended AudienceThis course is for network personnel responsible for the configuration and

management of Nortel GSM network.

Key Topics- GSM Fundamentals:

- GSM network architecture- GSM main components introduction- GPRS network architecture- GPRS main components introduction- End to End call flow introduction

- NORTEL products overview:- BSS: BTS, BSC, TCU

- NSS: MSC, VLR, HLR, AUC- SGSN, GGSN

Objectives- Describe the GSM and GPRS network main functions and principals- Identify the use of each equipment and the path of the data in the GSM

network- Be confident with the main vocabulary- Be familiar with Nortel GSM and GPRS products- Be familiar with end to end call flow of GSM

Prerequisite SkillsNone

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CH5201 CDMA Solution Overview

Duration: 1 day


Course DescriptionThis course provides some knowledge on the CDMA topics and the productsprovided by Nortel. It is a course well adapted for people who are just startingwith the CDMA or for people who do not need a details presentation. NoTechnical background is required.

Intended AudienceThis course is for network personnel responsible for the configuration and

management of Nortel CDMA network.

Key Topics- CDMA Fundamentals:

- CDMA IS-95A network architecture- CDMA IS-95A main components introduction- CDMA2000-1x network architecture- CDMA2000-1x main components introduction- End to End call flow introduction

- NORTEL products overview:- BSS: BTS, BSC, TCU

- NSS: MSC, VLR, HLR, AUC- PDSN

Objectives- Describe the CDMA network main functions and principals- Identify the use of each equipment and the path of the data in the CDMA

network- Be confident with the main vocabulary- Be familiar with Nortel CDMA products- Be familiar with end to end call flow of CDMA

Prerequisite SkillsNone

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CH3003 LTE Fundamentals

Duration: 2 day


Course Description:Long Term Evolution (LTE) is one of the choices for next generation broadbandwireless networks. Its high data rates enable advanced multimedia applications.This course offers a quick and concise overview of LTE networks and theOFDM-based air interface. The LTE network architecture, network interfacesand protocols, air interface and mobility aspects are covered to provide an end-to-end view of the network. This course provides a high-level glimpse into the

life of an LTE User Equipment (UE) by walking through various stages frompower-up time all the way to setting up an IP address and exchanging traffic.This course then looks at typical LTE deployment scenarios to complete thepicture. By the conclusion of this course, the student will understand what LTEoffers, its network architecture, how it works, and potential applications andservices.

Key Topics- Introduction of LTE- LTE Networks- LTE air interface

- LTE UE operations- LTE Traffic handling- LTE Mobility- End to End Service Flow Introduction- Interworking

Object:After completing this course, the student will be able to:

- Describe the state of wireless networks and trends for next generationwireless networks

- Sketch the UMTS(WCDMA) System Architecture Evolution (SAE) for

LTE and its interfaces- Describe OFDM concepts and how it is used in LTE- Define the key features of the LTE air interface- Walk through UE operations from power-up to service setup- Explain how uplink and downlink traffic are handled in LTE networks- Walk through a high level service flow setup on an end-to-end basis- Explain deployment scenarios of LTE networks

Prerequisite Skills:Understanding current data communications and wireless communicationssystem.

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CH2501 IMS Overview

Duration: 2 day

Prerequisite Courses:

None

Course Description:This course introduces IMS basic knowledge and Nortels IP MultimediaSubsystem (IMS) solution. It also talks about billing and IMS applicationsrelated topics.

Intended AudienceThis course is designed for personnel who are working on IMS. This course isrecommended for marketing people and technical support personnel.

Key Topics- IMS Overview- Servers

P-CSCFI-CSCFS-CSCFHSSApplication Server( MCS as example )CCF

- Billing- Call Flow

- Solution of NortelHardware( NCGL+ATCA, HSS )Services

Nortel 3G IMS Converged Multimedia ServicesPoCConverged MobilityCMCC Trial

- Competitor's solution

Object:After completing this course, the student will be able to:

- Understand the functionality of each component in IMS.- Know SIP architecture and basic call flow- Understand IMS billing process- Understand IMS call flow- Know Nortel IMS solution- Know Nortel IMS applications- Know Nortel IMS hardware- Know competitors solution

Prerequisite Skills:Understanding current data communications and wireless communicationssystem.

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WiMAX

CH6861 WiMAX FundamentalsDuration: 2 days

Prerequisite Courses:Wireless Fundamental

Course DescriptionWiMAX has emerged as one of the major candidates for next generationwireless networks. WiMAX defines solutions for both fixed and mobileBroadband Wireless Access (BWA) networks.

This course provides a snapshot of all aspects of Mobile WiMAX networks. Itbegins with a discussion of the current state of wireless networks and defineswhere WiMAX fits. It also covers the key players in standardization, design, anddevelopment WiMAX systems. The WiMAX network architecture and itscomponents are introduced to provide an end-to-end view of the WiMAXnetwork. This course also introduces important WiMAX operations such asconnection setup, bandwidth allocation schemes, and mobility.

Intended AudienceThis course is for personnel requiring broad understanding of WiMAXtechnology as well as personnel anticipating further WiMAX network operations

and maintenance.

Key Topics- WiMAX Players and Drivers- The WiMAX Network Architecture- 802.16 Physical Layers- 802.16 Medium Access Control- WiMAX Initial Procedures- End to End Security- WiMAX Service Flows- WiMAX Transport and QoS

- Connecting using WiMAX- WiMAX Mobility

ObjectivesAfter completing this course, the student will be able to:

- Describe the current state of wireless networks and drivers for nextgeneration wireless networks

- Sketch the WiMAX network architecture, protocols and interfaces- Define key features of the 802.16e-based air interface for WiMAX

networks- Describe the important WiMAX operations such as connection setup,

bandwidth allocation schemes, and mobility.

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Prerequisite SkillsA good knowledge of current data communications systems, wirelesscommunications systems.

CH6862 Advanced WiMAX

Duration: 3 days

Prerequisite Courses:WiMAX Fundamentals

Course DescriptionWiMAX has emerged as one of the major candidates for next generationwireless networks. WiMAX promotes the IEEE 802.16 family of specifications

for fixed and mobile Broadband Wireless Access (BWA).This course focuses on the details of the WiMAX network signaling flow.Beginning with an overview of the mobile WiMAX architecture, this coursecovers the interfaces, protocols, and messaging architectures of mobile WiMAXnetworks. It also covers the life of a mobile from system acquisition toobtaining an IP address and accessing the IP data networks. This courseprovides a complete end-to-end scenario that includes mobility and handovers.In addition, students will step through several detailed scenarios andoperations, as well as examine the security and quality of service aspectssupported within the mobile WiMAX framework. By the end of this course,students will have a comprehensive understanding of WiMAX and its role in

next generation wireless networks.

