LTE Capacity Planning Training

LTE Capacity Planning Training

Introduction:

LTE Capacity Planning Training Course Description

LTE Capacity Planning Training covers the theory and application of RF planning and designing for LTE RANs. LTE Capacity Planning Training is concentrated on performing RF planning and Design and capacity planning for Long Term Evolution (LTE) based networks. It gives you an in-depth comprehension of how to plan, design and optimize a high quality LTE network. This training helps you to plan and design LTE networks, tools to increase LTE capacity, and how to reduce interference and enhance quality in the LTE network. Through this hands-on training, attendees will use their knowledge of the LTE air interface physical structure and associated principals to measure the link budgets to cover the market and performance standards, and to identify optimal network parameter settings.

Customize It:

With onsite Training, courses can be scheduled on a date that is convenient for you, and because they can be scheduled at your location, you don’t incur travel costs and students won’t be away from home. Onsite classes can also be tailored to meet your needs. You might shorten a 5-day class into a 3-day class, or combine portions of several related courses into a single course, or have the instructor vary the emphasis of topics depending on your staff’s and site’s requirements.

LTE Capacity Planning TrainingRelated Courses:

Duration: 3 days

Objectives:

Improve, optimize, and maintain network performances
Explain network potential issues that might happen on the radio and BSS and the core network side
Identify problems and offer solutions
Develop a macro view of GSM networks and performance
Apply a reliable process to radio network planning and design
Use RSRP and RSRQ measurements to assess LTE RAN RF performance
Map network standards to corresponding system parameters
Build uplink/downlink link budgets to meet specific performance requirements
Apply coverage and capacity standards to regulate the optimal radio network design
Use multiple antenna approaches to optimize coverage and performance
Approximate the maximum cell site air interface capacity based on a specific traffic model
Identify optimum LTE configuration and operational settings to amplify system performance
Explain the key elements and operations related to customer-specific Inter-RAT deployment
Assuredly and professionally plan an efficient 4G / LTE Radio network
Provide much more effectively to radio planning and deployment debate and decisions-making within the organization
Assess application options for deploying 4G / LTE radio networks – either in green-field scenarios, or as part of an existing multi-RAT (Radio Access Technology) system
Take advantage of the benefits and enhanced radio performance that 4G / LTE brings to the cellular operator in various scenarios
Develop radio network solutions in a more holistic way
Use advanced radio-planning tools in order to improve efficiency in the radio planning processes

Course Content:

Overview

LTE definition
Why LTE ?
LTE main requirements
LTE vs other mobile technologies
Network architecture evolution
LTE main characters
Basics of LTE air interface
Adjustment around LTE air interface
IMT advanced
RF application in LTE
Radio network design goals
Planning inputs and outputs
LTE RAN planning process
Detailed Planning
Optimization
LTE services
QoS characteristics
Managing QoS
Interworking Services with GERAN/UTRAN

Introduction to LTE RF Planning

Basics of RF
Radio network design & optimization procedure
LTE network architecture
LTE radio aspects / air interface
Physical layer downlink
Orthogonal Frequency Division Multiplexing – OFDM
Physical layer: down link
Types of propagation models and their applications
Physical layer: radio interface channels
LTE link budgeting
LTE & NLOS environment
Frequency reprocess in LTE networks
Timing and synchronization for LTE networks

LTE Air Interface

E-UTRAN architecture
LTE Physical layer structure
Air interface resources
UE measurements (RSRP/RSRQ)
Propagation principles
Propagation models for LTE
Radio coverage planning
Gains/losses, link budgets
The rectangular pulse
Multi- carrier modulation
OFDM
Impact of frequency errors in OFDM
SC-FDMA
OFDM transmitter and receiver
OFDM multiple access
Subcarriers assignment methods
OFDM implementation in LTE/ EUTRAN
LTE/EUTRAN radio frames
OFDM resource block
Modulation schemes in LTE/ EUTRAN
LTE/EUTRAN frequency variants
MIMO
DL & UL Peak bit rates

RSRP/RSRQ Exercises

Market and Engineering Requirements
Coverage requirements
Capacity requirements
QoS requirements
Engineering requirements

LTE Link Budget

Cell edge throughput measurements
Link budget for UL and DL
Role of RRH and TMA
UL/DL link budget exercises

RF Design and Site Selection

RF design process and options
Morphology definitions
Propagation models
RF design tool configuration
Coverage prediction

Radio Network Planning Tools

Planning technique
Tools review
Frequency planning
System planning
Signaling capacity
Bearer dimensioning

Antennas in LTE Networks

Multiple antenna techniques
Downlink feedback (CQI/RI/PMI)
Deployment considerations
Coverage prediction exercises
Antenna vs transmission modes
Practical antenna options

LTE Coverage Planning

Coverage vs capacity
LTE link budget
Key LTE coverage plots:
RSRP, RSRQ, bearers
Targets and assumptions
Practical Planning

LTE Capacity Planning

Data traffic modeling
Air interface capacity estimation
Backhaul capacity planning
Triggers for capacity planning
Practical targets
Cell and eNB quantity
Factors impacting capacity
Planning tool simulations
Configuring planning tool

RF Configuration Parameters

Frequency planning
Sync signal and PCI planning
Reference signal planning
RA preamble planning
PCI and RACH planning exercises

Small Cells

Small cells definition
Small cells effect
Coverage and capacity

RF Operational Parameters

Cell selection/reselection planning
Handover planning
Power control planning

Radio Network KPIs

User-centric KPIs
Network performance KPIs
System utilization KPIs

Interworking with 2G/3G

System selection/reselection planning
Inter-RAT handover planning

LTE Capacity Planning Training

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Time Frame: 0-3 Months4-12 Months

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