Certified Microwave and Link Planning Professional

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Certified Microwave Communication Professional Training Course

Course Name:

Certified Microwave Communication Professional Training

Course Duration:

4 Weeks Course

Total Credit Hours: 24 (6 Hours per Week)

Course Objectives:
At the end of this course the student will understand the essentials of Transmission engineering and will be able to design and manage microwave networks. This course is designed to teach students the essence of microwave path planning.

The students will also learn how to design paths that will not suffer from interference, or disturb other radio systems in the vicinity.

Course Overview:
This training course provides the student with a strong background in the area of planning telecommunication transmission networks using modern Radio-relay Digital Microwave radio.

The course covers in detail all the important aspects of radio propagation, starting from free-space loss and absorption loss, followed by statistical analysis of various phenomena impairing radio reception process - rain, multipath fading (both flat and selective), K-factor variation and ducting.

The introductory part of the course also reviews basic parameters of the microwave radio systems, antenna, transmission lines and all other auxiliary equipment used during implementation of microwave radio-relay sites.

Classroom discussion of all the above topics will be complemented by interactive student exercises. The course concludes with a guide to several ITU-T/ITU-R references, students can access for additional information.

Key Benefits:
The person who will attend this course;

He will understand why a certain link or network is not functioning as per performance specifications and will be able to successfully resolve them.
He will be able to select the best component for the network.
He will have the knowledge to optimize and improve the network performance and quality.

Pre-Requisites for Participants:
Basic understanding of telecommunication is needed.

Who Should Attend?
This course is suitable for telecommunications professionals, including transmission engineers, network planners and technical project managers who are involved in the area of planning, deployment, commissioning or operation of modern Radio-relay Digital Microwave Radio. Individuals interested in microwave communication systems are also welcome.

Course Contents:

Digital Microwave Communication Overview

What is Microwave?
Microwave Vs Fiber Optics
Microwave History
Digital Microwave Communication
Microwave Frequency Band Selection
RF Channel Configuration
Digital Microwave Communication Modulation
Microwave Frame Structure

Digital Microwave Communication Equipment

Microwave Equipment Category
Trunk Microwave Equipment
All Outdoor Microwave Equipment
Split Mount Microwave Equipment
- Installation
- Outdoor Unit (ODU)
- Indoor Unit (IDU)
- Microwave Antenna
- Antenna Adjustment

Digital Microwave Networking and Application

Networking modes of Digital Microwave
Types of Digital Microwave Stations
Relay Stations
Active Relay station
- Radio Frequency relay station
- Regenerator relay station
Passive Relay Station
- Parabolic reflector passive relay station
- Plane Reflector Passive Relay Station
Application of Digital Microwave

Microwave Propagation

Key Parameters in Microwave Propagation
- Fresnel Zone

Fresnel Zone Radius
Clearance

Factors Affecting Microwave Propagation
- Terrain
- Atmosphere
Types of Fading in Microwave Propagation
- Free Space Transmission Loss
- Absorption Fading
- Rain Fading
- K-Type Fading

Atmosphere refraction
Microwave Propagation
Equivalent earth radius
Up and Down Fading
Frequency Selective Fading
Flat Fading

Multipath Fading

Duct type Fading
Scintillation Fading

Anti Fading Technologies

Frequency domain equalization
Time domain equalization
Automatic transmit power control (ATPC)
Cross-polarization interference cancellation (XPIC)
Diversity technologies
- Frequency diversity
- Space diversity
- Some useful Anti-fading tips
Protection Modes of Digital Microwave Equipment

Designing Microwave Transmission Links

Basis of Designing a Microwave Transmission Line
Requirement on a Microwave Transmission Line
Link Budgeting Calculations for various microvawe system
System Operation Margin
Fresnel Zone Clearance
Free Space Loss
EIRP
Remote Antena Tilting
Power Over Ethernet
Procedure for Designing a MicrowaveTransmission Line
Path Profiler

Installation Testing & Commissioning Exercises

Site Survey
Path Profile & Link Budgeting
Antenna Installation
ODU Installation
IDU Installation
Equipment Grounding
IDU & ODU Configuration
Antenna Alignment
Link Testing
- RSSI
- BERT (E1 Analysis)
- Loopbacks
- IP , Ethernet over Microwave
Commissioning

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