Intended AudienceThis course is for personnel requiring profound understanding of WiMAXtechnology as well as detailed knowledge of WiMAX air interface and networksignaling flow.

Key Topics- The WiMAX Network- WiMAX (Air Interface) Technology Overview- WiMAX Signaling Basics

- System Acquisition Procedures- Network Entry Procedures- Security in WiMAX Networks- Service Flows and QoS- Normal Mode and Sleep Mode Operations- Accounting- Idle Mode and Paging- ASN-Anchored Mobility Management- CSN-Anchored Mobility Management- Interworking with 3GPP2 and 3GPP- End-to-End Flow

Objectives

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- Describe the current state of wireless networks and drivers for nextgeneration wireless networks

- Sketch the WiMAX network architecture, protocols and interfaces- Define key features of the 802.16e-based air interface for WiMAX

networks

- Understanding the end-to-end singaling flow of mobile WiMAX network- Understanding the mobility management of mobile WiMAX network- Compare WiMAX and its underlying technology with the current 3G

Cellular networks and Wi-Fi networks-


CH6900 WiMAX Air Interface

Duration: 2 days

Prerequisite Courses:WiMAX Fundamentals

Course DescriptionWiMAX has emerged as one of the major candidates for next generationwireless networks. WiMAX defines solutions for both fixed and mobile

Broadband Wireless Access (BWA) networks.This course focuses on the details of the WiMAX Air Interface. Beginning withan overview of the WiMAX architecture and Profiles, this course covers theMedium Access Control layer and Physical layer. It also covers the WiMAXOFDM and WiMAX OFDMA physical specifications. Important procedures suchas WiMAX Initial Procedures, Traffic Channel Management, BandwidthManagement, and WiMAX Mobility are introduced to provide a comprehensiveunderstanding of WiMAX Air Interface.

Intended AudienceThis course is for personnel responsible for the configuration and management

of Nortel GSM network.

Key Topics- WiMAX Architecture and Profiles- Medium Access Control- The WiMAX Physical Layers- WiMAX OFDM- WiMAX OFDMA- WiMAX Initial Procedures- Traffic Channel Management- Bandwidth Management- WiMAX Mobility

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Objectives- Sketch the WiMAX network architecture, protocols and interfaces- Define key features of the 802.16e-based air interface for WiMAX

networks- Be familiar with WiMAX MAC layer and Physical layer

- Be familiar with WiMAX OFDM&OFDMA specifications- Be familiar with WiMAX Initial Procedures- Be familiar with Traffic Channel Management- Be familiar with Bandwidth Management- Be familiar with WiMAX Mobility


CH6901 WiMAX Planning

Duration: 2 days

Prerequisite Courses:Wireless FundamentalsWiMAX FundamentalsWiMAX Air Interface

Course DescriptionWiMAX has emerged as one of the major candidates for next generation

wireless networks. WiMAX promotes the IEEE 802.16 family of specificationsfor fixed and mobile Broadband Wireless Access (BWA).This course covers essential concepts of WiMAX Cell Planning, in addition tothe describing the issues affecting the practical optimization of WiMAXnetworks.

Intended AudienceThis course is intended for WiMAX system designers, RF systems engineering,network engineering, deployment and operations personnel.

Key Topics

- WiMAX Deployment Options- The Planning Process- WiMAX Traffic Profiles- Radio Propagation for WiMAX- Antenna Selection- WiMAX Planning- Site Location and Integration- Mobility and Optimization- WiMAX Planning Guide

Objectives

- Describe the WiMAX Deployment Options- Be familiar with the Planning Process

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- Be familiar with Radio Propagation for WiMAX- Define key features of WiMAX Planning- Describe WiMAX Mobility and Optimization

Prerequisite Skills

A good knowledge of current data communications systems, wirelesscommunications systems.

Wi-Fi

CH6950 WLAN overview

Duration: 1 day


Course DescriptionThis course will describe the 802.11 series standards, the role & objective ofWi-Fi forum, the Frequency used in WLAN, and Wireless LAN networkarchitecture. Then it will give several WLAN deployment scenarios.

Intended AudienceAnyone who requires a general understanding of Wireless LAN.

ObjectivesOn successful completion the student will be able to:- describe the role & objective of Wi-Fi forum- describe the 802.11 series standards- describe the Frequency used in WLAN- describe the WLAN network structure- describe the WLAN deployment scenarios

Key TopicsThe topics for this course are as follows:History of Wi-Fi and 802.11

Frequency used in WLANWi-Fi network architecture and topologyDeployment scenarios (enterprise, hotspot, home office)


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CH6951 WLAN Technology Standards

Duration: 2 days

Prerequisite Courses:WLAN overview

Course DescriptionThis course will describe the 802.11 series standards. It will describe the usagethe main specifications of 802.11 series, 802.11a/b/g, 802.11n , 802.11e Qos , 802.11i and 802.11s.

Intended AudienceAnyone who requires a completely understanding of Wireless LAN standards,802.11 standard series. .

ObjectivesOn successful completion the student will be able to:- Describe the- 802.11a/b/g- 802.11n- 802.11e Qos- 802.11i (Security and encryption), including WPA.- 802.11s- Mesh networking

Key Topics

The topics for this course are as follows:- 802.11a/b/g- 802.11n- 802.11e Qos- 802.11i (Security and encryption), including WPA.- 802.11s- Mesh networking


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CH6952 WLAN Deployment Scenarios

Duration: 1 day

Prerequisite Courses:WLAN Overview

Course DescriptionThis course will describe the Wireless LAN deployment scenarios in detail.Provide an end-to-end view of the Wi-Fi network along with various applicationsof Wi-Fi such as local area mobility, VPN, VoIP, etc. Discuss thin and fat accesspoints, mesh Wi-Fi together with some of their applications. In addition,deployment issues are explored, including interference, how WiFi fits into anexisting enterprise network and interworking with PCS/Cellular networks.

Intended AudienceAnyone who requires a thorough understanding of Wireless LAN deploymentscenarios.

ObjectivesOn successful completion the student will be able to:- describe the end-to-end structure of WLAN network- describe the various applications of Wi-FI.- describe the thin and fat access points- describe the WLAN mesh network- describe the WLAN interworking with other wireless networks.

Key TopicsThe topics for this course are as follows:Access PointsMesh networkingInterworkingCase study

Prerequisite SkillsBasic knowledge of Wireless LAN. .

