Course Description
By taking this Datacommunications Essentials online training course, you will learn the fundamentals of data communication and the key strategies developed to move information reliably and confidentially through the practical world. Training presentations are anchored in actual implementations of data-com protocols such as Ethernet, TCP/IP, frame relay and the Internet and devices including switches and routers.
In This Course You Will Learn:
• Possess a working knowledge of data communication concepts and terminology.
• Understand the role and markets for circuit- and packet-switched networks.
• Recognize common features and implementations of datacom protocols.
• Be aware of the role of segments, packets, frames, bytes and bits in datacom.
• Comprehend the mechanisms and significance of the TCP/IP protocol suite.
• Be able to keep up with the rapidly evolving advances in data communications.
• Recognize the functions of routers and the challenge of building internetworks.
• Distinguish between LAN and WAN solutions like Ethernet and Frame Relay.
Prerequisites
None.
Outline
Module 00: Datacommunications Essentials Online Training - Course Introduction
Module 01: Communications Fundamentals
• Information format
• Datacom systems
• Applications and Qos issues
Module 02: Data Encoding and Error Control
• Encoding and timing
• Error Control
Module 03: Protocol Overview
• Protocol Implementations
• Physical layer characteristics
Module 04: The Physical Layer
• Data formats and encodings
• Timing issues
• Asynchronous and synchronous transmissions
• Transmission media
Module 05: Data Link Functions
• Data link overview
• Parallel ports
• Serial ports
Module 06: Serial Operation
• Serial Ports
• USB
• HDLC
Module 07: Networks Part 1
• Network form and function
• Network types
• Package switching
• Network Protocols OSI
• Protocol Operation
• Introduction to TCP-IP
Module 08: Networks Part 2
• Network form and function
• Network types
• Package switching
• Network Protocols OSI
• Protocol Operation
• Introduction to TCP-IP
Module 09: Serial Networks Part 1
• Hosts and Routers
• Wired and Wireless Phys
• IP addressing
• Routing mechanisms
• TCP and UDP
• Routers and Routing
Module 10: Serial Networks Part 2
• Hosts and Routers
• Wired and Wireless Phys
• IP addressing
• Routing mechanisms
• TCP and UDP
• Routers and Routing
Module 11: Local Area Networks Part 1
• IEEE 802 overview
• LAN addressing
• LAN frames
Module 12: Local Area Networks Part 2
• IEEE 802.3
• LAN topologies
• Shared vs. switched Ethernet
• IEEE 802.11
• Wireless LAN basic elements
Module 13: The Evolution of LANs
• Switching, Bridging, Routing
• Ethernet Deployment
Module 14: LAN Switching Part 1
• Motivation for switched LANs
• Layer 2 and Layer 3 switching
• Switched Ethernet
• Redundancy issues
Module 15: LAN Switching Part 2
• Motivation for VLANs
• VLAN deployments
Module 16: Wireless LANs: Wi-Fi Part 1
• Architecture, Challenges and Benefits of WLANs
• Spread Spectrum methods
• Wi-Fi operation; framing issues
• Power saving techniques
Module 17: Wireless LANs: Wi-Fi Part 2
• MAC functions; CSMA/CA
• CTS/RTS; Hidden nodes
Module 18: Packed Switched WANs Part 1
• X.25
• Frame Relay
• ATM
Module 19: Packet Switched WANs Part 2
• ATM details
• QoS support
• SVCs, PVCs
• ATM layers
Module 20: Circuit Switched WANs Part 1
• Telecom Overview
• Modems
• ISDN
Module 21: Circuit Switched WANs Part 2
• Always-on technologies
• DSL
• Private circuits
• SONET/SDH
Module 22: Datacommunications Essentials Online Training - Course Summary