Mobile Packet Backbone Network Training Programs. Catalog of Course Descriptions

Transcription

1 Mobile Packet Backbone Network Training Programs Catalog of Course Descriptions

2 Page 2 Catalog of Course Descriptions INTRODUCTION... 6 MOBILE PACKET BACKBONE NETWORK (M-PBN) R5.1 DELTA... 7 MOBILE PACKET BACKBONE NETWORK (M-PBN) CONCEPTS MOBILE-PBN R6.0 DELTA MOBILE PACKET BACKBONE NETWORK (MOBILE-PBN) CONCEPTS 6.0 JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (MOBILE-PBN) CONCEPTS 6.0 (REDBACK TRACK) SMARTEDGE R5 ADD-ON MPLS L3 USING IS-IS INFRASTRUCTURE CONFIGURATION AND MONITORING MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS - REDBACK TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 NETWORK VIEW (REDBACK TRACK) MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS - TRANSPORT BACKBONE (REDBACK TRACK) MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 OVERVIEW (REDBACK TRACK) MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 OVERVIEW (JUNIPER TRACK) Commercial in Confidence

3 Page 3 MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 NETWORK VIEW (JUNIPER TRACK) MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS - TRANSPORT BACKBONE (JUNIPER TRACK) MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS - CIRCUIT SWITCHED MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS IMS MOBILE PACKET BACKBONE NETWORK (M-PBN) R6.1 CONCEPTS - PACKET SWITCHED MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - CIRCUIT SWITCHED - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - CIRCUIT SWITCHED - REDBACK TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - IMS - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - IMS - REDBACK TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - PACKET SWITCHED - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - PACKET SWITCHED - REDBACK TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) R7.0 CONCEPTS - REDBACK TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - SMARTEDGE TRACK Commercial in Confidence

4 Page 4 MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - CIRCUIT SWITCHED - SMARTEDGE TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - PACKET SWITCHED - SMARTEDGE TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - CIRCUIT SWITCHED - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - PACKET SWITCHED - JUNIPER TRACK MOBILE PACKET BACKBONE NETWORK (M-PBN) 2009B CONCEPTS - IMS MOBILE PACKET BACKBONE NETWORK (M-PBN) OPERATIONS & CONFIGURATION IP NETWORKING IP QUALITY OF SERVICE AND MPLS IP SECURITY VOICE AND VIDEO OVER IP IPV6 NETWORKING IPV6 ROUTING IPV6 QUALITY OF SERVICE IPV6 SECURITY M-PBN 2010A CONCEPTS - SMARTEDGE TRACK M-PBN 2010A CONCEPTS - CIRCUIT SWITCHED - SMARTEDGE TRACK Commercial in Confidence

5 Page 5 M-PBN 2010A CONCEPTS - PACKET SWITCHED - SMARTEDGE TRACK M-PBN 2010A CONCEPTS - JUNIPER TRACK M-PBN 2010A CONCEPTS - CIRCUIT SWITCHED - JUNIPER TRACK M-PBN 2010A CONCEPTS - PACKET SWITCHED - JUNIPER TRACK M-PBN 2010A CONCEPTS - IMS Commercial in Confidence

6 Page 6 Introduction Ericsson has developed a comprehensive Training Programs service to satisfy the competence needs of our customers, from exploring new business opportunities to expertise required for operating a network. The Training Programs service is delineated into packages that have been developed to offer clearly defined, yet flexible training to target system and technology areas. Each package is divided into flows, to target specific functional areas within your organization for optimal benefits. Service delivery is supported using various delivery methods including: Icon Delivery Method Instructor Led Training (ILT) Seminar (SEM) Workshop (WS) Virtual Classroom Training (VCT) Web Based Learning (WBL) Structured Knowledge Transfer (SKT) Delivery Enablers Remote Training Lab (RTL) Commercial in Confidence

7 Mobile Packet Backbone Network (M-PBN) R5.1 Delta (Note: contracted customers only!) LZU R1A Description Do you wish to know the advantages of the new and enhanced features introduced in M- PBN R5.1. If so, this is the course for you. It addresses the impact of the M-PBN R5.1 implementation in Circuit Switch, Packet Switch, Network View and Transport Network on M- PBN R5.1. It also addresses new features supported by Mobile-PBN R5.1 :connectivity solutions for Nb over IP and IMS R4.0, Signaling over IP enhancements and improved adaptability to multi-vendor based backbones. Learning objectives On completion of this course the participants will be able to: 1 Explain the enhancements to the Mobile-PBN R Highlights of Mobile-PBN R High level changes overview in Mobile-PBN R5.1 2 Explain the enhancements to the M-PBN R5.1 in CS 2.1 Overview of MSS Support for SS7 over IP 2.3 Support for MSC Pool 2.4 Support for Sigtran in WCDMA RAN P5 3 Explain the enhancements to the M-PBN R5.1 in PS 3.1 Describe the new and enhanced GGSN R4 features 3.2 Identify the new ATB Firewall 3.3 Understand SGSN in Pool for WCDMA 3.4 Identify the new X450A Layer 3 Switches 4 Explain the enhancements to the M-PBN R5.1 for O&M 4.1 Enhancements in Mobile-PBN R New features in HP/OpenView Suite 4.3 Description of interconnections 4.4 Performance Management / KPI 5 Explain the enhancements to the M-PBN R5.1 Security 5.1 Firewall Selection 5.2 Core Network (CN) SS7 Security 5.3 Virtual Systems (VSYS) Implementation in the Firewalls 5.4 Intrusion Detection and Prevention (IDP)

8 5.5 Firewall Policy Guidelines 6 Explain the enhancements to the M-PBN R5.1 Site Infrastructure & Access 6.1 Changes in Mobile-PBN R Extreme Network s L3 Switches proposed for Primary and Secondary Sites 6.3 Changes in QoS Design 6.4 Node KPI Overview 6.5 GSM & GPRS Access 6.6 WCDMA Access 7 Explain the enhancements to the M-PBN R5.1 Backbone 7.1 Changes in the backbone design 7.2 Revised Traffic Engineering for e2e RSVP 7.3 MPLS Triple Push Implications 7.4 Introduction of the Juniper Network s M120 Router 7.5 KPI Classifications Target audience The target audience for this course is: Network Designers, Network Deployment Engineers, Service Design Engineers, System Engineers. Prerequisites The participants should be familiar with: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Competence in M-PBN R5.0 Duration and class size The length of the course is 1 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Commercial in Confidence

9 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Introduction 0.5h Circuit Switch Core Delta 1h Packet Switch Core delta 1h O&M Delta 1h Security Delta 1h Site Infrastructure & Access 1h Backbone 0.5h Commercial in Confidence

10 Mobile Packet Backbone Network (M-PBN) Concepts 5.1 (Note: contracted customers only!) LZU R1A Description Your network is based on M-PBN R5.1 and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the M-PBN R5.1 architecture, concepts and design. You will learn about the scope of the M-PBN R5.1 reference network, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will have understood the Mobile-PBN R5.1 network designs and will be able to use this knowledge to appreciate and recognize the concepts in their network. The participants will understand the main concepts under the M-PBN R5.1 Solution: Modularity, Scalabilty, Resilience, Security, QoS etc. On completion of this course the participants will be able to Module 1: M-PBN R5.1 Overview 1 Explain the overview of the Ericsson Mobile Packet Backbone Network R5.1 (M- PBN R5.1) 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 Detail the advantages of design modularity 2 Explain the M-PBN R5.1 solution and products 2.1 Explain two M-PBN R5.1 solution variants 2.2 Identify the infrastructure nodes in the M-PBN 5.1 model 3 Explain the M-PBN R5.1 Reference Network design 3.1 Identify the nodes in the Ericsson Mobile Packet Backbone Network R5.1 (M-PBN R5.1) 3.2 Explain the connectivity requirements 3.3 Identify the site infrastructure requirements

11 4 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R5.1 (M-PBN R5.1) 4.1 Explain the connectivity requirements 4.2 Identify the site infrastructure requirements 5 Explain the customer case requirements 5.1 Explain the customer benefits of M-PBN R5.1 solution Module 2: M-PBN R5.1 Circuit Switched (CS) 1 Explain the M-PBN R5.1 Scope and Requirement 1.1 Explain M-PBN R5.1 CS solution scope and goals 1.2 Describe CS requirements on IP transport backbone 1.3 Describe M-PBN R5.1 backbone technology choice 2 Explain SS7 over IP signaling design goals and architecture 2.1 Describe physical and IP connectivity 2.2 Describe SCTP layer 2.3 Describe M3UA and MTP3b layer scenarios 3 Explain MSS R4.2 GSM over IP network and protocol 3.1 Describe CS optimal IP transport technology choice 3.2 Describe optimal M-MGw selection, control layer and remote TDM, admission control 3.3 Explain network redundancy 3.4 Describe physical and IP connectivity 4 Explain different MSS migration scenarios 4.1 Describe different classical MSC TDM to MSS IP migration scenarios 4.2 Describe MSS TDM to MSS IP migration 4.3 Describe MSS ATM to MSS IP migration Module 3: M-PBN R5.1 Packet Switched (PS) 1 Describe the advantages of SGSN pool 1.1 Explain the traffic cases of SGSN pool design guidelines 1.2 Describe protocol stack of IuPS interface 1.3 Explain connectivity options from RNC to SGSN 1.4 Describe protocol stack of Gb interface 1.5 Explain local and remote scenarios for Gb over IP 1.6 Explain local and remote scenarios for Gb over FR 1.7 Describe the design guidelines for Gb interface 2 Describe physical and logical connectivity of Gn interface 2.1 Explain the routing architecture of Gn interface 2.2 Describe physical and logical connectivity of roaming 2009

12 2.3 Explain the routing architecture of roaming 2.4 Describe DNS 3 usage cases 2.5 Describe DNS physical and logical connectivity 2.6 Describe DNS failover cases 3 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc. 3.1 Describe the technologies used in traffic separation. 3.2 Describe the Gi Direct solution. 3.3 Describe the Gi Indirect solution 3.4 Understand Inband and Outband Radius server implementation Module 4: M-PBN R5.1 Network View 1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R5.1 design. 1.1 List the various Network Modules within the M-PBN R5.1 design solution 2 Explain the Security Solution as part of the Ericsson design in the Mobile-Packet Backbone Network. 2.1 Describe the Security Domain Network Security 2.2 Describe the Security Services applied for different traffic types 2.3 Describe Security Management 3 Explain the O&M Network design as part of the Ericsson design in the Mobile- Packet Backbone Network. 3.1 Describe the Mobile-PBN R5.1 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 4 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 3.0 and Multi-Mediation 4.0 in the Mobile Packet Backbone Network. 4.2 Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems 5 Explain the general QoS purpose 5.1 Describe the 3GPP QoS model 5.2 Describe the M-PBN QoS solution Module 5: M-PBN R5.1 Transport Backbone 1 Describe M-PBN R5.1 transport backbone solution scope and requirement 1.1 Describe M-PBN R5.1 transport backbone solution scope and limitations 2009

13 1.2 Describe client requirements on transport backbone 2 Describe site infrastructure scope and purpose 2.1 Describe M-PBN site switch hardware options 2.2 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 2.3 Describe site switch redundancy mechanisms and design for high availability 2.4 Describe the Site Infrastructure QoS 3 Explain client modules connectivity options 3.1 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 3.2 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 3.3 Describe backbone connectivity for the External network client modules: Gi Corporate 4 Describe M-PBN transport backbone module design 4.1 Describe M-PBN intra-site and inter-site connectivity choices 4.2 Explain IGP, internal BGP and client NW routing choice in M-PBN backbone routing design 4.3 Explain the 2 Options in M-PBN IP/MPLS transport backbone design 4.4 Explain M-PBN QoS solution in transport backbone 4.5 Describe availability considerations 5 Describe the Optional Cisco Adaptation in Ericsson s M-PBN R Identify the Cisco nodes that are required for the Site Infrastructure 5.2 Identify the Cisco nodes that are required for the Backbone 5.3 Describe the Routing Protocols implemented in this adaptation 6 Describe the ATM option in Ericsson s M-PBN R Describe the connectivity solutions for customers with the ATM option Module 6: M-IMS in M-PBN R5.1 1 Describe M-IMS R4.0 in M-PBN R5 s solution scope and requirements 1.1 Describe M-IMS R4.0 in M-PBN R5 s solution scope 1.2 Describe M-IMS R4.0 in M-PBN R5 s limitations 2 Describe the IMS Architecture 2.1 Explain the 3GPP Architecture Evolution (R99 to R5) 2.2 Explain the End-to-End M-IMS QoS Architecture 2.3 Describe the Policy Enforcement 2.4 Identify the Public and Private User Identities 3 Explain the reason for the M-IMS IP Infrastructure 2009

14 3.1 Describe the nodes in The Network Reference Model (TNRM) 3.2 Describe the main changes in M-IMS R4 3.3 Describe the role of the IS Platform 3.4 Describe the Security aspects in M-IMS 4 Describe Traffic Flows in M-IMS 4.1 Explain the Registration Process 4.2 Describe the CSCF Discovery 4.3 Explain the Session Establishment Process 5 Describe the IMS Reference Points 5.1 Describe the Service Traffic 5.2 Describe IMS Reference Point for O&M Traffic for Extreme and Ericsson s IS 5.3 Describe the functionality of the idns and edns 5.4 Describe the connectivity for Extreme nodes 5.5 Describe the connectivity for Ericsson s IS nodes Course Contents The course consists of six modules. Each of the modules has a duration of 1 day: Module 1: M-PBN R5.1 Overview Challenges faced in regards to the mobile operators backbone infrastructure Ericsson Mobile Packet Backbone Network (M-PBN) Introduction Ericsson M-PBN Design overview and network nodes selection criteria Overview of the different technology used in the M-PBN such as IP, ATM, MPLS, VPNs and SONET/SDH Discussion of a customer sucsses story Module 2: M-PBN R5.1 Circuit Switched (CS) M-PBN CS solution scope and requirements CS specific technology introduction: MSS layered architecture nodes and protocols, SS7 over IP, M-MGw selection and bearer setup, voice compression, admission control, MSC Pool MSS WCDMA and GSM CS solution with ATM transport MSS WCDMA/GSM CS solution with IP transport and signaling Migration to MSS Module 3: M-PBN R5.1 Packet Switched (PS) WCDMA/GSM GRPS networks DNS concept and DNS approach in M-PBN IPv6 features, addressing and packet encapsulation in M-PBN 2009

15 Local and remote scenarios for Gb over FR and Gb over IP SGSN pool in M-PBN Connectivity options from RNC to SGSN Physical and logical connectivity of Gn interface, routing architecture for the Gn interface, roaming Gi Interface Design Issues Scenarios for Corporate Access Module 4: M-PBN R5.1 Network View Network Modules Overview M-PBN Security M-PBN O&M Network Charging (incl. SACC overview) M-PBN Quality of Service Module 5: M-PBN R5.1 Transport Backbone Transport backbone technology choice Site infrastructure design Client module connectivity to backbone for CS and PS Access, Core and External networks IP/MPLS backbone design QoS (backbone specific) Module 6: M-IMS in M-PBN R5.1 Describe M-IMS R4.0 in M-PBN R5 s solution scope Understand the 3GPP Architecture Evolution (R99 to R5) Understand the IMS Architecture Explain the End-to-End M-IMS QoS Architecture Understand the Registration Process and Describe the CSCF Discovery Understand the Session Establishment Process Describe Traffic Flows in M-IMS Describe the IMS Reference Points Understand the functionality of the idns and edns Describe the connectivity for Extreme nodes and Ericsson s IS nodes 2009

16 Target audience The target audience for this course is: Network Designers, Network Deployment Engineers, Service Design Engineers, System Engineers. Prerequisites The participants should be familiar with: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days if all modules are taken, and the maximum number of participants is 16. Modules can be taken in the following combinations: For focus on CS: 1+2 or or For focus on PS: 1+3 or or For backbone focus only: 1+5 For CS and PS (without backbone): For focus on PS and IMS: or or Complete scope: Learning situation This course is based on theoretical instructor-led lessons given in a classroom. 2009

17 Mobile-PBN R6.0 Delta (Note: contracted customers only!) LZU R1A Description Do you wish to know the advantages of the new and enhanced features introduced in M- PBN R6.0 If so, this is the course for you. It addresses the impact of the M-PBN R6.0 implementation in Circuit Switch, Packet Switch, Infrastructure and Transport Network on M- PBN R6.0 based on Juniper Routers. It also describes new products verified and supported by Mobile-PBN R6.0. Learning objectives On completion of this course the participants will be able to: 1 Describe the Products that have been verified with Mobile-PBN R6.0 2 Explain the Packet Switching updates 2.1 Describe the logical and physical connections with SGSN R8 2.2 Describe the design for 3GDT solution 2.3 Explain alternative design solutions for the Gi Internet firewall 3 Explain the changes in supported nodes and upgrade solution for MSS in Circuit Switching solution 4 Describe changes to the Site Infrastructure and Backbone solution 4.1 Describe the new Juniper Products supported 4.2 Describe changes to the MPLS Backbone design 4.3 Explain the IGP choice 4.4 Explain Link Scalability 4.5 Explain Carrier Ethernet solutions as alternatives 4.6 Describe Juniper-Redback interoperability 5 Describe other features changes such including O&M Network,Charging and IMS solutions Target audience The target audience for this course is: Network Designers, Network Deployment Engineers, Service Design Engineers, System Engineers Prerequisites The participants should be familiar with: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 17

18 Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Competence in M-PBN R5.0 or R5.1 Duration and class size The length of the course is 1 days and the maximum number of participants is 16 Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Products that have been verified with Mobile-PBN R mins Packet Switching updates 1 hour 30 mins Circuit Switching updates 30 mins Infrastructure and Backbone 1 hour 30 mins Other features 1 hour

19 Mobile Packet Backbone Network (Mobile-PBN) Concepts 6.0 Juniper Track (Note: contracted customers only!) LZU R1A Description Your network is based on Mobile-PBN R6.0 with Juniper routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.0 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.0 reference network based on Juniper, the products involved as well as applied concepts and designs. You also will learn about Ericsson s IMS and its connectivity into the M-PBN Learning objectives On completion of this course the participants will have understood the Mobile-PBN R6.0 network designs and will be able to use this knowledge to appreciate and recognize the concepts in their network. The participants will understand the main concepts under the Mobile-PBN R6.0 Solution: Modularity, Scalabilty, Resilience, Security and QoS. Module 1: Mobile-PBN R6.0 Overview 1 Explain the overview of the Ericsson Mobile Packet Backbone Network R6.0 (Mobile-PBN R6.0 Juniper Track) 2 Explain the challenges faced in regards to the mobile operators backbone infrastructure 3 Detail the advantages of design modularity 4 Explain the Mobile-PBN R6.0 solution and products 5 Explain two Mobile-PBN R6.0 solution variants 6 Identify the infrastructure nodes in the Mobile-PBN 6.0 model 7 Explain the Mobile-PBN R6.0 Reference Network design 8 Identify the nodes in the Ericsson Mobile Packet Backbone Network R6.0 (Mobil PBN R6.0 Juniper Track) 9 Explain the connectivity requirements 10 Identify the site infrastructure requirements

20 11 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R6.0 (Mobile-PBN R6.0 Juniper Track) 12 Explain the connectivity requirements 13 Identify the site infrastructure requirements Module 2: Mobile-PBN R6.0 Network View 1 Describe the various levels of abstraction used to achieve logical modularization of the Mobile-PBN R6.0 design. 2 List the various Network Modules within the Mobile-PBN R6.0 design solution 3 Explain the new Security Solution as part of the Ericsson design in the Mobile- Packet Backbone Network. 4 Describe the Security Domain Network Security 5 Describe the Security Design Options available. 6 Describe the Security Services applied for different traffic types 7 Describe Security Management 8 Explain the O&M Network design as part of the Ericsson design in the Mobile- Packet Backbone Network. 9 Describe the Mobile-PBN R6.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 10 Describe the Juniper O&M Solution 11 Describe the charging solution for Mobile-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 5.0 in the Mobile Packet Backbone Network. 13 Describe the charging solutions based on SASN R6 or SACC Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems 15 Explain the general QoS purpose 16 Describe the 3GPP QoS model 17 Describe the Mobile-PBN QoS solution 18 Describe the Juniper Routers QoS solution Module 3: Mobile-PBN R6.0 Transport Backbone 1 Describe Mobile-PBN R6.0 transport backbone solution scope and requirement 2 Describe Mobile-PBN R6.0 transport backbone solution scope and limitations 3 Describe client requirements on transport backbone 4 Describe site infrastructure scope and purpose 5 Describe Mobile-PBN site switch hardware options 6 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 7 Describe site switch redundancy mechanisms and design for high availability 8 Describe the Site Infrastructure QoS 2009

