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Cisco CCNA Training Courses
Our Cisco Certification courses are for anyone interested in networking and routers, as well as those preparing for the CCNA exam. High quality, self-paced training to help achieve your goals conveniently Anytime, Anywhere!. No parking hassles, no missed assignments, and nothing to install. 12-months of e-Learning FREE quarterly course additions and updates, dedicated, professional technical support, access 24 hours a day, 7 days a week from any PC with Internet access
- 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.
- Exam Preparation 1 provides practice exams that mimic the written portion of the CCNA test.
- Exam Preparation 2 provides practice exams that mimic the written portion of the CCNA test.
- 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
- Implement a hybrid routing solution
- Describe the function and operation of a router
- Describe the IOS startup procedure
- Use EXEC mode commands
- Identify the router status commands and results
- Load IOS configuration files
- Configure passwords and banners
- Configure PPP encapsulation
- Determine and configure DTE/DCE status
- Disable CDP and show CDP parameters
- Configure IGRP and RIP
- Find and relieve network congestion
- Segment networks into workgroups
- Use the Network Management System to monitor and secure networks
- Operate the Cisco FastHub 300
- Manage transparent, source-route, and mixed-media bridges
- Manage tag, data link, multilayer, and asymmetric switches
- Manage ATM switches
- Manage Cisco catalyst switches
- Explain the functions of TCP/IP
- Describe the functions of transport layer protocols
- Explain the specifications of TCP
- Describe the functions of network layer protocols
- Assign IP addresses
- Determine subnet and host numbers
- Use CIDR for interdomain routing
- Configure IP addresses on a Cisco router
- Configure IP addresses
- Enable IP routing
- Differentiate between static, default, and dynamic routes
- Describe and configure interior gateway protocols, such as RIP, IGRP, Enhanced IGRP, OSPF, and IS-IS
- Explain exterior gateway protocols
- Describe and configure BGP
- Monitor Novell IPX operation on the router
- List the required IPX address and encapsulation type
- Enable the Novell IPX protocol and configure interfaces
- Configure IPX address lists and SAP filters to control basic Novell traffic
- Describe the two parts of network addressing, then identify the parts in specific protocol address examples
- Recognize common security threats to networks
- Configure standard and extended access lists to filter IP traffic
- Configure standard and extended access lists to filter IPX traffic
- Monitor and verify selected access list operations on the router
- Configure ISDN routing
- Configure X.25 routing
- Configure Frame Relay routing
- Monitor and verify ISDN, X.25, and Frame Relay configurations
- Use and configure IOS switches
- Troubleshoot routers using various commands
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