tmo18214 course description.pdf

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9400 LTE RAN Radio Principles Description VERSION 1.1 COURSE NUMBER TMO18214 DELIVERY TYPE Instructor-Led 3 Days Virtual Class 18 Hour(s) DESCRIPTION Overall Description In this comprehensive introductory course designed for Customers and ALU staff, learners master the LTE radio principles. It is a first step towards the job-oriented courses concerning the configuration, the optimization and the monitoring of the air interface. Course Objectives By the end of the course, participants: • Explain what are the drivers of the LTE and what are the key differentiators of the LTE standard compared to the existing technologies • Explain what is the principle of the OFDMA. • Describe the structure of the radio frame and how the channels (logical, transport and physical) are mapped on to the resources • List and describe the steps of the RRC connection • Describe the bearer establishment and all the radio operations required during the traffic • Describe the different antenna systems available and explain their interest • Describe the mechanism of mobility when the UE is connected with the handover and when the UE is not connected with the idle mode and the paging Course Contents • Introduction — Why 3G LTE ? — Standardization — Key Differentiators • OFDMA Principles — Modulation — OFDMA Basic Concepts — OFDMA Transmitter and Receiver — SC-FDMA in UL — OFDMA and LTE • Air Interface Structure — Radio Frame Structure — Protocol Stack — Radio Channels • eUTRAN Scenarios — RRC Connection Scenarios — E-RAB and QoS — Traffic Operation • LTE Antenna System — Introduction — MIMO Methods Alcatel-Lucent University https://training.alcatel-lucent.com/Saba/Web_wdk/Main/common/login/... 1 of 2 8/4/2011 3:21 PM

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9400 LTE RAN Radio Principles Description

VERSION 1.1

COURSE NUMBER TMO18214

DELIVERY TYPE Instructor-Led

3 Days

Virtual Class

18 Hour(s)

DESCRIPTION Overall Description

In this comprehensive introductory course designed for Customers and ALU staff, learners

master the LTE radio principles. It is a first step towards the job-oriented courses

concerning the configuration, the optimization and the monitoring of the air interface.

Course Objectives

By the end of the course, participants:

• Explain what are the drivers of the LTE and what are the key differentiators of the LTE

standard compared to the existing technologies

• Explain what is the principle of the OFDMA.

• Describe the structure of the radio frame and how the channels (logical, transport and

physical) are mapped on to the resources

• List and describe the steps of the RRC connection

• Describe the bearer establishment and all the radio operations required during the traffic

• Describe the different antenna systems available and explain their interest

• Describe the mechanism of mobility when the UE is connected with the handover and

when the UE is not connected with the idle mode and the paging

Course Contents

• Introduction

— Why 3G LTE ?

— Standardization

— Key Differentiators

• OFDMA Principles

— Modulation

— OFDMA Basic Concepts

— OFDMA Transmitter and Receiver

— SC-FDMA in UL

— OFDMA and LTE

• Air Interface Structure

— Radio Frame Structure

— Protocol Stack

— Radio Channels

• eUTRAN Scenarios

— RRC Connection Scenarios

— E-RAB and QoS

— Traffic Operation

• LTE Antenna System

— Introduction

— MIMO Methods

Alcatel-Lucent University https://training.alcatel-lucent.com/Saba/Web_wdk/Main/common/login/...

1 of 2 8/4/2011 3:21 PM

— Beamforming

• Mobility Management

— Introduction

— Handover

— Idle Mode

AUDIENCE The audience for this course is telecommunications personnel who need a strong

background about the LTE air interface structure and mechanisms. It is a pre-requisite for

the personnel in charge of the configuration, optimization and monitoring of a LTE network.

EXPECTEDFOUNDATIONKNOWLEDGE

GSM, UMTS or WiMAX technology background

Alcatel-Lucent University https://training.alcatel-lucent.com/Saba/Web_wdk/Main/common/login/...

2 of 2 8/4/2011 3:21 PM