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77-809 Network+ Certification Third Edition 2002 Objectives A CompTIA Certification

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Network +™ Certification: Third Edition – 2002

Objectives A CompTIA Certification

Course Specifications

Course number: 077809

Course length: 5 days

Software: Microsoft Windows

Course Description

This course is designed to prepare students for the 2002 CompTIA's Network+ Exam N10-002.

Earning the Network+ Certification means that students have the knowledge needed to use and

maintain a wide range of network technologies. From this exam, students often move on to more

advanced IT certifications, including Microsoft's MCSA and MCSE, and Novell's CNE.

Prerequisites: We designed

 

Network+ Certification (Third Edition) for the student with 18 to 24

months of professional computer support experience. It is assumed that you have a general working

knowledge of personal computers, some network experience, and have taken the following courses or

have equivalent experience:

 

Windows 98: Introduction

 

Windows 2000: Introduction

The following courses are recommended:

 

A+ Certification: Core Hardware

 

A+ Certification: Operating Systems

Delivery Method: Instructor-led, group-paced, classroom-delivery learning model with structured,

hands-on activities.

Hardware/Software Requirements

 

Windows 2000 Advanced Server.

 

Windows 98 SE.

 

128 MB of RAM (256 MB recommended).

 

A 4 GB hard drive or larger.

 

A Pentium II 233 MHz or higher processor.

 

An SVGA or higher resolution video card and monitor.

 

A mouse or compatible tracking device.

 

A 12X or faster CD-ROM drive.

 

Two network interface cards and network cables for each student.

 

Symantec pcAnywhere 9.2 (Optional Apply Your Knowledge: Establishing a Connection

Between Partner Machines).

 

Internet Access (Optional).

Performance-Based Objectives

 

Describe basic networking and identify different networking models.

 

Describe the basics of data movement, physical media, and network connectivity devices.

 

Use the OSI model and understand Ethernet, Token Ring, FDDI, and wireless networks.

 

Understand data routing and common network protocols such as NetBEUI and TCP/IP.

 

Discover a TCP/IP services.

 

Understand older network protocols still used today, such as IPX/SPX, AppleTalk, Apple Open

Transport, and IPv6.

 

Examine the infrastructure of a local area network.

 

Distinguish the different methods used to connect networks together through the public carrier

services.

 

Understand the different methods of remote networking.

 

Understand and implement relevant aspects of network security.

 

Apply disaster recovery principles.

 

Describe and employ advanced data storage techniques.

 

Understand and implement network troubleshooting procedures.

 

Describe the basics of the network operating systems in use today.

Course Content

Lesson 1: Basic Network Theory

Topic 1A: Network Definitions

Topic 1B: Network Models

Topic 1C: Connectivity

Topic 1D: Network Addressing

Topic 1E: Signaling Concepts

Lesson 2: Network Connectivity

Topic 2A: The Data Package

Topic 2B: Establishing a Connection

Topic 2C: Reliable Delivery

Topic 2D: Network Connectivity

Topic 2E: Noise Control

Topic 2F: Building Codes

Topic 2G: Connection Devices

Lesson 3: Advanced Network Theory

Topic 3A: The OSI Model

Topic 3B: Ethernet

Topic 3C: Network Resources

Topic 3D: Token Ring/IEEE 802.5

Topic 3E: FDDI

Topic 3F: Wireless Networking

Lesson 4: Common Network Protocols

Topic 4A: Families of Protocols

Topic 4B: NetBEUI

Topic 4C: Bridges and Switches

Topic 4D: The TCP/IP Protocol

Topic 4E: Building a TCP/IP Network

Topic 4F: The TCP/IP Suite

Lesson 5: TCP/IP Services

Topic 5A: Dynamic Host Configuration Protocol

Topic 5B: DNS Name Resolution

Topic 5C: NetBIOS Support

Topic 5D: SNMP

Topic 5E: TCP/IP Utilities

Topic 5F: Upper Layer Services: FTP

Lesson 6: Alternate Network Protocols

Topic 6A: Introduction to IPX/SPX

Topic 6B: AppleTalk

Topic 6C: Introduction to Apple Open Transport

Topic 6D: Introduction to IPv6

Lesson 7: Network LAN Infrastructure

Topic 7A: Implement LAN Protocols on a Network

Topic 7B: IP Routing

Topic 7C: IP Routing Tables

Topic 7D: Router Discovery Protocols

Topic 7E: Data Movement in a Routed Network

Topic 7F: Virtual LANs (VLANs)

Lesson 8: Network WAN Infrastructure

Topic 8A: The WAN Environment

Topic 8B: WAN Transmission Technologies

Topic 8C: WAN Connectivity Devices

Topic 8D: Voice Over Data Services

Lesson 9: Remote Networking

Topic 9A: Remote Networking

Topic 9B: Remote Access Protocols

Topic 9C: VPN Technologies

Lesson 10: Network Security

Topic 10A: Introduction to Network Security

Topic 10B: Virus Protection

Topic 10C: Local Security

Topic 10D: Network Access

Topic 10E: Internet Security

Lesson 11: Disaster Recovery

Topic 11A: The Need for Disaster Recovery

Topic 11B: Disaster Recovery Plan

Topic 11C: Data Backups

Topic 11D: Fault Tolerance

Lesson 12: Advanced Data Storage Techniques

Topic 12A: Enterprise Data Storage

Topic 12B: Clustering

Topic 12C: Network Attached Storage

Topic 12D: Storage Area Networks

Lesson 13: Network Troubleshooting

Topic 13A: Using a Systematic Approach to Troubleshooting

Topic 13B: Network Support Tools: Utilities

Topic 13C: The Network Baseline

Lesson 14: Network Operating Systems

Topic 14A: Novell NetWare

Topic 14B: Microsoft BackOffice

Topic 14C: Linux History and Operation

Topic 14D: Macintosh

Appendix A: Mapping Element K's Network+ Certification Course to the Exam Blue Print

 

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