Network+
Earning a CompTIA Network+ certification demonstrates that a candidate can describe the features and functions of networking components, and possesses the knowledge and skills needed to install, configure and troubleshoot basic networking hardware, protocols and services. The exam tests technical ability in the areas of media and topologies, protocols and standards, network implementation, and network support. The exam also covers new technologies such as wireless networking and gigabit Ethernet.
The CompTIA Network+ certification exam was developed in 1997. Major corportions formed the IT Skills Project to identify, classify and publish skill standards for networking professionals. This job analysis was used as the foundation of the Network+ certification exam, which became available on April 30,1999. The CompTIA Network+ exam was revised on January 31, 2002.
What CompTIA Network+® Certification Can do for You
Having proof of your skills and knowledge gives you the edge over other candidates when you're applying for a job. Many companies look for certifications to screen out less-qualified candidates. Don't get lost in the paper shuffle; make your resume stand out with a respected industry credential. CompTIA Network+ certification is proof of your professional achievement, providing you with:
- A viable career path
- Enhanced job opportunities
- Proof of professional achievement
- Foundational knowledge for advanced certifications
What CompTIA Network+® Certification Can do for Your Company
Not only is CompTIA Network+ a great way to advance your career, but it also benefits your company. Your employer can expect:
- Higher profits
- Increased customer satisfaction
- Lower training costs
- Reduced hiring risks
- Uniform networking competency standards
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Outline:
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Lesson 1: Basic Network Theory
Network Definitions
Network Models
Connectivity
Network Addressing
Signaling Concepts
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Lesson 2: Network Connectivity
The Data Package
Establishing a Connection
Reliable Delivery
Network Connectivity
Noise Control
Building Codes
Connection Devices
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Lesson 3: Advanced Network Theory
The OSI Model
Ethernet
Network Resources
Token Ring/IEEE 802.5
FDDI
Wireless Networking
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Lesson 4: Common Network Protocols
Families of Protocols
NetBEUI
Bridges and Switches
The TCP/IP Protocol
Building a TCP/IP Network
The TCP/IP Suite
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Lesson 5: TCP/IP Services
Dynamic Host Configuration Protocol
DNS Name Resolution
NetBIOS Support
SNMP
TCP/IP Utilities
Upper Layer Services: FTP
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Lesson 6: Alternate Network Protocols Introduction to IPX/SPX
AppleTalk
Introduction to Apple Open Transport
Introduction to IPv6
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Lesson 7: Network LAN Infrastructure
Implement LAN Protocols on a Network
IP Routing
IP Routing Tables
Router Discovery Protocols
Data Movement in a Routed Network
Virtual LANs (VLANs)
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Lesson 8: Network WAN Infrastructure
The WAN Environment
WAN Transmission Technologies
WAN Connectivity Devices
Voice Over Data Services
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Lesson 9: Remote Networking
Remote Networking
Remote Access Protocols
VPN Technologies
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Lesson 10: Network Security
Introduction to Network Security
Virus Protection
Local Security
Network Access
Internet Security
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Lesson 11: Disaster Recovery
The Need for Disaster Recovery
Disaster Recovery Plan
Data Backups
Fault Tolerance
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Lesson 12: Advanced Data Storage Techniques
Enterprise Data Storage
Clustering
Network Attached Storage
Storage Area Networks
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Lesson 13: Network Troubleshooting
Using a Systematic Approach to Troubleshooting
Network Support Tools: Utilities
The Network Baseline
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Lesson 14: Network Operating Systems
Novell NetWare
Microsoft BackOffice
Linux History and Operation
Macintosh
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Pre-requisite(s):
A+ Certification
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