Course Pre-requisites
The candidate attending this program should have basic understanding of Transmission, PDH, SDH & IP technologies
Course Summary
- PDH & SDH technologies – PCM, Quantization, E1/T1 & Higher frame structures
- Microwave and Optical fiber communication, LOS concept & Microwave link budget
- Topologies & Applications
- Protection Schemes and Diversity concepts
- IP Concepts & Fundamentals
- IP Telephony, ATM and MPLS Transport Networks
After attending this program, you should be able to
- Understand Transport Network Technologies like PDH & SDH
- Explain Microwave and Optical network configurations and related applications
- Explain advantages & disadvantages of these w.r.t. topologies and application areas
- Understand PDH & SDH Hierarchies and frame structures
- Understand ATM and TCP/IP basic concepts
- Explain the need of ATM & IP transport technologies in next generation networks
Course Details
PDH & SDH technologies
- Introduction & Architecture of Mobile networks
- Wired & Wireless Transmission Systems
- Microwave Radio and Optical systems
- LOS & Link budget in Microwave Radio Systems
- PCM – E1/T1 concepts & Higher Order Multiplexing
- PDH and SDH Technologies – Problems & Solutions
- SDH frame structure
Synchronization, Network Management in SDH
- Synchronization Status Byte (S1)
- Network Distribution of Synchronization Signals
- Synchronization after a Network Failure
- Element Management
- Network Management
Topologies & Protection Schemes
- Various Transmission topologies in Mobile networks
- Diversity Concepts – Space, Frequency, Polarization
- Traffic Protection, Network Restoration & Protection Switching
TCP/IP Fundamentals
- IP Fundamentals
- IP Subnetting
- IP Routing
- TCP/IP & UDP Protocol
ATM Integration
- Brief Overview of ATM
- Mapping of ATM Cells into SDH
MPLS Overview
- MPLS Introduction
- Architecture
- MPLS Label Switching
- MPLS Protocols.
- MPLS protection Approaches.
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