GSM/EDGE

CH5002 GSM Fundamentals

Duration: 2 days

Prerequisite Courses:Wireless Fundamentals

Course DescriptionA strong understanding of GSM technology and networks is helpful for anyone

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working in GSM or related (i.e., GPRS, EDGE and UMTS(WCDMA)) areas.GSM Fundamentals provides this foundation by introducing GSM andexplaining the history and unique qualities that established GSM as the leadingglobal standard for wireless communications. This course is presented at a levelsuitable for individuals comfortable with basic wireless concepts who want to

gain familiarity with all aspects of a GSM network. Radio physical layerconcepts can be presented at either a high level or in detail for individuals with amore technical background. This course addresses the major interfaces formessaging in the GSM network, and shows how network nodes coordinatemobility and call setup. The student will gain a good understanding of servicescommonly deployed in a GSM network. This course is completed with a view ofGPRS and UMTS(WCDMA) with an understanding of the GSM components ina UMTS(WCDMA) network.

Intended AudienceThis overview course is primarily intended for anyone who needs familiarity with

GSM-based networks such as those in planning, design, deployment, networkengineering, product support and operations.


- List the basic concepts related to GSM networks

- Sketch the GSM network architecture and its components, including theMobile, BTS, BSC, MSC, VLR, HLR, EIR, SM-SC, and CSE

- Describe the channel structure of GSM and list the logical channels ofGSM

- Describe how user mobility is supported in GSM networks- Identify and describe various signaling protocols used in GSM networks

- Step through various scenarios such as call delivery, security, andhandover

- Walk through an end-to-end call in GSM networks

- Describe the evolution strategy for GSM operators


- GSM Network Architecture

- GSM Radio/Physical Layer

- GSM Signaling

- GSM Network Mobility and Call Processing

- GSM Services

- Evolution of GSM EGPRS & UMTS(WCDMA)

Prerequisite SkillsBasic knowledge of Wireless communication system.

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CH5003 GPRS and EDGE Fundamentals

Duration: 2 days

Prerequisite Courses:GSM Fundamentals

Course DescriptionThis course provides an overview of two important technologies: GeneralPacket Radio Service (GPRS) and Enhanced Data Rates for Global Evolution(EDGE). These technologies are essential for providing a cost effective networksolution to enable the wireless web. This course covers the networkarchitecture, components and basic operations of GPRS/EDGE networks. Italso provides an understanding of the various types of handsets and theircapabilities. The radio network is explored, including the features designed to

efficiently use the limited radio spectrum. In addition, this course explores theway limited radio resources are shared among numerous users. The corenetwork is discussed in detail, including an investigation of the IP mobilitysolution, plus a quick look at the various interface protocols. By the conclusionof the course, the student will have a good understanding how existing networkswill evolve to support packet data services.

Intended AudienceThis course is intended for individuals seeking an overview of the GPRS andEDGE technologies and capabilities. The discussion of GPRS and EDGE is at ahigh level which makes it suitable for personnel in management, network

planning, deployment and operations.


- Identify the needs for GSM evolution to GPRS/EDGE

- List the capabilities and limitations of GPRS and EDGE

- Step through the process of upgrading the GSM network to supportGPRS/EDGE

- Sketch the network architecture of GPRS/EDGE

- Identify the enhancements required in air interface to achieve higher data

rates of GPRS/EDGE- Describe mechanisms of sharing resources (slots) among GPRS/EDGE

users

- Step through the mobility scenarios of GPRS/EDGE Intended Audience


- Network Architecture

- GPRS and EDGE Radio Network

- Managing Radio Resources

- Gb Interface- GPRS Packet Network

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- GPRS Services

- GPRS Mobility & Roaming

- Evolution to UMTS(WCDMA)

Prerequisite Skills

Basic knowledge of GSM network.

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CH5004 Advanced GPRS and EDGE

Duration: 3 days

Prerequisite Courses:GPRS and EDGE Fundamentals

Course DescriptionGeneral Packet Radio Service (GPRS) and Enhanced Data Rates for GlobalEvolution (EDGE) provide a cost effective packet data solution for GSMwireless operators and users. This course presents a technical overview ofthese two important technologies. The network architecture, components, andbasic operations of GPRS/EDGE networks are discussed in detail. The radionetwork features designed to make efficient use of the limited radio spectrumare explored. The core network and how it evolves from a GSM network is

discussed in detail. This includes an investigation of the IP mobility solutionwithin GPRS. Interface protocols such as Session Management (SM), GPRSMobility Management (GMM), Medium Access Control (MAC) and Radio LinkControl (RLC) are examined. An end-to-end scenario demonstrates how theseprotocols interact. The course concludes with a look at the future ofGPRS/EDGE and how it will evolve toward UMTS(WCDMA).

Intended AudienceThis course is designed for individuals seeking an in-depth understanding of theGPRS and EDGE technologies and capabilities.


- List the capabilities and limitations of GPRS and EDGE

- Sketch the network architecture and identify the air interface protocolenhancements of GPRS/EDGE

- Elaborate the adaptive coding and modulation and incrementalredundancy of GPRS/EDGE

- Describe mechanisms of sharing resources (slots) among GPRS/EDGEusers using MAC/RLC protocols

- Step through the mobility scenarios of GPRS/EDGE

- Specify the needs of interface protocols such as GMM/SM, SNDCP andLLC

- Step through a packet data session from a mobile


- Network Architecture

- GPRS and EDGE Radio Network

- Managing Radio Resources

- Packet Data Review

- Gb(BSS-SGSN) Interface- GPRS Packet Network

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- GPRS Services

- Services in GPRS/EDGE Networks

- GPRS Mobility & Roaming

- GPRS Billing

- End-to-End Scenarios- Evolution to UMTS(WCDMA)

Prerequisite SkillsBasic knowledge of GSM network.

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CH5005 GPRS and EDGE Planning and Tuning

Duration: 3 days

Prerequisite Courses:Advanced GPRS and EDGE

Course DescriptionThis unique course prepares participants to use available tools to manage theperformance of their GPRS networks. GPRS and EDGE network equipmentoffers a wide array of performance features such as on-demand allocation ofGPRS/EDGE channels. When properly used, these features provide a very highquality data services network. However, to achieve optimal performance,network operators must know how to collect the right set of performancemeasurements, interpret those measurements, and adjust network parameters

when improvements are needed. Students learn to use the performancecounters provided by their network equipment coupled with statistics and tracingcapabilities of their drive test tools to measure network performance. Thiscourse begins with a discussion of the Internet and GPRS fundamentals. It thenexplains the network statistics, configurable network parameters as well asoptional features, and shows how these affect each aspect of dataperformance. The concepts are reinforced with hands-on exercises that showthe impact of these parameter changes. Where possible, the course isconducted on-site in a workshop format, using network statistics and drive testresults from the students own live network.

Intended AudienceThis course is intended for a technical audience, primarily those in RF design,engineering and performance organizations.


