Certificate Program in LTE

Why this course?

Long Term Evolution for Railways (LTE-R) is a next-gen communications network dedicated for railway services, enabling high-speed wireless voice and data communications inside trains, from the train to the ground and from train to train. This network supports voice communication among drivers, control center operators, maintenance and other railway staff supporting; push-to-talk group communication, broadcasting, location-dependent addressing and multilevel prioritization; data communication for the train control signaling and other operation and maintenance as well as text messaging during voice communication; multimedia communication for wireless video surveillance, mobile video conference, file sharing, mobile office and passenger infotainment services.

TRAINING shall cover

LTE OVERVIEW

• THE NEED FOR LTE

• LTE RADIO INTERFACE

• SERVICE ARCHITECTURE EVOLUTION

• SERVICE PROVISION IN LTE

• System Design for LTE

• 4G – LTE ADVANCED AND BEYOND

Get one year access with all course upgrades available to you free of cost.

Job Opening Alerts and support to get the dream job in signaling

Get exclusive invites and offers to our upcoming programs with alumni discounts to learn and grow lifelong

TRAINING CURRICULUM

Introduction Radio Spectrum

Available in days

days after you enroll

Session 1: 4G-LTE Cellular mobile communications, basics for cellular networks, electromagnetic spectrum and radio spectrum, Spectrum regulation Principles (12:31)

Circuit switching Vs Packet Switching

Available in days

days after you enroll

Session 2: Evolution of mobile communication system from 1G to 5G, Handover/Handoff concept and Link budget (121:56)

Long Term Evolution - LTE

Available in days

days after you enroll

Session 3: LTE/Need of the system, 3 major components of LTE network,4G LTE design, FDD/TDD modes, 4G radio access technology, Basics of OFDM (121:54)

LTE Architecture

Available in days

days after you enroll

Session 4: LTE architecture eNB/EPS/MME/SGW/PGW/PCRF/PCEF, LTE interface, interworking with 2G/3G, roaming/charging architecture (87:33)

SSAE/LTE Networking with 2G/3G

Available in days

days after you enroll

Session 5: S3 & S4 Interfaces, S12 interface, SAE/LTE roaming architecture, S9 interface, LTE/SAE interworking with non 3 GPP access (81:54)

LTE Equipment and subsystem

Available in days

days after you enroll

Session 6: LTE equipment and subsystems, various installation types, various 4G vendors (95:35)

Introduction to HSRC, GSM-R

Available in days

days after you enroll

Session 7: Introduction to high speed railway communication, GSM-R overview, GSM-R system description services and limitations (128:58)

LTE for Railways

Available in days

days after you enroll

Session 8: Next Generation System(4G),main drivers next generation railway communication system, LTE-R system description, LTE-R services (78:10)

LTE-R Designing &Possible solution

Available in days

days after you enroll

Session 9: Height of towers/ location of towers/leaky transmission wires, repeaters, Handover/ frequency hopping management/frequency distribution

Case Study – Korean Railway

Available in days

days after you enroll

Session 10: Case study on Korean Railway (57:26)

Training shall cover

LTE OVERVIEW

• THE NEED FOR LTE

• LTE RADIO INTERFACE

• SERVICE ARCHITECTURE EVOLUTION

• SERVICE PROVISION IN LTE

• System Design for LTE

• 4G – LTE ADVANCED AND BEYOND

Choose a Pricing Option

₹15,000

20 hrs self paced certificate course in LTE for Railways & Metro

SELF PACED PROGRAM DESIGNED FOR RAILWAY AND TEELCOM PROFESSIONALS

What you can expect from this training

Basics of Cellular Network

- Frequency Spectrum

- Modes - FDD/TDD/FDMA/TDMA/FDMA+TDMA

- Modulation - FM to QAM

- Circuit Switching vs Packet Switching

- Frequency Reuse & Clustering

Basics of Cellular Network (contd…)

- Evolution of Mobile Communication system from 1G to 5G

- Handover/Handoff Concept

- Link Budget

Long Term Evolution (LTE)

- LTE/Need of the System

- 3Major Components of LTE network

- 4G LTE Design

- LTE FDD/TDD Modes

- 4G Radio Access Technology

- Basics of OFDM/ Resource Block/ Resource Element

Long Term Evolution (LTE) (contd…)

- LTE Architecture eNB/EPS/MME/SGW/PGW/PCRF/PCEF

- LTE Interfaces

Long Term Evolution (LTE) (contd…)

- LTE Interworking with 2G/3G

- Roaming/Charging Architecture

LTE Equipment and Sub-system

- LTE Equipment and subsystem

- Various Installation types

- Various 4G Vendors

High Speed Railway Communications

- Introduction to High-Speed Railway Communication

- GSM-R Overview

- GSM-R System Description, Services & Limitations

LTE for Railways (LTE-R)

- Why to consider Next Generation system (4G)

- Main drivers Next Generation Railway Communication system

- LTE-R System Description (Architecture)

- LTE-R Services

LTE-R Designing & Possible Solutions

- LTE-R Possible solutions (equipment and subsystem)

- Height of the towers/Location of towers/Leaky transmission wires - Repeaters & their power supply arrangement or alternate solution for repeaters - Handover/Frequency hopping management/Frequency distribution

Case Study and Session Closure

- Case Study - Korean Railways

- KPI related to LTE-R (general KPI)

- LTE-R services and used cases

20hr Self Paced Certificate Training Program in LTE for Railways & Metros

Why this course?

TRAINING shall cover

Get one year access with all course upgrades available to you free of cost.

Job Opening Alerts and support to get the dream job in signaling

Get exclusive invites and offers to our upcoming programs with alumni discounts to learn and grow lifelong

TRAINING CURRICULUM

Training shall cover

Choose a Pricing Option

20 hrs self paced certificate course in LTE for Railways & Metro

SELF PACED PROGRAM DESIGNED FOR RAILWAY AND TEELCOM PROFESSIONALS

Let’s keep in touch