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Catalog of Course Descriptions

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Commercial in Confidence 2

Ericsson AB

Global Services SE-164 80 Stockholm

Telephone: +46 10 719 0000 www.ericsson.com/ourportfolio/services/learning-services

© Ericsson AB 2015

Catalog of Course Descriptions

INTRODUCTION ................................................................................................................. 9

ETHERNET STANDARDS ................................................................................................ 11

ADVANCED SERVICES ON SMARTEDGE OVERVIEW & FUNDAMENTALS ............... 13

ASON/WSON FUNDAMENTALS ..................................................................................... 15

BGP OVERVIEW & FUNDAMENTALS ............................................................................ 17

DCP ENTERPRISE ON-BOARDING AND PRICE PLAN ................................................. 19

DCP OPERATIONS ASSURANCE ................................................................................... 21

DCP SERVICE PORTAL ................................................................................................... 23

DPI FUNDAMENTALS ...................................................................................................... 25

EDA 1200 OVERVIEW P2P/XDSL .................................................................................... 27

EDA 1500 PRODUCT FUNDAMENTALS – INTRODUCTION TO CLI AND SYSTEM DEBUGGING OVERVIEW ................................................................................................ 29

EDA 1500 PRODUCT FUNDAMENTALS – KEY CONCEPTS ......................................... 31

EDA 1500 PRODUCT FUNDAMENTALS – SYSTEM ARCHITECTURE ......................... 33

EDA 1500 PRODUCT FUNDAMENTALS – SYSTEM CONFIGURATION AND MANAGEMENT ................................................................................................................. 35

ERICSSON MOBILE BACKHAUL MICROWAVE REFERENCE SOLUTION FUNDAMENTALS ............................................................................................................. 37

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Ericsson AB



© Ericsson AB 2015

ERICSSON MOBILE BACKHAUL OPTICAL CONNECTIONLESS REFERENCE SOLUTION FUNDAMENTALS ......................................................................................... 39

ERICSSON MOBILE BACKHAUL OPTICAL VPN REFERENCE SOLUTION FUNDAMENTALS ............................................................................................................. 41

ERICSSON SMARTEDGE FAMILY FUNDAMENTALS ................................................... 43

ETHERNET OAM ENHANCEMENT ................................................................................. 45

ETHERNET TRANSPORT OVERVIEW & FUNDAMENTALS .......................................... 47

FIXED BROADBAND SUBSCRIBER MANAGEMENT OVERVIEW ................................ 49

FTTX TECHNOLOGY OVERVIEW AND FUNDAMENTALS ............................................ 51

IP MULTICAST OVERVIEW & FUNDAMENTALS ........................................................... 53

IP OVERVIEW & FUNDAMENTALS ................................................................................. 55

IP ROUTING OVERVIEW & FUNDAMENTALS ............................................................... 57

IP TRANSPORT NMS FUNDAMENTALS - KEY CONCEPTS ......................................... 59

IP TRANSPORT NMS FUNDAMENTALS - SYSTEM ARCHITECTURE ......................... 61

IP TRANSPORT NMS OVERVIEW ................................................................................... 63

IP-QOS OVERVIEW & FUNDAMENTALS ........................................................................ 65

IPV6 OVERVIEW & FUNDAMENTALS ............................................................................ 67

IPV6 TRANSITION MECHANISMS FUNDAMENTALS .................................................... 69

IS-IS OVERVIEW & FUNDAMENTALS ............................................................................ 71

MICROWAVE NETWORKS OVERVIEW .......................................................................... 73

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Ericsson AB



© Ericsson AB 2015

MICROWAVE TRANSMISSION TECHNOLOGY ............................................................. 75

MICROWAVE TRANSMISSION TECHNOLOGY FUNDAMENTALS - ANTENNAS ........ 77

MICROWAVE TRANSMISSION TECHNOLOGY FUNDAMENTALS - APPLICATIONS . 79

MICROWAVE TRANSMISSION TECHNOLOGY FUNDAMENTALS - EQUIPMENT ...... 81

MICROWAVE TRANSMISSION TECHNOLOGY FUNDAMENTALS - FADING .............. 83

MICROWAVE TRANSMISSION TECHNOLOGY FUNDAMENTALS - PATH PLANNING ........................................................................................................................................... 85

MICROWAVE TRANSMISSION TECHNOLOGY FUNDAMENTALS - RADIO PROPAGATION ................................................................................................................ 87

MINI-LINK CN R2 FUNDAMENTALS ............................................................................... 89

MINI-LINK LH R1 FUNDAMENTALS................................................................................ 91

MINI-LINK PT FUNDAMENTALS ..................................................................................... 93

MINI-LINK SP R1 FUNDAMENTALS................................................................................ 95

MINI-LINK TN R5 FUNDAMENTALS 1, SYSTEM ARCHITECTURE .............................. 97

MINI-LINK TN R5 FUNDAMENTALS 2, FEATURES AND SYSTEM MANAGEMENT ... 99

MPLS L2VPN OVERVIEW & FUNDAMENTALS ............................................................ 101

MPLS L3VPN OVERVIEW & FUNDAMENTALS ............................................................ 104

MPLS OVERVIEW & FUNDAMENTALS ........................................................................ 107

NETWORK PROTOCOL STACKS OVERVIEW ............................................................. 109

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Ericsson AB



© Ericsson AB 2015

OPTICAL NETWORK PRODUCTS OVERVIEW - 1 OF 4 - NETWORK ARCHITECTURE AND NETWORK ELEMENT TYPES ............................................................................... 111

OPTICAL NETWORK PRODUCTS OVERVIEW - 2 OF 4 - OPTICAL NETWORK DESIGN OVERVIEW ....................................................................................................... 113

OPTICAL NETWORK PRODUCTS OVERVIEW - 3 OF 4 - OSS FEATURES AND FUNCTIONS .................................................................................................................... 115

OPTICAL NETWORK PRODUCTS OVERVIEW - 4 OF 4 - OPTICAL NETWORK PLANNING TOOLS ......................................................................................................... 117

OPTICAL TRANSPORT TECHNOLOGY OVERVIEW ................................................... 119

OSPF OVERVIEW & FUNDAMENTALS ........................................................................ 121

OSPFV3 FUNDAMENTALS ............................................................................................ 123

OTN FUNDAMENTALS .................................................................................................. 125

PON TECHNOLOGY OVERVIEW AND FUNDAMENTALS ........................................... 127

SERVICEON EM FUNDAMENTALS: SYSTEM ARCHITECTURE ................................ 129

SERVICEON OVERVIEW ............................................................................................... 131

SPO 1400 R4 FUNDAMENTALS - ARCHITECTURE..................................................... 133

SPO 1400 R4 FUNDAMENTALS - LCT BASICS ........................................................... 135

SPO 1400 R4 FUNDAMENTALS - PROTECTION SCHEMES ....................................... 137

SPO 1400 R4 PRODUCT FUNDAMENTALS - HARDWARE ......................................... 139

SPO 1400 R4 PRODUCT OVERVIEW ............................................................................ 141

SSR FUNDAMENTALS: KEY CONCEPTS .................................................................... 143

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Ericsson AB



© Ericsson AB 2015

SSR FUNDAMENTALS: SYSTEM ARCHITECTURE..................................................... 145

SSR FUNDAMENTALS: SYSTEM MANAGEMENT CONFIGURATION ........................ 147

SSR OVERVIEW ............................................................................................................. 149

TMN, FCAPS AND SNMP OVERVIEW ........................................................................... 151

UNDERSTANDING QOS IN MOBILE TRANSPORT ...................................................... 153

WDM OVERVIEW AND FUNDAMENTALS .................................................................... 155

XDSL TECHNOLOGY OVERVIEW AND FUNDAMENTALS ......................................... 157

LTE/SAE IN NUTSHELL ................................................................................................. 159

LTE/SAE– SYSTEM OVERVIEW, WBL .......................................................................... 161

RBS 6000 IN A NUTSHELL ............................................................................................ 163

ERICSSON BA20E NODE INSTALLATION ................................................................... 165

ERICSSON BA20EO NODE INSTALLATION ................................................................ 167

ERICSSON BELAIR100SNE NODE INSTALLATION .................................................... 169

ERICSSON WI-FI CONTROLLER FEATURES AND FUNCTIONS ................................ 171

ERICSSON WI-FI FUNDAMENTALS.............................................................................. 175

ERICSSON WI-FI PORTFOLIO OVERVIEW .................................................................. 179

HETNET IN A NUTSHELL .............................................................................................. 183

MICROWAVE NETWORKS OVERVIEW ........................................................................ 185

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© Ericsson AB 2015

ERICSSON WI-FI MANAGER OVERVIEWERROR! UNKNOWN DOCUMENT PROPERTY NAME. ......................................................................................................... 187

ERICSSON ACCESS POINT FEATURES AND FUNCTIONS ....................................... 191

ERICSSON WI-FI PORTFOLIO OVERVIEW .................................................................. 195

APPLICATION VEPC AND VIMS ................................................................................... 199

CLOUD DRIVER AND OPPORTUNITY .......................................................................... 201

CLOUD IN A NUTSHELL ................................................................................................ 203

CLOUD SYSTEMS AND THE ERICSSON CLOUD SYSTEM ........................................ 205

SOFTWARE DEFINED NETWORKING (SDN) IN A NUTSHELL ................................... 207

VIRTUALIZATION IN A NUTSHELL ............................................................................... 209

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Ericsson AB



© Ericsson AB 2015

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Ericsson AB



© Ericsson AB 2015

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)

Virtual Classroom Training (VCT)

eLearning (WBL)

Workshop (WS)

Short Article (SA)

Structured Knowledge Transfer (SKT)

mLearning

Job duty analysis (JDA)

Competence GAP Analysis (CGA)

LIV

http://archive.ericsson.net/service/internet/picov/get?DocNo=199/03819-FAP130506&Lang=AE&HighestFree=Y#page=5�

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Ericsson AB



© Ericsson AB 2015

Ethernet Standards

LZU 108 7591 R1A

Description Ethernet is becoming one of the main standard communication protocols used in transport networks to handle the requirements of transporting data traffic in the networks in an efficient way. Do you have the competence required to handle this? This course covers the basics of Ethernet and related standards. The objectives of this course will be the prerequisites for many of the product Operations and Operation and Maintenance courses

Learning objectives On completion of this course the participants will be able to:

1 Understand the structure of the Ethernet frame and MAC address format

2 Describe the differences between bridging and switching

3 Understand Ethernet framing, Ethernet over PDH and Ethernet over SDH

4 Define and understand different Ethernet protection protocols

5 Understand the Operations, Administration and Maintenance (OAM) features of Ethernet

6 Define which traffic management mechanisms are available to manage Ethernet traffic performance assurance

7 Understand the use of IGMP over L2 Switches

8 Describe T-MPLS and PBT (PBB-TE)

Target audience The target audience for this course is:

Fundamentals

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Ericsson AB



© Ericsson AB 2015

Prerequisites Successful completion of the following courses:

There are no prerequisites for this course

Duration and class size

The length of the course is appr. 2 hours.

Learning situation This is a self-paced web based course

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 (hours)

1

Introduction Bridge and Switching Ethernet Services Ethernet over PDH and SDH Ethernet Protections Ethernet OAM Traffic Management IGMP over Layer 2 Switch T-MPLS and PBT Test

Advanced Services on SmartEdge Overview & Fundamentals

LZU 108 8526 R1A

Description This course consists of two modules, Overview and Fundamentals The Overview module gives an overview of what the Advanced Services Engine (ASE) is in relation to SmartEdge. It illustrates the benefits of ASE and the market drivers for it. It also explains the different services that are offered by Advanced Service Engine. The Fundamentals module describes the Advanced Services Engine Card in detail and includes key ASE concepts including ASE Functionality and ASE Architecture. The course also gives an in depth explanation of the Advanced Services Processor (ASP) and the relationship between ASP Pools and Groups. The course looks at the concept of Service Enabled concepts and describes how features such as Load Balancing and High availability can be configured


1 Explain what the Advanced Services Engine Card is

2 Understand how the functions of multiple systems can be collapsed into the Advanced Service Engine

3 Describe the Market Drivers for Advanced Service Engine

4 Explain the services offered by Advanced Service Engine

5 Describe the Advanced Services Engine Functionality.

6 Explain the Architecture of ASE.

7 Explain what the Advanced Services Engine Processor is.

8 Describe ASP Pools.

9 Describe ASP Groups.

10 Explain the use of Service Enabled Contexts.

11 Illustrate the benefit of Load Balancing and High Availability offered by ASE.

12 Describe in detail the maximum number of ASPs per SmartEdge Chassis

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Ericsson AB



© Ericsson AB 2015


Fundamentals


SmartEdge Fundamentals LZU 108 8933


The length of the course is appr. 1 hour.


Time schedule



1

What is Advanced Service Engine (ASE) ASE Benefits Market Drivers for ASE Services Supported Explain the Architecture of ASE. Explain what the Advanced Services Engine Processor is. Describe ASP Pools. Describe ASP Groups. Explain the use of Service Enabled Contexts. Illustrate the benefit of Load Balancing and High Availability offered by ASE. Describe in detail the maximum number of ASPs per SmartEdge Chassis.

ASON/WSON Fundamentals

LZU 108 9280 R1A

Description During this course we are going to focus on: - An introduction to ASON/WSON technology - A description of the ASON/WSON Control Plane - A description of the ASON / WSON Protections


1 Describe what ASON is and which are its main characteristics.

2 Differentiate between ASON and WSON

3 Understand how WSON works and the relevant characteristics in terms of control plane and protection schemes introduced into the WDM layer


Fundamentals




The length of the course is 1 hour.