- Discuss the key differences associated with supporting IP based servicesin comparison to voice services

- Describe the configuration parameters available and their impact onGPRS and EDGE network operations

- Interpret key GPRS and EDGE network performance measurements

- Explain the impact GPRS and EDGE have on GSM control channels andvoice traffic channels

- Describe how to dimension the dedicated and on-demand GPRS andEDGE channels (PDCH)

- Explain how to engineer and dimension the Abis link between the BSCand the BTS to support E-GPRS channels

- Measure the latency and average throughput in your network and learnthe impact on the subscribers application

- Discuss the intricacies of setting up a Packet Data Session

- Describe how to isolate failures and successfully troubleshoot problems

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- Realize the impact EDGE (E-GPRS) has on the performance of aGSM/GPRS network

- Describe the advanced E-GPRS features including Incremental Redundancy (IR)and Link Adaptation

Key TopicsThe topics for this course are as follows:- Optimizing Wireless Data Networks

- Review of GPRS Principles

- Internet Essentials

- Cell Selection, Mobility and Establishing Sessions

- TBF Setup and Retransmission

- Radio Link Performance

- Application Performance on GPRS and EDGE

- Dimensioning GPRS and EDGE Channels

- Future GPRS and EDGE Improvements

Prerequisite SkillsBasic knowledge of GSM, GPRS and EDGE network.

UMTS(WCDMA)

CH5102 UMTS(WCDMA) Fundamentals

Duration: 1 day

Prerequisite Courses:Wireless FundamentalGSM Solution Overview

Course DescriptionGSM/GPRS operators worldwide continue to look to UMTS(WCDMA) toincrease their system capacity and enable multimedia services.UMTS(WCDMA) and its evolution HSDPA and HSUPA in the radio networkand IMS in the core network are capable of increasing system capacity and

offering a rich multimedia experience to the users.This course covers all the key aspects of the UMTS(WCDMA): UMTS(WCDMA)architecture, Core Network, UMTS(WCDMA) Terrestrial Radio Access Network(UTRAN) and evolution of UMTS(WCDMA).

Intended AudienceThis course is for technical staff involved in the management, development anddeployment of UMTS(WCDMA) networks and engineers requiring acomprehensive explanation of UMTS(WCDMA) operation.

Key Topics

- UMTS(WCDMA) Overview- UMTS(WCDMA) Core Network

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- UMTS(WCDMA) Technology Essentials- UMTS(WCDMA) Terrestrial Radio Access Network(UTRAN)- System Scenarios- HSDPA Enhancements- UMTS(WCDMA) Deployment

- Evolution of UMTS(WCDMA)

Objectives- Discuss the driving forces, requirements and goals of UMTS(WCDMA)- Describe the building blocks that will be used to construct a

UMTS(WCDMA) network- Discuss the key aspects of the radio technology- Explain the Radio Access Network and the core network- Discuss the services available in UMTS(WCDMA) networks- Explain how a voice call is established and maintained- Describe how a packet data session is established

- Highlight the key aspects of HSDPA- Explain the evolution from GSM/GPRS to UMTS(WCDMA) to HSDPA


CH5103 Advanced UMTS(WCDMA)

Duration: 3 days

Prerequisite Courses:UMTS(WCDMA) Fundamentals

Course DescriptionUMTS(WCDMA) is one of the 3rd generation wireless systems.UMTS(WCDMA) is designed to increase a subscribers data rates and systemcapacity.This course offers a technical overview of UMTS(WCDMA), focusing on theUMTS(WCDMA) air interface, radio networks and core networks. It covers the

network architecture, components and basic operations of UMTS(WCDMA)networks. In addition, this course explores the details of the UMTS(WCDMA) airinterface technology and its ability to support multiple subscriberssimultaneously. Aspects of CDMA technology pertaining to the UMTS(WCDMA)air interface including coding, modulation, spreading, scrambling, handoversand power control mechanisms are clearly explained. This course then focuseson Circuit Switched and Packet Switched Core Networks. The key concepts inthe course are tied together with several system scenarios to provide insightinto location management, mobility management and handovers.

Intended Audience

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This course is intended to provide a technical overview of UMTS(WCDMA). It isappropriate for personnel in planning, deployment, RF engineering, networkperformance, and network operations.

Key Topics

- UMTS(WCDMA)Overview- UMTS(WCDMA) Core Network Architecture- UMTS(WCDMA)Radio Network- UTRA Channels and Protocols- Circuit-Switched Scenarios- Packet-Switched Scenarios- System Scenarios- Evolution of UMTS(WCDMA)

Objectives- Identify the driving forces, requirements and goals of UMTS(WCDMA)

- List the capabilities of UMTS(WCDMA)- Explain the evolution from GSM/GPRS/EDGE networks- Sketch the network architecture and identify the network nodes and

interfaces- Describe how functions such as mobility management and handovers

are performed in UMTS(WCDMA)- Step through the setup of voice and data calls in UMTS(WCDMA)

networks- Identify the UMTS(WCDMA)-GSM interworking scenarios- Discuss the features and benefits of HSDPA and HSUPA- Discuss the features and benefits of HSPA+

- Discuss the features and benefits of LTE


CH5104 UMTS(WCDMA) Air Interface

Duration: 2 days

Prerequisite Courses:UMTS(WCDMA) Fundamentals

Course DescriptionThis course covers all the key aspects of the UMTS(WCDMA)Terrestrial RadioAccess Network (UTRAN) FDD mode. It provides details of the UTRANarchitecture, protocols, operations and services.Beginning with a basic call, the student is introduced to the signaling protocols,followed by a detailed description of the physical layer functions. Next, a packetdata scenario introduces protocols (e.g., MAC, RLC), transport format sets andthe basics of radio resource management. Once this foundation has been laid,the more complex topics of concurrent service management and bandwidth on

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demand are discussed. This is followed by a discussion of operations, Quality ofService (QoS), and mobility management within the UTRAN. The final chaptersinclude an in-depth discussion of framing protocols, synchronization proceduresand other physical layer procedures. The approach of using end-to-endscenarios shows the application of concepts and the theory behind the

concepts.

Intended AudienceThis course is primarily intended for a technical audience, including those insystem design, systems test, systems engineering, network engineering,product support, operations, RF engineering, UTRAN architecture and strategyand anyone seeking a more in depth understanding of the UMTS(WCDMA)RAN.

Key Topics- Introduction

- UMTS(WCDMA) Channels Overview- Physical Layer Functions- Physical Layer Operations- Voice Call Setup- Data Session Setup- Service Reconfiguration- UTRAN Mobility Management- Inter-System Scenarios- RF Design, Analysis & Optimization- HSDPA Essentials

Objectives- Identify the role of the UTRAN in delivering UMTS(WCDMA) services- List the components of the UTRAN and their roles and responsibilities- Describe the roles of control plane protocols (RANAP,RNSAP, NBAP,

and RRC)- Specify the physical layer functions and procedures managed by the

UTRAN- Explain the functions and procedures of logical, transport and physical

channels- Describe how Quality of Service is managed and delivered- Highlight the procedures that support intra- and inter-UTRAN mobility

- Describe how to apply all of the concepts to create aUMTS(WCDMA)Terrestrial Radio Access Network

- Explain the evolution of UMTS(WCDMA) to HSDPA/HSUPA

Prerequisite SkillsA good knowledge of current wireless communications systems.

