Certified SDH Professional

JT SlideShow Module v1.5.1

Certified SDH Professional Training Course

Course Name:

Certified SDH Professional

Course Duration:

4 Weeks Course

Total Contact Hours: ( 24 Hours)

Course Objectives:
At the end of this course the student will understand the essentials of SDH as a transmission technology and will be able to design and manage SDH backhaul networks. This course is designed to teach students the essence of SDH networks planning.

The students will also learn how to design protection paths that is only not dependant upon single node either forward or backward path.
Course Overview:
This training course provides the student with a strong background in the area of planning telecommunication transmission networks using modern SDH transmission nodes and paths.

Key Benefits:
The person who will attend this course;

He will understand how a transmission link or network is planned as per optimized criterion.
He will be able to select the best component for the transmission network.
He will have the knowledge to optimize and improve the network performance and quality.

Pre-Requisites for Participants:
Basic understanding of telecommunication and transmission hierarchies required.

Who Should Attend?
This course is suitable for telecommunications professionals, including transmission engineers, network planners and technical project managers who are involved in the area of planning, deployment, commissioning or operation of modern SDH transmission scenarios. Individuals interested in backhaul transmission systems are also welcome.

Course Contents:

SDH Fundamentals:

1: SDH Overview

SDH Overview Introduction
Plesiochronous Digital Hierarchy ( PDH)
Standard Bit Rates in PDH
Tributary Access in PDH
Disadvantage of PDH
Why SDH
Characteristics of SDH
Synchronization in SDH Networks
Advantages of SDH Networks
Disadvantages of SDH Networks

2: SDH Fram Structure & Multiplexing Methods

SDH Frame Introduction
Bit Rate Calculation
Path, Regenerator & Multiplex sections
Frame structure
Frame Transmission Sequence
Multiplexing Structure & Procedure
Multiplexing 140/34/2 Mbps signal into STM-1
Calculating the time slot number

3: Overheads

Overheads
Classifications of overheads
Sections & Path overhead

4: Pointers

Pointers introduction
Floating VC-4
Administrative unit Pointer
Negative & Positive Justifications
AU-PTR Structure
Tributary Unit Pointer
TU-PTR Structure

5: Logical composition of SDH Network

Logical composition of SDH Network
Common Network Elements
Logical Functional Blocks of SDH Network

SDH Networking

6: Network Topology Structure

Topology Introduction
Classification of Topology structures
Sub Networks

7: Protections

Introduction to Protection
Types of Protections ( 1:1 ) or (N:1)
Path Protection
Multiplex Section Protection
Sub-network connection Protection

8: Timing & Synchronization

Synchronization modes
Standardized clock levels
Clock automatic protection switching
Clock protection protocol
Timing loops & Clock ID

9: Network management

TCP/IP & ECC
Network Element ID & IP
Backup Gateway NE
Extended ECC

10: Work Examples

Work on live SDH nodes
Comparative analysis of different vendor equipments
How to choose required SDH equipment.
Commonly used SDH equipment and Topologies in the field

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