Learning situation This is a self phased web based course

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Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course ASON/WSON Technology ASON/WSON Control Plane ASON/WSON Protections Summary

BGP Overview & Fundamentals

LZU 108 8532 R1A

Description BGP Overview & Fundamentals consists of 2 modules: BGP Overview and BGP Fundamentals. Both parts end with a Knowledge Assessment. BGP Overview module describes the background to BGP, what BGP is, reasons for using BGP and the different types of deployment scenarios for BGP. BGP Fundamentals module describes what BGP is, why we use it and how it works. It also goes deeper into the peering process, how BGP shares prefixes and what attributes are used in path selection


1 Know what Border Gateway Protocol (BGP) is

2 Understand why operators need to use BGP

3 Describe the market driver for BGP

4 Explain the way operators use BGP

5 Know the typical deployment scenarios for BGP

6 Appreciate the value it provides to the customers from technical point of view

7 Understand how BGP can be used by different groups of customers (Enterprises, Service Providers)

8 Explain what makes BGP different from other routing protocols

9 Describe how BGP works

10 Understand what a Finite State Machine is

11 Explain the different states in the BGP peering process and what messages are sent between each state.

12 Describe the different attributes that BGP sends and how these are used to select the best path.

13 Understand what BGP route Summarization is and why it important

14 Explain what makes BGP different from other routing protocols

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Ericsson AB



© Ericsson AB 2015

15 Appreciate the challenges with worldwide BGP routing


Fundamentals


IP Overview & Fundamentals LZU 108 8538 IP Routing Overview & Fundamentals LZU 108 8593 OSPF or IS-IS Overview & Fundamentals LZU 108 8536 or LZU 108 8534


The length of the course is appr. 1.3 hours.


Time schedule



1

Growth in the Internet BGP Concepts What is BGP Why BGP BGP Routing Policy Typical Deployment Scenarios How BGP works BGP Peering Sharing Prefixes BGP Attributes Summary

DCP Enterprise On-boarding and Price Plan

LZU 108 9349 R1A

Description

The Ericsson Device Connection Platform Service Portal contains self-service functionality to manage and control installed Subscriber Identity Module (SIM) base, including real-time access to monitor operational levels, support management, and access statistics.

This course will allow the operator to become familiar with the Enterprise On-boarding processes and develop a clear understanding of what is required in order to submit a service request to add an enterprise user into the platform.


1. Understand the capabilities of the DCP platform

1 Explain the process of Enterprise On-boarding.

2 Have a detailed understanding of the enterprise on- boarding process and clearly articulate their role within the on-boarding process.

3 List and describe the functions of Enterprise On-boarding using the On-Boarding form.

4 Understand the Price Plan setup


Service Desk personnel


There are no pre-requisites for this course.

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Ericsson AB



© Ericsson AB 2015


The length of the course is 1 hour

Learning situation Web Based Learning

Time schedule



Overview of the platform capabilities

Introduction to Enterprise On-boarding

Enterprise On-boarding – what do I need?

Price Plan set-up

DCP Operations Assurance

LZU 108 9350 R1A

Description Operators must ensure that they know the Operations Assurance processes and that they understand their role within the support chain. This course will allow the operator service desk personnel guidance on customer support processes, ways of working and service desk requirements. The operator will gain an understanding of how to effectively communicate to enterprise users and roaming partners and gain knowledge of the data required in order to submit a trouble ticket to Ericsson 1st level assurance team. This includes: Service Layer Agreement, Service Request, Ticket Handling, NOC, BMC Remedy.


12.1


Service Desk Assurance and Support Staff.



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Ericsson AB



© Ericsson AB 2015



Learning situation Web Based Learning

Time schedule


Topics in the course Estimated Time (hours)

Introduction to Ericsson Assurance

Key roles and interface points

Trouble Ticketing requirements

Trouble Ticket Severity Levels and response times

Checking status of trouble ticket (BMC Remedy)

DCP Service Portal

LZU 108 8923

Description

The Ericsson Device Connection Platform Self Service Portal contains self-service functionality to manage and control installed Subscriber Identity Module (SIM) base, including real-time access to monitor operational levels, support management and access statistics.

This course will allow the operator service desk personnel to provide support to the enterprise users connected to the Ericsson Device Connection Platform.

The course prepares the enterprise & operator service desk personnel with specific details of using the Enterprise & Operator Portal.


1 Explain what is the Ericsson Connection Platform and the meaning of machine-to-machine communication

2 Understand the evolution of DCP from where it began to where it is today.

3 Distinguish between the different sections of the Self Service Portal

4 Be able to complete all actions associated with Solution management, including:

5 Be able to complete and understand all actions within Operational Status, including:

6 Be able to complete and understand all actions within Trigger Management, including:

7 Understand what Reports and Statistics can be generated through the Service portal and be familiar with some report examples.

8 Have a good understanding of the additional functions within Administration, including the functions that as only available to the Operator.

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Ericsson AB



© Ericsson AB 2015


Sales and Marketing and also Service Desk personnel.




The length of the course is 2 hours

Learning situation

Web Based Learning

Time schedule


Topics in the course Estimated Time (hours)

M2M & DCP

What is DCP

Main differences between Enterprise & Operator Portal

Solution Management

Operational Management

Trigger Management

Overview of Statistics & Reports

Detailed view of Administration Portal (Operator)

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Ericsson AB



© Ericsson AB 2015

DPI Fundamentals

LZU 108 8525 R1A

Description This course provides fundamentals of Application Traffic Management and Deep Packet Inspection. The importance of both topics grows together with amount of data exchanged by networking society. It ends with a knowledge assessment.


1 Understand what Application Traffic Management is

2 Understand what Deep Packet Inspection (or D.P.I) is

3 Understand what are the market drivers for Application Traffic Management and DPI

4 Understand typical Deep Packet Inspection Solutions.

5 Understand applications supported by DPI and Traffic Detection and Control Mechanisms


Fundamentals




The length of the course is 0.83 hours.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Learning situation This is a self pased web based course

Time schedule



What is Application Traffic Management What is DPI Market Drivers Deep Packet Inspection Solutions Applications supported by Deep Packet Inspection Traffic Detection and Control Mechanisms Summary

EDA 1200 Overview P2P/xDSL

LZU 108 8740 R1A

Description This course consists of two parts. The first part will provide you with a basic overview of the EDA 1200 Copper product and briefly describe its place in the network. The second part will provide you with a basic overview of the EDA 1200 Fiber (P2P) product and briefly describe its place in the network


1 Understand the Trends and Drivers in the market

2 Understand the Position in the Network and its main Functions

3 Describe some of the most common Deployment Scenarios, Applications and Solutions, followed by the underlying technologies and architectures

4 Describe the Members of the product family


Fundamentals


Broadband Access Technologies Basic Knowledge



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Ericsson AB



© Ericsson AB 2015


Time schedule



1 Trends and Drivers

Functionality

Deployment Scenarios

Product Family

Summary

Quiz

EDA 1500 Product Fundamentals – Introduction to CLI and System Debugging Overview

LZU 108 8884 R1A

Description The following module will provide you with an introduction to the Command Line Interface (CLI) and familiarize you with system debugging and troubleshooting on the EDA 1500 solution


1 Describe that EDA 1500 can be configured and controlled via the CLI interface

2 Understand that the CLI interface can be accessed locally via a RS-232 cable or remotely

3 Describe the login procedure

4 Perform checks to be done before connecting the terminal

5 Describe the Graphical user interface (GUI) description

6 Describe an example of a CLI application

7 Understand the basics of troubleshooting the EDA 1500 solution.

8 Learn the basic operations for fault finding in the EDA 1500 solution.

9 Troubleshoot physical faults on the EDA 1500.

10 Learn the fault finding basics to diagnose a data service.

11 Understand the troubleshooting of an IPTV service.

12 Identify the faults in a VoIP service


Fundamentals

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Ericsson AB



© Ericsson AB 2015


EDA 1500 Product Fundamentals - System Configuration and Management LZU 108 8887


The length of the course is 1.42 hours


Time schedule



1 CLI Basics

Accessing the BLM

Initial Turn-up

Basic System Maintenance

Level Zero Troubleshooting

Layer 1 Troubleshooting

Layer 2 Troubleshooting

IPTV Troubleshooting

VoIP Troubleshooting

Other Troubleshooting Tools

Summary

Knowledge Assessment

EDA 1500 Product Fundamentals – Key Concepts

LZU 108 8886 R1A

Description The following module will provide you with a technical overview of the key concepts of the EDA 1500 supported features and services


1 Understand the basics of the EDA 1500 data service.

2 Recognize the different data forwarding mechanisms.

3 Learn the basics of the services supported by the EDA 1500 solution.

4 Understand the traffic flow in the IPTV service.

5 Learn the building blocks of the ONT/ONU data transport.

6 Understand the data flows in the BLM (Broadband Loop Multiplexer)


Fundamentals


EDA 1500 Product Fundamentals - System Architecture LZU 108 8885


The length of the course is 1 hours.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



1 Ericsson GPON Solution

Data Services Overview

Video Services Overview

Other Services Overview

ONT/ONU Data Transport Model

BLM Data Transport Model

Summary


EDA 1500 Product Fundamentals – System Architecture

LZU 108 8885 R1A

Description The following module will provide you with a technical overview of the EDA 1500 system architecture, including hardware and software


1 Learn the basics about the EDA 1500 hardware.

2 Understand the purpose of the different cards and their basic features.

3 Complete an overview of the most relevant ONTs and ONUs in the product portfolio.

4 Learn about the internal architecture of the node (BLM 1500 OLT).

5 Understand the protection mechanisms available in the system.


Fundamentals


EDA 1500 Product Overview LZU 108 8736



Learning situation

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

This is a self-paced web based course

Time schedule



1 Broadband Loop Multiplexer – Hardware

ONT, ONU and MDU

Broadband Loop Multiplexer – Internal Architecture

Summary


EDA 1500 Product Fundamentals – System Configuration and Management

LZU 108 8887 R1A

Description The following module will provide you with a technical overview of the EDA 1500 system configuration and management.


1 Describe the Element Manager for EDA 1500 is EntriView.

2 Understand the EM has a Client/Server structure where the server is a Sun workstation while the Client can be a Windows PC.

3 Understand that the equipment can be configured by means of a CLI (Command Line Interface) or with a Graphical User Interface (GUI).

4 Understand that the Graphical Interface allows different views of the network, such as the Main View, Tree View and Alarm View.

5 Understand that from the OLT it is possible to read the equipment data of the connected ONTs


Fundamentals


EDA 1500 Product Fundamentals – Key Concepts LZU 108 8886

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Ericsson AB



© Ericsson AB 2015




Time schedule



1 Element Management System

EMS Graphical User Interface

EMS Alarms and Events Management

ONT Registration

Provisioning, Configuration and Management

Summary


Ericsson Mobile Backhaul Microwave Reference Solution Fundamentals

LZU 108 8730 R1A

Description The course will describe the Microwave Module in a Mobile Backhaul solution in terms of topologies, connectivity and resilience, and identify the network elements that make up the microwave part of the Mobile Backhaul Solution. It will also describe the Ethernet Transport Design, the TDM Transport Design, the Hybrid, Transport Design. The scope of this course includes network topologies, cell and aggregation site connectivity, switching site connectivity and options for resiliency. It does not include detailed information such as limitations, failover times and configuration of the network elements.


1 Understand and describe the Microwave Module in a Mobile Backhaul solution in terms of topologies, connectivity and resilience

2 Identify the network elements that make up the microwave part of the Mobile Backhaul Solution

3 Understand and describe the Ethernet Transport Design

4 Understand and describe the TDM Transport Design

5 Understand and describe the Hybrid, Transport Design

6 The scope of this presentation includes network topologies, cell and aggregation site connectivity, switching site connectivity and options for resiliency

7 It does not include detailed information such as limitations, failover times and configuration of the network elements


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015





Learning situation This is a self paced web based course

Time schedule



Introduction to the course Introduction to the Ericsson Mobile Backhaul Solution Modules in Ericsson Mobile Backhaul Solution Network Elements General Network Topologies Transport Design (Ethernet, TDM, Hybrid) Summary

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Ericsson Mobile Backhaul Optical Connectionless Reference Solution Fundamentals

LZU 108 8731 R1A

Description This course will cover the fundamentals of Ericsson Mobile Backhaul Optical Connectionless Reference Solution.


1 Understand the OC MBH Transport Network Design.

2 Identify the network elements in the solution.

3 Understand the connectivity and redundancy.

4 Identify the Quality of Service.

5 Identify the features offered by the NMS


Fundamentals




The length of the course is 1.42 hour.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction to the course Ethernet Transport Design TDM Transport Design Hybrid Transport Design QoS and NMS Summary

Ericsson Mobile Backhaul Optical VPN Reference Solution Fundamentals

LZU 108 8732 R1A

Description This e-Learning course discusses the fundamentals of the Ericsson Mobile Backhaul Optical VPN Reference Solution.


1 The main reasons for introducing the Optical VPN solution for the mobile backhaul

2 What are the involved elements

3 What are the involved technologies

4 The Optical VPN solution for L2 VPN

5 The Optical VPN solution for L3 VPN

6 The QoS Management

7 The Synchronization Management


Fundamentals




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction to the course Nodes and NMS General Architecture The IP/MPLS Infrastructure L2VPN L3VPN QoS Design Issues Synchronization Summary

Ericsson SmartEdge Family Fundamentals

LZU 108 8933 R1A

Description SmartEdge System Fundamentals is a 2-hour lecture, web based learning module. This is required preparation for other SmartEdge technology courses. This course module describes common foundation information for the SmartEdge family of products including SE1200, SE800, SE400, and SE100. It explains the hardware and software architecture of the system. It also covers the concept of Context and Binding architecture. This is a 100 percent theory course module.


1 Present the Ericsson SmartEdge, NetOp and SSR product family

2 Understand Ericsson SmartEdge hardware and software architecture

3 Understand the concept of Non-Stop Forwarding

4 Identify the Traffic Card Architecture

5 Explain Context & binding architecture


Fundamentals


The participants should have a solid understanding of general networking technologies.



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Learning situation This is a web-based interactive training course with multimedia content.