CH5105 UMTS(WCDMA) Planning and OptimizationDuration: 2 day

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Prerequisite Courses:UMTS(WCDMA) FundamentalsUMTS(WCDMA) Air Interface

Course DescriptionUMTS(WCDMA)is one of the 3rd generation wireless systems. UMTS(WCDMA)is designed to increase a subscribers data rates and system capacity.This course covers essential concepts of UMTS(WCDMA) Cell Planning, inaddition to the describing the issues affecting the practical optimization ofUMTS(WCDMA) networks.

Intended AudienceThis course is primarily intended for Radio and Network Planners requiring acomprehensive explanation of UMTS(WCDMA) Planning and Optimization.

Technical staff involved in the deployment of UMTS(WCDMA) networks.

Key Topics- Radio Planning and Deployment Process- Traffic and QoS Considerations- UMTS(WCDMA) Planning- Antenna Selection- UMTS(WCDMA) Site Location and Integration- Planning and Optimizing Handovers- Optimizing UMTS(WCDMA)

Objectives- Describe the UMTS(WCDMA) Deployment Process- Be familiar with the UMTS(WCDMA) Traffic and QoS Consideration- Be familiar with Antenna Selection & Site Location and Integration- Define key features of UMTS(WCDMA) Planning process- Describe Optimization of UMTS(WCDMA)


CDMA 2000

CH5202 CDMA2000 Fundamentals

Duration: 1 day

Prerequisite Courses:Wireless Fundamental

CDMA Solution Overview

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Course DescriptionCDMA2000 is the next step in the evolution of the widely deployed IS-95network. It is one of the technologies in 3rd generation wireless networks.This course describes the IS-95 network architecture and the new CDMA2000network nodes. It explains the CDMA2000 air interface, its channels, and how it

supports packet data services and increases the user capacity. This course alsodiscusses the user mobility in radio and packet data networks. IS-95interoperability and deployment scenarios are covered at length. Finally, it looksat the evolution alternatives for CDMA2000 systems.

Intended AudienceThis course is intended for those seeking a detailed understanding of the basicsof the CDMA2000 network. This includes those in a design, test, systemsengineering, sales engineering, network engineering, or verification role.

Key Topics

- CDMA2000 Introduction- IS-95 Architecture- CDMA2000 Architecture- Overview of CDMA2000 Air Interface- CDMA2000 Mobility- Evolution from IS-95 to CDMA2000- CDMA 2000 Networks evolution

Objectives- Describe the history of CDMA2000 and the motivation behind designing

CDMA2000 standards

- Describe the limitations of existing IS-95 networks- Describe the CDMA2000 network architecture with a focus on packet

data networks- Explain the key goals of CDMA2000 air interface- Define the key features of the 1x air interface option- Identify interoperability issues between IS-95 networks and CDMA2000

networks- Explain the current deployment situation of CDMA2000 networks- Depict the evolution strategy from IS-95 to CDMA2000- Describe the evolution from CDMA2000 to next generation technologies


CH5203 Advanced CDMA2000

Duration: 3 days

Prerequisite Courses:CDMA2000 Fundamentals

Course Description

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The idea of using a convenient wireless device for fast, anytime, anywhereaccess to the Internet can be quite appealing. 3rd generation wireless systemspromise to realize such a vision. CDMA2000 is the 3rd generation solution forIS-95-based networks.This course covers the network architecture, CDMA protocol layers, call

processing state machine, registration, call setup procedures and handoffscenarios.

Intended AudienceThis is a detailed technical course, primarily intended for a technical audienceincluding those in system design, system integration and test, systemsengineering, network engineering, operations, and support of CDMA2000Network.

Key Topics- CDMA2000 Network Architecture

- CDMA Technology Essentials- CDMA2000 Channels- Call Processing Terminology- Pre-call Operations- CDMA2000 (1x) Call Setup Procedures- Packet Data Call Setup and Mobile IP- Services in CDMA2000- Traffic Channel Operations for Data Call- Mobility and Handoffs- Power Control- End-to-End Scenario

Objectives- Identify the components of a CDMA2000 (1x) network- Define various identities of the mobile and network components in 1x call

processing- Describe the importance of various states of the 1x call processing state

machine- Identify the 1x radio enhancements for support of new services such as

packet data and multimedia services- Step through the life of a 1x mobile from system selection and

registration to call setup and handoffs

- Recognize how to achieve a particular data rate and how to change thedata rates dynamically during a packet data session

- Identify the importance of Mobile IP in 1x networks and step through theMobile IP call setup

- Sketch the connectivity of 1x network components and their importancein setting up voice and data calls


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CH5204 CDMA2000 Air Interface

Duration: 2 days


CDMA2000 Fundamentals

Course DescriptionCDMA2000 is the next step in the evolution of the widely deployed IS-95network. It is one of the technologies in 3rd generation wireless networks.Standardized by 3GPP2, CDMA2000 has introduced a new air interface thatoffers new features to support new services. In addition, the CDMA2000 airinterface is designed to maintain backward compatibility with IS-95 networks.The key enhancements in the CDMA2000 air interface are increased capacityover the air interface and support for packet data services.This course provides an overview of the new CDMA2000 air interface. It details

the features added to support packet data and how CDMA2000 offers increasedcapacity compared to IS-95 networks. The key question for the CDMA2000operators is how CDMA2000 networks can coexist with IS-95 networks. Thiscourse clearly explains how CDMA2000 maintains backward compatibility withIS-95 networks. Finally, end-to-end service scenarios are presented to showhow new services are enabled in CDMA2000.

Intended AudienceThis course is intended for those seeking a detailed understanding of theenhancements of the CDMA2000 air interface. This includes those in a design,test, systems engineering, sales engineering, and network engineering or

verification role.

