Detailed Course Outline
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Introduction
Cisco Certifications focus on both Routing & Switching across the
disciplines of network support to help you master the Internet. The CCNA
(CISCO Certified Network Associate) Certification course is designed to
prepare students to pass the official CCNA certification.
Requirements
Some basic networking experience. CCNA certification demonstrates the engineer can install, configure, and operate simple LAN, routed WAN, switched networks.
Examples of solutions that a CCNA will be able to offer based on training
and real-world experience include:
Installing and configuring a network
Optimizing WAN through Internet access solutions that reduce bandwidth and
WAN costs using features such as Filtering with Access Lists; Bandwidth on
Demand (BOD), and Dial on Demand Routing (DDR)
Providing remote access by integrating dial-up connectivity with traditional
remote LAN to LAN access, as well as supporting the higher levels of
performance required for new applications such as Internet commerce and
multimedia. Cisco CCNA Certification Course Outline:
1. Introduction to Internetworking
Full course outline:
1. Introduction to Internetworking
2. Relieving Network Congestion
3. TCP/IP Overview
4. IP Addressing
5. Getting Started with Cisco Routers
6. IP Routing
7. Dynamic Routing
8. Configuring IPX/SPX
9. Using Access Lists to Manage Traffic
10. Wide Area Networking
CCNA Bootcamp
Return to Course Overview
2. Relieving Network Congestion
3. TCP/IP Overview
4. IP Addressing
5. Getting Started with Cisco Routers
6. IP Routing
7. Dynamic Routing
8. Configuring IPX/SPX
9. Using Access Lists to Manage Traffic
10. Wide Area Networking
Internetworking Fundamentals
Network evolution
LAN Devices
WAN Devices
The OSI Model
Using a Layered Approach
The Upper Layers
Application layer
Presentation layer
Session layer
The Middle Layers
Transport Layer
Network Layer
The Lower Layers
Data Link Layer
Logical Link Control Sublayer
Media Access Control Sublayer
Physical Layer
Data Encapsulation
LAN Technologies
IEEE 802.3 and Ethernet
FDDI
IEEE 802.5 and Token Ring
ATMThrough LAN Segmentation
With Bridges
With Routers
With LAN Switches
The Spanning Tree Protocol
Using VLANs
Full-Duplex EthernetThe DOD Reference Model
Proccess/Application Layer
Transport Layer
Host-to-Host Layer
Physical Layer
IP Address Resolution
ARP
RARPWhat is an IP Address
Address Classes
Addressing Guidelines
SubnettingThe Router Hardware
Internal Configuration Components
The Startup Sequence
The System Configuration Dialog
The User Interface
The Exec Command Interpreter
User Mode
Privileged Mode
Logging In
Manual Configuration
Getting Help
Editing Commands
Start-up Commands
Saving your Configuration
Changing Passwords
Entering a Banner
Working with Router InterfacesThe IP Routing Process
Configuring Static Routes
Using Default RoutesRouting vs. Routed Protocols
Interior Routing Protocols
Exterior Routing Protocols
Configuring RIP
Monitoring RIP
Configuring IGRP
Monitoring IGRPAn Introduction to Novell IPX/SPX
The Stack
Client-Server
Server-Server
IPX Addressing
IPX on Cisco Routers
Enabling IPX Routing
Configuring IPX
Monitoring IPXWhat Are Access Lists?
Configuring Standard IP Access Lists
Configuring Extended IP Access Lists
Monitoring IP Access Lists
Configuring Standard IPX Access Lists
Configuring Extended IPX Access Lists
IPX SAP filtersWhat is a WAN?
WAN Technologies
POTS
SDLC
HDLC
Dial on Demand (DDR)
X.25
Frame Relay
Point to Point (PPP)
ISDN