Target Audience
This course is designed for participants who want to have a basic understanding of Radio Planning. Basic knowledge of mobile communication networks is necessary. Participants that would benefit by attending this course are Technicians, Sales/Marketing people and Project/Programme managers who are new in their role.
Training Objective
• By the end of the course, the participants will understand the basics of LTE Radio Planning from coverage and capacity point of view.
Duration of Training: 2 Days
Prerequisite: General knowledge of mobile communication networks.
Module List Detailed
Module 1: LTE Overview
Topics discussed in this module are listed below:
• LTE MOTIVATION
• LTE REQUIREMENTS
• LTE KEY FEATURES
• LTE ADVANCED
Module 2: LTE Air Interface Radio Aspects
Topics discussed in this module are listed below:
• INTRODUCTION
• OFDM BASICS
• OFDM MULTIPLE ACCESS
• RADIO ACCESS PRINCIPLES
Module 3: LTE Air Interface Protocols and Radio Channels
Topics discussed in this module are listed below:
• INTRODUCTION TO AIR INTERFACE PROTOCOLS
• PHYSICAL LAYER ASPECTS
• LTE LAYER 2
• RADIO RESOURCE CONTROL (RRC)
• LTE RADIO CHANNELS
• PHYSICAL CHANNELS RESOURCE ALLOCATION
Module 4: Introduction to MIMO
Topics discussed in this module are listed below:
• INTRODUCTION TO MULTI-ANTENNA SYSTEMS
• MIMO PHYSICAL CHANNEL PROCESSING
• LTE TRANSMISSION MODES
Module 5: LTE Radio Planning Process
Topics discussed in this module are listed below:
• GENERIC RADIO PLANNING PROCESS
• INPUTS FOR LTE RADIO PLANNING
• OUTPUTS FOR LTE RADIO PLANNING
Module 6: LTE Radio Planning Specific Concepts
Topics discussed in this module are listed below:
• INTRODUCTION TO LTE RADIO PLANNING
• FREQUENCY BAND AND BANDWIDTH
• TRANSMISSION POWER
• SYSTEM OVERHEAD
• MODULATION AND CODING SCHEME (MCS)
• REQUIRED DATA RATE
• REQUIRED SINR
• INTERFERENCE MARGIN
• CLUTTER RELATED PARAMETERS
• OTHER RADIO PLANNING PARAMETERS
• LINK BUDGET EXAMPLE
• CELL RANGE
Module 7: LTE Capacity Planning Concepts
Topics discussed in this module are listed below:
• INTRODUCTION TO CAPACITY PLANNING
• TRAFFIC MODEL
• CELL THROUGHPUT
This course is designed for participants who want to have a basic understanding of Radio Planning. Basic knowledge of mobile communication networks is necessary. Participants that would benefit by attending this course are Technicians, Sales/Marketing people and Project/Programme managers who are new in their role.
Training Objective
• By the end of the course, the participants will understand the basics of LTE Radio Planning from coverage and capacity point of view.
Duration of Training: 2 Days
Prerequisite: General knowledge of mobile communication networks.
Module List Detailed
Module 1: LTE Overview
Topics discussed in this module are listed below:
• LTE MOTIVATION
• LTE REQUIREMENTS
• LTE KEY FEATURES
• LTE ADVANCED
Module 2: LTE Air Interface Radio Aspects
Topics discussed in this module are listed below:
• INTRODUCTION
• OFDM BASICS
• OFDM MULTIPLE ACCESS
• RADIO ACCESS PRINCIPLES
Module 3: LTE Air Interface Protocols and Radio Channels
Topics discussed in this module are listed below:
• INTRODUCTION TO AIR INTERFACE PROTOCOLS
• PHYSICAL LAYER ASPECTS
• LTE LAYER 2
• RADIO RESOURCE CONTROL (RRC)
• LTE RADIO CHANNELS
• PHYSICAL CHANNELS RESOURCE ALLOCATION
Module 4: Introduction to MIMO
Topics discussed in this module are listed below:
• INTRODUCTION TO MULTI-ANTENNA SYSTEMS
• MIMO PHYSICAL CHANNEL PROCESSING
• LTE TRANSMISSION MODES
Module 5: LTE Radio Planning Process
Topics discussed in this module are listed below:
• GENERIC RADIO PLANNING PROCESS
• INPUTS FOR LTE RADIO PLANNING
• OUTPUTS FOR LTE RADIO PLANNING
Module 6: LTE Radio Planning Specific Concepts
Topics discussed in this module are listed below:
• INTRODUCTION TO LTE RADIO PLANNING
• FREQUENCY BAND AND BANDWIDTH
• TRANSMISSION POWER
• SYSTEM OVERHEAD
• MODULATION AND CODING SCHEME (MCS)
• REQUIRED DATA RATE
• REQUIRED SINR
• INTERFERENCE MARGIN
• CLUTTER RELATED PARAMETERS
• OTHER RADIO PLANNING PARAMETERS
• LINK BUDGET EXAMPLE
• CELL RANGE
Module 7: LTE Capacity Planning Concepts
Topics discussed in this module are listed below:
• INTRODUCTION TO CAPACITY PLANNING
• TRAFFIC MODEL
• CELL THROUGHPUT
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