Network Design & Troubleshooting

HBF IT EDUCATION SERVICES
In Bangalore

Price on request
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Important information

  • Course
  • Bangalore
  • Duration:
    1 Day
Description

Important information
Venues

Where and when

Starts Location
On request
Bangalore
#70/1, 2nd Floor, Dr.Brownamma Towers 2nd Cross, Mission Road, CSI Compund, Opp: HCG Hospital, 560027, Karnataka, India
See map

Course programme

Program Study Module
Section 1
Preface to Communication System

* Contemporary System development
* Synchronous Digital pecking order
* Traditional Legacy System in addition to Communication
* Next Generation System in addition to Communication
* Competing center technology
* Carrier-Based Ethernet
* Pseudo Wires

Section 2
Options for Layer 2 Virtual Circuits

* Leased Lines in addition to IP VIRTUAL PRIVATE NETWORKS
* Frame Relay border arrangement in addition to Quos
* ASYNCHRONOUS TRANSFER MODE expressions, interface in addition to version Layers
* ASYNCHRONOUS TRANSFER MODE Layered orientation mock-up
* ITU-T as well as ASYNCHRONOUS TRANSFER MODE Forum connection
* Peer-to Peer-Model - MULTIPROTOCOL LABEL SWITCHING
* Mapping ASYNCHRONOUS TRANSFER MODE Cells into SYNCHRONOUS DIGITAL HIERARCHY
* MULTIPROTOCOL LABEL SWITCHING as well as ASYNCHRONOUS TRANSFER MODE Terminology
* MULTIPROTOCOL LABEL SWITCHING Shim Header
* Architecture of as well as motivation for MULTIPROTOCOL LABEL SWITCHING-based IP-Virtual Private Networks

Section 3
Carrier-Based Ethernet in addition to communiqué system

* Merits in addition to Demerits of Ethernet
* Metro Ethernet Forum
* Carrier-Based Ethernet Intervention
* Virtual Bridged Local Area Network
* IEEE 802.1
* IEEE 802.3
* Gigabit Ethernet
* Frame Size in addition to Segment extent
* Gigabit Ethernet process
* Ethernet Technologies as well as Protocols

Section 4
Synchronous Digital Hierarchy

* Next Generation System in addition to announcement
* The Synchronous Digital Hierarchy
* Layered arrangement
* System nodule interface
* SYNCHRONOUS DIGITAL HIERARCHY Functional process
* Multiplexing structure
* Payload option
* Mapping Transport structure into the VC-4
* Primary Level Payload map in addition to Pointer
* The STM-N Signal
* Section Overhead
* Trail Termination function
* Tas well asem Connections in addition to Tas well asem Connection checking
* Circuit deposit Payloads in addition to STM Payload
* Synchronous Multiplexer
* Terminal Multiplexer
* Add as well as Drop Multiplexers
* SYNCHRONOUS DIGITAL HIERARCHY Digital Cross-Connect System
* SYNCHRONOUS DIGITAL HIERARCHY Digital Radio-Relay System
* Access SYNCHRONOUS DIGITAL HIERARCHY
* SYNCHRONOUS DIGITAL HIERARCHY Management Functional Area
* SYNCHRONOUS DIGITAL HIERARCHY Protection Mechanisms as well as System Synchronization

Section 5
Next Generation SYNCHRONOUS DIGITAL HIERARCHY

* Next Generation
* Drivers
* SYNCHRONOUS DIGITAL HIERARCHY Overhead
* Generic frame process

Section 6
Wavelength Division Multiplexing

* Options for Growing Capacity
* The Multiplexing as well as De-multiplexing Process
* The Difference flanked by CWDM in addition to DWDM
* The ITU WDM Frequency Grids
* Dense Wavelength Division Multiplexing
* Embedded Systems as well as Open System
* Practical DWDM Communication System
* The Optical Multiplexer/Demultiplexer
* Optical Amplifiers
* Optical Cross-Connect (OCX)
* WDM in Metropolitan as well as Access System

Section 7
Optical Transport System (OTN)

* OTN And well asards as well as Architecture
* OTN System Layered Structure
* Optical Channel (OCh) Layer System
* Optical Multiplex Section Layer System (OMS)
* OTN Frame Structure
* Layer System Management Requirements
* OTM Overhead Signal (OOS)
* OTN Trails
* Virtual Concatenation (VCAT)
* Interconnecting Non-OTN Devices
* Forward Error Correction (FEC)
* Protection Techniques

Section 8
MULTIPROTOCOL LABEL SWITCHING in Optical System

* Intelligent Optical System Standards
* Automatic Switched Transport System (ASTN)
* ASON Layered System Model
* Generalized Multi Protocol Label Switching (GMULTIPROTOCOL LABEL SWITCHING)
* Traffic Engineering (TE) Label Distribution Protocols
* Routing as well as Call Model using CR-LDP
* Transport MULTIPROTOCOL LABEL SWITCHING
* T-MULTIPROTOCOL LABEL SWITCHING Clients as well as Servers
* T-MULTIPROTOCOL LABEL SWITCHING as well as Transport Technologies

Section 9
Pseudo Wires

* The Purpose of Pseudo Wires (PWs)
* Pseudo Wire And well Standards as well as Concerns







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