Time schedule



1 SmartEdge Highlights 2

SmartEdge Architecture

System Level

Hardware Architecture

High Availability & Software Architecture

Forwarding architecture

Quiz time

Context & Bindings Architecture

Quiz time

Ethernet OAM Enhancement

LZU 108 8518 R1A

Description This course provides information about protocols used for Ethernet OAM (Operation Administration and Maintenance). It explains functionality provided by 802.1ag, 802.3ah and Y.1731 protocols. This course requires good understanding of Ethernet fundamentals


1 Understand protocols used for Ethernet OAM (Operation Administration and Maintenance)

2 Understand the functionality provided by 802.1ag, 802.3ah and Y.1731 protocols


Fundamentals


Ethernet Transport Overview and Fundamentals, LZU1088519




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



What is Ethernet OAM Why Ethernet OAM is needed Ethernet OAM Environment 802.3ah Protocol 802.1ag Protocol Ethernet Maintenance Levels ITU Y.1731 Summary

Ethernet Transport Overview & Fundamentals

LZU 108 8519 R1A

Description This course is made of two modules. First the Overview module that gives an introduction into Carrier Ethernet. It explains the need for Carrier Ethernet when building a common Ethernet transport network. It describes the key attributes that make it different from LAN-based Ethernet, and the role of Metro Ethernet Forum in promoting Carrier Ethernet. The second module is the "Ethernet Transport Fundamentals, web based learning module. This module describes the Ethernet protocol in detail and key concepts Ethernet is based on. It also gives in depth explanation of some of the features Ethernet offers. Telecom Grade Ethernet is also described and the different Telecom Grade Ethernet Solutions are explained." Both modules end with a knowledge assessment


1 Describe the concept and solution of Carrier Ethernet

2 To learn about challenges in Telco Networks

3 To know the background on Ethernet

4 To know about Carrier Ethernet Services

5 Describe the Ethernet Protocol

6 Explain how Ethernet Works

7 Compare the different Ethernet Link Types

8 Describe Ethernet Bridging and Switching

9 Explain Ethernet Loop Avoidance

10 Describe the Rapid Spanning Tree Protocol

11 Explain the operation of Ethernet VLANs and the IEEE802.1q Protocol

12 Describe Ethernet Resiliency and Link Aggregation

13 Describe Ethernet Ring Protection

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

14 Understand Provider Bridging - QinQ

15 Understand Provider Backbone Bridging Mac-in-Mac


Fundamentals


Ethernet Standards LZU 108 7591


The length of the course is appr. 1 hour.


Time schedule



1

BGP Concepts What is BGP Why BGP How BGP works BGP Peering Sharing Prefixes BGP Attributes Summary

Fixed Broadband Subscriber Management Overview

LZU 108 8524 R1A

Description Fixed Broadband Subscriber Management is a method to identify individual subscribers and provide differentiated services. This module gives an introduction into subscriber management for fixed broadband access. It identifies why service providers need subscriber management and discusses the associated deployment scenarios and technology options. It ends with a knowledge assessment


1 Understand basics of subscriber management for fixed broadband

2 Understand typical deployment scenarios and technologies used


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Trends and Drivers What is Fixed Broadband Subscriber Management Deployment Scenarios and Technology Options Summary

FTTX Technology Overview and Fundamentals

LZU 108 8737 R1A

Description This course consists of two parts: Overview and Fundamentals. The Overview part will provide you with a basic overview of FTTx technology, including FTTH (Fiber-to-the-Home), FTTC (Fiber-to-the-Cabinet), FTTB (Fiber-to-the-Building), and FTTT (Fiber-to-the-Tower). It also briefly covers the difference between P2P (Point-to-Point) and P2MP (Point-to-Multi-Point) deployments. The Fundamentals part gives more technical details, this part presents the main concepts behind the FTTX Technology


1 Name the main FTTx technologies

2 Identify the major benefits of the different FTTx technologies

3 Understand the most appropriate deployment scenario for these technologies

4 Understand the structure of an FTTX network

5 Understand the different components of an FTTX network

6 Understand the composition of a Central Office

7 Understand the composition of a Feeder and Distribution Network

8 Understand the composition of a Drop Network

9 Understand the composition of a Premises Network


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015






Time schedule



1 What is an FTTx Network

What is an Optical Fiber

Services over FTTx

FTTx Architectures

FTTx Network Comparisons

Network Planning

Network Topologies


IP Multicast Overview & Fundamentals

LZU 108 8529 R1A

Description IP Multicast Overview & Fundamentals is a combination of 2 modules: Multicast Overview and Multicast Fundamentals. Both parts end with a Knowledge Assessment. Multicast Overview module describes on a high level, what Multicast is and the benefits it has over other types of data transmission. It also explains what applications are possible with Multicasting. Multicast Fundamentals module describes what Multicast is, why we use it and how it works. It describes the functionality of Multicast and the benefits associated. It also describes in detail all components of the multicast architecture


1 Describe what Multicasting is

2 Understand the benefits Multicast has over Unicast and Broadcast

3 Explain when Multicast should and should not be used

4 Outline why ISP’s need IP multicast technologies

5 Discuss the ways in which real-time applications use Multicast technology

6 Explain the IP multicast model and its applications

7 Understand the Multicast architecture

8 Explain Multicast addressing

9 Outline Multicasting at Layer 2

10 Discuss the concept of a Multicast distribution tree

11 Explain how multicast routing is different from Unicast routing

12 Detail all actions of a router when it receives a multicast packet

13 Understand the role of TTL thresholds

14 Explain Internet Group Management Protocol

15 Describe IGMP Snooping

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

16 List the different Multicast Routing Protocols Categories


Fundamentals


IP Overview & Fundamentals LZU 108 8538 IP Routing Overview & Fundamentals LZU 108 8593


The length of the course is appr. 2 hours.


Time schedule



1

What is IP Multicast? IP Transmission Types Advantages of Multicast Disadvantages with Multicast Multicast Applications IP Multicast Model Multicast Architecture, Multicast Addressing IGMP Multicast Distribution Trees Multicast Routing Reverse Path Forwarding TTL Thresholds

IP Overview & Fundamentals

LZU 108 8538 R1A

Description This course contains of two parts: Overview and Fundamentals. Both ends with knowledge assessments. The first part gives an introduction into IP. It gives a short historic perspective. It explains the business drivers behind IP, how the networks are evolving to "all-IP", and how IP packet networks are different from circuit based telephony networks. The second part is made for people who want more technical detail. Fundamentals presents the main concepts behind the IP protocol.


1 Learn about the business drivers for IP

2 Learn about the historical background

3 Learn about how the industry is going towards all-IP

4 Learn about packet switching versus circuit switching

5 Understand what is TCP/IP

6 Know the IPv4 Packet Structure

7 Know the IPv4 Address Schema

8 Know about classless IP addressing

9 Learn about the life of an IP Packet


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




The length of the course is appr. 1.25 hours

Learning situation This is a self-paced web-based course

Time schedule



1

Business drivers for IP Historical background of IP How is the industry going towards all-IP? Packet switching versus circuit switching approach What is IP? What id TCP/IP? OSI Model IPv4 Package structure 32-bit address scheme of IPv4 IP addressing

IP Routing Overview & Fundamentals

LZU 108 8593 R1A

Description This course consists of two modules, IP Routing Overview and IP Routing Fundamentals. The IP Routing Overview module describes what IP Routing is, why we use it and how it works. It describes the different types of routing available. It also describes the difference between switching and routing The IP Routing Fundamentals module describes how IP packets are transmitted in an IP network. Provides information about how Routing Table is populated with route data. The purpose and main functionalities of Dynamic Routing protocols. It also presents techniques to reduce the size of Routing Tables


1 Know the basics of IP routing

2 Describe how IP addresses and subnet masks used

3 Understand the differences between routing and switching

4 Know what routers and routing tables are

5 Compare static versus dynamic routing protocols

6 Understand the difference between interior and exterior routing protocols

7 Describe what IP routing is

8 Understand how IP packets are transmitted

9 Know the purpose and main characteristics of dynamic routing protocols

10 Compare Distance Vector and Link State Advertisement routing protocols

11 Understand the function of a Default Gateway router

12 Define what is Route summarization

13 Tell how does Administrative Distance influence route selection

14 Describe the importance of Convergence Time

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Fundamentals


IP Overview & Fundamentals LZU 108 8538


The length of the course is appr. 0.77 hour.


Time schedule



1

What is IP Routing IP addressing Routing and Switching Routers and Routing Tables Static versus Dynamic Routing Protocols Interior versus Exterior Routing Protocols Packet Transmission Routing Protocols Default Gateways Summarization Administrative Distance Convergence Time

IP Transport NMS Fundamentals - Key Concepts

LZU 108 9291 R1A

Description This course will discuss the fundamental concepts of IP Transport NMS Product.


1 Understand the IPT NMS main functions and features

2 Get informed about the standards IPT NMS supports

3 Explain the parts in the IPT NMS

4 Explain the functions for the different part of IPT NMS

5 Inform about the alarm functionality of IPT NMS

6 Inform about the performance functionality of IPT NMS


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course IP T NMS Circuit Application IP T NMS Packet Alarm and Performance Summary

IP Transport NMS Fundamentals - System Architecture

LZU 108 9292 R1A

Description This course will discuss the system architecture of the IP Transport NMS Product.


1 Licenses

2 Deployment options & dimensioning processes

3 Communication interfaces:

4 Packet and Circuit databases (DBs)

5 Hardware / Software platforms

6 High availability (HA) solutions


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Architecture Overview Packet Interface Circuit Interface IP T NMS Platforms High Availability Solutions Summary

IP Transport NMS Overview

LZU 108 9290 R1A

Description This Overview course describes the trends and drivers in the market and explains “what is IP Transport NMS?” .


1 Understand the trends and drivers in the market.

2 To be able to answer “what is IP Transport NMS?”

3 Understand position in the network and its main functions.

4 Identify common deployment scenarios.

5 Identify Members of the product family.


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Functionality Network Scenarios Product Family Summary

IP-QoS Overview & Fundamentals

LZU 108 8528 R1A

Description The overview module describes what IP QoS is, why we use it and on a very high-level what are the requirements and how it works. It compares IP QoS to a road network and uses this analogy to explain certain topics. It also describes briefly about DiffServ and QoS marking The Fundamentals module describes what IP QoS is, why we use it and how it works. It reviews a few concepts related to QoS, including throughput, delay, jitter and loss. It examines how IP Precedence is used and how this evolved to Differentiated Services. It describes the different roles and functions of all components that make up a DiffServ. It also describes congestion avoidance mechanisms and how IP QoS is mapped into layer 2 headers


1 Know why we use QoS

2 Understand congestion avoidance

3 Explain the benefits of QoS to a service provider

4 Identify the benefits of QoS to an end user

5 Understand some typical deployment scenarios

6 Understand why previously used best-effort approach was sufficient but is now unsuitable for triple play services.

7 Revise the concepts of throughput, delay, jitter and loss.

8 Describe Integrated Services.

9 Understand per-hop processing.

10 Understand how IP Precedence is used.

11 Know how IP Precedence evolved to Differentiated Services (DS).

12 Be aware of the different DS components.

13 Explain the different DiffServ functions like classification, marking, policing, queuing and scheduling.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

14 Describe how the concept of the Token Bucket works.

15 Identify and explain different congestion avoidance mechanisms like RED and WRED.

16 Understand where the IP QoS marking is mapped into Layer 2 headers


Fundamentals




The length of the course is appr. 1.75 hours.


Time schedule



1

Why QoS Congestion Avoidance Benefits of QoS to the Service Provider Benefits of QoS to the End User Typical Deployment Scenarios Network Requirements Addressing QoS Requirements IP Precedence,Differentiated Services DS Components DiffServ Functions Congestion Avoidance IP QoS in Layer 2

IPv6 Overview & Fundamentals

LZU 108 8537 R1A

Description This course contains two parts: IPv6 Overview and IPv6 Fundamentals. The first part gives an introduction into IPv6. It identifies the current problem with running out of IPv4 addresses and it is focused on explaining what is IPv6 and why we need it. The second part is a follow through from the IPv6 Overview. It presents the need for IPv6, the technical concepts behind IPv6, such as: Major changes compared to IPv4, the address model, packet structure and service protocol. Also some transition options from IPv4 to IPv6 are explored


1 Understand why a new IP protocol is needed

2 Understand what is IPv6

3 List some benefits of IPv6

4 Compare the addresses used in IPv4 to IPv6

5 Understand that migration to IPv6 will take time

6 Identify the need of IPv6?

7 Classify major changes made in TCP/IPv6 compared to IPv4.

8 Be familiar with the address model

9 Know the Packet structure

10 Be familiar with Service Protocols

11 Transition Options from IPv4 to IPv6


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




The length of the course is appr. 2.33 hours


Time schedule



1

The Growth of the Internet Running out of IPv4 addresses What is IPv6? Comparing IPv4 to IPv6 addresses Migration Trends Major changes made in TCP/IPv6 compared to TCP/IPv4? IPv6 Address Model IPv6 Packet Structure IPv6 Service Protocols Transition options available from IPv4 to IPv6

IPv6 Transition Mechanisms Fundamentals

LZU 108 8531 R1A

Description In this fundamentals course, we will cover the following topics: Firstly we are going to explore why we need IPv6 Transition Mechanisms. After that we will see that IPv6 was designed, at the beginning, with transition in mind: no D day. Hence, we will outline the three main types of IPv6 transition mechanisms. We will then describe in detail the Dual Stack, Tunneling and Translation mechanisms. This will bring us on to look at the migration trends from IPv4 to IPv6 over the upcoming years and explore some top approaches to IPv6 Transition. Finally, we will wrap this module up with a short summary


1 Outline three main types of transition mechanisms

2 Describe dual stack, tunneling and transition mechanisms

3 Explain the migrations trends from IPv4 to IPv6


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Why we need IPv6 Transition Mechanisms Outline the tree main types of IPv6 Transition Mechanisms Describe in detail the Dual Stack, Tunneling and Translation Mechanisms Explore some top approaches to IPv6 transition Summary

IS-IS Overview & Fundamentals

LZU 108 8534 R1A

Description This course consists of two parts: one overview and one fundamentals. The Overview part provides introduction to the topic on a high level. It provides a high level introduction to Intermediate System to Intermediate System (IS-IS). It explains ISIS role in Internet Protocol (IP) and Open Systems Interconnection (OSI) environments. The Fundamentals part provides the essential information about the topic one must know prior to moving into the more detailed information of the topic. Fundamentals are addressing the pre-requisite elements of the topic. The Fundamentals part covers technology background of Intermediate System to Intermediate System (IS-IS) protocol. It provides the essential information about ISIS.


