CCNA Certification Training Online

CCNA certification training internet based course

The self-paced CCNA certification training is exceptional. Our CCNA certification training course meet or exceed exam objectives, teaching precisely what you need to know.

Cisco Certification

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CCNA certification training that's Easy, Convenient and Affordable! High-quality, online CCNA certification, self-paced training designed to help you achieve your goals. Affordable annual subscription plans give you unlimited access to an entire suite of topics at prices that you just won't find anywhere else.

OSI Reference Model describes the OSI reference model and uses it to explain types of networks and networking functions.
Networks and Data Transfer uses the OSI reference model to show how networks encapsulate data and transfer it throughout a network. This course also introduces routing as a method of data transfer.
Local Area Networking describes the components and operation of Ethernets, Fast Ethernets, Token Ring and FDDI local area networks.
Wide Area Networking describes WAN components and protocols and how they function in a wide area network. Special emphasis is placed on PPP, ISDN, X.25, and Frame Relay.
Using a Router introduces the different types of routing protocols, their use, and the function of routers.
Introduction to IOS explains the basic operation of the Internetwork Operating System.
IOS Configuration shows how to configure passwords and banners, and introduces interface and protocol configurations for the Internetwork Operating System.
Network Management shows how to set up and maintain a network system.
Bridges and Switches shows how to build and operate network bridges and switches.
TCP/IP Networking explains the functions of TCP/IP and how to manage it and other transport and network layer protocols.
IP Addressing shows how to assign and use IP addresses.
IP Routing explains how to configure IP addresses and implement IGRP routing protocol.
IPX Networking explains how to operate and manage Novell's IPX protocol and addresses.
Network Security and Control describes the components and operation of access lists for filtering network traffic.
Additional Configurations describes how to configure and verify ISDN, X.25, and Frame Relay routing. It also explains the operation of Frame Relay and other components of the network.
Numbering Systems introduces the alternative base numbering systems that are used in management.

During the courses, you will learn how to:

Outline the basic history and design principles of networking
Explain the functions of each of the seven layers of the OSI reference model
Describe the advantages of a layered model
Describe peer-to-peer communications between layers
Describe the LLC and MAC sublayers and logical addressing
Explain path determination and switching
Explain routing protocols
Describe LANs and the advantages of LAN segmentation
Describe the Physical layer and operation of Ethernet
Describe full and half-duplex Ethernet
Describe the Fast Ethernet physical layer and operations
Define Gigabit Ethernet
Define Token Ring operation and frames
Define FDDI
Explain the active monitor
Describe WANs, their devices and interfaces
Describe the physical layer and data link layer protocols for WANs
Describe Frame Relay, ISDN, PPP, and X.25 and their positions in the OSI reference model
Identify the differences between Frame Relay, ISDN, PPP, and X.25
Define routes and routing
Explain the function and limitations of distance vector routing
Explain the function and limitations of link state routing