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TRANSMISSION TECHNOLOGIES

FTTx Planning, Design and Implementation (ODN)

Course Overview

fttx planning

FTTx refers to fiber links being laid as far as the cabinet (FTTC) or as far as the building (FTTB) whilst FTTH describes connections all the way to the home itself.

This course describes the different FTTx architectures, highlighting the advantages and disadvantages of the various solutions.

The key planning, design and construction rules of Optical Distribution Networks (ODN) are explored. Network Operations and Maintenance challenges are described.

A number of case studies are considered and there is the opportunity for participants to participate in practical work that include the design of network in different scenarios, and the preparation of business case for Cost Benefit Analysis.

OTDR, Optical Power Meters, Optical Source (OLTS) and Fusion Splicing will be used for Lab Work.

Duration and Training Format

3 days Instructor-led with Exercise

Target Audience

Designers, Planners, Senior Engineers, Project Mangers, Field Engineers, Quality Control Engineers, and for junior staff considered for elevation

Practical Work

Design of network in different Scenarios, Preparing Business case for Cost Benefit Analysis

Lab Work

OTDR, OPM, Optical Source (OLTS), Fusion Splicing

Course Outlines

FTTX: An Overview

  • Evolution of G- PON Technology and Standards
  • Access Migration: FTTC, FTTB, FTTH/P
  • Ethernet PON, BPON
  • Wireless, Broadband, Copper
  • Ethernet , Point to Point
  • GPON architecture and working principles
  • WDM/DWDM PON
  • Single core and double core Access Network

Optical Layer

  • Introduction of optical layer
  • Optical Fiber in Transport
  • Optical Fiber in Access
  • Connectors and Splices
  • WDM Devices and Optical Filters
  • Passive Optical Splitters
  • Power Budget
  • Coexistence
  • Optical Transmitters
  • Optical Receivers
  • G-PON Transceiver Modules
  • Optical Amplifiers
  • Reach Extension
ODN Components

  • OFC Underground, Aerial/overhead, Indoor, Outdoor
  • ODF types
  • Centralized Splitters
  • Cascaded Splitters
  • Merits and demerits of centralized and cascaded splitter
  • Feeder Cable
  • Distribution Cable
  • Drop Cable
  • Aerial cables
  • In-house cables and In-house Cabling
  • In-house cabling reference model
  • Building entry point (BEP)
  • Floor distributor (FD)
  • Joint Box : Types and Locations
  • Outdoor Cabinets
  • Connectors and Rosettes
  • Distribution Closure
  • Drop Closure
  • ONT and different types
  • ONT Box with accessories
  • ODF
  • Racks and internal Cabling
  • Micro ducts and micro cables
  • Labelling and Tagging best practices for ODN Components
Planning, designing and Dimensioning of ODN

  • Getting Started
  • Project Planning
  • Detailed Planning
  • Cost Benefit Analysis, Payback period and ROI at Project level
  • Network Architecture – Pt to Pt, Pt to MP
  • Centralized Splitters
  • Cascaded Splitters
  • Merits and demerits of centralized and cascaded splitter
  • Feeder Cable
  • Distribution Cable
  • Drop Cable
  • Copper, Fiber or Wireless
  • Choosing OLT/Transmission Equipment
  • Planning the Route(s)
  • Choosing Components for Outside Plant Installations
  • Choosing Components for Premises Installations
  • The Link Power Budget
  • Protection/Diversity
  • Documentation/ Database
  • Planning for the install
  • Developing a Test plan
  • Planning For Service Restoration
  • Choosing a Contractor
  • Managing the Project
  • Maintaining the Network- Proactive approach and Trouble shooting
  • Network planning for green field, Brown field, Backhauling
  • Cabling Standards
Service Provision and OAM

  • Cable Termination at premises
  • CPE Installation
  • Service provisioning and service validation
  • Service Testing
  • Trouble shooting
Audio Visuals for

  • Cable Laying
  • Cable Jointing
  • Joint Boxes
  • Mechanical Splicing
  • ODF Installation etc.

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