1 Understanding Intermediate System to Intermediate System (ISIS) role in data networks

2 Understanding key concepts of Intermediate System to Intermediate System (ISIS)


Fundamentals



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




Time schedule



1

IS-IS Concepts Link State Database – Building common network view – Creating network topology – Topology of a broadcast network – Calculating best paths Neighbor Discovery Area Concept – Finding way out of L1 area – Suboptimal routing between areas IP Prefix Redistribution into IS-IS OSI addressing schema

Microwave Networks Overview

LZU1088322 R1B

Description Are you about to include products from the Ericsson Microwave portfolio into your network? Or perhaps you are interested in to get an overview of the products and their functionality and what benefits they can give to your transport network. Regardless of which, this is the course to take as it will explain the building practice and functionality of MINI-LINK PT 2010 and MINI-LINK PT 6010.


1. Describe the basics for microwave transmission. 1.1 Frequency range. 1.2 Hop range. 1.3 Capacities.

2 Identify the different microwave products. 2.1 MINI-LINK TN. 2.2 MINI-LINK CN. 2.3 MINI-LINK SP. 2.4 MINI-LINK PT. 2.5 MINI-LINK LH. 2.6 Marconi LH.

3 Give examples of applications for the different products. 3.1 Applications in Mobile Backhaul Networks.

4 Describe the basics for how management of a microwave network is realized. 4.1 Management network addressing and transport resources.


Overview

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


The student should have a basic understanding in Ethernet and TDM transport technologies.




Time schedule



1 • What is Microwave Transmission? 1 hour

• Why deploy Microwave Transmission?

• Market trends in Microwave Transmission

• Microwave product portfolio

• Deployment scenarios

• Technologies & Solutions

• Management

Microwave Transmission Technology

LZU 108 8614 R1A

Description This learning module will introduce you to Microwave Transmission. It will give you an overview of how microwave transmission works and the advantages of using it.


1 Get a high level of understanding of how Microwave Transmission works and what is transported.

2 Learn the advantages of using Microwave Transmission.

3 List applications.

4 Understand the importance of network design and network management


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1

What is Microwave Transmission Range and Capacities Applications – Why deploy Microwave – Yesterday – Today – Tomorrow – Definitions Network design and availability Network management

Microwave Transmission Technology Fundamentals - Antennas

LZU 108 9276 R1A

Description This course covers parabolic antenna technology for Microwave Transmission systems, from antenna gain, pattern and half-power beam width to ETSI antenna classes, ways to connect the antenna to the radio and installation with alignment.


1 Understand how Microwave Transmission antennas work and what main components they have

2 Understand the different ways to connect a microwave radio to the antenna

3 Understand how antennas give a signal gain

4 Understand the importance of proper installation and antenna alignment


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Antenna Fundamentals Antenna Connections Antenna Gain Installation and Alignment Summary

Microwave Transmission Technology Fundamentals - Applications

LZU 108 9273 R1A

Description This course covers applications of Microwave systems in networks: - Types of traffic - From single hops to networks - Operation and Maintenance - Synchronization - Microwave industry trends


1. Understand and describe typical applications for Microwave Transmission Technologies


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Traffic Types Network Topologies Alternative Technologies Operation and Maintenance Synchronization Industry Trends Summary

Microwave Transmission Technology Fundamentals - Equipment

LZU 108 9275 R1A

Description This learning module explains the basic functional units of a Microwave Transmission system. Different types of systems for indoor and outdoor installation, protection techniques as well as technologies to improve throughput and availability of the radio link are also discussed.


1 Understand the Principle Architecture of a Microwave radio system

2 Understand the functionality of modulation

3 Understand the different building principles and protection modes available for microwave radio systems

4 Understand the importance of reducing the power consumption

5 Understand different improvements factors for the microwave path

6 Understand the importance of DCN and Network Management


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction to the course Principle Architecture Modulation Building Principles Protection Power Consumption Improvement Factors DCN and NMS Summary

Microwave Transmission Technology Fundamentals - Fading

LZU 108 9278 R1A

Description This course explains fading phenomena in microwave radio propagation: Rain fading, multipath fading and ground reflections.


1 Understand and describe Radio propagation:

2 Understand and describe Rain fading

3 Understand and describe Multipath fading

4 Understand and describe Ground reflections


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Fading Rain Fading Fading from Atmospheric Propagation Multipath Fading from Ground Reflections Summary

Microwave Transmission Technology Fundamentals - Path Planning

LZU 108 9277 R1A

Description This course covers the main steps of Microwave path planning. The student will learn why path planning is essential, which competencies the planner needs and what his work consists of. The student will also be introduced to some of the key issues that must be considered, such as Quality and Availability, planning tools, field surveys, fade margin, diversity and interference. The scope if this course is not to train participants to do Microwave planning themselves.


1 Understand why microwave planning is essential

2 Understand what the main dimensioning parameters for Quality and Availability are

3 Describe the general workflow for microwave planning

4 Give examples of how the tasks in the general workflow are handled


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction to the course What does the planner do Workflow Summary

Microwave Transmission Technology Fundamentals - Radio propagation

LZU 108 9279 R1A

Description This course introduces microwave propagation: Radio wave properties, atmospheric influences, free space loss and line of sight.


1 Describe the main properties of radio waves; frequency, bandwidth, power and polarization.

2 Describe how the atmosphere influences the propagation by bending the radio signal.

3 Describe how to reach free line of sight.

4 Describe the parameters in the distance related free space loss.


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course The Radio Wave Wave Propagation The Radio Path Free Space Loss Summary

MINI-LINK CN R2 Fundamentals

LZU1088927 R1A

Description Are you about to include the multipurpose compact node MINI-LINK CN R2 into your network? Or perhaps you are interested in the functionality and what benefits it can give to your transport network. Regardless of which, this is the course to take as it will explain the building practice and functionality of MINI-LINK CN R2.


1 Describe the building practice of MINI-LINK CN R2. 1.1 Indoor components. 1.2 Outdoor components.

2 Describe the main features of MINI-LINK CN R2. 2.1 Ethernet and TDM traffic handling. 2.2 Protection. 2.3 Network synchronization. 2.4 Connection to the Management Network. 2.5 Feature Licenses. 2.6 Hop compatibility with other MINI-LINK products.

3 Describe the basics of the Software Architecture and Local Management Tools 3.1 Software upgrade. 3.2 Configuration handling.


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


WBL Microwave Networks Overview, LZU1088322




Time schedule



1 • MINI-LINK CN R2 System Architecture 1 hour

• MINI-LINK CN R2 Hardware Architecture

• MINI-LINK CN R2 Software Architecture

• MINI-LINK CN R2 Key Features

MINI-LINK LH R1 Fundamentals

LZU1088929 R1A

Description Are you about to include the all indoor Ethernet and SDH/Sonet trunk microwave radio MINI-LINK LH R1 into your network? Or perhaps you are interested in the functionality and what benefits it can give to your transport network. Regardless of which, this is the course to take to understand the building practice and functionality of MINI-LINK LH R1. As MINI-LINK LH is built on the same platform as MINI-LINK TN this course concentrates on what is specific for MINI-LINK LH. For parts in common with MINI-LINK TN references are made to the web based courses MINI-LINK TN Fundamentals 1, System Architecture , LZU1088699, and MINI-LINK TN Fundamentals 2, Features and System Management, LZU1089130. These courses are recommended to be taken prior to this.


1 Describe the building practice of MINI-LINK LH R1. 1.1 Indoor components. 1.2 Waveguide and antenna

2 Describe the main features of MINI-LINK LH R1. 2.1 Ethernet and SDH/Sonet traffic handling. 2.2 Protection. 2.3 Network synchronization. 2.4 Connection to the Management Network. 2.5 Feature Licenses. 2.6 Hop compatibility with other MINI-LINK products.



Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


WBL Microwave Networks Overview, LZU1088322 WBL MINI-LINK TN Fundamentals 1, System Architecture , LZU1088699 WBL MINI-LINK TN Fundamentals 2, Features and System Management, LZU1089130.




Time schedule



1 • MINI-LINK LH R1 System Architecture 1 hour

• MINI-LINK LH R1 Hardware Architecture

• MINI-LINK LH R1 Software Architecture

• MINI-LINK LH R1 Features

MINI-LINK PT Fundamentals

LZU1088553 R3A

Description Are you about to include the all outdoor, all packet, high capacity microwave terminals MINI-LINK PT into your network? Or perhaps you are interested in the functionality and what benefits they can give to your transport network. Regardless of which, this is the course to take as it will explain the building practice and functionality of MINI-LINK PT 2010/2020 and MINI-LINK PT 6010/6020.


1 Describe the building practice of MINI-LINK PT 2010/2020 and PT 6010/6020. 1.1 The all outdoor building practice. 1.2 The interfaces. 1.3 The main accessories.

2 Describe the main functionalities of MINI-LINK PT. 2.1 Microwave radio properties. 2.2 Ethernet traffic handling. 2.3 Network synchronization handling. 2.4 Connection to the Management Network. 2.5 Licenses. 2.6 Hop compatibility with other MINI-LINK products.

3 Describe the basics of the Software Architecture and Local Management Tools 3.1 Software upgrade. 3.2 Configuration file handling.


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015






Time schedule



1 • MINI-LINK PT System Architecture 10min

• MINI-LINK PT Hardware Architecture 10min

• MINI-LINK PT Software Architecture 10min

• MINI-LINK PT Key Features 30min

MINI-LINK SP R1 Fundamentals

LZU1088872 R1A

Description Are you about to include the all indoor Ethernet aggregation node MINI-LINK SP R1 into your network? Or perhaps you are interested in the functionality and what benefits it can give to your transport network. Regardless of which, this is the course to take as it will explain the building practice and functionality of MINI-LINK SP R1.


1 Describe the building practice of MINI-LINK SP R1. 1.1 Indoor components.

2 Describe the main features of MINI-LINK SP R1. 2.1 Ethernet traffic handling. 2.2 Protection. 2.3 Network synchronization. 2.4 Connection to the Management Network. 2.5 Feature Licenses.



Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015






Time schedule



1 • MINI-LINK SP R1 System Architecture 1 hour

• MINI-LINK SP R1 Hardware Architecture

• MINI-LINK SP R1 Software Architecture

• MINI-LINK SP R1 Key Features

MINI-LINK TN R5 Fundamentals 1, System Architecture

LZU 108 8699 R1A

Description Are you about to include the multipurpose microwave transport platform MINI-LINK TN R5 into your network? Or perhaps you are interested in the functionality and what benefits it can give to your transport network. Regardless of which, this MINI-LINK TN R5 Fundamentals course is the course to take as it will explain the concept, the hardware architecture, microwave and traffic features and how to manage the system. This the first part of the course will explain the hardware and software architecture of the system.


1. Describe the building practice of MINI-LINK TN R5. 1.1 Indoor components. 1.2 Outdoor components.

2 Describe the basics of the Software Architecture. 2.1 Software storage. 2.2 Configuration storage.


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015






Time schedule



1 • MINI-LINK TN R5 System Architecture 1 hour

• MINI-LINK TN R5 Hardware Architecture

• MINI-LINK TN R5 Software Architecture

MINI-LINK TN R5 Fundamentals 2, Features and System Management

LZU 108 9130 R1A

Description Are you about to include the multipurpose microwave transport platform MINI-LINK TN R5 into your network or perhaps only interested in the product in general? Regardless of which, this second part of the MINI-LINK TN R5 Fundamentals course will explain what features for traffic handling MINI-LINK TN offers and how the system can be managed.


1. Describe the main features of MINI-LINK TN R5. 1.1 Hop compatibility with other MINI-LINK products 1.2 Ethernet traffic handling 1.3 TDM traffic handling. 1.4 Protection mechanisms. 1.5 Feature Licenses.

2 Describe the basics for Management Tools and the Management Network 2.1 MINI-LINK Craft 2.2 ServiceOn Element Manager 2.3 Management Network design. 2.4 Management channels


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


WBL Ericsson Microwave Products Overview, LZU1088322 WBL MINI-LINK TN Fundamentals 1 System Architecture, LZU1088699




Time schedule



1 • MINI-LINK TN R5 Key Features 1 hour

• Understanding System Management

MPLS L2VPN Overview & Fundamentals

LZU 108 8513 R1A

Description L2VPN Overview & Fundamentals is a combination of 2 modules, the overview course and the fundamentals course. Both courses end with a Knowledge Assessment. MPLS VPN’s Overview module describes what MPLS VPN’s are, why we use them and on a very high-level what are the requirements and how they work. It describes the different models for a VPN Service. It also describes briefly about MPLS VPN’s. MPLS L2VPN Fundamentals module describes what MPLS L2VPN is, why we use it and how it works. It describes the different roles and functions of all components that make up a MPLS L2VPN Service. It also describes in detail the different MPLS L2VPN services


1 Know what a Virtual Private Network is (VPN).

2 Understand the business drivers for VPN’s.

3 Explain the requirements of a VPN service.

4 Identify different VPN models.

5 Understand what an MPLS L3VPN is.

6 Understand what an MPLS L2VPN is.

7 Define the benefits of using MPLS VPN’s.

8 Know why L2VPNs are used

9 Understand the how MPLS is used to setup L2VPNs

10 Revise MPLS and label switching

11 Describe the signaling that occurs to set up a L2VPN network

12 Understand the different L2VPN services – VPWS and VPLS

13 Understand the PWE3 Framework

14 Know the PW parameters and how they are exchanged

15 Be aware of the PW protocol stack, PW Control Word and O&M

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

16 Explain the difference between Ethernet, ATM and TDM (SAToP) carried over PWs

17 Describe how bridging works in VPLS, how loops are prevented and understand H-VPLS


Fundamentals


IP Overview & Fundamentals LZU 108 8538 IP Routing Overview & Fundamentals LZU 108 8593 OSPF or IS-IS Overview & Fundamentals LZU 108 8536 or LZU 108 8534 MPLS Overview & Fundamentals LZU 108 8517




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1

What is a VPN Service? Business drivers for VPN’s VPN Requirements VPN Models MPLS L3VPN MPLS L2VPN Benefits of MPLS VPN’s Why L2VPN What is MPLS L2VPN Different L2VPN Services Virtual Private Wire Service Virtual Private LAN Service

MPLS L3VPN Overview & Fundamentals

LZU 108 8514 R1A

Description MPLS L3VPN Overview & Fundamentals is a combination of 2 modules, the overview course and the fundamentals module. Both courses end with a Knowledge Assessment. MPLS VPN’s Overview module describes what MPLS VPN’s are, why we use them and on a very high-level what are the requirements and how they work. It describes the different models for a VPN Service. It also describes briefly about MPLS VPN’s. L3VPN Fundamentals module describes what L3VPN is, why we use it and how it works. It describes the different roles and functions of all components that make up a L3VPN Service. It also describes in detail the signaling and forwarding processes that make up a VPN service.


