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TRANSMISSION TECHNOLOGIES

LTE Transmission and Core Network Planning

Course Objectives:

This training aims to introduce the idea of LTE IP transport network solutions to transmission design engineers.
LTE Transport Network should accommodate the traffic created by cellular coverage. Thus, the correct dimensioning of the Transport Network is critical from the QoS and capacity point of view.
Several technologies could be implemented, such as IP over ATM or IP over Ethernet. Mobile Packet Backbone Network solutions are described in detail and is supported by case studies to help transport designers understand the diverse techniques that can be deployed. Mastering these techniques, participants will learn how to contribute in end­to­end user through put optimization.

Who Should Attend?

  • Mobile Networks Engineer who would like to “fill in the gaps” and catch up with the latest LTE transport network design principles and implementations.
  • Radio network planners who would like to learn more about the capacity planning of the transport network.
  • Multimedia Engineer who would like to learn the concepts and theory of LTE/SAE that transports services to mobile users.

Course Duration:

5 days

Course Outlines:

  • LTE/SAE Introduction
  • LTE Principles
  • eUTRAN Presentation
  • ePC Presentation
  • ePC Nodes And Interfaces
  • LTE Nodes (HSS, MME,ENODEB, PCRF, PDN GW, SGW, EPDG)
  • ePC Signaling And Protocols
  • EMM COMMON PROCEDURES
  • IP overview and description
  • SS7 signaling overview
  • SS7 signaling in LTE
  • UMTS Security
  • LTE/EPC Security Procedures
  • Core Network configurations
  • MME and SGW/PGW key dimensioning rules
  • New Availability and Reliability Requirements in 3G and LTE transmission links
  • OSI Layers 1, 2 and 3 and their roles in LTE link planning
  • Definition of an all IP 3G LTE Network and new Planning considerations
  • Overview Latency and Jitter in 3G LTE Transmission Networks
  • 3GPP Delay and Jitter requirements between eNodeB and ePC for 4G Access links
  • Access Network Architecture and Topology Planning
  • Microwave Transmission Overview
  • LTE Backbone Dimensioning
  • LTE Backbone design
  • Planning 4G access links with IP based MW radios
  • Traffic shaping, engineering and protection levels in IP radios
  • Step by Step 4G Network dimensioning processes
  • Overview LTE traffic requirement and analysis
  • Concept of CIR and PIR in data links planning
  • Overview of TDM microwave radios and IP Packet radios
  • Planning 4G access links with IP based MW radios
  • Details of IP over TDM and native Ethernet radios
  • Services classification
  • Link­by­Link dimensioning
  • 4G Network Synchronization planning
  • End to end Network Testing and performance Measurements

 

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