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TRANSMISSION TECHNOLOGIES

FTTx Overview

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Course Objectives:

After completing this course, participants will be able to:
  • Understand traditional access technologies and their performance limitations
  • Appreciate the drivers behind the deployment of NGAN
  • Be familiar with the basic concepts of fiber optics transmission
  • Learn the various different FTTX architectures
  • Recognize the design considerations and key components in an FTTH GPON
  • Comprehend how the Internet has changed our lives and the future concept of the ‘Internet of Everything’

Course Overview:

This is an overview level course which explains how the monumental growth of the Internet challenged Telecoms Service providers to provide Internet access. Early fixed access systems (DSL, Cable, Broadband over Power Line (BPL)) offered instant connection but their limitations were quickly exposed as consumer demand for ‘bandwidth-hungry’ services grew. Next Generation Access Networks (NGAN) have been designed and are now being deployed and the world is experiencing a migration away from DSL, Cable and BPL technologies – to high performance FTTX and FTTH solutions. FTTH is the delivery of services over optical fiber from the Central Office (CO) all the way to a home or business and are replacing traditional systems – widely regarded as THE future-proof fixed broadband option.

Pre-Requisite for Participants:

Basic knowledge of telecommunications transmission principles is desirable.

Who Should Attend??

Telecommunications managers, supervisors, technicians, graduates and apprentices plus other personnel whose work is related to FTTH systems or other professionals who require an insight into FTTH technologies. This course acts as a stepping stone to a number of more advanced level FTTX / FTTH courses.

Course Duration:

3-day

Course Outlines:

  • Copper access network
  • The growth of the Internet
  • ‘Triple-play services (high speed Internet, VoIP, IPTV)
  • Traditional fixed broadband solutions (DSL, Cable, BPL)
  • Mobile broadband solutions
  • The need for Next Generation Access Networks (NGAN’s)
  • Evolution of fixed access networks
  • Basic principles of fiber optics transmission
  • Advantages of fiber optics transmission
  • FTTX solutions (FTTN, FTTC, FTTB)
  • What is FTTH?
  • Design considerations of an FTTH network
  • FTTH GPON loss budget
  • FTTH GPON (OSP and key components)
  • FTTH GPON technologies (WDM, TDMA, Broadcast)
  • FTTH GPON Customer installation
  • The Internet of Everything

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COURSE ENQUIRY

BASIC TRAININGS FOR PROFESSIONALS

    IP, ETHERNET, MPLS / TRAFFIC ENGINEERING

      NETWORK SECURITY

        SDN NFV / DATA CENTRE TECHNOLOGIES

          DATA ANALYTICS

            IPTV, OTT MEDIA TECHNOLOGIES

              Business & Project Management

                CERTIFICATION PROGRAMMES

                  5G Technologies

                    LTE / 4G Technologies

                      INTERNET OF THINGS (IoT)

                        SIP / IMS / ROAMING

                          TRANSMISSION TECHNOLOGIES

                            FIBER OPTICS COMMUNICATIONS

                              Network QoS & Optimization

                                NETWORK OPERATIONS & SUPPORT

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