Course Summary
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4G LTE basic Principles
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LTE Network Architecture
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LTE Idle Mobility
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IMS in LTE Network
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Voice support in LTE
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LTE Handover (Events & Related Parameters)
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4G LTE Drive test
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4G LTE RF Optimizaion
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LTE Feature Performance
After attending this program, you should be able to
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Define the architecture of LTE Network vis-Ã -vis 3G network
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Explain and relate LTE Technology to Network Elements
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Understand the traffic concepts of LTE Networks to manage & operate the Networks
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Understand different interfaces & signaling protocols in LTE Networks
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Understand various transport network technologies & topologies
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Perform LTE Optimization
COURSE DETAILS
4G LTE Basic Priciples
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Challenges to Modern Wireless Communication
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Concept of Air Interface
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LTE Physical Layer
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Digital Modulation
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OFDMA and SC-FDMA
LTE Network Architecture
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System Architecture Evolution (SAE)
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Network Architecture and Interfaces
LTE Idle Mobility
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Cell Selection
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Cell Reselection with GSM (2G)
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Cell Reselection with UMTS (3G)
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Tracking and Routing Area Update
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Paging Operation
IMS in LTE Networks
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IMS Network Architecture
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End-to-end signalling and traffic flow
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VoIP and IMS Protocols
Voice Support in LTE
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CS-Fallback
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VoLTE
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SR-VCC (Single Radio Voice Call Continuity)
LTE Handover (events and related parameter)
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X2-based handover
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S1-based handover
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Inter-RAT handover with GSM (2G)
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Inter-RAT handover with UMTS (3G)
4G LTE Drive Test
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LTE Drive test RF Parameter
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LTE Drive test step & Procedure
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Accessibility test
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Retainability test
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Throughput test
4G LTE RF OPTIMIZATION
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Configuration Parameters
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PCI Planning
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PRACH Planning
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RF Operational Parameters
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Cell Search Parameter
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Handover in LTE networks
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Power Control Overview
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KPI in LTE Network Accessibility, Retainability & Mobility
LTE Feature Performance
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Beamforming
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IRC
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Comparison Static ICIC and Dynamic ICIC
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Self Optimization Network : AMR
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Self Optimization Network : CSFB
To know more about training details , Mail us at solutions@ranwireless.com