21 9 Explain client modules connectivity options 10 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 11 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 12 Describe backbone connectivity for the External network client modules: Gi Corporate 13 Describe Mobile-PBN transport backbone module design 14 Describe Mobile-PBN intra-site and inter-site connectivity choices 15 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 16 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 17 Explain Mobile-PBN QoS solution in transport backbone 18 Describe availability considerations 19 Describe the design solution based on Carrier Ethernet 20 Describe Juniper-Redback Interoperability Module 4: Mobile-PBN R6.0 Circuit Switched (CS) 1 Explain the Mobile-PBN R6.0 Scope and Requirement 2 Explain Mobile-PBN R6.0 CS solution scope and goals 3 Describe CS requirements on IP transport backbone 4 Describe Mobile-PBN R6.0 backbone technology choice 5 Explain SS7 over IP signaling design goals and architecture 6 Describe physical and IP connectivity 7 Describe SCTP layer 8 Describe M3UA and MTP3b layer scenarios 9 Explain MSS R4.2 GSM over IP network and protocol 10 Describe CS optimal IP transport technology choice 11 Describe optimal M-MGw selection, control layer and remote TDM, admission control 12 Explain network redundancy 13 Describe physical and IP connectivity 14 Explain different MSS migration scenarios 15 Describe different classical MSC TDM to MSS IP migration scenarios 16 Describe MSS TDM to MSS IP migration 17 Describe MSS ATM to MSS IP migration 18 Explain the different possible MSS migration scenarios 19 Describe the principles & guidelines to migrate to Mobile-PBN R6.0 Module 5: Mobile-PBN R6.0 Packet Switched (PS) 1 Describe the advantages of SGSN pool 2 Explain the traffic cases of SGSN pool design guidelines 3 Describe protocol stack of IuPS interface 2009

22 4 Describe protocol stack of Gb interface 5 Explain scenario for Gb over IP 6 Describe the design guidelines for Gb interface 7 Explain scenarios for Iu over IP 8 Explain scenarios for Iur over IP 9 Describe 3GDT 10 Describe physical and logical connectivity of Gn interface 11 Explain the routing architecture of Gn interface 12 Describe physical and logical connectivity of roaming 13 Explain the routing architecture of roaming 14 Describe DNS 3 usage cases 15 Describe DNS physical and logical connectivity 16 Describe DNS failover cases 17 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc. 18 Describe the technologies used in traffic separation. 19 Describe the Gi Direct solution. 20 Describe the Gi Indirect solution 21 Understand Inband and Outband Radius server implementation 22 Describe the Gi Internet Firewall Solution 23 Describe the NPAT solution Module 6: Mobile-PBN R6.0 IMS 1 Describe the IMS system 2 Explain what multimedia is 3 Briefly describe the IMS solutions, IMT, PTT, and weshare 4 Explain where IMS is positioned within the total telecoms picture 5 List some operator and end-user benefits of IMS. 6 Describe Ericsson IMS Solution Scope in Mobile-PBN R6.0 7 Describe the Ericsson IMS solution 8 Describe the components in IMS Common System 9 Describe the nodes included in IMS common system 10 Describe the IMS Application Subsystem 11 Understand what are security areas 12 Describe what are Security Zones 13 Describe what are Security Domains 14 Describe the IMS O&M Solution 15 Describe the O&M Security 16 Describe the Physical connectivity for the IMS nodes 17 Describe the Logical connectivity 18 Describe IP Routing in IMS nodes 19 Understand the QoS Recommendations for IMS 20 Understand the Registration Process 21 Describe the CSCF Discovery 22 Understand the Session Establishment Process 23 Describe Traffic Flows in M-IMS 2009

23 Course Contents The course consists of five modules. Each of the modules has a duration of 1 day: Module 1: Mobile-PBN R6.0 Overview Challenges faced in regards to the mobile operators backbone infrastructure Ericsson Mobile Packet Backbone Network (Mobile-PBN) Introduction Ericsson Mobile-PBN Design overview and network nodes selection criteria Overview of the different technology used in the Mobile-PBN such as IP, ATM, MPLS, VPNs and SONET/SDH Module 2: Mobile-PBN R6.0 Network View Network Modules Overview Mobile-PBN Security Mobile-PBN O&M Network Charging (incl. SACC and SASN overview) Mobile-PBN Quality of Service Module 3: Mobile-PBN R6.0 Transport Backbone Transport backbone technology choice Site infrastructure design Client module connectivity to backbone for CS and PS Access, Core and External networks IP/MPLS backbone design QoS (backbone specific) Module 4: Mobile-PBN R6.0 Circuit Switched (CS) Mobile-PBN CS solution scope and requirements CS specific technology introduction: MSS layered architecture nodes and protocols, SS7 over IP, M-MGw selection and bearer setup, voice compression, admission control, MSC Pool MSS WCDMA and GSM CS solution with ATM transport MSS WCDMA/GSM CS solution with IP transport and signaling Migration to MSS Upgrade of MSS Solution based on Mobile-PBN

24 Module 5: Mobile-PBN R6.0 Packet Switched (PS) WCDMA/GSM GPRS networks DNS concept and DNS approach in Mobile-PBN 3GDT Scenario in Mobile-PBN IPv6 features, addressing and packet encapsulation in Mobile-PBN Scenario for Gb over IP Scenarios for IuPS/Iur over IP SGSN pool in Mobile-PBN Connectivity options from RNC to SGSN Physical and logical connectivity of Gn interface, routing architecture for the Gn interface, roaming Gi Interface Design Issues Scenarios for Corporate Access Module 6: Mobile-PBN R6.0 IMS IMS Solution Scope 3GPP IMS Solution Ericsson ICS and IMT IMS Infrastructure IMS IP Connectivity Network Reference Model and POI Traffic Security aspects in IMS Security Domains O&M Solutions Physical and Logical Connectivity for IMS IP Routing in IMS Nodes Traffic Flows in IMT Target audience The target audience for this course is: Network Designers, Network Deployment Engineers, Service Design Engineers, System Engineers. Prerequisites The participants should be familiar with: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2009

25 Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Duration and class size The length of the course is 6 days if all modules are taken, and the maximum number of participants is 16. Modules can be taken in the following combinations: For focus on CS: 1+4 or or For focus on PS: 1+5 or or For backbone focus only: 1+3 For CS and PS (without backbone): For IMS Scope only: Complete scope: Learning situation This course is based on theoretical instructor-led lessons given in a classroom. 2009

26 Mobile Packet Backbone Network (Mobile-PBN) Concepts 6.0 (Redback Track) (Note: contracted customers only!) LZU R1A Description Your network is based on Mobile-PBN R6.0 with Redback routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.0 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.0 reference network based on Redback, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will have understood the Mobile-PBN R6.0 network designs and will be able to use this knowledge to appreciate and recognize the concepts in their network. The participants will understand the main concepts under the Mobile-PBN R6.0 Solution: Modularity, Scalabilty, Resilience, Security and QoS. Module 1: Mobile-PBN R6.0 Overview 1 Explain the overview of the Ericsson Mobile Packet Backbone Network R6.0 (Mobile-PBN R6.0 Redback Track) 2 Explain the challenges faced in regards to the mobile operators backbone infrastructure 3 Detail the advantages of design modularity 4 Explain the Mobile-PBN R6.0 solution and products 5 Explain two Mobile-PBN R6.0 solution variants 6 Identify the infrastructure nodes in the Mobile-PBN 6.0 model 7 Explain the Mobile-PBN R6.0 Reference Network design 8 Identify the nodes in the Ericsson Mobile Packet Backbone Network (Mobile-PBN) R6.0 (Redback Track) 9 Explain the connectivity requirements 10 Identify the site infrastructure requirements 11 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R6.0 (Mobile-PBN R6.0 Redback Track) 12 Explain the connectivity requirements 13 Identify the site infrastructure requirements

27 Module 2: Mobile-PBN R6.0 Network View 1 Describe the various levels of abstraction used to achieve logical modularization of the Mobile-PBN R6.0 design. 2 List the various Network Modules within the Mobile-PBN R6.0 design solution 3 Explain the new Security Solution as part of the Ericsson design in the Mobile- Packet Backbone Network. 4 Describe the Security Domain Network Security 5 Describe the Security Design Options available. 6 Describe the Security Services applied for different traffic types 7 Describe Security Management 8 Explain the O&M Network design as part of the Ericsson design in the Mobile- Packet Backbone Network. 9 Describe the Mobile-PBN R6.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 10 Describe the Redback O&M Solution 11 Describe the charging solution for Mobile-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 5.0 in the Mobile Packet Backbone Network. 13 Describe the charging solutions based on SASN R6 or SACC Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems 15 Explain the general QoS purpose 16 Describe the 3GPP QoS model 17 Describe the Mobile-PBN QoS solution 18 Describe the Redback Qos solution Module 3: Mobile-PBN R6.0 Transport Backbone 1 Describe Mobile-PBN R6.0 transport backbone solution scope and requirement 2 Describe Mobile-PBN R6.0 transport backbone solution scope and limitations 3 Describe client requirements on transport backbone 4 Describe site infrastructure scope and purpose 5 Describe Mobile-PBN site switch hardware options 6 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 7 Describe site switch redundancy mechanisms and design for high availability 8 Describe the Site Infrastructure QoS 9 Explain client modules connectivity options 10 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 2009

28 11 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 12 Describe backbone connectivity for the External network client modules: Gi Corporate 13 Describe Mobile-PBN transport backbone module design 14 Describe Mobile-PBN intra-site and inter-site connectivity choices 15 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 16 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 17 Explain Mobile-PBN QoS solution in transport backbone 18 Describe availability considerations 19 Describe the design solution based on Carrier Ethernet 20 Describe Juniper-Redback Interoperability Module 4: Mobile-PBN R6.0 Circuit Switched (CS) 1 Explain the Mobile-PBN R6.0 Scope and Requirement 2 Explain Mobile-PBN R6.0 CS solution scope and goals 3 Describe CS requirements on IP transport backbone 4 Describe Mobile-PBN R6.0 backbone technology choice 5 Explain SS7 over IP signaling design goals and architecture 6 Describe physical and IP connectivity 7 Describe SCTP layer 8 Describe M3UA and MTP3b layer scenarios 9 Explain MSS R5.0 GSM over IP network and protocol 10 Describe CS optimal IP transport technology choice 11 Describe optimal M-MGw selection, control layer and remote TDM, admission control 12 Explain network redundancy 13 Describe physical and IP connectivity 14 Explain different MSS migration scenarios 15 Describe different classical MSC TDM to MSS IP migration scenarios 16 Describe MSS TDM to MSS IP migration 17 Describe MSS ATM to MSS IP migration 18 Explain the different possible MSS migration scenarios 19 Describe the principles & guidelines to migrate to Mobile-PBN R6.0 Module 5: Mobile-PBN R6.0 Packet Switched (PS) 1 Describe the advantages of SGSN pool 2 Explain the traffic cases of SGSN pool design guidelines 3 Describe protocol stack of IuPS interface 4 Describe protocol stack of Gb interface 5 Explain scenario for Gb over IP 6 Describe the design guidelines for Gb interface 7 Explain scenarios for Iu over IP 2009

29 8 Explain scenarios for Iur over IP 9 Describe 3GDT 10 Describe physical and logical connectivity of Gn interface 11 Explain the routing architecture of Gn interface 12 Describe physical and logical connectivity of roaming 13 Explain the routing architecture of roaming 14 Describe DNS 3 usage cases 15 Describe DNS physical and logical connectivity 16 Describe DNS failover cases 17 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc. 18 Describe the technologies used in traffic separation. 19 Describe the Gi Direct solution. 20 Describe the Gi Indirect solution 21 Understand Inband and Outband Radius server implementation 22 Describe the Gi Internet Firewall Solution 23 Describe the NPAT solution Module 6: Mobile-PBN R6.0 IMS 1 Describe the IMS system 2 Explain what multimedia is 3 Briefly describe the IMS solutions, IMT, PTT, and weshare 4 Explain where IMS is positioned within the total telecoms picture 5 List some operator and end-user benefits of IMS. 6 Describe Ericsson IMS Solution Scope in Mobile-PBN R6.0 7 Describe the Ericsson IMS solution 8 Describe the components in IMS Common System 9 Describe the nodes included in IMS common system 10 Describe the IMS Application Subsystem 11 Understand what are security areas 12 Describe what are Security Zones 13 Describe what are Security Domains 14 Describe the IMS O&M Solution 15 Describe the O&M Security 16 Describe the Physical connectivity for the IMS nodes 17 Describe the Logical connectivity 18 Describe IP Routing in IMS nodes 19 Understand the QoS Recommendations for IMS 20 Understand the Registration Process 21 Describe the CSCF Discovery 22 Understand the Session Establishment Process 23 Describe Traffic Flows in M-IMS Course Contents The course consists of six modules. Each of the modules has a duration of 1 day: 2009

30 Module 1: Mobile-PBN R6.0 Overview Challenges faced in regards to the mobile operators backbone infrastructure Ericsson Mobile Packet Backbone Network (Mobile-PBN) Introduction Ericsson Mobile-PBN Design overview and network nodes selection criteria Overview of the different technology used in the Mobile-PBN such as IP, ATM, MPLS, VPNs and SONET/SDH Module 2: Mobile-PBN R6.0 Network View Network Modules Overview Mobile-PBN Security Mobile-PBN O&M Network Charging (incl. SACC and SASN overview) Mobile-PBN Quality of Service Module 3: Mobile-PBN R6.0 Transport Backbone Transport backbone technology choice Site infrastructure design Client module connectivity to backbone for CS and PS Access, Core and External networks IP/MPLS backbone design QoS (backbone specific) Module 4: Mobile-PBN R6.0 Circuit Switched (CS) Mobile-PBN CS solution scope and requirements CS specific technology introduction: MSS layered architecture nodes and protocols, SS7 over IP, M-MGw selection and bearer setup, voice compression, admission control, MSC Pool MSS WCDMA and GSM CS solution with ATM transport MSS WCDMA/GSM CS solution with IP transport and signaling Migration to MSS Upgrade of MSS Solution based on Mobile-PBN 6.0 Module 5: Mobile-PBN R6.0 Packet Switched (PS) WCDMA/GSM GPRS networks DNS concept and DNS approach in Mobile-PBN 3GDT Scenario in Mobile-PBN IPv6 features, addressing and packet encapsulation in Mobile-PBN Scenario for Gb over IP 2009

31 Scenarios for IuPS/Iur over IP SGSN pool in Mobile-PBN Connectivity options from RNC to SGSN Physical and logical connectivity of Gn interface, routing architecture for the Gn interface, roaming Gi Interface Design Issues Scenarios for Corporate Access Module 6: Mobile-PBN R6.0 IMS IMS Solution Scope 3GPP IMS Solution Ericsson ICS and IMT IMS Infrastructure IMS IP Connectivity Network Reference Model and POI Traffic Security aspects in IMS Security Domains O&M Solutions Physical and Logical Connectivity for IMS IP Routing in IMS Nodes Traffic Flows in IMT Target audience The target audience for this course is: Network Designers, Network Deployment Engineers, Service Design Engineers, System Engineers. Prerequisites The participants should be familiar with: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. 2009

32 Duration and class size The length of the course is 6 days if all modules are taken, and the maximum number of participants is 16. Modules can be taken in the following combinations: For focus on CS: 1+4 or or For focus on PS: 1+5 or or For backbone focus only: 1+3 For CS and PS (without backbone): For IMS Scope only: Complete scope: Learning situation This course is based on theoretical instructor-led lessons given in a classroom. 2009

33 SmartEdge R5 add-on MPLS L3 using IS-IS infrastructure Configuration and Monitoring LZU R1A Description SmartEdge R5 Add-on MPLS L3 using IS-IS infrastructure Configuration and Monitoring, available for students who did or will participate in a course package containing SmartEdge Foundation course as well SmartEdge IS-IS and BGP add-on modules. A 2-day lecture and lab course targeted at second level Network Operation Center staff and other staff who primarily need to configure and troubleshoot the Redback SmartEdge within MPLS L3 VPN environment. Learning objectives On completion of this course the participants will be able to: 1. Understand relation between MPLS Layer 3 VPN and routing 2. Enable MPLS Layer 3 VPN 3. Build and verify MPLS Layer 3 sites 4. Understand packet flow end to end walk-through Target audience The target audience for this course is: Network Deployment Engineer, System Engineer Prerequisites The participants should be familiar with and have practical experience with IP networks as well as a solid understanding of general networking technologies. Successful completion of the following courses: SmartEdge R5 Foundation LZU (1-day) SmartEdge R5 Add-on IS-IS Configuration and Monitoring LZU (2 days) or have similar knowledge SmartEdge R5 Add-on BGP Configuration and Monitoring LZU (1-day) or have similar knowledge Minimum knowledge requirement for students attending this course module: IP network design (IPv4 address planning, IPv4 general routing concepts, IPv4 address resolution mechanisms) IS-IS design (Configuration and verification of infrastructure) 33

34 BGP design (Configuration and verification of BGP) Duration and class size The length of the course is 2 days and the maximum number of participants is 8. Learning situation This course is based on theoretical instructor-led lessons given in a classroom environment combined with Educational modules including hands-on labs and student test cases. Most modules finish with quiz sessions, stimulating a good interactive atmosphere during the training, as well validates the information exchange between Instructor and Student Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1&2 Introduction MPLS 101 Put things in place within the SmartEdge MPLS L3 VPN lab topology Configuration flow diagram Configure IP backbone connectivity Configure ISIS backbone infrastructure Configure MPLS and LDP (outer label) Configure L3 VPN (inner label) Configure VPN context Configure CE Router connection End to end packet flow walk through verification LSP scalability CE to PE using OSPF exercise CE to PE using ISIS exercise

35 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts - Redback track LZU R1A Description Your network is based on Mobile-PBN R6.1 with Redback routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Redback, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: 1 Explain Mobile-PBN R6.1 Overview 1.1 Explain the overview of the Ericsson Mobile Packet Backbone Network R6.1 (Mobile- PBN R6.1 Redback Track) 1.2 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.3 Detail the advantages of design modularity 1.4 Explain the Mobile-PBN R6.1 solution and products 1.5 Explain two Mobile-PBN R6.1 solution variants 1.6 Identify the infrastructure nodes in the Mobile-PBN 6.1 model 1.7 Explain the Mobile-PBN R6.1 Reference Network design 1.8 Identify the nodes in the Ericsson Mobile Packet Backbone Network R6.1 (Mobile- PBN R6.1 Redback Track) 1.9 Explain the connectivity requirements 1.10 Identify the site infrastructure requirements 1.11 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R6.1 (Mobile-PBN R6.1 Redback Track) 1.12 Explain the connectivity requirements 1.13 Identify the site infrastructure requirements

36 2 Explain Mobile-PBN R6.1 Transport Backbone 2.1 Describe Mobile-PBN R6.1 transport backbone solution scope and requirement 2.2 Describe Mobile-PBN R6.1 transport backbone solution scope and limitations 2.3 Describe client requirements on transport backbone 2.4 Describe site infrastructure scope and purpose 2.5 Describe Mobile-PBN site switch hardware options 2.6 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 2.7 Describe site switch redundancy mechanisms and design for high availability 2.8 Describe the Site Infrastructure QoS 2.9 Explain client modules connectivity options 2.10 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 2.11 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS Describe backbone connectivity for the External network client modules: Gi Corporate 2.13 Describe Mobile-PBN transport backbone module design 2.14 Describe Mobile-PBN intra-site and inter-site connectivity choices 2.15 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 2.16 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 2.17 Explain Mobile-PBN QoS solution in transport backbone 2.18 Describe availability considerations 2.19 Explain the general QoS purpose 2.20 Describe the 3GPP QoS model 2.21 Describe the Mobile-PBN QoS solution 2.22 Describe the Redback Qos solution 2.23 Describe the design solution based on Carrier Ethernet 2.24 Describe Juniper-Redback Interoperability 3 Explain Mobile-PBN R6.1 Circuit Switched 3.1 Explain the Mobile-PBN R6.1 Scope and Requirement 3.2 Describe CS requirements on IP transport backbone 3.3 Describe Mobile-PBN R6.1 backbone technology choice 3.4 Understand the concepts of MSS R5.1 IP signaling design 3.5 Understand SS7 over IP signaling design goals and architecture 3.6 Describe physical and IP connectivity 3.7 Describe SCTP layer 3.8 Describe M3UA, M2PA and MTP3b layer scenarios 3.9 Describe PRA implementation in MPBN 3.10 Understand the concepts of MSS R5.1 IP transport design 3.11 Understand MSS R5.1 GSM/WCDMA MSS solution using IP transport 3.12 Understand optimal M-MGw selection, control layer and remote TDM, admission control 3.13 Describe physical and IP connectivity 3.14 Understand network redundancy 3.15 Understand the concepts of MSS SIP interworking 3.16 Understand the operator scenario 3.17 Describe SIP/SIP-I Inter-working Principle

