Professional Fiber Optic Installation Training Course and Workshop in Bangalore, Mysore, Chennai, Hyderabad, Pune, Mumbai, Delhi, Noida, Gurgaon, Kolkata

In Professional Fiber Optic Installation training course, you will learn the basic skills required to install fiber optic cables, connectors, and splices. You will be able to achieve the three goals of installation: low power loss, low installation cost, and high reliability. In addition, you will develop advanced connector installation skills to achieve consistent low loss, low cost, and high reliability in the field.

By attending Professional Fiber Optic Installation workshop, delegates will learn:

Installing cables without damage
End preparation of both loose and tight tube cables
Installing low loss and reliable multimode
Inspecting connectors to determine installation quality
Installing low loss fusion and mechanical splices
Proper testing of insertion loss and OTDR
Calculation of acceptance values for all tests
Certifying and troubleshooting installed links for maximum reliability

This Professional Fiber Optic Installation class is recommended for Data network or SAN installers, military data specialists, network technicians, PON technicians, installation supervisors, network supervisors, security system installers, and CATV installers.

Overview Of Networks

Topologies
Components
The Fiber Network

The Language Of Light

Three Descriptions Of Behavior
Seven Properties
- Wavelength
- Spectral Width
- Index of Refraction
- Power
- Reflection
- Numerical Aperture
- Refraction
- Dispersion

Fiber

Three Structural Regions And Functions
Three Types
Two Performance Specifications
- Dispersion
- Attenuation

Cable

Structure
Types
Installation Specifications
Environmental Specifications

Cable Installation Rules

Environmental Limits
Installation Limits
Cable Placement
Planning And Management Issues
Safety Issues
End Preparation

Connectors

Function
Structures
Specifications
Features
Types
Installation Methods

Principles Of Connector Installation

Adhesive Use
Crimping
Polishing
Cleaning
Cleaving

Connector Inspection

Inspection Criteria
- Core
- Cladding
- Ferrule Surface

Splices

Locations
Type Options
Structure
Specifications

Testing Principles

General Principles
TIA/EIA-568 B Requirements
Insertion Loss Testing
Optical Time Domain Reflectometry
- Theory
- Three Typical Traces
- Measurement Methods
  - Length
  - Connection Loss
  - Attenuation Rate
Reflectance

Optoelectronics

Design Concerns
Light Sources And Detectors
Specification Options
- Optical Power Budget (Available)
- Minimum Required Loss
- Wavelength
- Spectral Width
- Connector Type

Hardware

Functions
Types

Certification For Maximum Reliability

Certification With Maximum Loss Values
- Advantage
- Disadvantage
Develop Certification Strategy For Maximum Reliability
- Acceptance Values for 850 nm Premises Riser Network

Network Certification And Troubleshooting

Calculate Acceptance Values
- Insertion Loss
- OTDR
Perform Insertion Loss Test
Perform OTDR Tests
- Length
- Connector Loss
- Attenuation Rate
- Uniformity of Segment
- Determine Location of Defective Installation
Recognize Proper Cursor Placement
Interpret OTDR Traces

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Professional Fiber Optic Installation

COURSE AGENDA