Key Topics- IS-95 Evolution to 3G- CDMA2000 Radio Architecture- Key Functions of CDMA Systems- Enhancements for Packet Data- CDMA2000 Air Interface Enhancements- Concurrent Services and QoS- Interoperability with IS-95- End-to-End Call Scenario

Objectives- Define the 3G radio interface requirements and evolution strategy of IS-

95- Identify the CDMA2000 radio interfaces and related protocols- List the key differences and similarities between IS-95 and IS-2000

systems- Describe the packet data characteristics and how the "always connected"

paradigm of a packet data call is supported over the air interface- Identify the enhancements that result in improved system capacity and

mobile standby time- Explain interoperability with IS-95 systems- Step through the life of a packet data call

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CH5205 CDMA 2000 Planning and Optimization

Duration: 2 days

Prerequisite Courses:CDMA2000 FundamentalsCDMA2000 Air Interface

Course DescriptionCDMA2000 is the next step in the evolution of the widely deployed IS-95

network. It is one of the technologies in 3rd generation wireless networks.The network planning course will give the technical professional the requiredknowledge and background to perform RF network planning activities for aCDMA2000 network. Topics covered include link budgets, propagation modelsand traffic modeling and a review of available network planning tools required tosuccessfully plan a CDMA network. The specifics of CDMA network design areintroduced; including PN planning, soft hand-off control, hard hand-off planning,packet zone planning and spectrum planning and site selection criteria.

Intended AudienceThis course is primarily intended for Radio and Network Planners requiring a

comprehensive explanation of CDMA2000 Planning and Optimization.Technical staff involved in the deployment of CDMA2000 networks.

Key Topics- Introduction to network planning- Link budgets- Propagation models- Traffic modeling- CDMA traffic engineering- Network considerations- Initial planning

- Tools overview- PN planning- Input parameters- Spectrum planning- Handoff planning- Site selection criteria- Optimizing CDMA2000 Network

Objectives- Describe the CDMA2000 Deployment Process- Define key features of CDMA2000 Planning process- Be familiar with the CDMA2000 Link budgets and Propagation models

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- Be familiar with steps of planning process such as initial planning, PNplanning etc.

- Be familiar with Site selection criteria- Describe Optimization of CDMA2000


TCP/IP

CH1711 TCP/IP Fundamentals

Duration: 2 day


None

Course Description:TCP/IP Fundamentals provides a comprehensive technical overview of datacommunication technologies as well as standards and protocols that makeinternetworking possible, giving you an in-depth explanation of the evolutionand architectural components of an internetwork. In addition, the basic functionsof bridges, switch and routers are explained.

Intended AudienceNetwork technicians, network engineer and support engineer.

Key Topics- TCP/IP Overview- VLAN Introduction

-Bridging principle, STP-VLAN

- IP Address-IP Address Basic-VLSM-NAT, NAPT-IP Summarization

- Routing Priciple-Classful routing-Classless routing-Routing Table Management

- Routing Protocol Introduction-OSPF-BGP

- Multicast Routing OverviewObject:After completing this course, the student will be able to:

- Understand the structure of the Internet and its relationship to IP

networking- Know the functions and services of the major protocols in the IP suite

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- Identify IP classes of addresses and subnet masks- Understand the basics of routing in an IP network- Understand the basics of multicast in IP network

Prerequisite Skills:

None

7160C Advanced IP Routing

Duration: 3 days

Prerequisite Courses:TCP/IP Fundamentals

Course Description

Learn how to plan and design an efficient and stable network infrastructure, aswell as master the advanced configuration commands used on Nortel routers.This advanced course will teach you Nortel implementation of the IP suite ofprotocols. Extensive Hands-On Labs, utilizing the latest release of Nortel routersoftware, focus on the configuration of IP, OSPF, RIP2, BGP-4 and router policyfilters. You will learn the advanced features of configuring and managing your IPnetworks in the local area, as well as over a live Frame Relay network.

Intended AudienceThis course is for network personnel responsible for the configuration andmanagement of IP, RIP and/or OSPF routing protocols in Nortel router

environments.


- How to configure IP and RIP in a live Frame Relay network- To use RIP route policies to control network advertisements- The advantages and disadvantages of using RIP and OSPF in networks

of different sizes and topologies- How to configure IP and OSPF in your LAN as well as a Frame Relay

WAN- How Statistics Manager and Technician Interface are used to observe

the proper operation of your LAN and WAN protocols- How to configure OSPF with multiple areas, ranges, virtual links and

external routes- How to configure multiple IP interfaces on a single circuit- The four types of networks supported by OSPF

Key Topics- Routing Information Protocol (RIP)- OSPF Overview- OSPF Areas- OSPF External Routes

- Introduction to Border Gateway Protocol (BGP-4)

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Prerequisite SkillsStudents should be able to perform basic IP configuration of Nortel routersusing CLI.

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CH1720 IPv6 and Mobile IP

Duration: 1 day

Prerequisite Courses:Advanced IP Routing

Course DescriptionIPv6 is next generation of IP network, which solves many issues in IPv4. Thisleader-led course provides a complete introduction to IPv6.Mobile network makes peoples life easier. Mobile IP allows client move aroundthe world with the same home IP address. This leader-led course provides acomplete introduction to Mobile IP.

Intended AudienceThis course is for network personnel responsible for the configuration andmanagement of IP network.


- Recall the purpose and benefits of IP Version 6 (IPv6)- Describe IPv6 addressing- List the fields in the header of an IPV6 address- Explain how an IPv6-to-IPv4 tunnel works- Explain IPv6 security

- Identify Mobile IP architecture- Understand the mobility of Mobile IP- Understand end to end service flow- Explain Mobile IP security- Identify issue and solution of Mobile IP

Key Topics- IPv6 features- IPv6 address format- IPv6-to-IPv4 tunnel- IPv6 security

- Mobile IP architecture- Mobile IP signaling- Mobile IP applications

Prerequisite SkillsIP routing protocol

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CH1721 IP MPLS TE & VPN

Duration: 3 days


Course DescriptionThis leader-led course provides a complete introduction to the principle ofMPLS. It is ideal for the technical individual who needs to implement andanalyze MPLS network. A combination of lectures and hands-in labs will guideyou through the MPLS technologies: MPLS LDP, Traffic Engineering andMPLS VPN. You will examine each protocol during the lab sessions using thetools on the Cisco router or Huawei router or MSS switch.

Intended AudienceThis course is for network personnel responsible for the configuration andmanagement of IP MPLS network.


- Provide a high-level description of MPLS technology- Identify the components of an MPLS network- Identify the features and functions provided by MPLS- Explain the features and benefits of MPLS technology

- Describe the major data structures used by LDP- Explain how the LDP protocol operates by exchanging messages

between neighboring LSRs- List common CLI commands for configuring LDP and examining status

and statistics information- State the motivation for traffic engineering.- Identify MPLS traffic engineering features.- Explain traffic engineering tunnel attributes.- Use the command line interface to configure MPLS traffic engineering.- State the goals of MPLS VPN.- Describe MPLS VPN mechanisms.

- Use the command line interface to configure a VPN.