37 3.18 Describe VLAN and VPN architecture 3.19 Describe the connectivity to all nodes 4 Explain Mobile-PBN R6.1 Packet Switched 4.1 Describe Access Network solution 4.2 Describe how 3G Direct Tunnelling works 4.3 Describe the advantages of SGSN pool 4.4 Explain the traffic cases of SGSN pool design guidelines 4.5 Describe protocol stack of IuPS interface 4.6 Explain connectivity options from RNC to SGSN 4.7 Introduction of lur over IP 4.8 Describe protocol stack of Gb interface 4.9 Explain local and remote scenarios for Gb over IP 4.10 Understand the design guidelines for Gb interface 4.11 Describe the Gn, Gp and DNS Solution 4.12 Describe physical and logical connectivity of Gn interface 4.13 Understand the routing architecture of Gn interface 4.14 Describe physical and logical connectivity of roaming 4.15 Understand the routing architecture of roaming 4.16 Describe DNS 3 usage cases 4.17 Describe DNS physical and logical connectivity 4.18 Understand DNS failover 4.19 Describe the Gi Corporate Access solution Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc 4.21 Describe the technologies used in traffic separation Describe the Gi Direct solution Describe the Gi Indirect solution 4.24 Understand Inband and Outband Radius server implementation 4.25 Describe the Gi Internet Connectivity Option 5 Explain Mobile-PBN R6.1 Network View 5.1 Describe the various levels of abstraction used to achieve logical modularization of the Mobile-PBN R6.1 design. 5.2 List the various Network Modules within the Mobile-PBN R6.1 design solution 5.3 Explain the new Security Solution as part of the Ericsson design in the Mobile-Packet Backbone Network. 5.4 Describe the Security Domain Network Security 5.5 Describe the Security Design Options available. 5.6 Describe the Security Services applied for different traffic types 5.7 Describe Security Management 5.8 Explain the O&M Network design as part of the Ericsson design in the Mobile-Packet Backbone Network. 5.9 Describe the Mobile-PBN R6.1 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 5.10 Describe the Redback O&M Solution 5.11 Describe the charging solution for Mobile-PBN R

38 5.12 Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 5.0 in the Mobile Packet Backbone Network Describe the charging solutions based on SASN R6 or SACC Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems 6 Explain Mobile-PBN R6.1 IMS 6.1 Describe the IMS system 6.2 Explain what multimedia is 6.3 Explain where IMS is positioned within the total telecoms picture. 6.4 Know which Standards Organizations involved in IMS 6.5 Understand Ericsson target network architecture. 6.6 List some operator and end-user benefits of IMS 6.7 Describe the Ericsson IMS solution 6.8 Describe the components in IMS Common System 6.9 Describe the nodes included in IMS common system 6.10 Describe the IMS nodes Platform 6.11 Describe Network security principle 6.12 Describe IMS Security Threats 6.13 Understand what are security areas 6.14 Describe what are Security Zones 6.15 Describe what are Security Domains 6.16 Understand the High Availability and Scalability Concept 6.17 Describe the Networking Concept 6.18 Describe the Physical connectivity for the IMS nodes 6.19 Describe the Logical connectivity 6.20 Describe IP Routing within IMS nodes 6.21 Describe the DNS Solution 6.22 Describe connectivity for new nodes MTAS,MRFP and HSS Geographical Redundancy 6.23 Understand the Quality of Service Concept in IMS 6.24 Describe the QoS components and their physical connectivity 6.25 Understand the Registration Process 6.26 Describe the CSCF Discovery 6.27 Understand the Session Establishment Process 6.28 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Engineer

39 Prerequisites The participants should be familiar with...or Successful completion of the following courses: 1 Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2 Competence in ATM (AAL2, AAL5, QoS) 3 Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). 4 Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom environment, or given in a virtual classroom over the net by an instructor. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Mobile-PBN Introduction 1 hour Solutions and Products 2 hours Design Overview 2 hours Technology 1 hour 2 Scope and Requirements 30 mins Site Infrastructure 1 hour Client Network Interface 1 hour IP/MPLS Backbone Design 1 ½ hour Quality of Service 1 hour Backbone Design Options 1 hour

40 3 Scope and requirements 30 mins MSS R5.1 IP Signaling 2 hours MSS R5.1 IP transport 2 hours MSS SIP Interworking 1 hour Migration to MSS 30 mins 4 Access Network 2 hours GN/GP and DNS 2 hours GI/ Corporate Access 2 hours 5 Overview 1 hour Security 2 hours O&M Network Design 2 hours Charging 1 hour 6 IMS Introduction 30 mins Ericsson IMS Solution 1 hour Security Solution 1 ½ hours IP Connectivity 2 hours Quality of Service 30 mins Call Flow & Traffic Scenario 30 mins

41 Mobile Packet Backbone Network (M-PBN) R6.1 Network View (Redback Track) LZU R1A Description This course provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design related to Security, Operations and Maintenance and Charging Networks. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Redback, the products involved as well as applied concepts and designs. This module is part of a combination of modules to provide a complete reference overview of the Mobile-PBN R6.1. Learning objectives On completion of this course the participants will be able to: 1 Describe Network View Overview 1.1 Describe the various levels of abstraction used to achieve logical modularization of the Mobile-PBN R6.1 design. 1.2 List the various Network Modules within the Mobile-PBN R6.1 design solution 2 Explain the new Security Solution as part of the Ericsson design in Mobile-PBN 2.1 Describe the Security Domain Network Security 2.2 Describe the Security Design Options available. 2.3 Describe the Security Services applied for different traffic types 2.4 Describe Security Management 3 Explain O&M Network design as part of the Ericsson design in M-PBN 3.1 Describe the Mobile-PBN R6.1 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 3.2 Describe the Redback O&M Solution 4 Describe the charging solution for M-PBN Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 6.0 in the Mobile Packet Backbone Network. 4.2 Describe the charging solutions based on SASN R6 or SACC Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems

42 Target audience The target audience for this course is: Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Overview 1 hour Security 2 hours O&M Network Design 2 hours Charging 1 hour

43 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts - Transport Backbone (Redback Track) LZU R1A Description Your network is based on Mobile-PBN R6.1 with Redback routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Redback, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: 1 Explain of scope and requirements of Transport Backbone 1.1 Describe Mobile-PBN R6.1 transport backbone solution scope and requirement 1.2 Describe Mobile-PBN R6.1 transport backbone solution scope and limitations 1.3 Describe client requirements on transport backbone 2 Explain site Infrastructure of Transport Backbone 2.1 Describe site infrastructure scope and purpose 2.2 Describe Mobile-PBN site switch hardware options 2.3 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 2.4 Describe site switch redundancy mechanisms and design for high availability 2.5 Describe the Site Infrastructure QoS 3 Explain client network interfaces 3.1 Explain client modules connectivity options 3.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 3.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 3.4 Describe backbone connectivity for the External network client modules: Gi Corporate 4 Describe IP/MPLS backbone design 4.1 Describe Mobile-PBN transport backbone module design 4.2 Describe Mobile-PBN intra-site and inter-site connectivity choices

44 4.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 4.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 4.5 Describe availability considerations 5 Explain quality of service in transport backbone 5.1 Explain the general QoS purpose 5.2 Describe the 3GPP QoS model 5.3 Describe the Mobile-PBN QoS solution 5.4 Describe the Redback Qos solution 6 Explain backbone design options 6.1 Describe the design solution based on Carrier Ethernet 6.2 Describe Juniper-Redback Interoperability Target audience The target audience for this course is: Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: 1 Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2 Competence in ATM (AAL2, AAL5, QoS) 3 Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). 4 Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

45 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Scope and Requirements 30 mins Site Infrastructure 1 hour Client Network Interface 1 hour IP/MPLS Backbone Design 1 ½ hour Quality of Service 1 hour Backbone Design Options 1 hour

46 Mobile Packet Backbone Network (M-PBN) R6.1 Overview (Redback Track) LZU R1A Description Your network is based on Mobile-PBN R6.1 with Redback routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Juniper, the products involved as well the technology related to understanding the Mobile-PBN design This module is part of a combination of modules to provide a complete reference overview of the Mobile-PBN R6.1. Learning objectives On completion of this course the participants will be able to: 1 Explain the overview of the Ericsson Mobile Packet Backbone Network R6.1 (Mobile- PBN R6.1 Redback Track) 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 Detail the advantages of design modularity 2 Explain the Mobile-PBN R6.1 solution and products 2.1 Explain two Mobile-PBN R6.1 solution variants 2.2 Identify the infrastructure nodes in the Mobile-PBN 6.1 model 3 Explain the Mobile-PBN R6.1 Reference Network design 3.1 Identify the nodes in the Ericsson Mobile Packet Backbone Network (Mobile-PBN) R6.1 (Redback Track) 3.2 Explain the connectivity requirements 3.3 Identify the site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R6.1 (Mobile-PBN R6.1 Redback Track) 4.1 Explain the connectivity requirements 4.2 Identify the site infrastructure requirements

47 Target audience The target audience for this course is: Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: 1 Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2 Competence in ATM (AAL2, AAL5, QoS) 3 Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). 4 Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Mobile-PBN Introduction 1 hour Solutions and Products 2 hours Design Overview 2 hours Technology 1 hour

48 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts - Juniper track LZU R1A Description Your network is based on Mobile-PBN R6.1 with Juniper routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Juniper, the products involved as well as applied concepts and designs. You also will learn about Ericsson s IMS and its connectivity into the M-PBN Learning objectives On completion of this course the participants will be able to: 1 Explain Mobile-PBN R6.1 Overview 1.1 Explain the overview of the Ericsson Mobile Packet Backbone Network R6.1 (Mobile- PBN R6.1 Juniper Track) 1.2 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.3 Detail the advantages of design modularity 1.4 Explain the Mobile-PBN R6.1 solution and products 1.5 Explain two Mobile-PBN R6.1 solution variants 1.6 Identify the infrastructure nodes in the Mobile-PBN 6.1 model 1.7 Explain the Mobile-PBN R6.1 Reference Network design 1.8 Identify the nodes in the Ericsson Mobile Packet Backbone Network R6.1 (Mobile- PBN R6.1 Juniper Track) 1.9 Explain the connectivity requirements 1.10 Identify the site infrastructure requirements 1.11 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R6.1 (Mobile-PBN R6.1 Juniper Track) 1.12 Explain the connectivity requirements 1.13 Identify the site infrastructure requirements 2 Explain Mobile-PBN R6.1 Transport Backbone 2.1 Describe Mobile-PBN R6.1 transport backbone solution scope and requirement 2.2 Describe Mobile-PBN R6.1 transport backbone solution scope and limitations 2.3 Describe client requirements on transport backbone

49 2.4 Describe site infrastructure scope and purpose 2.5 Describe Mobile-PBN site switch hardware options 2.6 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 2.7 Describe site switch redundancy mechanisms and design for high availability 2.8 Describe the Site Infrastructure QoS 2.9 Explain client modules connectivity options 2.10 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 2.11 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS Describe backbone connectivity for the External network client modules: Gi Corporate 2.13 Describe Mobile-PBN transport backbone module design 2.14 Describe Mobile-PBN intra-site and inter-site connectivity choices 2.15 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 2.16 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 2.17 Explain Mobile-PBN QoS solution in transport backbone 2.18 Describe availability considerations 2.19 Explain the general QoS purpose 2.20 Describe the 3GPP QoS model 2.21 Describe the Mobile-PBN QoS solution 2.22 Describe the Redback Qos solution 2.23 Describe the design solution based on Carrier Ethernet 2.24 Describe Juniper-Redback Interoperability 3 Explain Mobile-PBN R6.1 Circuit Switched 3.1 Explain the Mobile-PBN R6.1 Scope and Requirement 3.2 Describe CS requirements on IP transport backbone 3.3 Describe Mobile-PBN R6.1 backbone technology choice 3.4 Understand the concepts of MSS R5.1 IP signaling design 3.5 Understand SS7 over IP signaling design goals and architecture 3.6 Describe physical and IP connectivity 3.7 Describe SCTP layer 3.8 Describe M3UA, M2PA and MTP3b layer scenarios 3.9 Describe PRA implementation in MPBN 3.10 Understand the concepts of MSS R5.1 IP transport design 3.11 Understand MSS R5.1 GSM/WCDMA MSS solution using IP transport 3.12 Understand optimal M-MGw selection, control layer and remote TDM, admission control 3.13 Describe physical and IP connectivity 3.14 Understand network redundancy 3.15 Understand the concepts of MSS SIP interworking 3.16 Understand the operator scenario 3.17 Describe SIP/SIP-I Inter-working Principle 3.18 Describe VLAN and VPN architecture 3.19 Describe the connectivity to all nodes 4 Explain Mobile-PBN R6.1 Packet Switched 4.1 Describe Access Network solution

50 4.2 Describe how 3G Direct Tunnelling works 4.3 Describe the advantages of SGSN pool 4.4 Explain the traffic cases of SGSN pool design guidelines 4.5 Describe protocol stack of IuPS interface 4.6 Explain connectivity options from RNC to SGSN 4.7 Introduction of lur over IP 4.8 Describe protocol stack of Gb interface 4.9 Explain local and remote scenarios for Gb over IP 4.10 Understand the design guidelines for Gb interface 4.11 Describe the Gn, Gp and DNS Solution 4.12 Describe physical and logical connectivity of Gn interface 4.13 Understand the routing architecture of Gn interface 4.14 Describe physical and logical connectivity of roaming 4.15 Understand the routing architecture of roaming 4.16 Describe DNS 3 usage cases 4.17 Describe DNS physical and logical connectivity 4.18 Understand DNS failover 4.19 Describe the Gi Corporate Access solution Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc 4.21 Describe the technologies used in traffic separation Describe the Gi Direct solution Describe the Gi Indirect solution 4.24 Understand Inband and Outband Radius server implementation 4.25 Describe the Gi Internet Connectivity Option 5 Explain Mobile-PBN R6.1 Network View 5.1 Describe the various levels of abstraction used to achieve logical modularization of the Mobile-PBN R6.1 design. 5.2 List the various Network Modules within the Mobile-PBN R6.1 design solution 5.3 Explain the new Security Solution as part of the Ericsson design in the Mobile-Packet Backbone Network. 5.4 Describe the Security Domain Network Security 5.5 Describe the Security Design Options available. 5.6 Describe the Security Services applied for different traffic types 5.7 Describe Security Management 5.8 Explain the O&M Network design as part of the Ericsson design in the Mobile-Packet Backbone Network. 5.9 Describe the Mobile-PBN R6.1 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 5.10 Describe the Redback O&M Solution 5.11 Describe the charging solution for Mobile-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 5.0 in the Mobile Packet Backbone Network Describe the charging solutions based on SASN R6 or SACC

51 5.14 Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems 6 Explain Mobile-PBN R6.1 IMS 6.1 Describe the IMS system 6.2 Explain what multimedia is 6.3 Explain where IMS is positioned within the total telecoms picture. 6.4 Know which Standards Organizations involved in IMS 6.5 Understand Ericsson target network architecture. 6.6 List some operator and end-user benefits of IMS 6.7 Describe the Ericsson IMS solution 6.8 Describe the components in IMS Common System 6.9 Describe the nodes included in IMS common system 6.10 Describe the IMS nodes Platform 6.11 Describe Network security principle 6.12 Describe IMS Security Threats 6.13 Understand what are security areas 6.14 Describe what are Security Zones 6.15 Describe what are Security Domains 6.16 Understand the High Availability and Scalability Concept 6.17 Describe the Networking Concept 6.18 Describe the Physical connectivity for the IMS nodes 6.19 Describe the Logical connectivity 6.20 Describe IP Routing within IMS nodes 6.21 Describe the DNS Solution 6.22 Describe connectivity for new nodes MTAS,MRFP and HSS Geographical Redundancy 6.23 Understand the Quality of Service Concept in IMS 6.24 Describe the QoS components and their physical connectivity 6.25 Understand the Registration Process 6.26 Describe the CSCF Discovery 6.27 Understand the Session Establishment Process 6.28 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Engineer

52 Prerequisites The participants should be familiar with...or Successful completion of the following courses: 1 Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2 Competence in ATM (AAL2, AAL5, QoS) 3 Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). 4 Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom environment, or given in a virtual classroom over the net by an instructor. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Overview (Overview) 1 hour Security 2 hours Design Overview 2 hours Technology 1 hour 2 Scope and Requirement (Transport Backbone) 1 hour Site Infrastructure 1 hour Client Network Interfaces 1 hour IP/MPLS Backbone Design 1 hour Quality of Service 1 hour

53 Backbone Design Options 1 hour 3 Scope and Requirement (Circuit Switched) 1 hour MSS R5.1 IP Signalling 2 hour MSS R5.1 IP Transport 2 hour MSS SIP Interworking 2 hour 4 Access Network (Packet Switched) 2 hours Gn/Gp 2 hours Gi 2 hours 5 Network View Overview (Network View) 1 hour Security Design 2 hours O&M Network Design 2 hours Charding Design 2 hours 6 Introduction (IMS) 1 hour IMS Infrastructure 2 hours IMS Security and O&M 1 hour IMS IP Connectivity 1 hour Quality of Service 1 hour

54 Mobile Packet Backbone Network (M-PBN) R6.1 Overview (Juniper Track) LZU R1A Description Your network is based on Mobile-PBN R6.1 with Juniper routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.0 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Juniper, the products involved as well the technology related to understanding the Mobile-PBN design This module is part of a combination of modules to provide a complete reference overview of the Mobile-PBN R6.1. This learning product will evolve with the changes implemented in the Mobile-PBN Solution with each release This course is meant as a foundation course for advanced Mobile-PBN courses. Learning objectives On completion of this course the participants will be able to: 1 Explain the overview of the Ericsson Mobile Packet Backbone Network R6.1 (Mobile- PBN R6.1 Juniper Track) 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 Detail the advantages of design modularity 2 Explain the Mobile-PBN R6.1 solution and products 2.1 Explain two Mobile-PBN R6.1 solution variants 2.2 Identify the infrastructure nodes in the Mobile-PBN 6.1 model 3 Explain the Mobile-PBN R6.1 Reference Network design 3.1 Identify the nodes in the Ericsson Mobile Packet Backbone Network R6.0 (Mobile- PBN R6.1 Juniper Track) 3.2 Explain the connectivity requirements 3.3 Identify the site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson Mobile Packet Backbone Network R6.1 (Mobile-PBN R6.1 Juniper Track)

55 4.1 Explain the connectivity requirements 4.2 Identify the site infrastructure requirements Target audience The target audience for this course is: Network Design Engineer, Service Design Engineer, Network Deployment Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: 1 Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2 Competence in ATM (AAL2, AAL5, QoS) 3 Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). 4 Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Mobile-PBN Introduction 1 hour Mobile-PBN R6.1 Solutions and Products 2 hour Design Overview 2 hour Technology 1 hour

56 Mobile Packet Backbone Network (M-PBN) R6.1 Network View (Juniper Track) LZU R1A Description This course provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design related to Security, Operations and Maintenance and Charging Networks. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Redback, the products involved as well as applied concepts and designs. This module is part of a combination of modules to provide a complete reference overview of the Mobile-PBN R6.1. Learning objectives On completion of this course the participants will be able to: 1 Describe Network View Overview 1.1 Describe the various levels of abstraction used to achieve logical modularization of the Mobile-PBN R6.1 design. 1.2 List the various Network Modules within the Mobile-PBN R6.1 design solution 2 Explain the new Security Solution as part of the Ericsson design in Mobile-PBN 2.1 Describe the Security Domain Network Security 2.2 Describe the Security Design Options available. 2.3 Describe the Security Services applied for different traffic types 2.4 Describe Security Management 3 Explain O&M Network design as part of the Ericsson design in M-PBN 3.1 Describe the Mobile-PBN R6.1 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 3.2 Describe the Juniper O&M Solution 4 Describe the charging solution for M-PBN Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 6.0 in Mobile-PBN 4.3 Describe charging solutions based on SASN R6 or SACC

57 4.4 Describe the connectivity (interfaces, required protocols, and the mechanisms for transferring charging information) between the Core Network Elements as included in Mobile-PBN and the needed charging systems Target audience The target audience for this course is: Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Overview 1 hour Security 2 hours Network View O&M 2 hours Charging 1 hour

58 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts - Transport Backbone (Juniper Track) LZU R1A Description Your network is based on Mobile-PBN R6.1 with Juniper routers and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.1 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 reference network based on Juniper, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: 1 Explain the scope and requirement 1.1 Describe Mobile-PBN R6.1 transport backbone solution scope and requirement 1.2 Describe Mobile-PBN R6.1 transport backbone solution scope and limitations 1.3 Describe client requirements on transport backbone 2 Explain site infrastructure 2.1 Describe site infrastructure scope and purpose 2.2 Describe Mobile-PBN site switch hardware options 2.3 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 2.4 Describe site switch redundancy mechanisms and design for high availability 2.5 Describe the Site Infrastructure QoS 3 Explain client network interface 3.1 Explain client modules connectivity options 3.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 3.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 3.4 Describe backbone connectivity for the External network client modules: Gi Corporate 4 Explain IP/MPLS backbone design 4.1 Describe Mobile-PBN transport backbone module design 4.2 Describe Mobile-PBN intra-site and inter-site connectivity choices 4.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design

59 4.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 4.5 Describe availability considerations 5 Explain Quality of Service 5.1 Explain the general QoS purpose 5.2 Describe the 3GPP QoS model 5.3 Describe the Mobile-PBN QoS solution 5.4 Describe the Juniper Qos solution 6 Describe backbone design option 6.1 Describe the design solution based on Carrier Ethernet 6.2 Describe Juniper-Redback Interoperability Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: 1 Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc 2 Competence in ATM (AAL2, AAL5, QoS) 3 Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). 4 Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom environment, or given in a virtual classroom over the net by an instructor

