Telecom_Network_ Architecture

Telecom Network Architecture

4.32 out of 5 based on 142 customer ratings
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Course Duration: 2 hours
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Telecom Network Architecture :

Telecom Network Architecture course starts with evolution of the legacy PSTN networks. The course covers Network Architecture for Fixed and Wireless networks for a Service Provider. The architecture is explained using hierarchy like Core, Aggregation and Access.

 

Product Description

Networking is basically communication or an interconnection of computers and other devices including client computers, servers and, network devices, such as hubs, switches, routers, and firewall. Participants will also learn about network components, network topologies, transmission media and TCP/IP protocol suite.

Networks include the following components:

Network Operating System: It is software that allows communicating and sharing of data and network resources.

Network interface card or (N I C): It referred to as adapters, as in “Ethernet adapter card” or “Token Ring adapter card.” It is also responsible for packaging data for transmission, and for controlling access to the network cable.

Transmission media: It is a pathway that carries the information from sender to receiver. A transmission medium may be any physical or nonphysical material substance, such as solid, liquid, or gas that can propagate energy waves.

Network devices: Hub, bridge, switch and router are the devices used in the network.

The above-mentioned components are very well covered in the learning material.

Network is formed using certain topology like bus, star and ring. The topology of a network refers to the configuration of cables, computers, and other peripherals. The configurations are formed by the connections between devices on a LAN or between two or more LANs.

The Open Systems Interconnection or (OSI) model is a theoretical framework for understanding and explaining networking protocols. The purpose of the OSI model is to open communication between different systems without any changes to the logic of the underlying hardware and software. All OSI Layers are independent from each other, which makes introducing changes easier as no other layers are effected. The OSI model has been discussed giving good understanding of the different layers and their functionalities in detail.

The course completes with the wireless access basic concepts related to frequency and spectrum.


Basic understanding of the Telecom Networks.

Engineering students or people with some technical background in telecom

  • Understand the evolution of PSTN network.
  • Get familiar with network architecture – Fixed and Wireless, including
  • Access
  • Aggregation
  • Core
  • Explain the OSI Layer Stack, including:
  • Data networking basics
  • Network topologies
  • OSI layers
  • TCP or IP
  • Understand frequency and spectrum Concepts
  • Architecture of wireless and wireline networks
  • Network components
  • Network topologies
  • OSI Model
  • Basic concepts on frequency and spectrum

142 reviews for Telecom Network Architecture

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    effective

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    It was Good

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    Module was able to explain the mentioned topics very deeply.

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    Live progress in learning the module should be accessible. Encapsulation stressed very much than needed.

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    If you provide option to replay the current video then it could be better.

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    over all contents are knowledgeable .

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    Thank you for sorting out the issue which was on appearance of tick mark.

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    The module is very good.It tells about various network component,network topology.I also got information about OSI layer fundamentals. I also get detailed information TCP/IP protocal.

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