Key Topics- MPLS Architecture- Features and applications run in MPLS network- MPLS LDP- MPLS Traffic Engineering- MPLS VPN


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CH1722 IP Multicast Routing

Duration: 3 days


Advanced IP Routing

Course DescriptionThis leader-led course provides a complete analysis of the configuration andimplementation of Multicast Networks using the ERS 8600 routing switch. It isideal for the technical individual who needs to implement and analyze MulticastNetworks. A combination of lectures and hands-on labs will guide you throughthe multicast technologies: GMP, DVMRP, PIM-SM, and PGM. You willexamine each protocol during the lab sessions using the tools on the ERS 8600switch. You will also observe the multicast traffic through the switch and identifythe multicast tree topology. You will configure the ERS using the Command

Line Interface (CLI) and Device Manager.

Intended AudienceThis course is for network personnel responsible for the configuration andmanagement of IP multicast routing protocols in router environments.


- Describe and configure the ERS 8600 multicast features- Describe IP Multicast and its benefits- Describe multicast distribution trees and their operation

- Analyze multicast protocol operation in a network including IGMP,DVMRP, PIM-SM, PIM-SSM, and PGM

- Configure IGMP Snooping- Describe IGAP and its benefits- Identify several multicast protocols that could be encountered in a ERS

8600 environment- Identify supported multicast configurations

Key Topics- Multicast and the ERS 8600- Multicast Networks Overview

- Internet Group Management Protocol- IGAP- DVMRP- PIM-SM- PIM-SSM- PGM- Multicast Network Design Guidelines- Other Multicast Protocols


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CH1723 IP QoS

Duration: 1 day


Course DescriptionAs a backbone network, millions of applications is running and will run in IPnetwork. For many real time applications and other high priority dataapplications, IP QoS is big concern for most people. This leader-led courseprovides a complete introduction to IP QoS. A combination of lectures andcase study will guide you through the IP QoS technologies: DiffServ, RSVP-TEand IP QoS interworking with IEEE 802.1p.

Intended AudienceThis course is for network personnel responsible for the configuration andmanagement of IP network.


- State the need for QoS.- Identify DiffServ architecture- Understand Classification, Policing, Scheduling and Traffic Shaping- Understand RSVP-TE architecture

- Define the differences between DiffServ and RSVP-TE- Identify MPLS QoS application points.- Define the differences between QoS on routers and QoS on ATM

switches.- Identify the interworking between IEEE 802.1p and DiffServ

Key Topics- IP QoS Issues- DiffServ Architecture- RSVP-TE Architecture- MPLS QoS Solution

- Interworking between IEEE 802.1p and DiffServ- Case study of IP QoS application


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CH1724IP Network Planning and Tuning

Duration: 3 days

Prerequisite Courses:IP MPLS TE & VPN

Course DescriptionAs a backbone network, millions of applications is running and will run in IPnetwork. Good Planning and Tuning for IP network are critical for theseapplications to run smoothly. It could also save operators OPEX. This leader-led course provides a complete introduction to IP network planning and tuning.A combination of lectures and case study will guide you through the followingtechnologies: IP address planning and tuning, OSPF planning and tuning,MPLS network planning and tuning, BGP planning and tuning.

Intended AudienceThis course is for network personnel responsible for the planning and tuning ofIP network.


- State the need for IP network Planning and Tuning.- Define IP networking planning principle- Identify hierarchical IP network- Understand IP address issue and plan a scalable IP network

- Understand OSPF issue and plan a scalable, stable OSPF network- Understand OSPF issue and plan a scalable, stable BGP network- Plan a scalable, stable MPLS network- Analyze an IP network running OSPF, BGP and MPLS, and give tuning

suggestion

Key Topics- IP networking planning principle- IP Address Issues and solution- OSPF design principle and key performance parameters- BGP design principle and key performance parameters

- MPLS design principle and key performance parameters

Prerequisite SkillsIP routing protocol and MPLS basic knowledge

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CH1725Advanced IPv6

Duration: 3 days


Course DescriptionIPv6 is short for "Internet Protocol Version 6". IPv6 is the "next generation"protocol designed by the IETF to replace the current version Internet Protocol,IP Version 4 ("IPv4").This course will describe IPv6 protocol, include IPv6 addressing, routing,multicast, security, QoS, IPv4 to IPv6 transition and how to configure IPv6 onCisco router.

Intended AudienceIT Managers, Network Engineers, Tech Support and anyone who is interestedin IPv6.


- Understand IPv6 network concept- Understand IPv6 addressing protocol- Understand IPv6 routing- Understand IPv6 multicast

- Understand IPv6 security- Understand IPv6 QoS- Understand IPv4 to IPv6 transition- Understand how to configure IPv6 on Cisco router


- IPv6 introduction- History of IP- The problems with IPv4

- IPv6 Addressing

- IPv6 datagram header - IPv6 addresses- Address representation- Multicast, unicast and anycast addresses- The IPv6 datagram format- IPv6 extension headers- ICMPv6

- IPv6 Address Autoconfiguration- Stateless & Stateful- DHCPv6- IPv6 Link-Local Addresses- IPv6 Neighbour Discovery- IPv6 Router Discovery

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- Router Renumbering in IPv6- IPv6 Routing

- IPv6 Routing Tables- MTU discovery- Neighbor reachability

- IPv6 Router renumbering- IPv6 Fragmentation- ICMPv6 Redirects- RIPng- OSPFv3- BGPv4 & IPv6

- IPv6 Multicast- IPv6 Multicast Routing- IPv6 PIM

- Mobility for IPv6- Limitations of link layer mobility

- Mobile IPv4 vs Mobile IPv6- Mobile IPv6 in operation- Home agents- Binding updates and the binding cache

- IPv6 Security- Cryptographic techniques- IPv6 and IPSec- IPv6 AH & ESP Headers- Transport and tunnel modes- Security associations- ISAKMP & IKE

- IPv6 QoS- Traffic class in IPv6- The IPv6 Flow label- Differential services (DiffServ)- Integrated services (IntServ)- Traffic flows in IPv6- RSVP

- IPv4 to IPv6 Transition- Overview of transition mechanisms- Dual stacks

- Compatibility addresses- Automatic and configured tunneling- IPv6 Site-Multihoming

- Redundancy- Load Sharing- Performance- Policy- Packet Filtering- Impact on Routers- Impact on Hosts

- Configuration of IPv6 on Cisco router

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Prerequisite SkillsBasic Knowledge of TCP/IP and Networking.

Network Security

CH1800Network Security Fundamentals

Duration: 1 day


Course DescriptionNetwork security fundamentals provide the fundamental knowledge you need toanalyze risks to your networks and system and implement a workable security

policy that protects your information assets from potential intrusion, damage ortheft.

Intended AudienceSystem Administrators, Firewall Administrators, and IT Security Officers.