60 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Scope and Requirements 30 mins Site Infrastructure 1 hour Client Network Interface 1 hour IP/MPLS Backbone Design 2 hour Quality of Service 1 hour Backbone Design Options 30 mins

61 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts - Circuit Switched LZU R1A Description You will learn about the scope of the Mobile-PBN R6.1 Circuit Switch network, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: 1 Explain Mobile-PBN R6.1 Circuit Switch solution scope and requirement 1.1 Describe CS requirements on IP transport backbone 1.2 Describe Mobile-PBN backbone technology choice 2 Explain SS7 over IP signaling design goals and architecture 2.1 Describe physical and IP connectivity 2.2 Describe SCTP layer 2.3 Describe M3UA, M2PA and MTP3b layer scenarios 2.4 Describe PRA implementation in MPBN 3 Explain MSS R5.1 Transport over IP network and protocol 3.1 Understand MSS R5.1 GSM/WCDMA MSS solution using IP transport 3.2 Understand optimal M-MGw selection, control layer and remote TDM, admission control 3.3 Describe physical and IP connectivity 3.4 Understand network redundancy 4 Explain MSS SIP Interworking scenarios 4.1 Understand the operator scenario 4.2 Describe SIP/SIP-I Inter-working Principle 4.3 Describe VLAN and VPN architecture 4.4 Describe the connectivity to all nodes 5 Explain different MSS migration scenarios 5.1 Describe different network migration strategies 5.2 Explain different migration methods 5.3 Explain MSS TDM to MSS IP migration 5.4 Explain MSS ATM to MSS IP migration Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, System Engineer Prerequisites

62 The participants should be familiar with...or Successful completion of the following courses: GSM or WCDMA Core Network Overview GSM or WCDMA System Survey SS7 Signaling and SIGTRAN. MSS 5.1 Nodes and Interfaces Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Scope and requirements 30 mins MSS R5.1 IP Signaling 2 hours MSS R5.1 IP transport 2 hours MSS SIP Interworking 1 hour Migration to MSS 30 mins

63 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts IMS LZU R1A Description The course is designed to provide an understanding of the Mobile-PBN R6.1 IMS network designs and students will be able to use this knowledge to appreciate and recognize the concepts in their network. The students will understand the main concepts under the Mobile-PBN R6.1 IMS Solution: Modularity, Scalabilty, Resilience, Security, QoS Learning objectives On completion of this course the participants will be able to: 1 Describe the IMS System 1.1 Explain what multimedia is. 1.2 Explain where IMS is positioned within the total telecoms picture. 1.3 Know which Standards Organizations involved in IMS 1.4 Understand Ericsson target network architecture. 1.5 List some operator and end-user benefits of IMS. 2 Describe the Ericsson IMS solution 2.1 Describe the components in IMS Common System 2.2 Describe the nodes included in IMS common system 2.3 Describe the IMS nodes Platform 3 Describe Network security principle 3.1 Describe IMS Security Threats 3.2 Understand what are security areas 3.3 Describe what are Security Zones 3.4 Describe what are Security Domains 4 Understand the High Availability and Scalability Concept 4.1 Describe the Networking Concept 4.2 Describe the Physical connectivity for the IMS nodes 4.3 Describe the Logical connectivity 4.4 Describe IP Routing within IMS nodes 4.5 Describe the DNS Solution 4.6 Describe connectivity for new nodes MTAS,MRFP and HSS Geographical Redundancy 5 Understand the Quality of Service Concept in IMS

64 5.1 Describe the QoS components and their physical connectivity 6 Understand the Registration Process 6.1 Describe the CSCF Discovery 6.2 Understand the Session Establishment Process 6.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, System Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: GSM or WCDMA Core Network Overview GSM or WCDMA System Survey IMS Overview Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 IMS Introduction 30 mins Ericsson IMS Solution 1 hour Security Solution 1 ½ hours IP Connectivity 2 hours Quality of Service 30 mins Call Flow & Traffic Scenario 30 mins

65 Mobile Packet Backbone Network (M-PBN) R6.1 Concepts - Packet Switched LZU R1A Description Your network is based on Mobile-PBN R6.1 including Packet Switch nodes and you need to understand the concepts? Then this course is for you. It provides an insight and understanding of the Mobile-PBN R6.1 Packet Switch architecture, concepts and design. You will learn about the scope of the Mobile-PBN R6.1 Packet Switch network solution, the products involved as well as applied concepts and designs Learning objectives On completion of this course the participants will be able to: 1 Describe Access Network solution 1.1 Describe how 3G Direct Tunnelling works 1.2 Describe the advantages of SGSN pool 1.3 Explain the traffic cases of SGSN pool design guidelines 1.4 Describe protocol stack of IuPS interface 1.5 Explain connectivity options from RNC to SGSN 1.6 Introduction of lur over IP 1.7 Describe protocol stack of Gb interface 1.8 Explain local and remote scenarios for Gb over IP 1.9 Understand the design guidelines for Gb interface 2 Describe the Gn, Gp and DNS Solution 2.1 Describe physical and logical connectivity of Gn interface 2.2 Understand the routing architecture of Gn interface 2.3 Describe physical and logical connectivity of roaming 2.4 Understand the routing architecture of roaming 2.5 Describe DNS 3 usage cases 2.6 Describe DNS physical and logical connectivity 2.7 Understand DNS failover cases 3 Describe the Gi Corporate Access solution 3.1 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc. 3.2 Describe the technologies used in traffic separation. 3.3 Describe the Gi Direct solution. 3.4 Describe the Gi Indirect solution

66 3.5 Understand Inband and Outband Radius server implementation 3.6 Describe Gi Internet Connectivity Option Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, System Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: GSM or WCDMA Core Network Overview GPRS System Survey Duration and class size The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Access Network 2 hours GN/GP and DNS 2 hours GI/ Corporate Access 2 hours

67 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - Circuit Switched - Juniper Track Description LZU R1A This course cover the scope of the Mobile-PBN R7.0 Circuit Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of Mobile-PBN R7.0 using Juniper products. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB) 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.5 Describe site switch redundancy mechanisms and design for high availability

68 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Circuit Switched 11 Explain Mobile-PBN R7.0 Circuit Switch solution scope and requirement 11.1 Describe CS requirements on IP transport backbone 11.2 Describe Mobile-PBN backbone technology choice 12 Understand MSS R5.2 IP Signaling 12.1 Describe physical and IP connectivity 12.2 Understand M3UA, M2PA and MTP3b layer scenarios 12.3 Discuss PRA implementation in M-PBN 12.4 Describe the UDC Design and implementation 12.5 Explain the MSC-BC implementation 13 Understand MSS R5.2 IP transport 13.1 Understand MSS R5.2 GSM/WCDMA MSS solution using IP transport 13.2 Understand optimal M-MGw selection, control layer and remote TDM, admission control 13.3 Describe physical and IP connectivity 13.4 Understand network redundancy 14 Identify MSS SIP Interworking scenarios 14.1 Understand the operator scenario 14.2 Describe SIP/SIP-I Inter-working Principle 14.3 Describe VLAN and VPN architecture 14.4 Illustrate the connectivity to all nodes 15 Differentiate between MSS migration scenarios 15.1 Describe different network migration strategies 15.2 Explain different migration methods

69 Network View 16 Discuss Network View Overview 16.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 17 Understand the new Security Solution as part of the Ericsson design in M-PBN 17.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 17.3 Describe Security Management 18 Illustrate O&M Network design as part of the Ericsson design in M-PBN 18.1 Describe the M-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 18.2 Describe the Juniper O&M Solution 19 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 19.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

70 Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

71 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr 3 Circuit Scope and Requirements 2 hrs MSS SIP Interworking 2 hrs Migration to MSS 2 hrs 4 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs

72 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - Circuit Switched - Redback Track Description LZU R1A This course cover the scope of the Mobile-PBN R7.0 Circuit Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of Mobile-PBN R7.0 using Redback products. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB) 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.5 Describe site switch redundancy mechanisms and design for high availability

73 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Circuit Switched 11 Explain Mobile-PBN R7.0 Circuit Switch solution scope and requirement 11.1 Describe CS requirements on IP transport backbone 11.2 Describe Mobile-PBN backbone technology choice 12 Understand MSS R5.2 IP Signaling 12.1 Describe physical and IP connectivity 12.2 Understand M3UA, M2PA and MTP3b layer scenarios 12.3 Discuss PRA implementation in M-PBN 12.4 Describe the UDC Design and implementation 12.5 Explain the MSC-BC implementation 13 Understand MSS R5.2 IP transport 13.1 Understand MSS R5.2 GSM/WCDMA MSS solution using IP transport 13.2 Understand optimal M-MGw selection, control layer and remote TDM, admission control 13.3 Describe physical and IP connectivity 13.4 Understand network redundancy 14 Identify MSS SIP Interworking scenarios 14.1 Understand the operator scenario 14.2 Describe SIP/SIP-I Inter-working Principle 14.3 Describe VLAN and VPN architecture 14.4 Illustrate the connectivity to all nodes 15 Differentiate between MSS migration scenarios 15.1 Describe different network migration strategies 15.2 Explain different migration methods

74 Network View 16 Discuss Network View Overview 16.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 17 Understand the new Security Solution as part of the Ericsson design in M-PBN 17.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types Describe Security Management 18 Illustrate O&M Network design as part of the Ericsson design in M-PBN 18.1 Describe the Mobile-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 18.2 Describe the Redback O&M Solution 19 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 19.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

75 Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr

76 3 Circuit Scope and Requirements 2 hrs MSS SIP Interworking 2 hrs Migration to MSS 2 hrs 4 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs

77 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - IMS - Juniper Track Description LZU R1A The course is designed to provide an understanding of the Mobile-PBN R6.1 IMS network designs and students will be able to use this knowledge to appreciate and recognize the concepts in their network. The students will understand the main concepts under the Mobile-PBN R6.1 IMS Solution: Modularity, Scalabilty, Resilience, Security, QoS.. On top of that, the content also includes Overview, Network View and Transport backbone of Mobile-PBN R7.0 using Juniper products. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB)

78 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.5 Describe site switch redundancy mechanisms and design for high availability 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Network View 11 Discuss Network View Overview 11.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 12 Understand the new Security Solution as part of the Ericsson design in M-PBN 12.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 12.3 Describe Security Management 13 Illustrate O&M Network design as part of the Ericsson design in M-PBN 13.1 Describe the M-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 13.2 Describe the Juniper O&M Solution 14 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 14.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems

79 IMS 15 Define the IMS System 15.1 Define multimedia 15.2 Identify IMS position within the total telecoms picture 15.3 List the Standards Organizations involved in IMS 15.4 Understand Ericsson target network architecture 15.5 List some operator and end-user benefits of IMS 16 Describe the Ericsson IMS solution 16.1 Describe the components and nodes in IMS Common System 17 Recognize Network security principle 17.1 Discuss the IMS nodes Platform and Security Threats 17.2 Understand what Security Areas, Security Zones and Security Domains are 18 Understand the High Availability and Scalability Concept 18.1 Describe the Networking Concept, Logical connectivity and Physical connectivity for IMS nodes 18.2 Understand IP Routing within IMS nodes 18.3 Discuss DNS Solution 18.4 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 19 Understand the Quality of Service Concept in IMS 19.1 Describe the QoS components and their physical connectivity 20 Describe the Registration Process 20.1 Describe the CSCF Discovery 20.2 Understand Session Establishment Process 20.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

80 Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

81 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr 3 Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs 4 Ericsson IMS Solution 1 hr IMS IP Connectivity 1 hr IMS Network and Site Design 2 hrs IMS QoS 1 hr IMS Call flow & Traffic Scenario 1 hr

82 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - IMS - Redback Track Description LZU R1A The course is designed to provide an understanding of the Mobile-PBN R6.1 IMS network designs and students will be able to use this knowledge to appreciate and recognize the concepts in their network. The students will understand the main concepts under the Mobile-PBN R6.1 IMS Solution: Modularity, Scalabilty, Resilience, Security, QoS. On top of that, the content also includes Overview, Network View and Transport backbone of Mobile-PBN R7.0 using Redback products. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB)

83 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.5 Describe site switch redundancy mechanisms and design for high availability 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Network View 11 Discuss Network View Overview 11.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 12 Understand the new Security Solution as part of the Ericsson design in M-PBN 12.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 12.3 Describe Security Management 13 Illustrate O&M Network design as part of the Ericsson design in M-PBN 13.1 Describe the Mobile-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 13.2 Describe the Redback O&M Solution 14 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 14.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems

84 IMS 15 Define the IMS System 15.1 Define multimedia 15.2 Identify IMS position within the total telecoms picture 15.3 List the Standards Organizations involved in IMS 15.4 Understand Ericsson target network architecture 15.5 List some operator and end-user benefits of IMS 16 Describe the Ericsson IMS solution 16.1 Describe the components and nodes in IMS Common System 17 Recognize Network security principle 17.1 Discuss the IMS nodes Platform and Security Threats 17.2 Understand what Security Areas, Security Zones and Security Domains are 18 Understand the High Availability and Scalability Concept 18.1 Describe the Networking Concept, Logical connectivity and Physical connectivity for IMS nodes 18.2 Understand IP Routing within IMS nodes 18.3 Discuss DNS Solution Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 19 Understand the Quality of Service Concept in IMS 19.1 Describe the QoS components and their physical connectivity 20 Describe the Registration Process 20.1 Describe the CSCF Discovery 20.2 Understand Session Establishment Process 20.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

85 Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

86 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr 3 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs 4 Ericsson IMS Solution 1 hr IMS IP Connectivity 1 hr IMS Network and Site Design 2 hrs IMS QoS 1 hr IMS Call flow & Traffic Scenario 1 hr

87 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - Juniper Track Description LZU R1A This course provides an insight and understanding of the Mobile-PBN R7.0 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R7.0 reference network based on Juniper, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.4 Describe site switch redundancy mechanisms and design for high availability 6.5 Describe the Site Infrastructure QoS

88 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Juniper QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Packet Switched 11 Illustrate Access Network solution 11.1 Describe how 3G Direct Tunnelling works 11.2 Describe the advantages of SGSN pool, traffic cases and design guidelines 11.3 Explain connectivity options from RNC to SGSN 11.4 Understand protocol stack of Gb interface, local and remote scenarios for Gb over IP 12 Understand the Gn, Gp and DNS Solution 12.1 Understand physical and logical connectivity of Gn interface and roaming 12.2 Understand the routing architecture of Gn interface and roaming 12.3 Describe DNS usage cases, physical and logical connectivity 12.4 Identify DNS failover cases 13 Describe the Gi Corporate Access solution 13.1 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc Describe the technologies used in traffic separation Understand the Gi direct and Indirect solution Describe Brach Office Connectivity 13.5 Understand Inband and Outband Radius server implementation 13.6 Describe Gi Internet Connectivity Option Circuit Switched 14 Explain Mobile-PBN R7.0 Circuit Switch solution scope and requirement 14.1 Describe CS requirements on IP transport backbone 14.2 Describe Mobile-PBN backbone technology choice

89 15 Understand MSS R5.2 IP Signaling 15.1 Describe physical and IP connectivity 15.2 Understand M3UA, M2PA and MTP3b layer scenarios 15.3 Discuss PRA implementation in M-PBN 15.4 Describe the UDC Design and implementation 15.5 Explain the MSC-BC implementation 16 Understand MSS R5.2 IP transport 16.1 Understand MSS R5.2 GSM/WCDMA MSS solution using IP transport 16.2 Understand optimal M-MGw selection, control layer and remote TDM, admission control 16.3 Describe physical and IP connectivity 16.4 Understand network redundancy 17 Identify MSS SIP Interworking scenarios 17.1 Understand the operator scenario 17.2 Describe SIP/SIP-I Inter-working Principle 17.3 Describe VLAN and VPN architecture 17.4 Illustrate the connectivity to all nodes 18 Differentiate between MSS migration scenarios 18.1 Describe different network migration strategies 18.2 Explain different migration methods Network View 19 Discuss Network View Overview 19.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 20 Understand the new Security Solution as part of the Ericsson design in M-PBN 20.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 20.3 Describe Security Management 21 Illustrate O&M Network design as part of the Ericsson design in M-PBN 21.1 Describe the M-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 21.2 Describe the Juniper O&M Solution 22 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 22.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems IMS

90 23 Define the IMS System 23.1 Define multimedia 23.2 Identify IMS position within the total telecoms picture 23.3 List the Standards Organizations involved in IMS 23.4 Understand Ericsson target network architecture 23.5 List some operator and end-user benefits of IMS 24 Describe the Ericsson IMS solution 24.1 Describe the components and nodes in IMS Common System 25 Recognize Network security principle 25.1 Discuss the IMS nodes Platform and Security Threats 25.2 Understand what Security Areas, Security Zones and Security Domains are 26 Understand the High Availability and Scalability Concept 26.1 Describe the Networking Concept, Logical connectivity and Physical connectivity for IMS nodes 26.2 Understand IP Routing within IMS nodes 26.3 Discuss DNS Solution 26.4 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 27 Understand the Quality of Service Concept in IMS 27.1 Describe the QoS components and their physical connectivity 28 Describe the Registration Process 28.1 Describe the CSCF Discovery 28.2 Understand Session Establishment Process 28.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

91 Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr 3 Access Network 2 hrs SGSN Pool Design Guidelines 1hr GN/GP and DNS 2 hrs Evolve Packet Core 1 hr

92 4 Circuit Scope and Requirements 2 hrs MSS SIP Interworking 2 hrs Migration to MSS 2 hrs 5 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs 6 Ericsson IMS Solution 1 hr IMS IP Connectivity 1 hr IMS Network and Site Design 2 hrs IMS QoS 1 hr IMS Call flow & Traffic Scenario 1 hr

93 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - Packet Switched - Juniper Track Description LZU R1A This course cover the scope of the Mobile-PBN R7.0 Packet Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of Mobile-PBN R7.0 using Juniper products. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB) 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.5 Describe site switch redundancy mechanisms and design for high availability

94 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Packet Switched 11 Illustrate Access Network solution 11.1 Describe how 3G Direct Tunnelling works 11.2 Describe the advantages of SGSN pool, traffic cases and design guidelines 11.3 Explain connectivity options from RNC to SGSN 11.4 Understand protocol stack of Gb interface, local and remote scenarios for Gb over IP 12 Understand the Gn, Gp and DNS Solution 12.1 Understand physical and logical connectivity of Gn interface and roaming 12.2 Understand the routing architecture of Gn interface and roaming 12.3 Describe DNS usage cases, physical and logical connectivity 12.4 Identify DNS failover cases 13 Describe the Gi Corporate Access solution 13.1 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc Describe the technologies used in traffic separation Understand the Gi direct and Indirect solution Describe Brach Office Connectivity 13.5 Understand Inband and Outband Radius server implementation 13.6 Describe Gi Internet Connectivity Option Network View 14 Discuss Network View Overview 14.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design

95 14.2 List the various Network Modules within the M-PBN R7.0 design solution 15 Understand the new Security Solution as part of the Ericsson design in M-PBN 15.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 15.3 Describe Security Management 16 Illustrate O&M Network design as part of the Ericsson design in M-PBN 16.1 Describe the M-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 16.2 Describe the Juniper O&M Solution 17 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 17.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN

96 Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr 3 Access Network 2 hrs SGSN Pool Design Guidelines 1 hr GN/GP and DNS 2 hrs Evolve Packet Core 1 hr 4 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs

97 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - Packet Switched - Redback Track Description LZU R1A This course cover the scope of the Mobile-PBN R7.0 Packet Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of Mobile-PBN R7.0 using Redback products. You will learn about the scope of the Mobile-PBN R7.0 reference network based on Redback. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols,VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB)

98 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design 6.5 Describe site switch redundancy mechanisms and design for high availability 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Packet Switched 11 Illustrate Access Network solution 11.1 Describe how 3G Direct Tunnelling works 11.2 Describe the advantages of SGSN pool, traffic cases and design guidelines 11.3 Explain connectivity options from RNC to SGSN 11.4 Understand protocol stack of Gb interface, local and remote scenarios for Gb over IP 12 Understand the Gn, Gp and DNS Solution 12.1 Understand physical and logical connectivity of Gn interface and roaming 12.2 Understand the routing architecture of Gn interface and roaming 12.3 Describe DNS usage cases, physical and logical connectivity 12.4 Identify DNS failover cases 13 Describe the Gi Corporate Access solution 13.1 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc Describe the technologies used in traffic separation Understand the Gi direct and Indirect solution Describe Brach Office Connectivity 13.5 Understand Inband and Outband Radius server implementation 13.6 Describe Gi Internet Connectivity Option Network View

99 14 Discuss Network View Overview 14.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 15 Understand the new Security Solution as part of the Ericsson design in M-PBN 15.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 15.3 Describe Security Management 16 Illustrate O&M Network design as part of the Ericsson design in M-PBN 16.1 Describe the Mobile-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 16.2 Describe the Redback O&M Solution 17 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 17.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule

100 The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr 3 Access Network 2 hrs SGSN Pool Design Guidelines 1 hr GN/GP and DNS 2 hrs Evolve Packet Core 1 hr 4 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs

101 Mobile Packet Backbone Network (M-PBN) R7.0 Concepts - Redback Track Description LZU R1A This course provides an insight and understanding of the Mobile-PBN R7.0 architecture, concepts and design. You will learn about the scope of the Mobile-PBN R7.0 reference network based on Redback, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Understand the overview of the Ericsson M-PBN R Discuss the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 List M-PBN R7.0 solution and products 2.1 Differentiate between M-PBN R7.0 solution variants 3 Illustrate M-PBN R7.0 Reference Network design 3.1 List the nodes in the Ericsson M-PBN R Identify the connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the Ericsson M-PBN R Understand IP Routing and Routing Protocols, VPN Technology, ATM principles and security concepts in IP. 4.2 Explain the connectivity requirements for Circuit and Packet Switched networks 4.3 Identify the site infrastructure Transport Backbone 5 Explain the scope and requirement 5.1 Describe M-PBN R7.0 transport backbone solution scope, requirement and limitations 5.2 Understand client requirements on transport backbone 6 Understand M-PBN R7.0 site infrastructure 6.1 Describe site infrastructure scope, purpose and QoS 6.2 Identify M-PBN site switch hardware options 6.3 Understand Redback Integrated Routing and Bridging (IRB) 6.4 Describe site infrastructure Ethernet connectivity and VLAN traffic separation principles and security design

102 6.5 Describe site switch redundancy mechanisms and design for high availability 7 Describe client network interface 7.1 Explain client modules connectivity options 7.2 Describe backbone connectivity for the Access network client modules: WCDMA and GPRS 7.3 Describe backbone connectivity for the Core network client modules: AAL2, Gn and SS7 7.4 Describe backbone connectivity for the External network client modules: Gi Corporate 8 Illustrate IP/MPLS backbone design 8.1 Describe M-PBN transport backbone module design 8.2 Describe M-PBN intra-site and inter-site connectivity choices 8.3 Explain IGP, internal BGP and client NW routing choice in Mobile-PBN backbone routing design 8.4 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 9 Discuss the Quality of Service in transport backbone 9.1 Explain the general QoS purpose 9.2 Describe 3GPP QoS model, M-PBN QoS solution and Redback QoS solution 10 Discuss backbone design options 10.1 Describe Juniper-Redback Interoperability 10.2 Describe Large Scale Network Packet Switched 11 Illustrate Access Network solution 11.1 Describe how 3G Direct Tunnelling works 11.2 Describe the advantages of SGSN pool, traffic cases and design guidelines 11.3 Explain connectivity options from RNC to SGSN 11.4 Understand protocol stack of Gb interface, local and remote scenarios for Gb over IP 12 Understand the Gn, Gp and DNS Solution 12.1 Understand physical and logical connectivity of Gn interface and roaming 12.2 Understand the routing architecture of Gn interface and roaming 12.3 Describe DNS usage cases, physical and logical connectivity 12.4 Identify DNS failover cases 13 Describe the Gi Corporate Access solution 13.1 Describe Gi interface design issues like: MS IP address allocation, Subscriber authentication, Accounting etc Describe the technologies used in traffic separation Understand the Gi direct and Indirect solution Describe Brach Office Connectivity 13.5 Understand Inband and Outband Radius server implementation 13.6 Describe Gi Internet Connectivity Option Circuit Switched 14 Explain Mobile-PBN R7.0 Circuit Switch solution scope and requirement 14.1 Describe CS requirements on IP transport backbone 14.2 Describe Mobile-PBN backbone technology choice

103 15 Understand MSS R5.2 IP Signaling 15.1 Describe physical and IP connectivity 15.2 Understand M3UA, M2PA and MTP3b layer scenarios 15.3 Discuss PRA implementation in M-PBN 15.4 Describe the UDC Design and implementation 15.5 Explain the MSC-BC implementation 16 Understand MSS R5.2 IP transport 16.1 Understand MSS R5.2 GSM/WCDMA MSS solution using IP transport 16.2 Understand optimal M-MGw selection, control layer and remote TDM, admission control 16.3 Describe physical and IP connectivity 16.4 Understand network redundancy 17 Identify MSS SIP Interworking scenarios 17.1 Understand the operator scenario 17.2 Describe SIP/SIP-I Inter-working Principle 17.3 Describe VLAN and VPN architecture 17.4 Illustrate the connectivity to all nodes 18 Differentiate between MSS migration scenarios 18.1 Describe different network migration strategies 18.2 Explain different migration methods Network View 19 Discuss Network View Overview 19.1 Describe the various levels of abstraction used to achieve logical modularization of the M-PBN R7.0 design List the various Network Modules within the M-PBN R7.0 design solution 20 Understand the new Security Solution as part of the Ericsson design in M-PBN 20.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 20.3 Describe Security Management 21 Illustrate O&M Network design as part of the Ericsson design in M-PBN 21.1 Describe the Mobile-PBN R7.0 Operation and Maintenance (O&M) network used for transport of management traffic between network elements and O&M application servers residing in a Network Operation Center (NOC) for the Medium/Large Network Solutions 21.2 Describe the Redback O&M Solution 22 Describe the charging solution for M-PBN R Describe how to place and integrate the Charging System 4.0 and Multi-Mediation 7.0 in Mobile-PBN 22.2 Describe charging solutions based on SASN R6 or SACC Describe the between the Core Network Elements as included in M-PBN and the needed charging systems IMS 23 Define the IMS System

104 23.1 Define multimedia 23.2 Identify IMS position within the total telecoms picture 23.3 List the Standards Organizations involved in IMS 23.4 Understand Ericsson target network architecture 23.5 List some operator and end-user benefits of IMS 24 Describe the Ericsson IMS solution 24.1 Describe the components and nodes in IMS Common System 25 Recognize Network security principle 25.1 Discuss the IMS nodes Platform and Security Threats 25.2 Understand what Security Areas, Security Zones and Security Domains are 26 Understand the High Availability and Scalability Concept 26.1 Describe the Networking Concept, Logical connectivity and Physical connectivity for IMS nodes 26.2 Understand IP Routing within IMS nodes 26.3 Discuss DNS Solution 26.4 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 27 Understand the Quality of Service Concept in IMS 27.1 Describe the QoS components and their physical connectivity 28 Describe the Registration Process 28.1 Describe the CSCF Discovery 28.2 Understand Session Establishment Process 28.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

105 Prerequisites The participants should be familiar with...: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Mobile-PBN Introduction 2 hrs Solutions and Products 2 hrs Routing Protocol Overview 2 hrs 2 Transport Backbone 1 hr Site Infrastructure 2 hrs IP/MPLS Backbone Design 2 hrs Quality of Service 1 hr

106 3 Access Network 2 hrs SGSN Pool Design Guidelines 1 hr GN/GP and DNS 2 hrs Evolve Packet Core 1 hr 4 Circuit Scope and Requirements 2 hrs MSS SIP Interworking 2 hrs Migration to MSS 2 hrs 5 Network View 1 hr Security Design 1 hr O&M Network Design 2 hrs Charging Network 2 hrs 6 Ericsson IMS Solution 1 hr IMS IP Connectivity 1 hr IMS Network and Site Design 2 hrs IMS QoS 1 hr IMS Call flow & Traffic Scenario 1 hr

107 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - SmartEdge Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2009B architecture, concepts and design. You will learn about the scope of the M-PBN 2009B reference network based on Smartedge, the products involved as well as applied concepts and designs. The knowledge areas included in this course are Transport Backbone, Site Infrastrastructure, Packet Switch, Circuit, IMS, Access Network, O&M and security Network designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2009B 1.1 Explain the challenges faced in regards to the mobile operator's backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2009B solution and products 2.1 Explain M-PBN 2009B solution variants. 2.2 Identify the infrastructure nodes in the M-PBN 2009B model 3 Explain the M-PBN 2009B Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2009B 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Site Infrastructure & Transport Backbone 5 Explain Transport Backbone scope, requirements and limitations 5.1 Understand client requirements on transport backbone 6 Explain Site Infrastructure scope, purpose and QoS 6.1 Identify M-PBN Site Switch hardware options 6.2 Describe VLAN traffic separation principles and security design 6.3 Describe site switch redundancy mechanisms for high availability 6.4 Understand SmartEdge Integrated Routing and Bridging

108 7 Illustrate IP/MPLS backbone design 7.1 Explain IGP, i-bgp and Client Network routing choice 7.2 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 7.3 Explain the resilience mechanism in the backbone 8 Discuss Quality of Service 8.1 Explain the general QoS purpose 8.2 Describe 3GPP QoS model, M-PBN QoS solution and SmartEdge QoS solution Packet Switch 9 Describe Access Network solution 9.1 Briefly describe overview of 3G Direct Tunnelling and SGSN in Pool 9.2 Describe new hardware BSC with NWI-E and RNC 3820 physical, logical connectivity and IP Routing 9.3 Explain Site Infrastructure Adaptation towards new hardware 10 Describe Packet Switch Core Network 10.1 Briefly explain Evolved Packet System 10.2 Describe Packet Switch solution 10.3 Describe physical, logical connectivity and routing for Core Network 10.4 Describe physical, logical connectivity and routing for roaming solution 10.5 Briefly describe BFD usage in PS 11 Describe Packet Switch Corporate solution 11.1 Describe physical, logical connectivity and routing for PS Corporate solution 11.2 Describe physical, logical connectivity and routing for PS Internet Access, local ISP and IMS 11.3 Explain PS Firewall Scaling Solution 12 Describe DNS solution in PS 12.1 Explain the DNS physical and logical connectivity 12.2 Describe the DNS traffic cases in PS Circuit Switch 13 Explain M-PBN 2009B Circuit Switch solution scope and requirement 13.1 Understand Mobile-PBN 2009B CS solution scope and goals 13.2 Describe CS requirement on IP transport backbone 13.3 Describe Mobile-PBN backbone technology choice 14 Explain MSS R6.0 Transport 14.1 Understand MSS R6.0 GSM/WCDMA MSS solution using IP transport 14.2 Understand implementation of improved MGw selection for ISUP routes 14.3 Understand network redundancy 15 Describe MSS R6.0 IP Signaling 15.1 Understand SS7 over IP signaling design goals and architecture Describe SCTP layer M3UA, M2PA and MTP3b layer scenarios Understand MSC-BC implementation 16 Explain MSS SIP Interworking scenarios and UDC connectivity 16.1 Describe SIP/SIP-I Inter-working Principle

109 16.2 Describe VLAN and VPN architecture for SIP and MSS 16.3 Describe the UDC Design and implementation Network View 17 Understand the new Security Solution as part of the Ericsson design in M-PBN 2009B 17.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 18 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2009B 18.1 Describe O&M network used for transport of management traffic 18.2 Describe SmartEdge O&M Solution 19 Describe the charging solution for M-PBN 2009B 19.1 Describe integration of Charging System and Multi-Mediation 19.2 Describe charging solutions based on SASN or SACC 19.3 Describe charging systems for Core Network Elements IMS 20 Define the IMS System and Ericsson IMS solution 20.1 Identify IMS position within the total telecoms picture 20.2 Understand Ericsson target network architecture 20.3 List some operator and end-user benefits of IMS 20.4 Describe the components and nodes in IMS Common System 21 Recognize Network security principle 21.1 Discuss the IMS nodes Platform and Security Threats 21.2 Understand Security Areas, Security Zones and Security Domains in IMS 22 Understand the High Availability and Scalability Concept 22.1 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 22.2 Describe the Networking Concept, Logical and Physical connectivity for IMS nodes 22.3 Understand IP Routing within IMS nodes 23 Understand the Quality of Service Concept in IMS 23.1 Describe the QoS components and their physical connectivity 24 Describe the Registration Process 24.1 Describe the CSCF Discovery 24.2 Understand Session Establishment Process 24.3 Describe Traffic Flows in M-IMS

110 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

111 Time schedule Day Topics in the course Estimated time 1 Overview Overview of M-PBN 2009B 1 hour M-PBN 2009B Solution and Products 1 hour M-PBN 2009B Reference Network Designs 2 hours Basic Technology used in M-PBN2009B 2 hours 2 Site Infrastructure & Transport Backbone Scope, Requirement & Limitation 2 hours IP/MPLS backbone 2 hours Quality of Service 2 hours 3 Packet Switch Access Network Solution 1 hour Packet Switch Core Network 2 hours Packet Switch Corporate solution 1 hour DNS solution in PS 2 hours 4 Circuit Switch Scope and Requirement 1 hour MSS R6.0 Transport 1.5 hours MSS R6.0 IP Signaling 1.5 hours MSS SIP Interworking scenarios 2 hour 5 Network View Security Solution 2 hours O&M Network Design 2 hours Charging Solution 2 hours 6 IMS Ericsson IMS solution 1 hour Network security principle 1 hour

112 High Availability 1 hour Networking Concept 1 hour Quality of Service 1 hour Registration Process 1 hour

113 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - Circuit Switched - SmartEdge Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2009B architecture, concepts and design. You will learn about the scope of the M-PBN 2009B reference network based on Smartedge, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2009B 1.1 Explain the challenges faced in regards to the mobile operator's backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2009B solution and products 2.1 Explain M-PBN 2009B solution variants. 2.2 Identify the infrastructure nodes in the M-PBN 2009B model 3 Explain the M-PBN 2009B Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2009B 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Site Infrastructure & Transport Backbone 5 Explain Transport Backbone scope, requirements and limitations 5.1 Understand client requirements on transport backbone 6 Explain Site Infrastructure scope, purpose and QoS 6.1 Identify M-PBN Site Switch hardware options 6.2 Describe VLAN traffic separation principles and security design 6.3 Describe site switch redundancy mechanisms for high availability 6.4 Understand SmartEdge Integrated Routing and Bridging 7 Illustrate IP/MPLS backbone design 7.1 Explain IGP, i-bgp and Client Network routing choice 7.2 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

114 7.3 Explain the resilience mechanism in the backbone 8 Discuss Quality of Service 8.1 Explain the general QoS purpose 8.2 Describe 3GPP QoS model, M-PBN QoS solution and SmartEdge QoS solution Circuit Switch 9 Explain M-PBN 2009B Circuit Switch solution scope and requirement 9.1 Understand Mobile-PBN 2009B CS solution scope and goals 9.2 Describe CS requirement on IP transport backbone 9.3 Describe Mobile-PBN backbone technology choice 10 Explain MSS R6.0 Transport 10.1 Understand MSS R6.0 GSM/WCDMA MSS solution using IP transport 10.2 Understand implementation of improved MGw selection for ISUP routes 10.3 Understand network redundancy 11 Describe MSS R6.0 IP Signaling 11.1 Understand SS7 over IP signaling design goals and architecture 11.2 Describe SCTP layer M3UA, M2PA and MTP3b layer scenarios 11.3 Understand MSC-BC implementation 12 Explain MSS SIP Interworking scenarios and UDC connectivity 12.1 Describe SIP/SIP-I Inter-working Principle 12.2 Describe VLAN and VPN architecture for SIP and MSS 12.3 Describe the UDC Design and implementation Network View 13 Understand the new Security Solution as part of the Ericsson design in M-PBN 2009B 13.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 14 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2009B 14.1 Describe O&M network used for transport of management traffic 14.2 Describe SmartEdge O&M Solution 15 Describe the charging solution for M-PBN 2009B 15.1 Describe integration of Charging System and Multi-Mediation 15.2 Describe charging solutions based on SASN or SACC 15.3 Describe charging systems for Core Network Elements

115 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

116 Time schedule Day Topics in the course Estimated time 1 Overview Overview of M-PBN 2009B 1 hour M-PBN 2009B Solution and Products 1 hour M-PBN 2009B Reference Network Designs 2 hours Basic Technology used in M-PBN2009B 2 hours 2 Site Infrastructure & Transport Backbone Scope, Requirement & Limitation 2 hours IP/MPLS backbone 2 hours Quality of Service 2 hours 3 Circuit Switch Scope and Requirement 1 hour MSS R6.0 IP Signaling and Transport 3 hours MSS SIP Interworking scenarios 1.5 hour UDC IP Connectivity 0.5 hour 4 Network View Security Solution 2 hours O&M Network Design 2 hours Charging Solution 2 hours

117 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - Packet Switched - SmartEdge Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2009B architecture, concepts and design. You will learn about the scope of the M-PBN 2009B reference network based on Smartedge, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2009B 1.1 Explain the challenges faced in regards to the mobile operator's backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2009B solution and products 2.1 Explain M-PBN 2009B solution variants. 2.2 Identify the infrastructure nodes in the M-PBN 2009B model 3 Explain the M-PBN 2009B Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2009B 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Site Infrastructure & Transport Backbone 5 Explain Transport Backbone scope, requirements and limitations 5.1 Understand client requirements on transport backbone 6 Explain Site Infrastructure scope, purpose and QoS 6.1 Identify M-PBN Site Switch hardware options 6.2 Describe VLAN traffic separation principles and security design 6.3 Describe site switch redundancy mechanisms for high availability 6.4 Understand SmartEdge Integrated Routing and Bridging 7 Illustrate IP/MPLS backbone design 7.1 Explain IGP, i-bgp and Client Network routing choice

118 7.2 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 7.3 Explain the resilience mechanism in the backbone 8 Discuss Quality of Service 8.1 Explain the general QoS purpose 8.2 Describe 3GPP QoS model, M-PBN QoS solution and SmartEdge QoS solution Packet Switch 9 Describe Access Network solution 9.1 Briefly describe overview of 3G Direct Tunneling and SGSN in Pool 9.2 Describe new hardware BSC with NWI-E and RNC 3820 physical, logical connectivity and IP Routing 9.3 Explain Site Infrastructure Adaptation towards new hardware 10 Describe Packet Switch Core Network 10.1 Briefly explain Evolved Packet System 10.2 Describe Packet Switch solution 10.3 Describe physical, logical connectivity and routing for Core Network 10.4 Describe physical, logical connectivity and routing for roaming solution 10.5 Briefly describe BFD usage in PS 11 Describe Packet Switch Corporate solution 11.1 Describe physical, logical connectivity and routing for PS Corporate solution 11.2 Describe physical, logical connectivity and routing for PS Internet Access, local ISP and IMS 11.3 Explain PS Firewall Scaling Solution 12 Describe DNS solution in PS 12.1 Explain the DNS physical and logical connectivity 12.2 Describe the DNS traffic cases in PS Network View 13 Understand the new Security Solution as part of the Ericsson design in M-PBN 2009B 13.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 14 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2009B 14.1 Describe O&M network used for transport of management traffic 14.2 Describe SmartEdge O&M Solution 15 Describe the charging solution for M-PBN 2009B 15.1 Describe integration of Charging System and Multi-Mediation 15.2 Describe charging solutions based on SASN or SACC 15.3 Describe charging systems for Core Network Elements Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning

119 Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

120 Time schedule Day Topics in the course Estimated time 1 Overview Overview of M-PBN 2009B 1 hour M-PBN 2009B Solution and Products 1 hour M-PBN 2009B Reference Network Designs 2 hours Basic Technology used in M-PBN2009B 2 hours 2 Site Infrastructure & Transport Backbone Scope, Requirement & Limitation 2 hours IP/MPLS backbone 2 hours Quality of Service 2 hours 3 Packet Switch Access Network Solution 1 hour Packet Switch Solution 2 hours Packet Switch Corporate solution 1 hour DNS solution is PS 2 hours 4 Network View Security Solution 2 hours O&M Network Design 2 hours Charging Solution 2 hours

121 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - Juniper Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2009B architecture, concepts and design. You will learn about the scope of the M-PBN 2009B reference network based on Juniper, the products involved as well as applied concepts and designs.the knowledge areas included in this course are Transport Backbone, Site Infrastrastructure, Packet Switch, Circuit, IMS, Access Network, O&M and security Network designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2009B 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2009B solution and products 2.1 Explain M-PBN 2009B solution variants. 2.2 Identify the infrastructure nodes in the M-PBN 2009B model 3 Explain the M-PBN 2009B Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2009B 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Site Infrastructure & Transport Backbone 5 Explain Transport Backbone scope, requirements and limitations 5.1 Understand client requirements on transport backbone 6 Explain Site Infrastructure scope, purpose and QoS 6.1 Identify M-PBN Site Switch hardware options 6.2 Describe VLAN traffic separation principles and security design 6.3 Describe site switch redundancy mechanisms for high availability 7 Illustrate IP/MPLS backbone design 7.1 Explain IGP, i-bgp and Client Network routing choice

