Microwave_Transmission_Planning

Microwave Transmission Planning (Corporate Only)

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Course Duration: 32 Hours
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Overview 

This training provides in-depth knowledge of technological aspects of transport networks deployed in mobile networks. It gives detailed understanding of planning of radio elements of a microwave link against a performance requirement and to be able to predict the performance of the link that had been planned. Hands-on exposure to participants enables them to independently plan and validate the microwave transmission network.

Product Description

Basic understanding of transmission communication technologies and having relevant industry experience in RF or BSS domains

  • Fundamentals of Microwave Communication
  • Antenna Characteristics
  • Transport Technologies
  • Transmission Planning Process
    • LOS Survey
    • Link Design
    • Link Budgeting
    • Frequency Planning
    • PCM (E1’s) Planning
    • Material Planning
  • Microwave Communication Installation
    • System Components
    • Protection Techniques
    • Antenna Polarization
    • Antenna Alignment
    • Overview of Microwave Products
    • Commissioning
  • Microwave Planning on PathLoss 4.0

Transmission_Planning_Microwave

  • Explain the radio spectrum applications and fundamentals of micro wave communication
  • Understand the antenna characteristics used in microwave communication
  • Explain the significance of the Fresnel zone in relation to path clearance and antenna height
  • Distinguish the various technologies used in microwave communication
  • Conduct the LOS survey in the field
  • Perform link budget and path profile calculations in the design of a fixed microwave link
  • Plan the frequencies, E1’s and material required for microwave link
  • Microwave Worksheet Configuration and Introduction of Pathloss 5.0
  • Know the microwave communication link installation and commissioning

Fundamentals of Microwave

  • Introduction
  • Wired & Wireless Communication
  • Radio Spectrum
  • Radio Wave Propagation and its characteristics
  • Reflection, Refraction, Diffraction
  • Fading
  • Fade Margin
  • Diversity
  • VSWR

Antenna Characteristics 

  • Basic Antenna Types
  • Antenna Gain and EIRP
  • Front to Back Ratio
  • Beam Width
  • Polarization
  • Fresnel Zone
  • Path Clearance and Antenna Height

Transport Technologies 

  • PDH
  • SDH
  • ATM
  • IP
  • DWDM

Transmission Planning Process

  • LOS Survey
  • Constraints associated with LOS Survey
  • Survey Report
  • Survey Equipment carried by Surveyor
  • Survey Process
  • Link Design
  • Link Budgeting
  • Frequency Planning
  • Interference Planning
  • PCM(E1’s) Planning
  • Priority Planning
  • Traffic Planning
  • Material Planning
  • BoQ Planning

Microwave Communication Installation

  • Microwave Communication System Components
  • Protection Techniques
  • Microwave Antenna Polarisation
  • Antenna Alignment
  • Overview of various Microwave Products
  • Nokia Flexi Hopper
  • Huawei RTN 600/Huawei RTN 910
  • NEC Pasolink
  • Commissioning Demo on Nokia Flexi Hopper (PDH MW Radio) & NEC (SDH MW Radio).

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