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UNIT 4 DATA COMMUNICATION

4.13.2 ATM: Architecture

Welcome to Unit 04 of our educational series on Networks! In this comprehensive video, we embark on a journey through the intricate web of computer networks, unraveling their core concepts, categories, standards, and technologies.

4.1 Introduction of Networks:
Let's begin with the very foundation – understanding what networks are and why they are the backbone of modern communication.

4.2 Network and its Categories:
Explore the diverse landscape of networks, from the intimacy of Personal Area Networks (PAN) to the vastness of Wide Area Networks (WAN), and everything in between.

4.3 Project 802 (IEEE Standard):
Delve into the world of IEEE standards, particularly Project 802, shedding light on crucial components like LLC and MAC.

4.4 Ethernet Evolution:
Trace the evolutionary path of Ethernet technology, examining its frame formats, addressing schemes, and the intricacies of access methods such as CSMA/CD.

4.5 Categories of Standard Ethernet:
Venture into the realm of standard Ethernet, from the robustness of 10 Base 5 to the flexibility of 10 Base T, and the lightning-fast speeds of Gigabit Ethernet.

4.6 Token Bus:
Discover the Token Bus network architecture and its significance in facilitating efficient data transmission in network environments.

4.7 Token Ring:
Unravel the inner workings of Token Ring networks, exploring access methods, frame formats, and implementation strategies.

4.8 FDDI:
Gain insights into the Fiber Distributed Data Interface (FDDI), its frame formats, and deployment scenarios in networking infrastructures.

4.9 MAN Standards (IEEE 802.6): DQDB:
Explore the architecture of Distributed Queue Dual Bus (DQDB) networks, focusing on data transmission, slot reservation, and frame formats.

4.10 MAN Standards: SMDS:
Dive into the features and architecture of Switched Multimegabit Data Service (SMDS) networks, highlighting their role in metropolitan area communications.

4.11 WAN Standards: X.25:
Understand the intricacies of the X.25 protocol, dissecting its layers, packet formats, and contributions to wide-area networking.

4.12 Frame Relay:
Explore the functionalities of Frame Relay networks, including virtual circuits, protocol layers, and the advantages they offer in data transmission.

4.13 Asynchronous Transfer Mode (ATM):
Investigate the challenges addressed by ATM technology, its architectural framework, and applications across various networking scenarios.

4.14 SONET/SDH:
Lastly, delve into the world of Synchronous Optical Networking (SONET) and Synchronous Digital Hierarchy (SDH), examining their physical configurations and layered architectures.

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Don't miss out on this enriching exploration of networking essentials – it's time to empower your knowledge and embrace the digital world!

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