122 7.2 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 7.3 Explain the resilience mechanism in the backbone 8 Discuss Quality of Service 8.1 Explain the general QoS purpose 8.2 Describe 3GPP QoS model, M-PBN QoS solution Packet Switch 9 Describe Access Network solution 9.1 Briefly describe overview of 3G Direct Tunnelling and SGSN in Pool 9.2 Describe new hardware BSC with NWI-E and RNC 3820 physical, logical connectivity and IP Routing 9.3 Explain Site Infrastructure Adaptation towards new hardware 10 Describe Packet Switch Core Network 10.1 Briefly explain Evolved Packet System 10.2 Describe Packet Switch solution 10.3 Describe physical, logical connectivity and routing for Core Network 10.4 Describe physical, logical connectivity and routing for roaming solution 10.5 Briefly describe BFD usage in PS 11 Describe Packet Switch Corporate solution 11.1 Describe physical, logical connectivity and routing for PS Corporate solution 11.2 Describe physical, logical connectivity and routing for PS Internet Access, local ISP and IMS 11.3 Explain PS Firewall Scaling Solution 12 Describe DNS solution in PS 12.1 Explain the DNS physical and logical connectivity 12.2 Describe the DNS traffic cases in PS Circuit Switch 13 Explain M-PBN 2009B Circuit Switch solution scope and requirement 13.1 Understand Mobile-PBN 2009B CS solution scope and goals 13.2 Describe CS requirement on IP transport backbone 13.3 Describe Mobile-PBN backbone technology choice 14 Explain MSS R6.0 Transport 14.1 Understand MSS R6.0 GSM/WCDMA MSS solution using IP transport 14.2 Understand implementation of improved MGw selection for ISUP routes 14.3 Understand network redundancy 15 Describe MSS R6.0 IP Signaling 15.1 Understand SS7 over IP signaling design goals and architecture 15.2 Describe SCTP layer M3UA, M2PA and MTP3b layer scenarios 15.3 Understand MSC-BC implementation 16 Explain MSS SIP Interworking scenarios and UDC connectivity 16.1 Describe SIP/SIP-I Inter-working Principle 16.2 Describe VLAN and VPN architecture for SIP and MSS

123 16.3 Describe the UDC Design and implementation Network View 17 Understand the new Security Solution as part of the Ericsson design in M-PBN 2009B 17.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 18 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2009B 18.1 Describe O&M network used for transport of management traffic 19 Describe the charging solution for M-PBN 2009B 19.1 Describe integration of Charging System and Multi-Mediation 19.2 Describe charging solutions based on SASN or SACC 19.3 Describe charging systems for Core Network Elements IMS 20 Define the IMS System and Ericsson IMS solution 20.1 Identify IMS position within the total telecoms picture 20.2 Understand Ericsson target network architecture 20.3 List some operator and end-user benefits of IMS 20.4 Describe the components and nodes in IMS Common System 21 Recognize Network security principle 21.1 Discuss the IMS nodes Platform and Security Threats 21.2 Understand Security Areas, Security Zones and Security Domains in IMS 22 Understand the High Availability and Scalability Concept 22.1 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 22.2 Describe the Networking Concept, Logical and Physical connectivity for IMS nodes 22.3 Understand IP Routing within IMS nodes 23 Understand the Quality of Service Concept in IMS 23.1 Describe the QoS components and their physical connectivity 24 Describe the Registration Process 24.1 Describe the CSCF Discovery 24.2 Understand Session Establishment Process 24.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer

124 Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Time schedule Day Topics in the course Estimated time 1 Overview Overview of M-PBN 2009B 1 hour M-PBN 2009B Solution and Products 1 hour M-PBN 2009B Reference Network Designs 2 hours Basic Technology used in M-PBN2009B 2 hours 2 Site Infrastructure & Transport Backbone Scope, Requirement & Limitation 2 hours IP/MPLS backbone 2 hours Quality of Service 2 hours 3 Packet Switch Access Network Solution 1 hour Packet Core Network 2 hours

125 Packet Switch Corporate Solution 1 hour DNS solution in PS 2 hours 4 Circuit Switch Scope and Requirement 1 hour MSS R6.0 IP Signaling and Transport 3 hours MSS SIP Interworking scenarios 1.5 hour SIP Interworking scenarios and UDC Connectivity 0.5 hour 5 Network View Security Solution 2 hours O&M Network Design 2 hours Charging Solution 2 hours 6 IMS Ericsson IMS solution 1 hour Network security principle 1 hour High Availability 1 hour Networking Concept 1 hour Quality of Service 1 hour Registration Process 1 hour

126 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - Circuit Switched - Juniper Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2009B architecture, concepts and design. You will learn about the scope of the M-PBN 2009B reference network based on Juniper platform, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2009B 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2009B solution and products 2.1 Explain M-PBN 2009B solution variants. 2.2 Identify the infrastructure nodes in the M-PBN 2009B model 3 Explain the M-PBN 2009B Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2009B 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Site Infrastructure & Transport Backbone 5 Explain Transport Backbone scope, requirements and limitations 5.1 Understand client requirements on transport backbone 6 Explain Site Infrastructure scope, purpose and QoS 6.1 Identify M-PBN Site Switch hardware options 6.2 Describe VLAN traffic separation principles and security design 6.3 Describe site switch redundancy mechanisms for high availability 7 Illustrate IP/MPLS backbone design 7.1 Explain IGP, i-bgp and Client Network routing choice 7.2 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

127 7.3 Explain the resilience mechanism in the backbone 8 Discuss Quality of Service 8.1 Explain the general QoS purpose 8.2 Describe 3GPP QoS model, M-PBN QoS solution Circuit Switch 9 Explain M-PBN 2009B Circuit Switch solution scope and requirement 9.1 Understand Mobile-PBN 2009B CS solution scope and goals 9.2 Describe CS requirement on IP transport backbone 9.3 Describe Mobile-PBN backbone technology choice 10 Explain MSS R6.0 Transport 10.1 Understand MSS R6.0 GSM/WCDMA MSS solution using IP transport 10.2 Understand implementation of improved MGw selection for ISUP routes 10.3 Understand network redundancy 11 Describe MSS R6.0 IP Signaling 11.1 Understand SS7 over IP signaling design goals and architecture 11.2 Describe SCTP layer M3UA, M2PA and MTP3b layer scenarios 11.3 Understand MSC-BC implementation 12 Explain MSS SIP Interworking scenarios and UDC connectivity 12.1 Describe SIP/SIP-I Inter-working Principle 12.2 Describe VLAN and VPN architecture for SIP and MSS 12.3 Describe the UDC Design and implementation Network View 13 Understand the new Security Solution as part of the Ericsson design in M-PBN 2009B 13.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 14 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2009B 14.1 Describe O&M network used for transport of management traffic 15 Describe the charging solution for M-PBN 2009B 15.1 Describe integration of Charging System and Multi-Mediation 15.2 Describe charging solutions based on SASN or SACC 15.3 Describe charging systems for Core Network Elements

128 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

129 Time schedule Day Topics in the course Estimated time 1 Overview Overview of M-PBN 2009B 1 hour M-PBN 2009B Solution and Products 1 hour M-PBN 2009B Reference Network Designs 2 hours Basic Technology used in M-PBN2009B 2 hours 2 Site Infrastructure & Transport Backbone Scope, Requirement & Limitation 2 hours IP/MPLS backbone 2 hours Quality of Service 2 hours 3 Circuit Switch Scope and Requirement 1 hour MSS R6.0 IP Signaling and Transport 3 hours MSS SIP Interworking scenarios 1.5 hour SIP Interworking scenarios & UDC Connectivity 0.5 hour 4 Network View Security Solution 2 hours O&M Network Design 2 hours Charging Solution 2 hours

130 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - Packet Switched - Juniper Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2009B architecture, concepts and design. You will learn about the scope of the M-PBN 2009B reference network based on Juniper platform, the products involved as well as applied concepts and designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2009B 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2009B solution and products 2.1 Explain M-PBN 2009B solution variants. 2.2 Identify the infrastructure nodes in the M-PBN 2009B model 3 Explain the M-PBN 2009B Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2009B 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Site Infrastructure & Transport Backbone 5 Explain Transport Backbone scope, requirements and limitations 5.1 Understand client requirements on transport backbone 6 Explain Site Infrastructure scope, purpose and QoS 6.1 Identify M-PBN Site Switch hardware options 6.2 Describe VLAN traffic separation principles and security design 6.3 Describe site switch redundancy mechanisms for high availability 7 Illustrate IP/MPLS backbone design 7.1 Explain IGP, i-bgp and Client Network routing choice 7.2 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

131 7.3 Explain the resilience mechanism in the backbone 8 Discuss Quality of Service 8.1 Explain the general QoS purpose 8.2 Describe 3GPP QoS model, M-PBN QoS solution Packet Switch 9 Describe Access Network solution 9.1 Briefly describe overview of 3G Direct Tunnelling and SGSN in Pool 9.2 Describe new hardware BSC with NWI-E and RNC 3820 physical, logical connectivity and IP Routing 9.3 Explain Site Infrastructure Adaptation towards new hardware 10 Describe Packet Switch Core Network 10.1 Briefly explain Evolved Packet System 10.2 Describe Packet Switch solution 10.3 Describe physical, logical connectivity and routing for Core Network 10.4 Describe physical, logical connectivity and routing for roaming solution 10.5 Briefly describe BFD usage in PS 11 Describe Packet Switch Corporate solution 11.1 Describe physical, logical connectivity and routing for PS Corporate solution 11.2 Describe physical, logical connectivity and routing for PS Internet Access, local ISP and IMS 11.3 Explain PS Firewall Scaling Solution 12 Describe DNS solution in PS 12.1 Explain the DNS physical and logical connectivity 12.2 Describe the DNS traffic cases in PS Network View 13 Understand the new Security Solution as part of the Ericsson design in M-PBN 2009B 13.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 14 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2009B 14.1 Describe O&M network used for transport of management traffic 15 Describe the charging solution for M-PBN 2009B 15.1 Describe integration of Charging System and Multi-Mediation 15.2 Describe charging solutions based on SASN or SACC 15.3 Describe charging systems for Core Network Elements

132 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 24 hours and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

133 Time schedule Day Topics in the course Estimated time 1 Overview Overview of M-PBN 2009B 1 hour M-PBN 2009B Solution and Products 1 hour M-PBN 2009B Reference Network Designs 2 hours Basic Technology used in M-PBN2009B 2 hours 2 Site Infrastructure & Transport Backbone Scope, Requirement & Limitation 2 hours IP/MPLS backbone 2 hours Quality of Service 2 hours 3 Packet Switch Access Network Solution 1 hour Packet Switch Core Network 2 hours Packet Switch Corporate Solution 1 hour DNS solution in PS 2 hours 4 Network View Security Solution 2 hours O&M Network Design 2 hours Charging Solution 2 hours

134 Mobile Packet Backbone Network (M-PBN) 2009B Concepts - IMS Description LZU R1A The course is designed to provide an understanding of the Mobile-PBN 2009B IMS network designs and students will be able to use this knowledge to appreciate and recognize the concepts in their network. The students will understand the main concepts under the Mobile-PBN 2009B IMS Solution: Modularity, Scalabilty, Resilience, Security, QoS Learning objectives On completion of this course the participants will be able to: 1 Define the IMS System and Ericsson IMS solution 1.1 Identify IMS position within the total telecoms picture 1.2 Understand Ericsson target network architecture 1.3 List some operator and end-user benefits of IMS 1.4 Describe the components and nodes in IMS Common System 2 Recognize Network security principle 2.1 Discuss the IMS nodes Platform and Security Threats 2.2 Understand Security Areas, Security Zones and Security Domains in IMS 3 Understand the High Availability and Scalability Concept 3.1 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 3.2 Describe the Networking Concept, Logical connectivity and Physical connectivity for IMS nodes 3.3 Understand IP Routing within IMS nodes 4 Understand the Quality of Service Concept in IMS 4.1 Describe the QoS components and their physical connectivity 5 Describe the Registration Process 5.1 Describe the CSCF Discovery 5.2 Understand Session Establishment Process 5.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning

135 Engineer, System Technician, System Engineer, Field Technician, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 hours and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

136 Time schedule Day Topics in the course Estimated time 1 IMS System ½ hour Ericsson IMS solution ½ hour Network security principle 1 hour High Availability and Scalability Concept 1 ½ hours Quality of Service Concept in IMS 1 hour Registration Process 1 ½ hours

137 Mobile Packet Backbone Network (M-PBN) Operations & Configuration Description LZU R1A This course is for those who would like to learn to configure, verify and troubleshoot their Extreme Switches and SmartEdge Routers used in the M-PBN Site Infrastructure and Transport Solution. Participants of this course will be able to complement their theoretical understanding of the concepts used in Ericsson M-PBN Site Infrastructure and Transport design with practical exercises on these nodes. You will perform detailed configuration, verification of the protocols and technologies used in M-PBN IP Backbone. Learning objectives On completion of this course the participants will be able to: 1 Describe the M-PBN Site Infrastructure and Transport Design 1.1 Understand Client Connectivity for User Payload, O&M & SS7 Connectivity Design 1.2 Describe the summary of SEOS and XOS CLI commands 2 Describe the Site Infrastructure Theory on VLAN and VRRP 2.1 Perform configuration of Interfaces, VLAN, Link Aggregation, Forwarding Database (FDB), ARP Cache and Static Routes on Switches 3 Describe the Transport Backbone Theory on BVI ( IRB), VPN, BFD, IS-IS, OSPF, BGP MPLS (LDP) and Aggregated Ethernet 3.1 Perform configuration of Interfaces and Aggregated Links 3.2 Perform configuration of SmartEdge for IRB, VPN,VRRP, IS-IS, OSPF, BGP, MPLS ( using LDP) and Load Balancing 4 Describe the Mobile-PBN QoS concepts on DiffServ, Queuing and Scheduling 4.1 Perform QoS configuration for Switches on DiffServ classification and marking using ACL s, Queuing and Scheduling 4.2 Perform QoS configuration for Routers on Packet Classification and Marking, Queuing and Scheduling 5 Describe the Mobile-PBN Operations and Maintenance Concepts 5.1 Perform configuration of SNMP and Logs for Switches and Routers 5.2 Perform troubleshooting and monitoring using Wireshark and log files Target audience

138 The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Engineer Prerequisites The participants should have successfully completed the following courses: Mobile-PBN Concepts or M-PBN Course Reference Solution Overview LZU SmartEdge R6 System Survey, LZU SmartEdge IS-IS, LZU SmartEdge BGP, LZU SmartEdge L3VPN, LZU SmartEdge IP QOS Participants also require working knowledge on ExtremeOS operating system. This course is not suitable for someone intending to use this course to learn and develop general understanding of Mobile-PBN. The focus is on practical integration of the IP backbone. Duration and class size The length of the course is 3 days and the maximum number of participants is 8. Learning situation This course is based on theoretical instructor-led lessons given in a classroom. Information for remote access to the lab will be provided by the instructor for exercises

139 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview of SI and Transport Backbone 2 hours Site Infrastructure Configuration 4 hours 2 Transport Backbone Configuration 6 hours 3 Quality of Service 3 hours Operations and Maintenance 3 hours

140 IP Networking LZU R5A Description This course will give the students an insight and understanding of the TCP / IP protocol stack from the physical layer to the application layer. The students will learn the operation of different protocols and applications within the TCP / IP suite such DHCP, DNS, NFS, NIS, NTP, HTTP, SMNP, SMTP, Telnet, FTP, TFTP and RTP. Students will learn about IP addresses, both classful and classless (CIDR) and how subnetting / aggregation and VLSM operates. Students will learn about different network devices and will get a detailed understanding of LAN Switching, Routing and Routing protocols. The hands-on exercises and analysers are used to facilitate the understanding of theory sessions. Learning objectives On completion of each module the participants will be able to: 1 List and describe the IP networking including the involved Bodies. 1.1 List the functions of the different bodies involved in IP standards / RFCs. 1.2 Analyze the OSI reference model and how it relates to the TCP / IP stack. 1.3 Explain Ethernet as Physical and Data Link Layer: MAC Address, CSMA/CD principles, Fast Ethernet, Gigabit Ethernet and speed negotiation. 1.4 Explain the operation of Hubs, Switches and Routers. 1.5 Explain Wireless LANs. 1.6 Explain IP Protocol. 1.7 Explain IPv4 packet structure, protocol header and features. 1.8 Explain VLSM, CIDR, Subnetting, aggregation, NAT and NAPT. 1.9 Explain ICMP protocol, ping and traceroute Explain IGMP protocol Perform exercises configuring IPv4 addresses, and check connectivity Demonstrate IPv6 packet structure, protocol header, features. 1 Explain and compare the transport protocols. 2.1 Explain TCP, UDP and SCTP protocol structures, headers and functionality. 2 List the applications protocols. 3.1 List and explain the operation of different protocols / applications such as DHCP, DNS, NFS, NIS, NTP, HTTP, SMNP, SMTP, Telnet, FTP, TFTP and RTP. 4 Describe IP Switching and Routing Protocols and perform exercises using Netsim Simulator. 4.1 Explain and perform exercises about ARP. 4.2 Explain and perform exercises of VLANs

141 4.3 Explain the purpose of Spanning Tree Protocol (STP). 4.4 Explain the operation of Static and Dynamic routing protocols. 4.5 Perform Static routing exercises. 4.6 List the differences between Vector Distance and Link State protocols. 4.7 Explain RIP routing protocol. 4.8 Explain OSPF routing protocol. 4.9 Explain BGP routing protocol Explain IS-IS routing protocol Perform routing Protocol exercises. Target audience The target audience for this course are personnel who are involved in IP networking or those who require more knowledge on IP addressing, application and routing protocols. Prerequisites There are no pre-requisites. Duration and class size The length of the course is 5 days and the maximum number of participants is 8. Learning situation This course is based on theoretical and practical instructor-led lessons given in both classroom and in a technical environment using equipment or simulation tools

142 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Short description of the topics in the course Estimated time 1 List the functions of the different Standard Bodies 0,5 h involved in IP Standards / RFCs Analyze the OSI Reference Model and how it relates 1,0 h to the TCP / IP stack Explain Ethernet as Physical and Data Link Layer: 1,5 h MAC Address, CSMA/CD principles, Fast Ethernet, Gigabit Ethernet and speed negotiation Explain the operation of Hubs, Switches and Routers 2,0 h Explain Wireless LANs 0,5 h Explain IP Protocol 0,5 h 2 Explain IPv4 packet structure, protocol header and 1,0 h features Explain VLSM, CIDR, Subnetting, aggregation, NAT 1,0 h and NAPT Explain ICMP protocol, ping and traceroute 1,0 h Explain IGMP protocol Perform exercises configuring IPv4 addresses, and 2,5 h check connectivity Demonstrate IPv6 packet structure, protocol header, 0,5 h features 3 Explain TCP, UDP and SCTP protocol structures, 2,0 h headers and functionality List and explain the operation of different protocols / 2,0 h applications such as DHCP, DNS, NFS, NIS, NTP, HTTP, SMNP, SMTP, Telnet, FTP, TFTP and RTP Explain and perform exercises about ARP 2,0 h 4 Explain and perform exercises of VLANs 3,0 h Explain the purpose of Spanning Tree Protocol (STP) 0,5 h Explain the operation of Static and Dynamic routing 0,5 h protocols Perform Static routing exercises 1,0 h List the differences between Vector Distance and Link 1,0 h State protocols Explain RIP routing protocol 1,0 h 5 Explain OSPF routing protocol 1,5 h Explain BGP routing protocol 0,5 h Explain IS-IS routing protocol 0,5 h Perform routing protocol exercises 2,5 h

143 IP Quality of Service and MPLS LZU R1A Description This course will give the students an insight and understanding of QoS. The students will learn the operation of QoS supporting IP Protocols and MPLS. The hands-on exercises are used to facilitate the understanding of theory sessions. Learning objectives On completion of each module the participants will be able to: 1 Understand how Quality of Service (QoS) works 1.1 Explain QoS Fundamentals and QoS related Protocols 1.2 Analyze the enhancement of the IP networks to support transmission of Real Time data 1.3 Describe QoS Basic Concepts 1.4 Describe QoS Architectures 1.5 Describe QoS Mechanisms 1.6 Explain Resource Reservation Protocol (RSVP) RFC Explain Basic MPLS Concepts 1.8 Describe MPLS Labels and Label Stack 1.9 Explain MPLS Applications 1.10 Describe Generalized Multiprotocols Label Switching GMPLS 1.11 Perform practical exercises covering Class Based Marking (CBM) using IP Precedence, DSCP and basic MPLS setup Target audience The target audience for this course is the staff involved in IP networking and require more knowledge on IP networks to guarantee quality of service. Prerequisites Successful completion of the following course or equivalent knowledge: IP Networking, LZU R5A

144 Duration and class size The length of the course is 2 days and the maximum number of participants is 8. Learning situation This course is based on theoretical and practical instructor-led lessons given in both classroom and in a technical environment using equipment or simulation tools. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Short description of the topics in the course Estimated time 1 Explain QoS Fundamentals and QoS related Protocols 0.3 h Analyze the enhancement of the IP networks to support transmission of Real Time data 0.2 h Describe QoS Basic Concepts 0.5 h Describe QoS Architectures 0.5 h Describe QoS Mechanisms 1.0 h Explain Resource Reservation Protocol (RSVP) 1.0 h Explain Label Distribution Systems (LDP, RSVP-TE, BGP) 1.5 h 1, 2 Explain Basic MPLS Concepts 1.5 h Describe MPLS Labels and Label Stack 1.0 h Explain MPLS Applications 1.5 h Describe Generalized Multiprotocols Label Switching GMPLS Perform practical exercises covering Class Based Marking (CBM) using IP Precedence, DSCP and MPLS 1.0 h 2.0 h

