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35 - FBR - Fiber Optics and Related Technologies


FBR 115 - Fiber Optic Network Design and Maintenance (10 Days)

Code Start Date Duration Venue Fees
FBR 115 12 December 2020 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 09 January 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 06 February 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 06 March 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 03 April 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 01 May 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 26 June 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 24 July 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 21 August 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 18 September 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 16 October 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 13 November 2021 10 Days Istanbul $ 8900 Registration Form Link
FBR 115 11 December 2021 10 Days Istanbul $ 8900 Registration Form Link
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Course Description

The steadily growing need in transference range in communication systems has far excelled the expectations of the past and has changed the demands for future net structures radically. The new technologies which are installed today in the participant-access area as well as in the Wide Area Network technology (Long Distance) correspond to these new demands. This program provides the topical state of the technology and an overview about the measuring methods in the different optical systems. Participants in this workshop will learn to perform the measurements needed to install and maintain optical links. The major aim of the workshop is to learn how to use and maintain the instrument to obtain optimum results as quickly and efficiently as possible.

Course Objectives

  • Understanding the different telecommunication technologies
  • Being familiar with the fundamentals of Fiber Optic Networks
  • Learning the advantages and disadvantages of using Fiber Optic Networks
  • Learning how to operate, troubleshoot, and maintain Fiber Optic Networks

Who Should Attend?

  • Managers
  • Technicians
  • System analysts
  • Design engineers
  • Telecommunication professionals

Course Details/Schedule

Day 1

  • Introduction
  • Typical Lightwave System
  • Lightwave Sources
  • Lightwave Detectors
  • Optical Fiber
  • Fiber Drawing Process
  • Fiber Geometry (Multimode, Single Mode)
  • Optical Loss
  • Fiber Parameters
  • Product Terms

Day 2

  • Cable /Fiber Identification
  • OSP Cable Design (ODF)
  • Outside Plant Cable Splices
  • Building Cables
  • Building Cable Connectors (pigtail, patch cord)
  • Fiber Optic Splicing
  • Mechanical Splicing
  • Hands- On Mechanical Splicing
  • Fusion Splicing

Day 3

  • Description of the Fusion Machine
  • Console Panel
  • Procedures for Splicing
  • Correct Placement of Fiber in Splice
  • Closure
  • Splice Tray
  • Splicing Set Up Job Aid

Day 4

  • Heat Shrink Protective Sleeve
  • Splice Inspection and Tensile
  • Strength Test
  • Replacement of Electrodes and
  • Cleaning Objective Lenses
  • ARC Settings
  • Hands- On Fusion Splicing
  • Introduction To Fiber Optic Testing
  • Fiber Handling

Day 5

  • Safety
  • Cleaning
  • Fiber Cleaning Resources
  • Fiber Care
  • Technical Specifications
  • Proper Fiber Handling, Cleaning &
  • Inspection Techniques
  • Analyzing Endface
  • Fiber testing Resources
  • The Need For Basic Testing
  • Visual Fault Locator(VFL)

Day 6

  • Optical Time Domain Reflectometer (OTDR)
  • Optical Power Meter (OLP)
  • Optical Light Source (OLS)
  • Fiber Cleaning Kit
  • Associated Connectors and Adaptors
  • Performing Basic Fiber Test with Basic Instruments ( VFLs, Light Source, Power Meters)

Day 7

  • Optical Insertion Loss
  • Optical Return Loss
  • Optical Receiver Sensitivity
  • Advanced Fiber Optic Testing Using OTDRrs
  • Theory and Use of An OTDR
  • Single Wavelength Systems

Day 8

  • OTDR Event Definition
  • OTDR Trace Informatıon
  • Fiber End Location
  • Event Dead Zone
  • Dynamic Range
  • Attenuation Dead Zone
  • Acquisition Time
  • Pulse With and How It Affects
  • Dynamic Range
  • Launch Cable
  • Storing Traces, Naming Traces
  • and Transferring Traces to PC

Day 9

  • Station - Preparation
  • OTDR Setup
  • Use of Launch Cables
  • Dual Wavelength Testing
  • Measure Fiber Length
  • Bidirectional Testing
  • Measure Total Fiber Link Loss

Day 10

  • Station - Location
  • Fiber Breaks
  • Microbends
  • Macrobends
  • Splice Gain
  • Ghosts
  • Bad Splices
  • Fusion Splices
  • Mechanical Splices
  • Bad Patch Panel Connections