What you'll learn

4G-LTE Network Fundamentals
Real-world skills required for job in any telecom operator or vendor company
Will Have Deep knowledge abour EPC & E-UTRAN
4G-LTE Packet Core & E-UTRAN Protocols & Various Network interfaces
How to prepare for Wireless Networks empowered Jobs
Network Architecture, Call Flows & Other Signaling Scenarios

Requirements

Laptop with Internet connectivity
No pre-knowledge is required
Willingness to learn about 4G-LTE Packet Core

Description

Mastering the The LTE EPC Packet Core Network in wireless communications can get you a job in telecom companies and if you already have one it will help you to move ahead in your career, increase your earning potential and add value to any organization.

This course is designed to provide students with in-depth information regarding LTE EPC Packet Core Architecture. The course has been designed for all levels and starts off by providing the introduction to 4G LTE Network and its advantages over GSM & UMTS Networks.

During the lectures, all concepts are introduced by means of intuitive diagrams and real-network examples whenever possible.

Course Duration

The duration of the course is around 3 hrs. We have tried to be concise including only the relevant details.

Why to take the course

If you have an interest in Telecommunications, there is no reason that you should skip this course.

Course Content:

Lecture 1 - Introduction to LTE Network

Basic Introduction about the LTE Network

3GPP Evolution to the 4G-LTE

Identifiers in LTE

Lecture 2 - E-UTRAN Evolved universal Terrestrial radio access Network

E-UTRAN Evolved universal Terrestrial radio access Network

Lecture 3 - EPC Evolved Packet Core

Introduction to EPC Evolved Packet Core

EPC Evolved Packet Core Nodes

EPC Evolved Packet Core Interfaces

Lecture 4 - Signaling Call Flows

LTE Attach Call flow

Lecture 5 - End to End Connectivity

End to End User plane Connectivity

EPS inter-operation with GN/GP SGSN

Lecture 6 - PDN Connectivity Services

PDN Packet Data Network connectivity Networks

Default & Dedicated Bearers

Lecture 7 - QOS Quality of service & ARP allocation and retention priority

EPS-QOS Quality of service

QCI-Quality of service class identifier

ARP-Allocation and retention priority

Lecture 8 - LTE Voice options

Options for CS Network Interconnections

LTE Voice Options

Lecture 9 - Voice over LTE (VOLTE) & IMS

Role of IP Multimedia Subsystem IMS

IMS Architecture Overview

Lecture 10 - CSFB Circuit switching fallback

CSFB Circuit switching fallback

In Course Support

Have you ever taken a course or read a book where you have questions but cannot reach the author?

Well, this course is different. We are fully committed to making this the most disruptive and powerful LTE Packet Core course on the planet. With that comes a responsibility to constantly be there when you need our help. No matter how complex your query, we will be there. The bottom line is we want you to succeed. Therefore, feel free to send us a message and we will get back to you as soon as possible.

Who this course is for:

Beginner
Professionals who want to explore & dig deep in Networks like 4G-LTE Packet core
Advanced and Intermediate Packet Core Networks professionals

Citación :

rapidgator_net:
https://rapidgator.net/file/eefb5a2c1bca5b354cecc0c774b53573/4gc63.4G.LTE.EPC..EUTRAN..VOLTE.Voice.over.LTE..IMS.rar.html

nitroflare_com:
https://nitroflare.com/view/19AB7AB7002EC46/4gc63.4G.LTE.EPC..EUTRAN..VOLTE.Voice.over.LTE..IMS.rar

alfafile_net:
http://alfafile.net/file/8xiRX/4gc63.4G.LTE.EPC..EUTRAN..VOLTE.Voice.over.LTE..IMS.rar