www.eaglephotonics.com
Products
Advance Search
 
Training- 3 Days

Professional Training Program on fundamentals of Fiber Optics

(Fiber Optics, Optical Communication & Networking with hands on Experience)

Day – 1


Overview of Communication Technologies

  • Introduction to Fiber Optics
  • Concept of Modes : SMF, MMF
  • Principles of Optical Transmission
  • Concept of Dispersion-Modal, Material, waveguide
  • Different types of Losses – Radiation, scattering
  • Micro-bending & Macro – bending Loss
  • Optical Fiber Cables
  • Overview : Types – OPGW, Corrugated, Arial, Ribbon, Non-Corrugated, etc


    Optical Transmission Link


  • MUXs and OLTEs
  • SDH & PDH
  • Concept of Hierarchy
  • Understand Optical Transmission, laser / detector
  •  

     

    Day – 2

  • Splicing & Connectorisation
  • Elements of Fiber optic link
  •  

     

     

     

     

     

  • FMS, Straight, termination & branch joint closure, DDF, FDF, Branching, Termination, Patch cords, Pigtails and Cord cables, OFC laying & Networking
  • Precautionary measures to be taken in the field during networking
  • Trenching Direct burial system & Blowing, Demo & hands on Splicing
  • Installation of system
  • Demo of different components & Connectorisation
  •  

    Day – 3

  • Test & Measurements
  • Loss - dB/dBm
  • Db
  • Splice & Link Loss
  • Power & Laser Source test
  • Fundamentals of OTDR, Link Loss Budget
  • Other test – Mechanical, waterproof etc
  • OTDR, Laser & Power meter
  • Demo & Hands on
  • New Trends
  • Different types of Optical Fiber
  • G652 – G655, NZ-DSF, Leaf fiber and PM fiber
  • Concept of DWDM
  • Components of DWDM
  • Fiber Bragg Grating, EDFA, ADM
  • Importance of PMD & its measurement
  • Professional Training Program On DWDM

    Day – 1


    Fundamentals of Fiber Optics

  • Concept of modes
  • Loss
  • Dispersion
  • Windows for Telecommunication
  • Types of fibers
  • Fundamentals of optical communication
  • Basic Concepts, Sources / detector
  • Multiplexing Technologies – (TDM & FDM)
  • Optical Communication: Components & Systems

  • OLTE, PDH & SDH, MUX, Regenerators

  • SDH – Add/drop & Cross – Connect
  • TDM: Advances & Limitations

  • Concept of DWDM

  • WDM, CWDM & DWDM
  • Systems for DWDM Networks
  • Elements of WDM link
  • Regenerators
  • Optical amplifiers
  • Optical Add/drop MUX
  • Optical Cross – Connect
  • 3R

  • Day – 2


  • Components for DWDM
  • Optical Amplifiers
  • SOA & doped fiber Amplifiers
  • EDFA
  • Raman Amplifiers
  • Optical active components
  • Transmitters & receivers
  • Optical passive components
  • MUX / DEMUX
  • Isolators
  • Circulators
  • Day – 3


  • Attenuators
  • Fiber Bragg grating
  • Different types of fibers : DSF, NZDSF, DCI
  • Polarization Maintaining fiber
  • DWDM – Test & Measurements
  • Polarization Mode dispersion (PMD)
  • Chromatic dispersion
  • Non-linearity
  • BER – Measurement techniques

  • Fundamentals of Optical Networking
    & General

  • idea about networks
  • Data & Voice, LAN WAN & MAN
  • Point to point Star ring & Mesh
  • Concept of layers – OSI Model, DWDM in OSI layer
  • Optical layers – IP, SONET & ATM Over DWDM
  • Optical network planning.
  • Use of Simulation Software.
  • Case Studies of Design.
  • DWDM Network Design & Importance of Design.
  • Use of Simulation Software

  • Advances in DWDM

  • Technologies to achieve high speed – TDM +WDM latest
  • experiments in DWDM
  • Standards for DWDM – ITU-T Grid, C&L bands
  • Futuristic Components for DWDM
  • Tunable laser, Multi frequency lasers, wavelength
  • converters, MEMS Switch
  • Tunable filters, Transponder, AWG
  • Futuristic Technologies
  • Data-IP over DWDM, Forward Error Correction (FEC),
  • Digital Wrapper
  • Multi Protocol Label Switching (MPLS), Soliton     Propagation
  •