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36 - FBR - Fiber Optics and Related Technologies


FBR 301 - Huawei SDH Systems

Code Start Date Duration Venue
FBR 301 22 August 2022 5 Days Istanbul Registration Form Link
FBR 301 17 October 2022 5 Days Istanbul Registration Form Link
FBR 301 12 December 2022 5 Days Istanbul Registration Form Link
Please contact us for fees

 

Course Description

The SDH (Synchronous Digital Hierarchy) network is a highly popular international standard used for its high speed data transfer of the telecommunication and digital signals. In late’ 80s the ITU-T defined this new digital transmission standard based on the USA standard Synchronous Optical Network (SONET). Throughout this course, participants will learn all basic concepts in order to be able to interact with experts and being familiar with the technical documentation necessary for the specific Huawei SDH System transmission’s comprehension

Course Objectives

  • Understanding advantages and drawbacks of Huawei SDH System transmission
  • Being familiar with Huawei SDH operation principles with emphasis on practical aspects
  • Understanding the SDH frame structure, pointer justification mechanism, overhead and multiplexing schemes
  • Learning techniques for broadband data transport over SDH (ATM, IP, VCAT, LCAS, GFP, GbE)

Who Should Attend?

  • Technical personnel of telecommunications operators
  • Service providers and equipment suppliers
  • Network planners, hardware and software designers
  • Marketing and product managers

Course Details/Schedule

Day 1

  • Basic Optical Communications Technology (HC)
  • SDH Principles (HC)
  • SDH Frame Structure and Multiplexing
  • SDH Overhead and Pointers
  • Logical Function Modules
  • Networking and Protection

Day 2

  • WDM Principles (HC)
  • Overview of WDM
  • Key WDM Technologies
  • ITU-T Compliance
  • WDM Principles (HC)
  • OTN Principles (HC)
  • Overview of OTN
  • OTN Interface Structure

Day 3

  • Overview of LAN
  • Ethernet Principles
  • About Ethernet QoS
  • Overview of EoS
  • Overview of VLAN
  • Ethernet Technologies (HC)
  • Packet Switch Principles (HC)

Day 4

  • IP Addressing
  • QinQ Technologies
  • MPLS Technologies
  • PWE3 Technologies
  • Packet Switch Principles (HC)
  • OptiX SDH Equipment Hardware (HC)
  • Cabinets and Subracks

Day 5

  • SDH Networking and Self-Healing Protection (HC)
  • Linear MSP
  • Two-Fiber MSP Rings
  • Four-Fiber MSP Rings
  • SNCP