- Analyze your exposure to security threats and protect yourorganization's networks, systems, web and data

- Age risks emanating from inside the organization and from the Internet &

extranets- Protect network and web users from hostile applications and viruses- Reduce your susceptibility to an attack by deploying firewalls, data

encryption and decryption, and other countermeasures- Identifying policies and administration, security architectures, policies

and testing, security through policy and the security risks that need to beaddressed in a security policy

- Identifying protection through encryption, authentication, transactionalsecurity

Key Topics

The topics for this course are as follows:- Network Security- Security issues- Protecting your organization- Protecting your data- Measuring security- Systems vulnerabilities (UNIX, NT, and Windows)

Prerequisite SkillsBasic Knowledge of TCP/IP and Networking

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CH1801VPN FundamentalsDuration: 2 days


Network Security Fundamentals

Course DescriptionThis course will describe virtual private networks fundamentals, including VPNconcepts and architectures, and an in-depth examination of advanced featuresand functions such as tunneling, authentication, access control, VPN gateways,VPN clients, and VPN network and service management

Intended AudienceIT Managers, Security Officers, Network Engineers, Tech Support and anyonewho is interested in VPN.


- Understand VPN concept- Understand IPSec VPN protocol- Understand PPTP, L2TP, MPLS and rfc2764 VPN protocols- Review VPN gateway functions, including site-to-site intranet, remote

access- Understand Client operation issues, including working with NAT, DNS,

and link MTU limits- Explore VPN service and network management architectures and tunnel

and security management- Review successful VPN deployments


- VPN architectures- Tunnels and VPN-VPN protocolsIPSec, PPTP, L2TP, MPLS, etc- VPN solutions and implementations

Prerequisite Skills

Basic Knowledge of TCP/IP and Networking

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CH1802Firewall Fundamentals

Duration: 2 days

Prerequisite Courses:Network Security FundamentalsVPN Fundamentals

Course DescriptionThis course will describe firewall fundamentals, including firewall networkarchitecture, the firewalls role in a network, firewall types, firewall performanceattributes and how to protect your network by firewall

Intended Audience

System Administrators, Application Developers, Firewall Administrators, and ITSecurity Officers.


- Understand what is a firewall- Understand firewalls roles- Know firewall types- Know how to choice a firewall based on special network.- Understand how to protect the network by firewall- Understand firewall network implement


- Firewall network architectures- Firewall types

- Packet based firewall- Stateful firewall

- Firewall performance attributes- Firewall rules planning- Firewall implement

- Designing a firewall for a specific network


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CH1803IDS and Network SecurityDuration: 3 days

Prerequisite Courses:Firewall Fundamentals

Course DescriptionThis course will describe Intrusion Detection System and network security,include IDS types, IDS techniques, typical attacks, IDS performance attributesand how to protect network.

Intended AudienceIT Managers, Security Officers, Network Engineers, Tech Support.


- Understand IDS concept- Understand IDS types, detection techniques.- Know typical attacks- How to choice IDS based on special network.- Understand Network security- Plan network security based on special network

Key Topics

The topics for this course are as follows:- IDS concept and components

- Event generators- Event analyzers- Response units- Event database

- IDS types:- NIDS- HIDS- IDS techniques- Signature Based

- Anomaly Based- IDS performance attributes

- Typical attacks- DoS- DDoS- Smurf- Trojans

- Network Security- Firewall protection- ACL- VPN- AAA- Routing protection

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CH1804 Hacking and Safe Programming

: 3 days

Prerequisite Courses:Network Security Fundamentals

Course DescriptionSQL

XSSWEBWEB SQLCOOKIE.NETC/C++

Intended Audience

Key Topics

Windows

Windows Shellcode

Prerequisite SkillsCC++WindowsUnixTCP/IP

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NGN

CH2900 CVOIP Services

Duration: 1 day


Course DescriptionThis course will describe the main voice over IP services, including VOIP forLegacy & IN (Intelligent network) telephony services, IP centrex service, SIPmultimedia services. VOIP technologies provide multiple voice and multimediavervices with low cost. IP Centrex refers to a number of IP telephony solutionswhere Centrex service is offered to a customer. SIP is a peer-to-peer,

multimedia signaling protocol that integrates with other Internet services. Whenused with an IP infrastructure, SIP helps to enable rich communications withnumerous multivendor devices and media.

Intended AudienceAnyone who requires a general understanding of Voice Over IP Services.


- list the VOIP for legacy & IN telephony services- describe the IP centrex service

- describe the features of SIP multimedia services

Key TopicsThe topics for this course are as follows:VOIP for Legacy & IN (Intelligent network) telephony servicesIP centrex serviceSIP multimedia servicesCase study


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CH2901 CVOIP Network

Duration: 1 day

Prerequisite Courses:CVOIP Services

Course DescriptionThis course will describe Voice over IP Network component: Embedded end-points, Gateways, intelligent Network Servers, like Softswitches, MediaGateway Controllers , Universal Messaging Systems, Location Servers , IPPBXs & Application Servers, etc. This course also describe NAT traversalwhen Service Providers deliver public IP-based voice. After these topics, thiscourse will describe VOIP QOS, Network Interworking

Intended AudienceAnyone who requires a general understanding of Voice over IP network.


- describe the VOIP network component- describe how to solve the challenge of traverse public IP network.- describe how to achieve voice over IP QOS.- understand the interworking between VOIP and other communication

network

Key TopicsVOIP Network componentNAT TraversalVOIP QOSNetwork InterworkingCase Study


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CH2902 CVOIP Signaling

Duration: 3 days

Prerequisite Courses:Voice Over IP ServicesCVOIP Network

Course DescriptionThis course will gives the detail description on voice over IP signaling. It willdescribe the function, message format and message flow of RTP protocol,RTCP, RTSP, H.323, H.248/MEGACO, MGCP, SIP, RFC2833, T38 protocol. Itwill also give the introduction on SIGTRAN.

Intended AudienceAnyone who requires a complete understanding on Voice over IP signaling.


- describe the specification, message format and message flow of RTPprotocol

- describe the specification, message format and message flow ofRTCP- describe the specification, message format and message flow ofRTSP- describe the specification, message format and message flow ofH.323- describe the specification, message format and message flow of

H.248/MEGACO.- describe the specification, message format and message flow ofMGCP- describe the specification, message format and message flow ofSIP- describe the specification, message format RFC2833- describe the specification, message format T38- describe the specification and structure of SIGTRAN (M3UA, M2UA,

M2PA, IUA,V5UA)

Key TopicsThe topics for this course are as follows:- RTP (Real Time Protocol),- RTCP (Real Time Control Protocol)- RTSP (Real Time Streaming Protocol)- H.323- H.248/MEGACO.- MGCP- SIP- RFC2833- T38- SIGTRAN (M3UA, M2UA, M2PA, IUA,V5UA)

Prerequisite SkillsHas completely understand the VOIP services and network structure

Tel: +86-10-62285286 - 51 -


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