1 Know what a Virtual Private Network is (VPN)

2 Understand the business drivers for VPN’s

3 Explain the requirements of a VPN service

4 Identify different VPN models

5 Understand what an MPLS L3VPN is

6 Understand what an MPLS L2VPN is

7 Define the benefits of using MPLS VPN’s

8 Know what is Layer Three Virtual Private Network is (L3VPN) is

9 Understand the business drivers behind L3VPN

10 Describe the signaling that occurs to set up a L3VPN network

11 Revise MPLS and label switching

12 Understand the different roles that a router can have in an MPLS backbone (PE, P etc.)

13 Understand the function of the Route Distinguisher, Route Target and Inner label

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

14 Know how customer prefixes are exchanged

15 Be aware of the different types of routing, from CE to PE and across the backbone

16 Explain the MPLS label stacking and what each label represents

17 Describe the end-to-end packet walk through


Fundamentals


IP Overview & Fundamentals LZU 108 8538 IP Routing Overview & Fundamentals LZU 108 8593 OSPF or IS-IS Overview & Fundamentals LZU 108 8536 or LZU 108 8534 MPLS Overview & Fundamentals LZU 108 8517 BGP Overview & Fundamentals LZU 108 8532




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1

What’s a VPN service? Business drivers for VPN’s VPN Requirements VPN Models MPLS L3VPN Concepts Benefits of MPLS VPN’s L3VPN Layout Putting things into place – Signaling Putting things into place – Forwarding Summary

MPLS Overview & Fundamentals

LZU 108 8517 R1A

Description This course contains of two modules. The first module, the Overview, gives an introduction into MPLS (Multiprotocol Label Switching). It explains the need for MPLS in a world evolving to "all-IP". It descibes how networks are evolving, based on MPLS, what MPLS offers and on a very high level how MPLS works. The second module, the Fundamentals, web based learning module. This module describes what MPLS is, why we use it and how it works. It describes the different roles and functions of all components that make up MPLS. It also describes in detail the label switching and distribution process and how these can be used to create VPNs (Virtual Private Network)." Both modules end with a Knowledge Assessment


1 Understand the importance of MPLS (Multiprotocol Label Switching) for next generation telecommunication networks.

2 Understand the basics of MPLS (Multiprotocol Label Switching).

3 Know what is Multi-Protocol Label Switching (MPLS) is

4 Understand why operators need to use MPLS

5 Describe how MPLS works

6 Compare MPLS to the OSI (Open Systems Interconnection) model

7 Understand the different roles that a router can have in an MPLS backbone (LER (Label Edge Router), LSR (Label Switch Router) etc.)

8 Explain the MPLS header and what each field means

9 Know the typical deployment scenarios for MPLS and how they are created – LSPs (Label Switched Path), FEC’s (Forwarding Equivalence Class), label binding etc.

10 Describe the different label distribution and control modes

11 Explain how LDP (Label Switched Path) works, the message setup, LDP (Label Distribution Protocol) ID etc.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

12 Understand how MPLS VPN’s work and are setup


Fundamentals


IP Overview & Fundamentals LZU 108 8538 IP Routing Overview & Fundamentals LZU 108 8593 OSPF or IS-IS Overview & Fundamentals LZU 108 8536 or LZU 108 8534




Time schedule



1

MPLS Concepts Why MPLS What is MPLS MPLS Functions and Roles Label Switching and Distribution MPLS Virtual Private Networks

Network Protocol Stacks Overview

LZU 108 8734 R1A

Description This course will cover the fundamentals of Network Protocol Stack.


1 Understand the major trends related to network protocols and associated protocol stacks.

2 Answer “what are protocols and protocol stacks in telecommunications network?”

3 Identify what are the different types of protocol stack.

4 Understand the protocol development process and identify different standard bodies.


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course The Protocol stack Reference model and protocol stacks Standardization Summary

Optical Network Products Overview - 1 of 4 - Network Architecture and Network Element Types

LZU 108 9281 R1A

Description This is course 1 of 4 courses, that together make the Optical Network Products Overview. The following course will provide you with an overview of the Network Architecture and the Network Element Types.


1 Identify the types of Network Elements composing the Optical Network

2 Describe the hierarchy in the Optical Network architecture: access, metro and core layers

3 Describe the Network Elements composing the access layer

4 Describe the Network Elements composing the metro layer

5 Describe the Network Elements composing the core layer

6 Describe the Protection schemes supported by Network Elements.


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction to the course Optical Network Architecture and Equipment Applications Network Element Features and Functions Summary

Optical Network Products Overview - 2 of 4 - Optical Network Design Overview

LZU 108 9282 R1A

Description This is course 2 of 4 courses, that together make the Optical Network Products Overview. The following course will provide you with an overview of the Optical Network Design.


1 Discuss the span length

2 Describe node dimensioning criteria Elements.


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Estimating Spann Loss Common Loss Values Link Loss Calculation WDM Links Limits due to Chromatic Dispersion and PMD OSNR Concept Dimensioning and calculation Select the proper product Traffic Survivability Summary

Optical Network Products Overview - 3 of 4 - OSS Features and Functions

LZU 108 9283 R1A

Description This is course 3 of 4 courses, that together make the Optical Network Products Overview. The following module will provide you with an overview of the OSS Features and Functions.


1 Illustrate the characteristics of the ServiceOn Element Manager

2 Illustrate the characteristics of the IPT NMS Network Management


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course TMN Structure Purpose of Element Manager SO-EM HW Structure and Plug-ins TMN Structure IP T NMS Circuit Network and Element Manager IP T NMS Main Services and Functionalities Summary

Optical Network Products Overview - 4 of 4 - Optical Network Planning Tools

LZU 108 9284 R1A

Description This is course 4 of 4 courses, that together make the Optical Network Products Overview. The following course will provide you with an overview of the Optical Network Planning tools.


1. Understand the Optical Network Planning tools (ON Planner)


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course ON Planner Introduction ON Planner Features ON Planner Layers Summary

Optical Transport Technology Overview

LZU 108 9285 R1A

Description During this course we are going to focus on: - An introduction to Optical Transport Networks - A description of Optical Transport Network technologies


1 Describe what an Optical Transport Network is and which are its main characteristics.

2 Understand the main technologies used in Optical Transport Networks and how they developed in time and do interact up to present days


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course Optical Transport Networks Introduction Optical Transport Networks Technologies (FDM, TDM/PDH, SDH/SONET, NG-SDH/SONET, WDM, OTN, ASON, Packet Transport) Summary

OSPF Overview & Fundamentals

LZU 108 8536 R1A

Description This course gives a high level overview of the IP Routing protocol called Open Shortest Path First (OSPF). It explains the role of this routing protocol in an IP Network. This course also presents the main concepts behind the IP Routing protocol called Open Shortest Path First (OSPF).


1 Understand the role of OSPF(Open Shortest Path First) in IP networks

2 Understand the main concepts of OSPF


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1

OSPF Concept Link State Database – Building common network view – Creating network topology – Topology of a broadcast network – Calculating best paths LSA Flooding Introduction to concept of area

Self-paced

OSPFv3 Fundamentals

LZU 108 8535 R1A

Description This course will provide information about dynamic routing protocol for IPv6 - OSPFv3. It points out the differences and similarities between OSPFv3 and OSPFv2 used for IPv4 and ends with a knowledge assessment


1 Understand the reasons why OSPFv3 was developed

2 List the differences from OSPFv2

3 List the similarities between OSPFv2 and OSPFv3

4 Understand OSPFv3 LSDB (Link State Database)


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



The reasons why OSPFv3 was developed Differences from OSPFv2 Similarities between OSPFv2 andOSPFv3 OSPFv3 LSDB Summary

OTN Fundamentals

LZU 108 9286 R1A

Description This course will cover the following topics: - OTN and G.709 Purposes - OTN Layers - G.709 Digital Wrapper Frame - OPUk / ODUk / OTUk structures and overheads - OCH Definition - Not Associated Overhead - Maintenance Signal


1 Describe what OTN is and which are its main characteristics.

2 Understand how OTN works and the relevant structure


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



Introduction to the course OTN Layer Structure Optical Transport Module OTN Evolution Frame Structure OTM-n.m Structure OTN Maintenance Signals Summary

PON Technology Overview and Fundamentals

LZU 108 8738 R1A

Description This e-learning course consists of two parts: Overview and Fundamental. The Overview part will provide you with a basic overview of PON technology, including APON/BPON, EPON, GPON and WDM PON. It also briefly covers basic optical fiber characteristics. The second part adds more technical details. It presents the main concepts behind the PON Technology


1 Explain the PON technology from an overview perspective, including APON/BPON, EPON, GPON and WDM PON

2 Explain basic optical fiber characteristics

3 Explain the main concepts behind the PON Technology


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



1 What is PON

PON Elements

PON Services

PON Properties

Key Concepts in PON

PON Network Structures


ServiceOn EM Fundamentals: System Architecture

LZU 108 9288 R1A

Description The course explains the fundamental concepts of ServiceOn Element Manager. It explains how to utilize the features and get the most out of the ServiceOn Element Manager.


1 Be able to identify and understand the Software Architecture of SOEM

2 Be able to distinguish the different Communication Interfaces of SOEM including: Northbound Interfaces, Southbound Interfaces

3 Be able to identify and understand the Hardware Architecture of SOEM; Server Components and High availability Solutions

4 Be able to identify and understand the Hardware Architecture of SOEM

5 Components and High availability Solutions structure


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction to the course Software Architecture Hardware Architecture Summary

ServiceOn Overview

LZU 108 8275 R1A

Description This Ericsson module gives an introduction into the ServiceOn software suite. It will focus on the main functionalities of ServiceOn as well as go into a detailed level on; ServiceOn Element Manager, ServiceOn Network Manager and ServiceOn Ethernet Service Activator. This course is also a prerequisite for further classroom courses on the subject of ServiceOn


1 Describe the purpose of ServiceOn

2 Able to understand the functionalities within the TMN architecture and how they are applied to ServiceOn

3 Understand the functionalities of ServiceOn EM, ServiceOn NM and ServiceOn ESA

4 Explain the different deployment scenarios of ServiceOn

5 Understand in short the different technologies which ServiceOn is able to monitor”


Fundamentals


Basic telecom knowledge



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Learning situation This is a web based course

Time schedule



1

ServiceOn - What is - Why use - FCAPS - TMN - Products

ServiceOn Element Manager - Key Features - Supervising the network - Alarm Monitoring - Configuration Management - Extra Smart Adapter - Performance Management

ServiceOn Network Management - Make the connection - Configuration Management - Network Assurance - Detect, Isolate, Resolve - Performance Management

ServiceOn Ethernet Service Activator (ESA) - Ethernet Service Provisioning - ServiceOn ESA Functionality - ServiceOn ESA Workflow


Supported Technologies and Solution

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

SPO 1400 R4 Fundamentals - Architecture

LZU 108 9234 R1A

Description The SPO 1400 R4 Fundamentals is a web based learning course consisting of 5 modules, describing the SPO 1400 family and features and architectures


1 Explain the equipment architecture

2 Explain the management architecture

3 Explain the switching architecture

4 Explain the OTN switching

5 Explain the power supply architecture

6 Explain the alarms architecture


Fundamentals


SPO 1400 R4 Product Overview LZU 108 9238



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



1

Management Architecture Switching Architecture OTN and DWDM Architecture Power Supply Architecture Alarms Architecture Summary Knowledge Assessment

SPO 1400 R4 Fundamentals - LCT Basics

LZU 108 9236 R1A

Description The SPO 1400 R4 Fundamentals is a web based learning course covering the LCT Basics


1 Describe the SPO 1400 LCT basics

2 Explain how to connect the LCT to the equipment


Fundamentals






131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1 SPO 1400 Local Craft Terminal Summary Knowledge Assessment

SPO 1400 R4 Fundamentals - Protection Schemes

LZU 108 9237 R1A

Description The SPO 1400 R4 Fundamentals is a web based learning course covering Protection Schemes


1 Explain the protection schemes that the equipment supports

2 Explain the Equipment protections

3 Explain the TDM protections

4 Explain the Ethernet protections

5 Explain the OTN protections


Fundamentals


There are no prerequisite for this course




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1

SPO 1400 Equipment Protection TDM Traffic Protection OTN Traffic Protection Ethernet Traffic Protection Summary Knowledge Assessment

SPO 1400 R4 Product Fundamentals - Hardware

LZU 108 9235 R1A

Description The SPO 1400 R4 Fundamentals is a web based learning course covering the Fundamentals of the hardware architecture


1 Explain the SPO 1400 hardware

2 Explain the equipment composition1

3 Explain the composition rules

4 Identify the front panel devices

5 Describe cards for OTN applications


Fundamentals


SPO 1400 R4 Product Fundamentals - Architecture




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1

SPO 1400 Equipment Composition SPO 1400 Composition Rules SPO 1400 Front Panel Devices PAU – Photonic Attachment Unit Summary Knowledge Assessment

SPO 1400 R4 Product Overview

LZU 108 9238 R1A

Description The SPO 1400 R4 Fundamentals is a web based learning course consisting of 5 modules, describing the SPO 1400 family and features and architectures. Each module ends with a knowledge assessment. In order to complete the module you have to accomplish 70% of the questions


1 Describe the SPO 1400 System

2 Illustrate the use of the equipment in the network

3 Demonstrate the main services the SPO 1400 offers


Fundamentals


There are prerequisites for this course




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



SPO 1400 use in the networks Services Summary Knowledge Assessment

SSR Fundamentals: Key Concepts

LZU 108 8855 R1A

Description This module explains fundamental concepts of the SSR design. The key concepts explained are Contexts, Interfaces, and Bindings


1 Explain the concept of Contexts as a Virtual Router in the SSR

2 Understand the single-context and multiple-context configuration

3 Explain the difference between Context local and a non-local context

4 Understand the concept of Interfaces and how this is not the same as a physical port

5 Understand the importance and role of Bindings to allow traffic to flow

6 Explain the different privilege levels for administrator accounts for context local compared to non-local contexts


Fundamentals


SSR Overview LZU 108 8829



.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



Introduction

What is Context

Terminologies

Closer look at bindings

Administrator Accounts and Context

Summary

SSR Fundamentals: System Architecture

LZU 108 8854 R1A

Description This e-learning provides detailed view of the SSR distributed and modular system design. It explains both hardware and software architecture