145 IP Security LZU R1A Description This course will give the students an insight and understanding of Security issues. The students will learn the operation of Security topics such as authentication, confidentiality, and integrity. The hands-on exercises are used to facilitate the understanding of theory sessions. Learning objectives On completion of each module the participants will be able to: 1 Understand how IP Security (IP Sec) works 1.1 Analyze the existing security threats types 1.2 Explain Access control lists (ACL) 1.3 Explain the purpose and use of Firewalls 1.4 Explain Encryption techniques 1.5 Identify different Security Services 1.6 Explain how Virtual Private Networks (VPN) operate 1.7 Explain IP Security (IPSec) RFC Explain Authentication Header (AH) RFC Explain Encapsulating Security Payload (ESP) RFC Explain Internet Key Exchange (IKE) RFC 2409 v1/rfc 4306 v Show some Transport Layer Security Protocols (SSL and TLS) RFC 2246v1/RFC 4346 v Perform practical exercises covering the configuration of an IPSec VPN tunnel (Phase I and Phase II negotiation) Target audience The target audience for this course is the staff involved in IP networking and require more knowledge on IP networks to guarantee security. Prerequisites Successful completion of the following course or equivalent knowledge: IP Networking, LZU R5A Duration and class size The length of the course is 2 days and the maximum number of participants is

146 Learning situation This course is based on theoretical and practical instructor-led lessons given in both classroom and in a technical environment using equipment or simulation tools. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Short description of the topics in the course Estimated time 1 Analyze the existing security threats types 1.0 h Explain Access control lists (ACL) 1.0 h Explain the purpose and use of Firewalls 1.0 h Explain Encryption techniques 1.0 h Identify different Security Services 1.0 h Explain how virtual Private Networks (VPN) operate 1.0 h 2 Explain IP Security (IPSec) 1.0 h Explain Authentication Header (AH) 1.0 h Explain Encapsulating Security Payload (ESP) 1.0 h Explain Internet Key Exchange (IKE) 1.0 h Show some Transport Layer Security Protocols (SSL and TLS) Perform practical exercises covering the configuration of an IPSec VPN tunnel (Phase I and Phase II negotiation) 1.0 h 1.0 h

147 Voice and Video over IP LZU R1A Description This course will give the students an insight and understanding of Voice and Video over IP. The students will learn the operation of VoIP protocols and understand the concept about Video over IP. Learning objectives On completion of each module the participants will be able to: 1 Describe the Voice over IP protocols 1.1 Explain the main VoIP protocols: H.323, Media Gateway Control Protocol (MGCP) RFC 2705 and H.248 (MEGACO) 1.2 Explain Session Initiation Protocol (SIP) RFC List the Real-Time Transport Protocol (RTP) and Real Time Control Protocol (RTCP) RFC 3611 and RFC Perform Theoretical Exercise 2 Describe the Video over IP protocols 2.1 Explain Video over IP 2.2 Describe traditional video and IP Multicast 2.3 Describe concept of Internet Group Management Protocol IGMP 2.4 Describe video formats MPEG and Streaming 2.5 Comment Traditional solutions, Video conferencing over IP 2.6 Perform theoretical exercises covering SIP messages Target audience The target audience for this course is the staff involved in IP networking and require more knowledge on IP networks to guarantee quality of service, security, and management of realtime traffic. Prerequisites Successful completion of the following course or equivalent knowledge: IP Networking, LZU R5A Duration and class size

148 The length of the course is 1 day and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in classroom environment. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Short description of the topics in the course Estimated time 1 Explain the main VoIP protocols: H.323, Media Gateway Control Protocol (MGCP) and H.248 (MEGACO) 0.5 h Explain Session Initiation Protocol (SIP) 1.0. h List the Real-Time Transport Protocol (RTP) and Real- Time Control Protocol (RTCP) RFC 3611 RFC h Explain Video over IP 0.5 h Describe Traditional Video Transport and IP Multicast 0.5 h Comment concept of Group Management Protocol - IGMP 0.5 h Describe video format MPEG and Streaming 0.5 h Describe video on demand vs. video broadcasting 0.5 h Comment traditional solutions, video conferencing over IP 0.5 h Perform theoretical exercises 1.0 h

149 IPv6 Networking LZU R2A Description This course gives a profound technical presentation of the Internet protocol IPv6. The course is focused on the protocols and mechanisms defined within IPv6 as well as functions affected by IPv6, such as routing protocols and DNS. The course gives a clear view of how the Transition Mechanisms function and how they are used to establish IPv6 networks in a world of IPv4 networks and to ensure connectivity between different IPv6 networks and between IPv6 and IPv4 networks. The students will get experience in how to set up an IPv6 network configuring routers and hosts. Learning objectives On completion of this course the participants will be able to: 1 Give a technical overview of IPv6 networking 1.1 Understand why need IPv6; 1.2 Describe the IPv6 header and platform 1.3 Compare IPv4 with IPv6; 1.4 Identify new features; 1.5 Describe how to increase Address Space; 1.6 Describe Main Bodies. 2 Describe the IPv6 header and platform 2.1 Explain the IPv6 Base Header and Extension Header; 2.2 Explain how to create IPv6 from IPv4; 2.3 Describe the ICMPv6;Explain Fragmentation and Authentication Header. 3 Describe the IPv6 Addressing 3.1 Explain the address architecture; 3.2 Describe Unicast, Multicast and Anycast addresses; 3.3 Describe an IPv6 basic configuration in routers and hosts and auto-configuration; 3.4 Describe Neighbor Discovery; 3.5 Describe built in security and quality of service. 4 Determine the Affected Mechanisms 4.1 Describe DNS and DHCP for IPv6; 4.2 Explain the Routing Protocols and Transport Layer protocols; 4.3 List and explain some applications;

150 5 Describe Mobile IPv6 5.1 Understand the Building Blocks; 5.2 Explain Registration and Bindings. 6 Describe and configure the Transition Mechanisms between IPv4 and IPv6 6.1 Connecting IPv6 islands; 6.2 Configure tunnels; 6.3 Describe IPv6 to IPv4 (6to4); 6.4 Explain ISATAP and Teredo; 6.5 Explain SIIT NAT-PT; 6.6 Describe Tunnel Mechanisms; 6.7 Explain the automatic Tunnels and Tunnel Broker; 6.8 Describe IPv6 over IPv4 (6over4); 6.9 Understand Routing IPv6 on the internet; 7 Explain DSTM 7.1 Describe Header Translation; 7.2 Explain NAT-PT; 7.3 Escribe DNS-ALG; 7.4 Explain BIS; 7.5 Understand Socks64; 7.6 Describe TCP/UDP Relay. Target audience The target audience for this course is: Network Design Engineers, Network Deployment Engineers, System Technicians, Service Technicians, System Engineers and Service Engineers. Prerequisites Successful completion of the following courses: IP Networking, LZU R4A IP Advanced, LZU R1A

151 Duration and class size The length of the course is 2 days and the maximum number of participants is 8. Learning situation This course is based on theoretical and practical instructor-led lessons given in both classroom and in a technical environment using equipment and tools. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Introduction Welcome Presentation Training Schedule IPv6 Introduction IPv4-IPv6 Comparison Increased Address Space IPv6 Header and Platform IPv6 Base Header IPv6 Extension Headers ICMPv6 IPv6 Addressing Address Architecture Unicast, Multicast and Anycast Router and Host Configuration Auto-configuraiton Neighbor Discovery Built in security Quality of service Affected Mechanisms DNS DHCPv6 Routing Protocols Transport Layer Protocols Applications Mobile IPv6 Building Blocks Registration Bindings 0,5 h 1 h 1,5 h 1,5 h 1 0,5 h

152 2 IPv4 IPv6 Transition Mechanisms Introduction Connecting IPv6 islands Configured tunnels IPv6 to IPv4 (6to4) ISATAP Teredo SIIT NAT-PT Other Tunnel Mechanisms Automatic Tunnels Tunnel Broker IPv6 over IPv4 (6over4) Routing IPv6 on the internet IPv4 IPv6 Translation Mechanisms Introduction DSTM Header Translation NAT-PT FTP-ALG DNS-ALG SIIT BIS Socks64 TCP/UDP Relay 3 h 3 h

153 IPv6 Routing LZU R2A Description This course is a profound technical presentation of the routing protocols OSPFv3, ISIS and BGP4+. The protocols and their different functions in the Internet will be discussed. The participants will learn how to configure the advanced features on an IPv6 router. Learning objectives On completion of this course the participants will be able to: 1 Explain how the Routing Protocols are used in IPv6 1.1 List the Routing Protocols used in IPv6 1.2 Explain how they are working on a router and the hosts of an IPv6 network 1.3 Explain static routing and routing protocol 2 Work with OSPFv3 2.1 Describe the OSPFng Header 2.2 Explain Link State Advertisements (LSAs) 2.3 Explain Link-State Database and Hello packets 2.4 Explain Database Synchronization and Flooding 2.5 Explain Routing Calculations and SPF Algorithm 2.6 Explain External Routing Information 2.7 Explain OSPF Areas, Range and Stub Areas 2.8 Explain Support on data link layer 2.9 Explain Link State packets 2.10 Explain Sequence number packets 2.11 Explain Options 2.12 Explain Level 1 and Level 2 routers 2.13 Explain Designated router election and area reconfiguration 2.14 Explain Overload state 2.15 Describe the comparison with OSPFv Perform practical exercises covering OSPFv3 protocol 3 Work with ISIS 3.1 Explain Support on data link layer 3.2 Explain Hello packets 3.3 Explain Link State packets 3.4 Explain Sequence number packets 3.5 Explain Options 3.6 Explain Level 1 and Level 2 routers 3.7 Explain Designated router election 3.8 Explain Area reconfiguration 3.9 Explain Overload state

154 3.10 Describe the comparison with OSPFv Perform practical exercises covering ISIS protocol 4 Work with BGP Explain the BGP Header and Session 4.2 Describe Attributes 4.3 List Keep-Alive Features 4.4 Explain Internal-External BGP 4.5 Understand Best Path Calculation 4.6 Explain Synchronizing with OSPFng 4.7 Describe Policy Routing Multi-homing 4.8 Understand Explosion of routing tables 4.9 Perform practical exercises covering BGP4+ protocol Target audience The target audience for this course is: Network Design Engineers, Network Deployment Engineers, System Technicians, Service Technicians, System Engineers and Service Engineers. Prerequisites Successful completion of the following courses: IPv6 Networking, LZU R1A Duration and class size The length of the course is 3 days and the maximum number of participants is 8. Learning situation This course is based on theoretical and practical instructor-led lessons given in both classroom and in a technical environment using equipment and tools. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate

155 Day Topics in the course Estimated time Day Short description of the topics in the course Estimated time 1 Introduction Welcome Presentation Training Schedule Routing Protocols List the Routing Protocols used in IPv6 How they are working in IPv6 network Static routing and routing protocol configuration Configure static routing and routing protocol configuration OSPFv3 The OSPFng Header Link State Advertisements (LSAs) The Link-State Database Hello Packets Database Synchronization Flooding Routing Calculations SPF Algorithm External Routing Information OSPF Areas OSPF Range 2 OSPFv3 (Contd.) Stub Areas History Support on data link layer Hello packets Link State packets Sequence number packets Options Level 1 and Level 2 routers Designated router election Area reconfiguration Overload state Comparison with OSPFv3 Perform practical exercises covering OSPFv3 protocol 0,5 h 2,5 h 3 h 6 h

156 3 ISIS History Support on data link layer Hello packets Link State packets Sequence number packets Options Level 1 and Level 2 routers Designated router election Area reconfiguration Overload state Comparison with OSPFv3 Perform practical exercises covering ISIS protocol BGP4+ The BGP Header BGP Sessions Attributes Keep-Alive Features Internal-External BGP Best Path Calculation Synchronizing with OSPFng Policy Routing Multi-homing Explosion of routing tables Perform practical exercises covering BGP4+ protocol 2,5 h 3,5 h

157 IPv6 Quality of Service LZU R2A Description This course is a technical presentation of the feature related to IPv6: Quality of Service (DiffServ, RSVP / IntServ). IPv6 and this feature are essential in a 3G network. Learning objectives On completion of this course the participants will be able to: 1 Explain how QoS works 1.1 Explain what is quality of service 1.2 Explain QoS Mechanisms 1.3 Describe DiffServ and IntServ (RSVP) 1.4 Describe MPLS 1.5 Differentiate between Policing and Metering 1.6 Explain Traffic Class and Flow label for IPv6 1.7 Describe Traffic Conditioning 1.8 Explain Scheduler and Shaper 1.9 Explain Queue Management (RED) Target audience The target audience for this course is: Network Design Engineers, Network Deployment Engineers, System Technicians, Service Technicians, System Engineers and Service Engineers. Prerequisites Successful completion of the following courses: IPv6 Networking, LZU R1A Duration and class size The length of the course is 1 day and the maximum number of participants is

158 Learning situation This course is based on theoretical instructor-led lessons given in a classroom environment. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time Day Short description of the topics in the course Estimated time 1 Introduction Welcome Presentation Training Schedule Explain How QoS work Explain what is quality of service Explain QoS Mechanisms Describe DiffServ and IntServ (RSVP) Describe MPLS Differentiate between Policing and Metering Explain Traffic Class and Flow label for IPv6 Describe Traffic Conditioning Explain Scheduler and Shaper Explain Queue Management (RED) 0,5 h 5,5 h

159 IPv6 Security LZU R2A Description This course is also a profound technical presentation of the advanced feature related to IPv6: IPSec. IPv6 and this feature are essential in a 3G network. Learning objectives On completion of this course the participants will be able to: 1 Describe how IPv6 Security (IPsec) is working 1.1 Describe Security Threats 1.2 Explain Basic Security Concepts and Security Associations 1.3 Describe Crypto Primitives 1.4 Explain Authentication Header (AH) 1.5 Explain Encapsulating Security Payload (ESP) 1.6 Explain Internet Key Exchange (IKEv2) Target audience The target audience for this course is: Network Design Engineers, Network Deployment Engineers, System Technicians, Service Technicians, System Engineers and Service Engineers. Prerequisites Successful completion of the following courses: IPv6 Networking, LZU R1A Duration and class size The length of the course is 1 day and the maximum number of participants is

160 Learning situation This course is based on theoretical instructor-led lessons given in a classroom environment. Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. (This paragraph is mandatory). Day Topics in the course Estimated time 1 Introduction Welcome Presentation Training Schedule IPSec Security Threats Basic Security Concepts Security Associations Crypto Primitives Authentication Header (AH) Encapsulating Security Payload (ESP) Internet Key Exchange (IKEv2) Perform exercises covering these mechanisms and features 0,5 h 5,5 h

161 M-PBN 2010A Concepts - SmartEdge Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. You will learn about the scope of the M-PBN 2010A reference network based on Smartedge, the products involved as well as applied concepts and designs. The knowledge areas included in this course are Transport Backbone, Site Infrastrastructure, Packet Switch, Circuit, IMS, Access Network, O&M and security Network designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2010A 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2010A solution and products 2.1 Explain M-PBN 2010A solution variants 2.2 Identify the infrastructure nodes in the M-PBN 2010A model 3 Explain the M-PBN 2010A Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2010A 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Transport Backbone 5 Explain Site Infrastructure and Transport Backbone scope, requirements and limitations 5.1 Describe Network Modularization 5.2 Identify M-PBN Site Switch and Router options 5.3 Describe redundancy mechanisms for high availability 5.4 Describe VLAN traffic separation principles and security design 5.5 Describe M-PBN intra-site and inter-site connectivity choices 5.6 Explain IGP, ibgp and Client Network routing choice 6 Illustrate IP/MPLS backbone design

162 6.1 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 6.2 Describe Entry Level Site Connectivity 7 Discuss Quality of Service 7.1 Explain the general QoS purpose 7.2 Describe 3GPP QoS model, M-PBN QoS solution and SmartEdge QoS solution 8 Understand SmartEdge Integrated Routing and Bridging (IRB) 8.1 Describe BVI port feature in M-PBN Packet Switched 9 Describe Access Network solution 9.1 Explain connectivity options from RNC to SGSN 9.2 Understand how 3G Direct Tunneling works 9.3 Understand the concept and guideline of SGSN pool 9.4 Understand the design guidelines for Gb and IU-PS interface 10 Describe Packet Switch solution 10.1 Describe physical, logical connectivity and routing of Gn, Gi and Gp interface 10.2 Understand Inband and Outband Radius server implementation 10.3 Describe DNS physical and logical connectivity 10.4 Describe Brach Office Connectivity 11 Briefly Describe IPRAN alignment 12 Briefly Explain System Architecture Evolution 12.1 Briefly Explain System Architecture Evolution 12.2 Describe the nodes involved in SAE 12.3 Explain Backbone and Site Infrastructure Adaptation Circuit Switched 13 Explain M-PBN 2010A Circuit Switch solution scope and requirement 13.1 Describe CS connectivity to IP transport backbone 13.2 Describe the connectivity to all nodes 14 Explain MSS R6.0 IP Signaling 14.1 Understand SCTP, M3UA, M2PA and MTP3b layer scenarios 14.2 Understand AoverIP concept 14.3 Describe PRA implementation in MPBN 14.4 Understand MSC-BC implementation 14.5 Understand implementation of IUPCH in MSC-S R Understand network redundancy 14.7 Understand the operator s network scenario 15 Explain MSS R6.0 IP Transport 15.1 Describe SIP/SIP-I Inter-working Principle 15.2 Describe VLAN and VPN architecture for SIP and MSS 15.3 Describe IPX Connectivity 16 Explain MSS SIP Interworking scenarios 16.1 Describe the UDC Design and implementation

163 Network View 17 Discuss Network View Overview 17.1 Describe the various Network Modules within the M-PBN 2010A design solution 18 Understand the new Security Solution as part of the Ericsson design in M-PBN 18.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 19 Illustrate O&M Network design as part of the Ericsson design in M-PBN 19.1 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2010A 19.2 Describe O&M network used for transport of management traffic 19.3 Describe SmartEdge O&M Solution 20 Describe the charging solution for M-PBN 2010A 20.1 Describe the Charging Solution for M-PBN 2010A 20.2 Describe integration of Charging System and Multi-Mediation 20.3 Describe charging solutions based on SASN or SACC 20.4 Describe charging systems for Core Network Elements IMS 21 Define the IMS System 21.1 Identify IMS position within the total telecoms picture 21.2 Understand Ericsson target network architecture 21.3 List some operator and end-user benefits of IMS 21.4 Describe the components and nodes in IMS Common System 22 Recognize Network security principle 22.1 Discuss the IMS nodes Platform and Security Threats 22.2 Understand Security Areas, Security Zones and Security Domains in IMS 23 Understand the High Availability and Scalability Concept 23.1 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 23.2 Describe the Networking Concept, Logical and Physical connectivity for IMS nodes 23.3 Understand IP Routing within IMS nodes 24 Understand the Quality of Service Concept in IMS 24.1 Describe the QoS components and their physical connectivity 25 Describe the Registration Process 25.1 Describe the CSCF Discovery 25.2 Understand Session Establishment Process 25.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning

164 Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

165 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview Overview of the M-PBN 2010A 1 hour M-PBN 2010A solution and products 1 hour M-PBN 2010A Reference Network design 2 hours Basics of the technology used in the M-PBN 2010A 2 hours 2 Transport Backbone Site Infrastructure and Transport Backbone scope, requirements and limitations 3 hours IP/MPLS backbone design 1 hour Quality of Service 1 hour SmartEdge Integrated Routing and Bridging (IRB) 1 hour 3 Packet Switched Access Network solution 2 hours Packet Switch solution 2 hours IPRAN alignment 1 hour System Architecture Evolution 1 hour 4 Circuit Switched M-PBN 2010A Circuit Switch solution scope and requirement 1 hour MSS R6.0 IP Signaling 3 hours MSS R6.0 IP Transport 1 hour MSS SIP Interworking scenarios 1 hour 5 Network View Network View Overview 1 hour Security Solution as part of the Ericsson design in M-PBN 1 hour O&M Network design as part of the Ericsson design in M- PBN 2 hours

166 Charging solution for M-PBN 2010A 2 hours 6 IMS IMS System 1 hour Network security principle 1 hour High Availability and Scalability Concept 1 hour Quality of Service Concept in IMS 1 hour Registration Process 2 hour

167 M-PBN 2010A Concepts - Circuit Switched - SmartEdge Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. This course cover the scope of the M-PBN 2010A Circuit Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of M-PBN 2010A using SmartEdge. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2010A 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2010A solution and products 2.1 Explain M-PBN 2010A solution variants 2.2 Identify the infrastructure nodes in the M-PBN 2010A model 3 Explain the M-PBN 2010A Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2010A 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Transport Backbone 5 Explain Site Infrastructure and Transport Backbone scope, requirements and limitations 5.1 Describe Network Modularization 5.2 Identify M-PBN Site Switch and Router options 5.3 Describe redundancy mechanisms for high availability 5.4 Describe VLAN traffic separation principles and security design 5.5 Describe M-PBN intra-site and inter-site connectivity choices 5.6 Explain IGP, ibgp and Client Network routing choice 6 Illustrate IP/MPLS backbone design 6.1 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

