Date of Publication :8th June 2017

Abstract: Previously, Customers were using two types of services namely Voice and Data. Accordingly customers were having two separate lines for handling both these services. Now, Customers are using multiple services namely Telephone, Internet, Intranet, Virtual Private Networks, Video Conferencing, IP TV, Games on Demand (GOD) etc., where all these services can be combined together into one High speed Transmission Line. So to cater the needs of the Today’s customers, it is very much essential to have a one HIGH Band Width Transmission line from Service provider’s end to the Customer’s End. Establishing a High Bandwidth transmission link from any Service Provider can be implemented in many ways. But the Best way to implement is using a Global Standard, which facilitates High Reliability and Flexibility for both the Service provider and Customer. This can be achieved by using Synchronous Digital Hierarchy (SDH) technology. Using this technology, any bandwidth ranging from 2Mbps can be extended to the customers end from Service provider’s end. Presently it is restricted to as high as 1Gbps, ascustomer end equipment does not support more than 1Gbps data using 1GE Port. This project concentrates about Establishing a High Bandwidth Transmission Line between the Service Providers Edge Router (where multiple services need to be enabled and configured) and the Customer’s location, using SDH Manageable Add Drop Multiplexers (MADM’s) of Various Capacities namely STM-16 and STM-1. This requires hardware as well as the Software operations to be performed (using any Browser). This Project also explores on establishing Automatic Protection scheme for Optical Fibres, in case of any Fibre cuts.

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