Cellular / Mobile Network Fundamentals

Cellular / Mobile Network fundamentals

What you'll learn

Cellular Access Network Architecture

Mobile Sites Types

Main Components of Mobile sites

Telecom Structure for Mobile Sites

Transmission Methods in Mobile Network

Electromagnetic wave definition and Microwave Antenna Polarizations

The Amplitude of EM wave

The frequency of EM wave

The wavelength of EM wave

The relation between frequency and wavelength

The Modulation

Microwave Fading definition , types and methods to minimize

Microwave Links Fade Margin

Quadrature Amplitude Modulation (QAM)

Automatic Modulation and coding (ACM)

Frequency interference in Microwave links

Microwave Link Protection N+N

Optical Fiber Definition , modes and connectors types

What the Antenna ?

Antenna Gain dBi

Antenna Radiation Patterns

Antenna Beam width

Antenna Bandwidth

Voltage Standing Wave Ratio "VSWR"

Radio Antenna Types and Tilt

Mobile Sites Sectors

Mobile downlink and uplink definition

dBm in Cellular Network

DC Power Source for Mobile sites

AC Power Source for Mobile Sites

Mobile Operation team structure

The Mobile Sites Priorities

The Alarms Types and severities

Maintenance types of Mobile sites

The Response and Resolution Time and SLA for the Mobile Network Incident's

Alarm Resolution Time SLA

The Safety in Mobile Sites

The Spares parts in Mobile Network

Operation and performane reports

Incident Report Template

Incidents Report and Tracker

I will be on Touch with the students for any questions or recommendations after the course as well

Requirements

Suitable for all levels of engineers and no tools or software's needed, you will learn everything you need.

Description

This course will explain in detail and navigate you in the world of Cellular network and let you expert to implement or operate any Cellular network and succeed in the job interview, it is suitable for all levels of engineers and no need for any tools or software to let you learn everything.Course Contents: -Cellular Access Network ArchitectureMobile Site typesMain components of Mobile Sites Telecom Structure of Mobile SitesTransmission Methods in Mobile NetworkElectromagnetic wave definition and Microwave Antenna PolarizationsThe Amplitude of EM wave The wavelength of EM wave The frequency of EM wave The relation between frequency and wavelength The Modulation Microwave Fading definition, types and methods to minimizeMicrowave Links Fade MarginQuadrature Amplitude Modulation (QAM)Automatic Modulation and coding (ACM)Frequency interference in Microwave links Microwave Link Protection N+NOptical Fiber Definition, modes and connector types What the Antenna?Antenna Gain Antenna Radiation patterns Antenna Beam width Antenna Bandwidth Voltage Standing Wave Ratio "VSWR"Radio Antenna Types and TiltMobile Sites SectorsMobile downlink and uplink definitiondBm in Cellular Network AC Power Source for Mobile sites DC Power Source for Mobile sitesMobile operation team structure Mobile sites priority Mobile sites alarm types Mobile sites alarm severity Maintenance types of Mobile sites Fault Response and Restoration Times in Mobile SitesAlarm Resolution Time SLAMobile sites safetySpare parts in Mobile network Operation and performance report Incident report template TT and incidents tracker template

Overview

Section 1: Cellular Access Network Architecture

Lecture 1 Cellular Access Network Architecture

Section 2: Mobile Sites Types

Lecture 2 Mobile Sites Types

Section 3: Main Components of Mobile sites

Lecture 3 Main Components of Mobile sites

Section 4: Telecom Structure for Mobile Sites

Lecture 4 Telecom Structure for Mobile Sites

Section 5: Transmission Methods in Mobile Network

Lecture 5 Transmission Methods in Mobile Network

Lecture 6 Electromagnetic wave definition and Microwave Antenna Polarizations

Lecture 7 Amplitude of EM wave

Lecture 8 Wavelength of EM wave

Lecture 9 The Frequency of EM wave

Lecture 10 The relation between the frequency and wavelength

Lecture 11 The Modulation

Lecture 12 Microwave Fading definition , types and methods to minimize

Lecture 13 Microwave Links Fade Margin

Lecture 14 Quadrature Amplitude Modulation (QAM)

Lecture 15 Automatic Modulation and coding (ACM)

Lecture 16 Frequency interference in Microwave links

Lecture 17 Microwave Link Protection N+N

Lecture 18 Optical Fiber Definition , modes and connectors types

Section 6: Antenna

Lecture 19 What The Antenna

Lecture 20 Antenna Gain dBi

Lecture 21 Antenna Radiation patterns

Lecture 22 Antenna Beam width

Lecture 23 Antenna Bandwidth

Lecture 24 Voltage Standing Wave Ratio "VSWR"

Lecture 25 Radio Antenna Types and Tilt

Lecture 26 Mobile Sites Sectors

Lecture 27 Mobile downlink and uplink definition

Lecture 28 dBm in Cellular Network

Section 7: Power Source for Mobile Sites

Lecture 29 AC Power Supply

Lecture 30 DC Power Source

Section 8: Mobile Operation team structure

Lecture 31 Mobile Operation team structure

Section 9: Mobile Sites priority

Lecture 32 Mobile Sites priority

Section 10: Mobile Sites alarms types

Lecture 33 Mobile Sites alarms types

Section 11: Mobile Sites alarms severity

Lecture 34 Mobile Sites alarms severity

Section 12: Maintenance types of Mobile sites

Lecture 35 Maintenance types of Mobile sites

Section 13: Fault Response and Restoration Times in Mobile Sites

Lecture 36 Fault Response and Restoration Times in Mobile Sites

Section 14: Alarm Resolution Time SLA

Lecture 37 Alarm Resolution Time SLA

Section 15: Mobile Sites Safety

Lecture 38 Mobile Sites Safety

Section 16: Spares parts in Mobile network

Lecture 39 Spares parts in Mobile network

Section 17: Operation and performance reports

Lecture 40 Operation and performance reports

Section 18: Incident Report Template

Lecture 41 Incident Report Template

Section 19: TT or incident tracker template

Lecture 42 TT or incident tracker template

All level of Engineers who want to succeed in Job interview