168 6.2 Describe Entry Level Site Connectivity 7 Discuss Quality of Service 7.1 Explain the general QoS purpose 7.2 Describe 3GPP QoS model, M-PBN QoS solution and SmartEdge QoS solution 8 Understand SmartEdge Integrated Routing and Bridging (IRB) 8.1 Describe BVI port feature in M-PBN Circuit Switched 9 Explain M-PBN 2010A Circuit Switch solution scope and requirement 9.1 Describe CS connectivity to IP transport backbone 9.2 Describe the connectivity to all nodes 10 Explain MSS R6.0 IP Signaling 10.1 Understand SCTP, M3UA, M2PA and MTP3b layer scenarios 10.2 Understand AoverIP concept 10.3 Describe PRA implementation in MPBN 10.4 Understand MSC-BC implementation 10.5 Understand implementation of IUPCH in MSC-S R Understand network redundancy 10.7 Understand the operator s network scenario 11 Explain MSS R6.0 IP Transport 11.1 Describe SIP/SIP-I Inter-working Principle 11.2 Describe VLAN and VPN architecture for SIP and MSS 11.3 Describe IPX Connectivity 12 Explain MSS SIP Interworking scenarios 12.1 Describe the UDC Design and implementation Network View 13 Discuss Network View Overview 13.1 Describe the various Network Modules within the M-PBN 2010A design solution 14 Understand the new Security Solution as part of the Ericsson design in M-PBN 14.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 15 Illustrate O&M Network design as part of the Ericsson design in M-PBN 15.1 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2010A 15.2 Describe O&M network used for transport of management traffic 15.3 Describe SmartEdge O&M Solution 16 Describe the charging solution for M-PBN 2010A 16.1 Describe the Charging Solution for M-PBN 2010A 16.2 Describe integration of Charging System and Multi-Mediation 16.3 Describe charging solutions based on SASN or SACC 16.4 Describe charging systems for Core Network Elements

169 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

170 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview Overview of the M-PBN 2010A 1 hour M-PBN 2010A solution and products 1 hour M-PBN 2010A Reference Network design 2 hours Basics of the technology used in the M-PBN 2010A 2 hours 2 Transport Backbone Site Infrastructure and Transport Backbone scope, requirements and limitations 3 hours IP/MPLS backbone design 1 hour Quality of Service 1 hour SmartEdge Integrated Routing and Bridging (IRB) 1 hour 3 Circuit Switched M-PBN 2010A Circuit Switch solution scope and requirement 1 hour MSS R6.0 IP Signaling 3 hours MSS R6.0 IP Transport 1 hour MSS SIP Interworking scenarios 1 hour 4 Network View Network View Overview 1 hour Security Solution as part of the Ericsson design in M-PBN 1 hour O&M Network design as part of the Ericsson design in M- PBN 2 hours Charging solution for M-PBN 2010A 2 hours

171 M-PBN 2010A Concepts - Packet Switched - SmartEdge Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. This course cover the scope of the M-PBN 2010A Circuit Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of M-PBN 2010A using SmartEdge. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2010A 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2010A solution and products 2.1 Explain M-PBN 2010A solution variants 2.2 Identify the infrastructure nodes in the M-PBN 2010A model 3 Explain the M-PBN 2010A Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2010A 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Transport Backbone 5 Explain Site Infrastructure and Transport Backbone scope, requirements and limitations 5.1 Describe Network Modularization 5.2 Identify M-PBN Site Switch and Router options 5.3 Describe redundancy mechanisms for high availability 5.4 Describe VLAN traffic separation principles and security design 5.5 Describe M-PBN intra-site and inter-site connectivity choices 5.6 Explain IGP, ibgp and Client Network routing choice 6 Illustrate IP/MPLS backbone design 6.1 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

172 6.2 Describe Entry Level Site Connectivity 7 Discuss Quality of Service 7.1 Explain the general QoS purpose 7.2 Describe 3GPP QoS model, M-PBN QoS solution and SmartEdge QoS solution 8 Understand SmartEdge Integrated Routing and Bridging (IRB) 8.1 Describe BVI port feature in M-PBN Packet Switched 9 Describe Access Network solution 9.1 Explain connectivity options from RNC to SGSN 9.2 Understand how 3G Direct Tunneling works 9.3 Understand the concept and guideline of SGSN pool 9.4 Understand the design guidelines for Gb and IU-PS interface 10 Describe Packet Switch solution 10.1 Describe physical, logical connectivity and routing of Gn, Gi and Gp interface 10.2 Understand Inband and Outband Radius server implementation 10.3 Describe DNS physical and logical connectivity 10.4 Describe Brach Office Connectivity 11 Briefly Describe IPRAN alignment 12 Briefly Explain System Architecture Evolution 12.1 Briefly Explain System Architecture Evolution 12.2 Describe the nodes involved in SAE 12.3 Explain Backbone and Site Infrastructure Adaptation Network View 13 Discuss Network View Overview 13.1 Describe the various Network Modules within the M-PBN 2010A design solution 14 Understand the new Security Solution as part of the Ericsson design in M-PBN 14.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 15 Illustrate O&M Network design as part of the Ericsson design in M-PBN 15.1 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2010A 15.2 Describe O&M network used for transport of management traffic 15.3 Describe SmartEdge O&M Solution 16 Describe the charging solution for M-PBN 2010A 16.1 Describe the Charging Solution for M-PBN 2010A 16.2 Describe integration of Charging System and Multi-Mediation 16.3 Describe charging solutions based on SASN or SACC 16.4 Describe charging systems for Core Network Elements Target audience

173 The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

174 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview Overview of the M-PBN 2010A 1 hour M-PBN 2010A solution and products 1 hour M-PBN 2010A Reference Network design 2 hours Basics of the technology used in the M-PBN 2010A 2 hours 2 Transport Backbone Site Infrastructure and Transport Backbone scope, requirements and limitations 3 hours IP/MPLS backbone design 1 hour Quality of Service 1 hour SmartEdge Integrated Routing and Bridging (IRB) 1 hour 3 Packet Switched Access Network solution 2 hours Packet Switch solution 2 hours IPRAN alignment 1 hour System Architecture Evolution 1 hour 4 Network View Network View Overview 1 hour Security Solution as part of the Ericsson design in M-PBN 1 hour O&M Network design as part of the Ericsson design in M- PBN 2 hours Charging solution for M-PBN 2010A 2 hours

175 M-PBN 2010A Concepts - Juniper Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. You will learn about the scope of the M-PBN 2010A reference network based on Juniper, the products involved as well as applied concepts and designs. The knowledge areas included in this course are Transport Backbone, Site Infrastrastructure, Packet Switch, Circuit, IMS, Access Network, O&M and security Network designs. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2010A 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2010A solution and products 2.1 Explain M-PBN 2010A solution variants 2.2 Identify the infrastructure nodes in the M-PBN 2010A model 3 Explain the M-PBN 2010A Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2010A 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Transport Backbone 5 Explain Site Infrastructure and Transport Backbone scope, requirements and limitations 5.1 Describe Network Modularization 5.2 Identify M-PBN Site Switch and Router options 5.3 Describe redundancy mechanisms for high availability 5.4 Describe VLAN traffic separation principles and security design 5.5 Describe M-PBN intra-site and inter-site connectivity choices 5.6 Explain IGP, ibgp and Client Network routing choice 6 Illustrate IP/MPLS backbone design

176 6.1 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design 7 Discuss Quality of Service 7.1 Explain the general QoS purpose Packet Switched 8 Describe Access Network solution 8.1 Explain connectivity options from RNC to SGSN 8.2 Understand how 3G Direct Tunneling works 8.3 Understand the concept and guideline of SGSN pool 8.4 Understand the design guidelines for Gb and IU-PS interface 9 Describe Packet Switch solution 9.1 Describe physical, logical connectivity and routing of Gn, Gi and Gp interface 9.2 Understand Inband and Outband Radius server implementation 9.3 Describe DNS physical and logical connectivity 9.4 Describe Brach Office Connectivity 10 Briefly Describe IPRAN alignment 11 Briefly Explain System Architecture Evolution 11.1 Briefly Explain System Architecture Evolution 11.2 Describe the nodes involved in SAE 11.3 Explain Backbone and Site Infrastructure Adaptation Circuit Switched 12 Explain M-PBN 2010A Circuit Switch solution scope and requirement 12.1 Describe CS connectivity to IP transport backbone 12.2 Describe the connectivity to all nodes 13 Explain MSS R6.0 IP Signaling 13.1 Understand SCTP, M3UA, M2PA and MTP3b layer scenarios 13.2 Understand AoverIP concept 13.3 Describe PRA implementation in MPBN 13.4 Understand MSC-BC implementation 13.5 Understand implementation of IUPCH in MSC-S R Understand network redundancy 13.7 Understand the operator s network scenario 14 Explain MSS R6.0 IP Transport 14.1 Describe SIP/SIP-I Inter-working Principle 14.2 Describe VLAN and VPN architecture for SIP and MSS 14.3 Describe IPX Connectivity 15 Explain MSS SIP Interworking scenarios 15.1 Describe the UDC Design and implementation Network View 16 Discuss Network View Overview 16.1 Describe the various Network Modules within the M-PBN 2010A design solution

177 17 Understand the new Security Solution as part of the Ericsson design in M-PBN 17.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 18 Illustrate O&M Network design as part of the Ericsson design in M-PBN 18.1 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2010A Describe O&M network used for transport of management traffic 19 Describe the charging solution for M-PBN 2010A 19.1 Describe integration of Charging System and Multi-Mediation 19.2 Describe charging solutions based on SASN or SACC 19.3 Describe charging systems for Core Network Elements IMS 20 Define the IMS System 20.1 Identify IMS position within the total telecoms picture 20.2 Understand Ericsson target network architecture 20.3 List some operator and end-user benefits of IMS 20.4 Describe the components and nodes in IMS Common System 21 Recognize Network security principle 21.1 Discuss the IMS nodes Platform and Security Threats 21.2 Understand Security Areas, Security Zones and Security Domains in IMS 22 Understand the High Availability and Scalability Concept 22.1 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 22.2 Describe the Networking Concept, Logical and Physical connectivity for IMS nodes 22.3 Understand IP Routing within IMS nodes 23 Understand the Quality of Service Concept in IMS 23.1 Describe the QoS components and their physical connectivity 24 Describe the Registration Process 24.1 Describe the CSCF Discovery 24.2 Understand Session Establishment Process 24.3 Describe Traffic Flows in M-IMS Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites

178 The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

179 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview Overview of the M-PBN 2010A 1 hour M-PBN 2010A solution and products 1 hour M-PBN 2010A Reference Network design 2 hours Basics of the technology used in the M-PBN 2010A 2 hours 2 Transport Backbone Site Infrastructure and Transport Backbone scope, requirements and limitations 3 hours IP/MPLS backbone design 2 hour Quality of Service 1 hour 3 Packet Switched Access Network solution 2 hours Packet Switch solution 2 hours IPRAN alignment 1 hour System Architecture Evolution 1 hour 4 Circuit Switched M-PBN 2010A Circuit Switch solution scope and requirement 1 hour MSS R6.0 IP Signaling 3 hours MSS R6.0 IP Transport 1 hour MSS SIP Interworking scenarios 1 hour 5 Network View Network View Overview 1 hour Security Solution as part of the Ericsson design in M-PBN 1 hour O&M Network design as part of the Ericsson design in M- PBN 2 hours Charging solution for M-PBN 2010A 2 hours

180 6 IMS IMS System 1 hour Network security principle 1 hour High Availability and Scalability Concept 1 hour Quality of Service Concept in IMS 1 hour Registration Process 2 hour

181 M-PBN 2010A Concepts - Circuit Switched - Juniper Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. This course cover the scope of the M-PBN 2010A Circuit Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of M-PBN 2010A using Juniper products. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2010A 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2010A solution and products 2.1 Explain M-PBN 2010A solution variants 2.2 Identify the infrastructure nodes in the M-PBN 2010A model 3 Explain the M-PBN 2010A Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2010A 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Transport Backbone 5 Explain Site Infrastructure and Transport Backbone scope, requirements and limitations 5.1 Describe Network Modularization 5.2 Identify M-PBN Site Switch and Router options 5.3 Describe redundancy mechanisms for high availability 5.4 Describe VLAN traffic separation principles and security design 5.5 Describe M-PBN intra-site and inter-site connectivity choices 5.6 Explain IGP, ibgp and Client Network routing choice 6 Illustrate IP/MPLS backbone design 6.1 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

182 7 Discuss Quality of Service 7.1 Explain the general QoS purpose Circuit Switched 8 Explain M-PBN 2010A Circuit Switch solution scope and requirement 8.1 Describe CS connectivity to IP transport backbone 8.2 Describe the connectivity to all nodes 9 Explain MSS R6.0 IP Signaling 9.1 Understand SCTP, M3UA, M2PA and MTP3b layer scenarios 9.2 Understand AoverIP concept 9.3 Describe PRA implementation in MPBN 9.4 Understand MSC-BC implementation 9.5 Understand implementation of IUPCH in MSC-S R Understand network redundancy 9.7 Understand the operator s network scenario 10 Explain MSS R6.0 IP Transport 10.1 Describe SIP/SIP-I Inter-working Principle 10.2 Describe VLAN and VPN architecture for SIP and MSS 10.3 Describe IPX Connectivity 11 Explain MSS SIP Interworking scenarios 11.1 Describe the UDC Design and implementation Network View 12 Discuss Network View Overview 12.1 Describe the various Network Modules within the M-PBN 2010A design solution 13 Understand the new Security Solution as part of the Ericsson design in M-PBN 13.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 14 Illustrate O&M Network design as part of the Ericsson design in M-PBN 14.1 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2010A Describe O&M network used for transport of management traffic 15 Describe the charging solution for M-PBN 2010A 15.1 Describe integration of Charging System and Multi-Mediation 15.2 Describe charging solutions based on SASN or SACC 15.3 Describe charging systems for Core Network Elements Target audience

183 The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 4 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

184 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview Overview of the M-PBN 2010A 1 hour M-PBN 2010A solution and products 1 hour M-PBN 2010A Reference Network design 2 hours Basics of the technology used in the M-PBN 2010A 2 hours 2 Transport Backbone Site Infrastructure and Transport Backbone scope, requirements and limitations 3 hours IP/MPLS backbone design 2 hour Quality of Service 1 hour 3 Circuit Switched M-PBN 2010A Circuit Switch solution scope and requirement 1 hour MSS R6.0 IP Signaling 3 hours MSS R6.0 IP Transport 1 hour MSS SIP Interworking scenarios 1 hour 4 Network View Network View Overview 1 hour Security Solution as part of the Ericsson design in M-PBN 1 hour O&M Network design as part of the Ericsson design in M- PBN 2 hours Charging solution for M-PBN 2010A 2 hours

185 M-PBN 2010A Concepts - Packet Switched - Juniper Track Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. This course cover the scope of the M-PBN 2010A Packet Switched network, the products involved as well as applied concepts and designs. On top of that, the content also includes Overview, Network View and Transport backbone of M-PBN 2010A using Juniper products. Learning objectives On completion of this course the participants will be able to: Overview 1 Explain the overview of the M-PBN 2010A 1.1 Explain the challenges faced in regards to the mobile operators backbone infrastructure 1.2 List the advantages of design modularity 2 Explain the M-PBN 2010A solution and products 2.1 Explain M-PBN 2010A solution variants 2.2 Identify the infrastructure nodes in the M-PBN 2010A model 3 Explain the M-PBN 2010A Reference Network design 3.1 Explain the network connectivity and site infrastructure requirements 4 Explain the basics of the technology used in the M-PBN 2010A 4.1 Explain IP Routing and Routing Protocols, VPN Technology, and security concepts in IP Transport Backbone 5 Explain Site Infrastructure and Transport Backbone scope, requirements and limitations 5.1 Describe Network Modularization 5.2 Identify M-PBN Site Switch and Router options 5.3 Describe redundancy mechanisms for high availability 5.4 Describe VLAN traffic separation principles and security design 5.5 Describe M-PBN intra-site and inter-site connectivity choices 5.6 Explain IGP, ibgp and Client Network routing choice 6 Illustrate IP/MPLS backbone design 6.1 Explain the chosen solution in Mobile-PBN IP/MPLS transport backbone design

186 7 Discuss Quality of Service 7.1 Explain the general QoS purpose Packet Switched 8 Describe Access Network solution 8.1 Explain connectivity options from RNC to SGSN 8.2 Understand how 3G Direct Tunneling works 8.3 Understand the concept and guideline of SGSN pool 8.4 Understand the design guidelines for Gb and IU-PS interface 9 Describe Packet Switch solution 9.1 Describe physical, logical connectivity and routing of Gn, Gi and Gp interface 9.2 Understand Inband and Outband Radius server implementation 9.3 Describe DNS physical and logical connectivity 9.4 Describe Brach Office Connectivity 10 Briefly Describe IPRAN alignment 11 Briefly Explain System Architecture Evolution 11.1 Briefly Explain System Architecture Evolution 11.2 Describe the nodes involved in SAE 11.3 Explain Backbone and Site Infrastructure Adaptation Network View 12 Discuss Network View Overview 12.1 Describe the various Network Modules within the M-PBN 2010A design solution 13 Understand the new Security Solution as part of the Ericsson design in M-PBN 13.1 Describe the Security Domain Network Security and Design Options available Describe the Security Services applied for different traffic types 14 Illustrate O&M Network design as part of the Ericsson design in M-PBN 14.1 Illustrate O&M Network design as part of the Ericsson design in M-PBN 2010A Describe O&M network used for transport of management traffic 15 Describe the charging solution for M-PBN 2010A 15.1 Describe integration of Charging System and Multi-Mediation 15.2 Describe charging solutions based on SASN or SACC 15.3 Describe charging systems for Core Network Elements

187 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 6 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

188 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 Overview Overview of the M-PBN 2010A 1 hour M-PBN 2010A solution and products 1 hour M-PBN 2010A Reference Network design 2 hours Basics of the technology used in the M-PBN 2010A 2 hours 2 Transport Backbone Site Infrastructure and Transport Backbone scope, requirements and limitations 3 hours IP/MPLS backbone design 2 hour Quality of Service 1 hour 3 Packet Switched Access Network solution 2 hours Packet Switch solution 2 hours IPRAN alignment 1 hour System Architecture Evolution 1 hour 4 Network View Network View Overview 1 hour Security Solution as part of the Ericsson design in M-PBN 1 hour O&M Network design as part of the Ericsson design in M- PBN 2 hours Charging solution for M-PBN 2010A 2 hours

189 M-PBN 2010A Concepts - IMS Description LZU R1A This course provides an insight and understanding of the M-PBN 2010A architecture, concepts and design. The course is designed to provide an understanding of the M-PBN 2010A IMS network designs and students will be able to use this knowledge to appreciate and recognize the concepts in their network. The students will understand the main concepts under the M-PBN 2010A IMS Solution: Modularity, Scalabilty, Resilience, Security, QoS. Learning objectives On completion of this course the participants will be able to: IMS 1 Define the IMS System 1.1 Identify IMS position within the total telecoms picture 1.2 Understand Ericsson target network architecture 1.3 List some operator and end-user benefits of IMS 1.4 Describe the components and nodes in IMS Common System 2 Recognize Network security principle 2.1 Discuss the IMS nodes Platform and Security Threats 2.2 Understand Security Areas, Security Zones and Security Domains in IMS 3 Understand the High Availability and Scalability Concept 3.1 Describe connectivity for new nodes MTAS, MRFP and HSS Geographical Redundancy 3.2 Describe the Networking Concept, Logical and Physical connectivity for IMS nodes 3.3 Understand IP Routing within IMS nodes 4 Understand the Quality of Service Concept in IMS 4.1 Describe the QoS components and their physical connectivity 5 Describe the Registration Process 5.1 Describe the CSCF Discovery 5.2 Understand Session Establishment Process 5.3 Describe Traffic Flows in M-IMS

190 Target audience The target audience for this course is: Network Design Engineer, Network Deployment Engineer, Service Design Engineer, Service Deployment Engineer, Service Planning Engineer, System Technician, System Engineer, Service Planning Engineer, Service Engineer Prerequisites The participants should be familiar with...or Successful completion of the following courses: Competence in IP (MPLS VPNs, L2VPNs, IP QoS, routing (OSPF, BGP, IS-IS), VLAN tagging, etc Competence in ATM (AAL2, AAL5, QoS) Competence in CS and PS for WCDMA and GSM (Core Network Features of GSNs, MSS including Interfaces, routing features, O&M). Competence in SS7 Signaling and SIGTRAN. Duration and class size The length of the course is 1 days and the maximum number of participants is 16. Learning situation This course is based on theoretical instructor-led lessons given in a classroom

191 Time schedule The time required always depends on the knowledge of the attending participants and the hours stated below can be used as estimate. Day Topics in the course Estimated time 1 IMS IMS System 1 hour Network security principle 1 hour High Availability and Scalability Concept 1 hour Quality of Service Concept in IMS 1 hour Registration Process 2 hour