1 Describe the various capacity platforms in the SSR 8000 Family

2 Describe the SSR Hardware Architecture, including the role of the control cards, line cards and smart services cards

3 Understand the process of a Route Processor Control Card Failover

4 Understand the Forward Plane Architecture, including the Packet Forward Engine function and Fabric Forwarding function

5 Understand the data packet flow for unicast and multicast packets

6 Describe the Distributed Switch Fabric Architecture, including the redundant and load-share protection of the switch fabric

7 Describe the Control Plane Architecture, including the role of the Local Processors on the line cards

8 Understand the Software Architecture of the SSR Operating System

9 Understand what happens during a software process failure

10 Understand the different ways control packets may be handled


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


SSR Overview LZU 108 8829




Time schedule



SSR 8000 Product Family

SSR Hardware Architecture

SSR Forward Plane Architecture

SSR Control Plane Architecture

SSR Software Architecture

SSR Fundamentals: System Management Configuration

LZU 108 8856 R1A

Description This course provides the fundamentals for system management configuration of the SSR platform. It provides key information required to work with the SSR command line interface


1 Accessing SSR system both during initial startup and during normal operations

2 Operating CLI for operation and configuration

3 The administrator accounts and privileges

4 How to configure contexts, move between contexts and recognize where you are in the CLI

5 Working with interfaces, ports, circuits and bindings and how to verify their status

6 The file management in the system

7 Accessing system logs

8 System debug introduction

9 Basic chassis and card configuration and verification


Fundamentals


SSR Product Overview LZU 108 8829 SSR Fundamentals - System Architecture LZU 108 8854

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

SSR Fundamentals - Key Concepts LZU 108 8855




Time schedule



SSR System Access

The SSR CLI

Administrator accounts and privilege

Working with context

Working with interfaces, ports, circuits and bindings

File management

System logs intro

System debug intro

Basic SSR chassis and line cards configuration

SSR Overview

LZU 108 8829 R1A

Description This module gives a high level overview of the Smart Service Router (SSR). It describes trends, place in the network, deployment scenarios and it introduces the product family


1 Understand the Trends and Drivers in the market

2 Understand the Position in the Network and its main functions

3 Understand some of the most common Deployment Scenarios, Applications and Solutions, followed by the underlying technologies and architectures

4 List the Members of the product family

5 Describe the key differentiators


Fundamentals





131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Learning situation This course is a self paced web based course

Time schedule



Introduction

Objectives

Functionality


Product Family

Summary

TMN, FCAPS and SNMP Overview

LZU 108 8733 R1A

Description This learning module will give an introduction to the Simple Network Management Protocol and the reasons why It has become so successful over the years It will also give you an introduction into the TMN and FCAPS models. It will focus on the main functionalities and purposes of TMN and FCAPS


1 Understand what SNMP is

2 Understand SNMP architecture

3 Describe areas of deployment

4 Understand benefits of utilizing SNMP

5 Understand the purpose of TMN and FCAPS

6 Able to understand the trends and drivers that are applied to TMN and FCAPS

7 Understand the key benefits of TMN and FCAPS

8 Understand the strengths and weaknesses of TMN

9 Understand how TMN and FCAPS is deployed


Fundamentals



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




Time schedule



1 What is SNMP

The SNMP Architecture

Network Management System

Managed Devices

SNMP Agents

SNMP Message Types

Areas of Deployment

Key benefits of using SNMP

What is TMN

Logical Layers

Functional Areas

TMN and FCAPS

Trends and Drivers

Key benefits of using TMN

Functionality

Deployment scenario

Summary


131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Understanding QoS in Mobile Transport

LZU 108 8741 R1A

Description This course consists of two parts. The first part covers: - QoS Drivers in Mobile Broadband - QoS in 3GPP Recap The second part covers: - QoS and congestion in Mobile Backhaul - QoS on ATM RAN Mobile Backhauling - QoS on IP RAN Mobile Backhauling

Learning objectives On completion of this course the participants will be able to understand:

1 QoS Drivers in Mobile Broadband

2 QoS in 3GPP Recap

3 QoS and congestion in Mobile Backhaul

4 QoS on ATM RAN Mobile Backhauling

5 QoS on IP RAN Mobile Backhauling


Fundamentals



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




Time schedule



Introduction to the course QoS Drivers in Mobile Broadband QoS in 3GPP Recap Summary

WDM Overview and Fundamentals

LZU 108 8784 R1A

Description This course consists of two parts. The first part will provide basic introduction to WDM Fiber Optic Transport technology and relevant components: - The Photonic Layer, properly named WDM - Wavelength Division Multiplexing - The Digital Layer, named OTN – Optical Transport Network frame structure - The Control Plane, with a double name, ASON - Automatic Switched Optical Network and WSON - Wavelength Switched Optical Network The second part covers the following topics: - Propagation in Optical Fiber - Attenuation in Optical Fiber - Linear Phenomena: CD and PMD - Non Linear Phenomena: SPM, XPM and FWM - Stimulated Scattering - DWDM Amplifier Technology


1 Describe what WDM is and which benefits bring into a transport network

2 Understand what OTN is and which benefits bring to WDM

3 Understand which additional features the introduction of an ASON/SWON control plane bring to the WDM layer

4 Describe in detail WDM transmission technology

5 Understand transmission impairment in optical fibers

6 Understand the main concepts related to the feasibility of a WDM link


Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015






Time schedule



1 WDM Overview

OTN Overview

ASON/WSON Overview

WDM Typical deployments

WDM Trends and drivers

Summary


xDSL Technology Overview and Fundamentals

LZU 108 8739 R1A

Description This e-learning course will provide you with Overview and Fundamentals level of competence of xDSL technology, including ADSL, SHDSL and VSDL


1 Name the main xDSL technologies

2 Identify the major benefits of the different xDSL technologies

3 Understand the most appropriate deployment scenario for these technologies

4 Understand the key concepts of xDSL technology

5 Understand the xDSL technology backgrounds

6 Identify the xDSL line properties

7 Recognize the main issues in an xDSL line and their possible solutions

8 Understand the line parameters and their results on the line effectiveness


Fundamentals


There are no prerequisite for this course

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




Time schedule



1 What is xDSL

Main xDSL Technologies

xDSL Key Concepts

xDSL Properties

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

LTE/SAE in Nutshell

LZU1087417 R1A

Description Do you want to know what LTE/SAE is all about? This eLearning course will give you on overview on end user experience of Long Term Evolution (LTE) in terms of services and applications, speed and capacity as well as network setup. The course will also highlight the mobile technology evolution. The course content is a simple explanation of the next generation technology with a focus on a non technical target audience.


1 What is LTE/SAE?

2 How fast is LTE?

3 What is included in the Mobile Technology Evolution?

4 What is the end user experience?

5 What are possible services and application?

6 What is the speed and capacity?

7 Is it better than 3G?

8 How much does it cost?

9 Do I need a new phone?

10 Is the coverage and mobility better then today?

11 How does LTE/SAE work?

12 Which Frequencies are used?

13 Which nodes are included in the Radio Network?

14 Which nodes are included in the Core Network?

15 What is the meaning of the typical LTE related abbreviations?

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


System Technicians, Service Technicians, Field Technicians, System Administrators, Application Developers, Business Developers, Customer Care Administrators. The main focus of this course is on non technical personnel.

Prerequisites None




LTE/SAE– System Overview, WBL

LZU 108 7318 R2A

Description If you want to know what LTE/SAE (Long Term Evolution / System Architecture Evolution) is, this course will give you an overview of the new radio technology and protocols involved in the E-UTRAN (Evolved UTRAN, also referred to as LTE) and the architecture behind EPC (Evolved Packet Core, also referred to as SAE – System Architecture Evolution).


1 Explain the background and architecture of E-UTRAN and EPC 1.1 Describe the evolution of cellular networks 1.2 Summarize the evolution of 3GPP releases 1.3 Describe the flexible spectrum usage

2 Describe the EPS Architecture 2.1 Explain the logical architecture of EPS (E-UTRAN and EPC) 2.2 Give an overview of the interfaces in EPS 2.3 Describe the radio interface techniques 2.4 Explain the difference between the FDD and TDD mode 2.5 Detail the terminal states 2.6 Describe the Evolved Packet Core 2.7 Describe the role of the MME and the S-GW 2.8 Detail the S1 and X2 interfaces and their protocol stacks

3 Describe the Air Interface 3.1 Explain the radio interface structure 3.2 Detail the channel structure of the radio interface 3.3 Describe the physical signals in UL and DL 3.4 Detail the time-domain structure in the radio interface in UL and DL for both FDD and

TDD mode 3.5 Detail the downlink transmission technique 3.6 Have a good understanding of the OFDM principle, signal generation and processing 3.7 Detail the reference symbols in DL 3.8 Detail the control signaling in DL 3.9 Detail the uplink transmission technique 3.10 Have a good understanding of the SC-FDMA principle, signal generation and

processing

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

3.11 Explain the pros and cons with OFDM and SC-FDMA 3.12 Detail the control signaling in UL 3.13 Describe the concepts of layers, channel rank, spatial multiplexing, SU-MIMO and

MU-MIMO 3.14 Detail the Radio Resource Management and Mobility 3.15 Describe the Radio Resource Management 3.16 Describe UL and DL scheduling and signaling 3.17 Explain the concepts of dynamic and persistent scheduling 3.18 Describe LTE Mobility 3.19 Describe intra-LTE mobility in ECM_CONNECTED and ECM_IDLE mode 3.20 Explain inter-working with 2G/3G


Network Engineer; Service Engineer; Service Design Engineer; Network Design Engineer


A general knowledge in cellular systems and radio technology.



Learning situation This is a web-based interactive training course with multimedia content

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

RBS 6000 in a Nutshell

LZU1087504 R1A

Description This WBL course is intended to give the participant an overview of the RBS 6000 series. Are you interested in the latest RBS technology from Ericsson. The RBS 6000 Overview course will guide you thought the concept and explain you the main benefits of the new architectures. You will learn how the multi-standard concept is implemented, more room for expansion is generated and how you can lower the power consumption of your network for greater sustainability.


4 Describe on an overview level the RBS 6000 Platform

5 Describe the generic building and form structure used in RBS 6000

6 Describe on an overview level the building practice

7 Explain the advantages of multi-standard RBS

8 Describe how more room for expansions is generated

9 Compare the power consumption of a RBS 6000 to today’s technologies

10 Understand how WCDMA is implemented in the RBS 6000 10.1 Describe on block level which boards and units gives the WCDMA Functionality

11 Understand how LTE is implemented in the RBS 6000 11.1 Describe on block level which boards and units gives the LTE Functionality

12 Understand how GSM is implemented in the RBS 6000 12.1 Describe on block level which boards and units gives the GSM Functionality


System Technician, Service Technician, System Engineers, Service Engineers

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Prerequisites The participants should be familiar with the WCDMA, GSM and LTE on overview level.




Ericsson BA20E Node Installation

LZU1089308 R1A

Description This course is intended Technicians who would like to know how to physically install the BA20E node.


1 Describe the content of this course. 1.1 Identify the scope of this course. 1.2 Explain the objectives of this course.

2 Explain physical characteristics of the BA20E. 2.1 Explain physical characteristics of the BA20E.

3 Demonstrate the installation of a BA20E on a wall and on a suspended ceiling T-bar. 3.1 Identify what is located in the shipping box. 3.2 List the steps involved in deploying the BA20E access point.


System Technician, Service Technician, Field Technician


LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals LZU1089298, Ericsson Wi-Fi Air Interface Overview LZU1089299, Ericsson Wi-Fi Fundamentals LZU1089300, Ericsson Wi-Fi Portfolio Overview LZU1089243, Ericsson Access Point Features and Functions LZU1089244, Ericsson Wi-Fi Controller Features and Functions LZU1089242, Ericsson Wi-Fi Manager Overview

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015




Time schedule


Day Topics in the course Estimated Time (minutes)

1 • Course Introduction 2

1 • Physical Description 5

1 • Installation Procedures 20

Ericsson BA20EO Node Installation

LZU1089307 R1A

Description This course is intended Technicians who would like to know how to physically install the BA20EO node.



2 Explain physical characteristics of the BA20EO. 2.1 Explain physical characteristics of the BA20EO. 2.2 Describe the antenna variants.

3 Demonstrate the installation of a BA20EO on a wall and on a pole. 3.1 Identify what is located in the shipping box. 3.2 List the steps involved in deploying the BA20EO access point on a wall and on a

pole.




LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals LZU1089298, Ericsson Wi-Fi Air Interface Overview LZU1089299, Ericsson Wi-Fi Fundamentals LZU1089300, Ericsson Wi-Fi Portfolio Overview LZU1089243, Ericsson Access Point Features and Functions LZU1089244, Ericsson Wi-Fi Controller Features and Functions

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

LZU1089242, Ericsson Wi-Fi Manager Overview




Time schedule






Ericsson BelAir100SNE Node Installation

LZU1089306 R1A

Description This course is intended Technicians who would like to know how to physically install the BelAir100SNE node.



2 Explain physical characteristics of the BelAir100SNE. 2.1 Explain physical characteristics of the BelAir100SNE. 2.2 Describe the infrastructure requirements. 2.3 List the safety guidelines.

3 Demonstrate the installation of a BelAir100SNE on a cable strand. 3.1 Identify what is located in the shipping box. 3.2 List the steps involved in deploying the BelAir100SNE access point on a wall and on

a cable strand. 3.3 Describe the commissioning and calibration. 3.4 Explain the troubleshooting tips for the BelAir100SNE.




LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals LZU1089298, Ericsson Wi-Fi Air Interface Overview LZU1089299, Ericsson Wi-Fi Fundamentals

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

LZU1089300, Ericsson Wi-Fi Portfolio Overview LZU1089243, Ericsson Access Point Features and Functions LZU1089244, Ericsson Wi-Fi Controller Features and Functions LZU1089242, Ericsson Wi-Fi Manager Overview




Time schedule






Ericsson Wi-Fi Controller Features and Functions

LZU1089244 R1A

Description This course is intended for anyone, from Technicians to Engineers, who wishes to have a primer on the basics of Wi-Fi. This course delves into all of the standards and protocols that govern Wi-Fi networks. This course is a pre-requisite for all the Wi-Fi curriculum paths.


15 Navigate through this WBL course. 1.1 Navigate through the WBL. 1.2 Identify the different buttons and icons available in the WBL interface.

2 Define the scope and objectives of this course. 2.1 Enumerate the contents of this course. 2.2 Identify the target audience of this course.

3 Describe the standards that govern Wi-Fi. 3.1 Identify where Wi-Fi frequencies fit in the radiation spectrum. 3.2 List the IEEE standards that specify the Wi-Fi frequencies. 3.3 Describe the capacity and capabilities of each Wi-Fi frequency. 3.4 List which IEEE standards are used to govern the Wi-Fi networks.

4 Explain the call flow related to associating and authenticating into a network. 4.1 Define key terms related to 802.11 frames and association to the network. 4.2 Explain where 802.11 frames fit into the OSI model. 4.3 Identify the three main frame types and list examples. 4.4 Explain the importance of a beacon. 4.5 Describe the call flow for associating and authenticating to a network.

5 List the data rates supported by the different 802.11 standards. 5.1 Identify the spread-spectrum technology used for each 802.11 standard. 5.2 List the data rates supported for each 802.11 standard. 5.3 Explain how SNR and coverage are dependent on data rate. 5.4 Describe the term “airtime fairness”. 5.5 Describe the 802.11g protected mode. 5.6 Define the term “band steering”.

6 Explain how Carrier Sense Multiple Access with Collision Avoidance is used in a Wi-Fi network.

6.1 Explain how Carrier Sense Multiple Access with Collision Avoidance is used in a Wi-

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Ericsson AB



© Ericsson AB 2015

Fi network. 6.2 Describe how Distributed Coordination Function is used as an access method. 6.3 Explain how RTS/CTS works. 6.4 Describe the situation where CTS-to-self is needed. 6.5 Explain how modulation rate adaptation works.

7 Describe the technologies supported in 802.11n.Describe the Network Address Translation functionality.

7.1 List the Physical Layer enhancements introduced in 802.11n. 7.2 List the Data Link Layer (MAC) enhancements introduced in 802.11n. 7.3 Give a brief explanation of MIMO. 7.4 Describe transmit beam forming. 7.5 Explain how 802.11n devices are capable of data rates up to 600 Mbps. 7.6 List the improvements that 802.11ac has over 802.11n.


Service Planning Engineer, Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Deployment Engineer, System Technician, Service Technician, System Engineer, Service Engineer, Field Technician


LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals



131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



1 WBL Navigation 5

1 Course Introduction 5

1 Wi-Fi Frequencies and Standards 25

1 Call Flow and MAC Architecture 25

1 Modulation Rates & Rate Adaptation 15

1 Managing Frequency Usage 20

1 802.11n Feature Enhancements 20

Ericsson Wi-Fi Fundamentals

LZU1089299 R2A

Description Welcome to the LZU 108 9299 Ericsson Wi-Fi Fundamentals Web Based Learning. This course is intended for anyone from Technicians to Engineers wanting to know the fundamentals to the Wi-Fi technology. This course is a pre-requisite for all the Wi-Fi curriculum paths.


16 Explain the navigation of this WBL course. 1.1 Navigate through the WBL. 1.2 Identify the different buttons and icons available in the WBL interface.

2 Explain the scope and objectives of this course. 2.1 Enumerate the contents of this course. 2.2 Identify the target audience of this course.

3 Describe the modulation techniques used in Wi-Fi. 3.1 Describe wave characteristics. 3.2 Explain modulation and demodulation. 3.3 List the types of modulations. 3.4 Describe the Quadrature Amplitude Modulation. 3.5 Explain the encoding techniques used in Wi-Fi.

4 List the modulation rates according to the 802.11 standard. 4.1 Describe the modulation types and associated data rates. 4.2 Explain the relationship between modulation rates and distance. 4.3 Define the term Signal to Noise Ratio (SNR) and its effect on modulation rates. 4.4 Describe the relationship between the coverage area and the modulation rate.

5 Explain the radio frequency propagation and the effects that apply to it. 5.1 Define what is propagation and what affects it. 5.2 Describe how the environment influences propagation. 5.3 Explain what types of reaction an RF wave has when it interacts with an object. 5.4 Describe the signal loss over distance. 5.5 Explain what is the Fresnel zone. 5.6 Define what is a Breaking point.

6 Describe the types of antennas and their radiation.

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Ericsson AB



© Ericsson AB 2015

6.1 Explain Transmission Power Measurements. 6.2 Describe an Isotropic Radiator. 6.3 Define the radiation patterns of antennas. 6.4 Explain antenna polarization. 6.5 List available AP antennas.

7 Explain the link budgeting process and the attenuations that need to be considered. 7.1 Describe the building penetration effects and material attenuation. 7.2 Explain the Link Budget principle. 7.3 Define the Effective Reach. 7.4 Describe the Fade Margin. 7.5 Calculate a link budget for uplink, downlink and backhaul.

8 Describe the capacity planning process. 8.1 Explain to a colleague what is capacity planning. 8.2 Define the factors that influence capacity planning. 8.3 Describe the capacity planning process main steps. 8.4 Explain the 25% distribution rule of thumb. 8.5 Express the effect of Network Capacity vs. the Number of Access Points.




LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals LZU1089298, Ericsson Wi-Fi Air Interface Overview


The length of the course 1 hour.

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Time schedule



1 Web Based Learning Navigation 5

Course Introduction 5

Modulation and Encoding Techniques 10

Modulation Rates 10

Radio Frequency Propagation 10

Antennas 10

Link Budgeting 10

Capacity Planning 10

Ericsson Wi-Fi Portfolio Overview

LZU1089300 R2C

Description This course is intended for anyone from Technicians to Engineers who are interested in getting familiar with the Ericsson Wi-Fi portfolio. This course addresses all the different entities that are part of the Ericsson Wi-Fi solution. This course covers at high level every entities from the Access Points to the Controller WIC 8000 series, to the management applications. This course is a pre-requisite for all the Wi-Fi curriculum paths.




3 Explain the Network topology used in Ericsson Wi-Fi. 3.1 Explain to a colleague what is Wi-Fi and its added values. 3.2 Describe the end to end Wi-Fi solution entities. 3.3 Define the Ericsson Wi-Fi Layers. 3.4 Explain the different deployment scenarios. 3.5 Identify the different configurations available.

4 Describe the Ericsson Access Point portfolio. 4.1 List the Access Points common features. 4.2 Describe each Access Points features. 4.3 Explain the mounting options.

5 Describe the Ericsson Wi-Fi Controllers. 5.1 Explain what is a Wi-Fi Controller. 5.2 List the supported features. 5.3 Identify the layer in the network where the controller is located. 5.4 Explain to a colleague what is CAPWAP. 5.5 Define what is CGCM. 5.6 Explain the use of the Data collector and where it resides.

6 Identify the Management Applications used with the Ericsson Wi-Fi technology.

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Ericsson AB



© Ericsson AB 2015

6.1 Explain purpose of the management applications. 6.2 List the Element Management layer entities. 6.3 Describe the Web Interface for both the Controller and the AP. 6.4 Explain the CLI Interface for the Access Point. 6.5 Describe the Wi-Fi Manager Interface. 6.6 Explain the Business Analyzer.








131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1 WBL Navigation 5


1 Network Topology 10


1 Ericsson Access Point Overview 15

1 Ericsson Wi-Fi Controller Overview 15

1 Management Applications 10

HetNet in a Nutshell

LZU1089092 R1A

Description ‘Heterogeneous’ or HetNet for short stands for the different types of base stations (macro, micro, pico, relay) that are operating on different technologies (GSM, WCDMA and LTE) that are used together in the same network to build the good coverage and high capacity that end-users demand from their operator (contrary to ‘homogeneous’ networks that are mainly built with one type of base station, often macro). The focus of this training is on building the participant’s knowledge of the HetNet and how it is implemented by Ericsson. This is a thirty minute, web based learning module.


18 Understand the meaning of the term HetNet 1.1 Explain the predictions of future growth and how Ericsson will use HetNet to meet

high volume traffic demands

2 Describe how it ensures higher performance 2.1 Explain the different approaches that can be taken to meet traffic and data rate

demands. 2.2 Mention the differences between Improved Macro, Densified Macro and a

Heterogeneous Network.

3 Detail the RBS 6000 portfolio for compact macro, main-remote and micro RBS 3.1 Describe the full size macro base station RBS 6201 3.2 Describe the compact main-remote base station RBS 6601 and AIR unit 3.3 Describe the small cell product portfolio 3.4 Describe the different deployment scenarios for the mRBS, mRRU’s and pRBS.

4 Explain the concept of Evo RAN and how it is related to the Ericsson HetNEt solution 4.1 Give an outline of the end user experience challenges. 4.2 Briefly mention the components of the Radio Network Toolbox 4.3 Describe the transport options for HetNet 4.4 Explain how the integration time for adding a new cell has been reduced from weeks

to minutes 4.5 Briefly mention the concept of SON and Smart Simplicity

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


Anyone interested in learning more about the HetNet Solution


LTE/SAE in Nutshell (WBL), LZU108 7417


The length of the course is 30 minutes.

Learning situation This is a web based learning module

131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Microwave Networks Overview

LZU1088322 R1B

Description Are you about to include products from the Ericsson Microwave portfolio into your network? Or perhaps you are interested in to get an overview of the products and their functionality and what benefits they can give to your transport network. Regardless of which, this is the course to take as it will explain the building practice and functionality of MINI-LINK PT 2010 and MINI-LINK PT 6010.


1 Describe the basics for microwave transmission. 1.1 Frequency range. 1.2 Hop range. 1.3 Capacities.

2 Identify the different microwave products. 2.1 MINI-LINK TN. 2.2 MINI-LINK CN. 2.3 MINI-LINK SP. 2.4 MINI-LINK PT. 2.5 MINI-LINK LH. 2.6 Marconi LH.

3 Give examples of applications for the different products. 3.1 Applications in Mobile Backhaul Networks.

4 Describe the basics for how management of a microwave network is realized. 4.1 Management network addressing and transport resources.


Overview

Ericsson Wi-Fi Manager OverviewError! Unknown document property name.

LZU1089242 R1D

Description This course is intended for anyone from Technicians to Engineers wanting to know about the Ericsson Wi-Fi Manager. This course covers, at a high level, features that relate to installation, Wi-Fi Manager Client functionality, administrator tasks, node management, network monitoring and maintenance. This course is a pre-requisite for all the Wi-Fi curriculum paths.




3 Describe the uses of Wi-Fi Manager. 3.1 Describe the components that comprise the Wi-Fi Manager application. 3.2 Describe the roles that Wi-Fi Manager plays in your Wi-Fi network. 3.3 List the new features that have been added to Wi-Fi Manager since BelView NMS

Release 5.4. 3.4 Describe the purpose of the Wi-Fi Business Analyzer tool.

4 Perform basic tasks within Wi-Fi Manager Client application. 4.1 Explain how the various components of the Wi-Fi Manager fit together in the

network. 4.2 Describe the process for installing the Wi-Fi Manager server and client on a

Windows or a Linux server. 4.3 Describe the process for installing and configuring the Wi-Fi Manager data collector

in a controller-based and non-controller-based network.

5 Identify the protocols used to communicate between the Wi-Fi access points and the Wi-Fi Manager.

5.1 List all the menus available from the Wi-Fi Manager Client. 5.2 Describe the features available under each menu item on the Wi-Fi Manager Client.

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Ericsson AB



© Ericsson AB 2015

5.3 Describe the features available on the Wi-Fi Manager map. 5.4 Explain how to create a new job from Wi-Fi Manager to perform on a Wi-Fi node

6 List specific tasks of a Network Administrator. 6.1 List the functions that can be performed from the administrator menu. 6.2 Describe where Wi-Fi Manager users are created and maintained. 6.3 Describe the node discovery process for a controller-based and a non-controller-

based network. 6.4 List the server preferences that can be applied to the Wi-Fi Manager server. 6.5 Explain the purpose of the alarm escalation policy. 6.6 Define an Organizational Unique Identifier.

7 List the specific tasks required to manage a Wi-Fi node in Wi-Fi Manager. 7.1 Describe how to group nodes. 7.2 Explain the process for positioning nodes on the map. 7.3 Describe the purpose for sites and sub-sites. 7.4 Explain the concept of profile configuration. 7.5 Navigate through the node details tabs. 7.6 List the various tasks that can be performed on the nodes from the Wi-Fi Manager.

8 List specific tasks for monitoring a Wi-Fi network. 8.1 Describe the ways in which a user can view the alarms on the network. 8.2 Describe the ways in which a user can view the client count on the network. 8.3 Explain how the user can view reports on the status of various node parameters in

the network. 8.4 Define a honeypot. 8.5 Explain how the user can assess the health of the network.

9 Identify key activities within Wi-Fi Manager to maintain a healthy Wi-Fi Network. 9.1 List the tasks that should be performed in Wi-Fi Manager on a daily basis. 9.2 List the tasks that should be performed in Wi-Fi Manager on a weekly basis. 9.3 List the tasks that should be performed in Wi-Fi Manager on a monthly basis. 9.4 List the tasks that should be performed in Wi-Fi Manager on a quarterly basis. 9.5 Describe the purpose of the Wi-Fi Business Analyzer Tool.




131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals LZU1089298, Ericsson Wi-Fi Air Interface Overview LZU1089299, Ericsson Wi-Fi Fundamentals LZU1089300, Ericsson Wi-Fi Portfolio Overview




Time schedule



1 WBL Navigation 4


1 What is Wi-Fi Manager? 15

1 Wi-Fi Manager Protocols, Architecture, Hardware Requirements, Installation

8

1 Wi-Fi Manager Client Functionality 17

1 Wi-Fi Manager Network Administrator Tasks 9

1 Wi-Fi Manager Node Management Tasks 25

1 Wi-Fi Manager Network Monitoring 12

1 Wi-Fi Manager Regular Maintenance 8

Ericsson Access Point Features and Functions

LZU1089243 R2B

Description This course is intended for anyone from Technicians to Engineers wanting to know the functionalities and Features of the Ericsson Wi-Fi Access Points. This course addresses all the different Access Points available in the Ericsson Wi-Fi portfolio and covers at high level features that relate to interfaces, configuration, routing, performance and security. This course is a pre-requisite for all the Wi-Fi curriculum paths.


1 Explain the navigation of this WBL course. 1.1 Navigate trhough the WBL. 1.2 Identify the different buttons and icons available in the WBL interface.


3 Describe the Access Point portfolio. 3.1 Describe what an Access Point is. 3.2 Define the Ericsson Access Point Family. 3.3 List the Access Points common features. 3.4 Describe each Access Points features. 3.5 Explain the mounting options. 3.6 Describe the different Wi-Fi applications available.

4 Describe the features associated with the access and interfaces of the Access Point (AP).

4.1 Describe the access methods used with the Access Point (AP). 4.2 Explain the access method structure. 4.3 Define the access using SNMP. 4.4 Explain the CLI command structure and navigation. 4.5 Describe the AP Web interface.C14 4.6 Identify the Wi-Fi Manager pages dealing with the AP.

5 Define the Radio Configuration features of the AP. 5.1 Describe the 5 GHz menu and forms. 5.2 Explain the 2.4 GHz menu and forms.

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Ericsson AB



© Ericsson AB 2015

5.3 Define the No SID on Egress Down feature. 5.4 Describe the Access Packet Admission Control feature. 5.5 Explain the CTS to Self Control feature. 5.6 Define the Secure Port Mode feature. 5.7 Explain the Wireless Bridging feature. 5.8 Describe the Rate Adaptation Algorithm feature. 5.9 Define the Modulation Rate Control feature. 5.10 Explain the Client Association Records feature. 5.11 Describe the Client Authentication History. 5.12 Explain the Dynamic Frequency Selection (DFS). 5.13 Explain the different supported topologies. 5.14 Describe the Auto-Intelligent Mesh (AIM) feature.

6 Explain the Configuration features of the AP. 6.1 Explain Node Discovery in Wi-Fi Manager. 6.2 Describe AP configuration interfaces used for the AP. 6.3 Define the Auto-Configuration feature. 6.4 Explain the Periodic Auto-Config feature. 6.5 Describe the Configurable Per AP NAS ID. 6.6 Explain the Controller Auto-Discovery using DHCP option 43. 6.7 Describe the Configurable DHCP Option 82 MAC Address Format. 6.8 Define the Proxy Mobile IP (PMIP) Home Agent Address using FQDN. 6.9 Explain the AP Auto Operation Mode feature.

7 Define the Networking features for the AP. 7.1 Describe the Network Address Translation feature. 7.2 Describe the DHCP and ARP to Attached Clients Only feature. 7.3 Explain the AP Wireless Broadcast Filter Control feature. 7.4 Explain the Upstream Broadcast feature. 7.5 Explain the Policy Enforcement Point with UAM feature. 7.6 Describe the Tunnels features.

8 Describe the Performance and Diagnostics features of the AP. 8.1 Describe the Power Save mode. 8.2 Define the Traffic Priority Based on Modulation Rate. 8.3 Explain the VLAN Based Quality of Service (QoS). 8.4 Describe the Ethernet Port Statistics. 8.5 Describe the Client Load Balancing. 8.6 Define the Access Rx an Tx Error Statistics. 8.7 Explain the Noise Floor Support. 8.8 Explain the Traffic Test Tool. 8.9 Describe the Path Trace Tool. 8.10 Describe the Alarm and Event Reporting.

9 Define the Security features available with the AP. 9.1 Describe authentication options. 9.2 Explain the encryption options. 9.3 Define the Radius server connectivity configuration interfaces.

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Ericsson AB



© Ericsson AB 2015

9.4 Describe the RADIUS Protocol Enhancement: Configurable Accounting Interval 9.5 Explain the AP user accounts provisioning interfaces. 9.6 Describe the CLI and Web sessions management. 9.7 Explain the Secure port mode feature. 9.8 Describe the Wireless Bridging feature. 9.9 Define the Honeypot Detection feature. 9.10 State the support of Lawful Intercept.




LZU1088538, IP Overview and Fundamentals LZU1088593, IP Routing Overview and Fundamentals LZU1089298, Ericsson Wi-Fi Air Interface Overview LZU1089299, Ericsson Wi-Fi Fundamentals LZU1089300, Ericsson Wi-Fi Portfolio Overview




Time schedule



1 • WBL Navigation 5


131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015


1 • Access Points Overview 10

1 • Access and Interfaces Features 10

1 • Radio Configuration Features 10

1 • Configuration Features 10

1 • Routing Features 20

1 • Performance and Diagnostics Features 20

1 • Security Features 10

Ericsson Wi-Fi Portfolio Overview

LZU1089300 R1A

Description This course is intended for anyone from Technicians to Engineers who are interested in getting familiar with the Ericsson Wi-Fi portfolio. This course addresses all the different entities that are part of the Ericsson Wi-Fi solution. This course covers at high level every entities from the Access Points to the Controller WIC 8000 series, to the management applications. This course is a pre-requisite for all the Wi-Fi curriculum paths.




3 Explain the Network topology used in Ericsson Wi-Fi. 3.1 Explain to a colleague what is Wi-Fi and its added values. 3.2 Describe the end to end Wi-Fi solution entities. 3.3 Define the Ericsson Wi-Fi Layers. 3.4 Explain the different deployment scenarios. 3.5 Identify the different configurations available.

4 Describe the Ericsson Access Point portfolio. 4.1 List the Access Points common features. 4.2 Describe each Access Points features. 4.3 Explain the mounting options.

5 Describe the Ericsson Wi-Fi Controllers. 5.1 Explain what is a Wi-Fi Controller. 5.2 List the supported features. 5.3 Identify the layer in the network where the controller is located. 5.4 Explain to a colleague what is CAPWAP. 5.5 Define what is CGCM. 5.6 Explain the use of the Data collector and where it resides.

6 Identify the Management Applications used with the Ericsson Wi-Fi technology.

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© Ericsson AB 2015

6.1 Explain purpose of the management applications. 6.2 List the Element Management layer entities. 6.3 Describe the Web Interface for both the Controller and the AP. 6.4 Explain the CLI Interface for the Access Point. 6.5 Describe the Wi-Fi Manager Interface. 6.6 Explain the Business Analyzer.






The length of the course is 0 days and 1 hours and the maximum number of participants is


131/03819-FAP 130 506 Uae Rev: S


Ericsson AB



© Ericsson AB 2015

Time schedule



1 WBL Navigation 5


1 Network Topology 10

1 Ericsson Access Point Overview 15

1 Ericsson Wi-Fi Controller Overview 15

1 Management Applications 10

131/03819-FAP 130 506 Uae Rev: O


Ericsson AB



© Ericsson AB 2015

Application vEPC and vIMS

LZU1089911 R1A

Description

Ericsson is building a product, a distributed cloud infrastructure which is open, environmentally friendly, reliable, and secure. One of the main elements of the Ericsson Cloud System is the part identified as Network Functions Virtualization (NFV) The SGSN-MME15A can be deployed on cloud systems, as a number of virtual machines (VMs). The virtual SGSN-MME can flexibly use the resources in the virtual data center by applying scaling. The virtual SGSN-MME can either scale in or scale out. The virtual MME (vMME) and the virtual IMS (vIMS) are examples of a NFV in the Ericsson Cloud System.


1 Explain the architectural evolution of the Ericsson Cloud System. 1.1 Identify the main elements if an Ericsson Cloud System.

2 List the enhancements related to Network Functions Virtualization. . 2.1 Identify the main elements of a vMME. 2.2 Identify the main elements of a vIMS.


Network Design Engineer, Network Deployment Engineer, System Technician, System Engineer, System Administrator

131/03819-FAP 130 506 Uae Rev: O


Ericsson AB



© Ericsson AB 2015


SGSN-MME 14 Overview - LZU1089765 EPC Signaling - LZU 1087580 R4A EPC System Survey - LZU1087977 R1A


The length of the course is approximately 0,3 hours.

Learning situation This course is a self-paced web based course.

Time schedule



1 Introduction to Ericsson Cloud System. Main elements of the Ericsson Cloud System

Network Functions Virtualization Main elements of a vMME. Main elements of a vIMS.

Cloud Driver and Opportunity

LZU1089915 R1A

Description This course is aimed at providing an overview of the telco cloud architecture and the efforts in standardizing the cloud solution for the telecommunications industry. We look into the impact that cloud computing has had with the industry and the opportunities that comes from this new technology.


1 Describe key market drivers to the evolution of cloud computing 1.1 Explain how Cloud system is the disruption the market required 1.2 Understand how the Telco Cloud is different from the ICT and it’s specific

requirements. 1.3 List the benefit of Ericsson Cloud and how it is addressing the market requirements

2 Explain the impact of cloud computing on existing Telco network architecture and the opportunities that it presents.

2.1 Understand the paradigm shift to Cloud Infrastructure 2.2 List the impact of the Cloud Computing to the Telco network 2.3 Identify the opportunities for the Cloud system.


Service Planning Engineer, Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Deployment Engineer, System Technician, Service Technician, Service Engineer, System Engineer, Field Technician, System Administrator, Application Developer, Business Developer, Customer Care Administrator


None

131/03819-FAP 130 506 Uae Rev: O


Ericsson AB



© Ericsson AB 2015


The length of the course is 0,25 hours.

Learning situation This is a self-paced web based course.

Time schedule


Day Topics in the course Estimated Time

1 Cloud Benefits

Network Evolution

Opportunities

Cloud in a Nutshell

LZU 108 9916 R1A

Description This course is aimed to provide an overview of cloud computing and its concepts. Terminologies such as virtualization, elasticity and on-demand service are clarified, with descriptions of cloud services such as SaaS, IaaS and PaaS.


1 Define Cloud in general and describe its attributes, models and types.

2 The drivers and key benefits of cloud computing and how the cloud provides cost control & suitable environment for new businesses.

3 The principles of cloud computing, virtualization and the paradigm shift associated to them.




No prerequisites are required.



131/03819-FAP 130 506 Uae Rev: O


Ericsson AB



© Ericsson AB 2015

Learning situation This is self-paced web based course.

Time schedule



1 ECS General concepts, models and delivery methods

Key benefits of Cloud computing

Moving to cloud

Cloud Systems and the Ericsson Cloud System

LZU 1089912 R1A

Description Hypervisors, virtual machine managers, cloud systems, etc. What are the differences and how do they work? This web based learning course aims to explore the different terminologies within the realm of cloud computing and gives a brief overview of the work ongoing within Ericsson in embracing the next wave of technological advancement.


1 Describe the concept of virtualization and managing virtual machines through hypervisors.

1.1 List and describe the various terminologies in the computing domain.

2 List various types of hypervisors available in the market and their implementations. 2.1 Identify major cloud and virtualization products in the market such as Xen, VMWare

ESXi, KVM/QEMU, Openstack and others. 2.2 Explore the differences of each and list the services provided.

3 Explore the Ericsson Cloud System and the services provided. 3.1 Describe the Ericsson Cloud System architecture, employing the Openstack, KVM

and libvirt technologies. 3.2 List the services provided with the Ericsson Cloud System.



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Ericsson AB



© Ericsson AB 2015


None



Learning situation This is a self-paced web based course.

Time schedule



1 Concept of virtualization and managing virtual machines

Hypervisors

Exploration of Ericsson Cloud System

Software Defined Networking (SDN) In a Nutshell

LZU 108 9910 Error! Unknown document property name.

Description This Web-Based Learning (WBL) course provides an overview of the next generation of networking, loosely defined as Software Defined Networking or SDN. Various components of SDN such as the controller, the virtual flow switch and physical hardware are discussed briefly. SDN Telco Use Cases such as Dynamic Service Chaining, Virtual Gateways and Multi-Layer Transport Control are also explained.


1 Explore the definition of Software Defined Networking (SDN) as a function to enhance networking functions

1.1 Define Software Defined Networking (SDN) 1.2 Explain the key concepts of SDN 1.3 Identify the benefits of Service Provider SDN within a Telecom Network 1.4 Briefly discuss SDN components such as the controller, virtual flow switch and

physical hardware

2 Identify the components within the control and data planes that will benefit from the implementation of SDN through some sample use cases

2.1 Explain Dynamic Service Chaining and how it adds value to an operator's network 2.2 Briefly explain the benefits of Virtual Gateways for the operator and customer 2.3 Describe how SDN can be used to facilitate Multi-Layer Transport Control over IP

and Optical Networks


Service Planning Engineer, Service Design Engineer, Network Design Engineer, Network Deployment Engineer, Service Deployment Engineer, System Technician, Service Technician, Service Engineer, System Engineer, Field Technician, System Administrator, Application Developer, Business Developer, Customer Care Administrator.

131/03819-FAP 130 506 Uae Rev: O


Ericsson AB



© Ericsson AB 2015


No prerequisites are required.

Duration

The length of this approximately 0,34 hours.

Learning situation This is a self-paced web based course (WBL)

Time schedule

The time required always depends on the knowledge of the attending participants and the minutes stated below can be used as estimate.

Day Topics in the course Estimated Time

1 Software Defined Networking

Dynamic Service Chaining

Virtual Home/Enterprise Gateway

Multi-Layer Transport Control

Virtualization in a Nutshell

LZU 1089913 R1A

Description Virtualization has become a major activity in the recent years, heavily influencing the telecommunications industry as well. As seen in the recent MWC in 2014, many major vendors are showcasing their abilities to virtualize applications to be run on cloud systems. This web based learning course aims to describe virtualization in a concise manner, describing the link between the term and the history behind modern computer systems.


1 Explore the concepts of virtualization. 1.1 Identify the purpose of virtualization. 1.2 List the components involved in virtualization.

2 Identify components of the computer system architecture. 2.1 Identify the history and evolution of modern computers. 2.2 List common components of the modern computer.

3 Describe the structure of the common modern operating system. 3.1 Describe how operating systems manage resources within the computer system. 3.2 Identify how different types of virtualization are implemented.




None

131/03819-FAP 130 506 Uae Rev: O


Ericsson AB



© Ericsson AB 2015



Learning situation This is a self-paced web based course (WBL).

Time schedule



1 Concepts of Virtualization

System Architecture Components

Operating system structure

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