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ITP Course Lab: CompTIA Network+ N10-007

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Description

  • Copyright 2021
  • Edition: 1st
  • Practice Test
  • ISBN-10: 0-13-731230-X
  • ISBN-13: 978-0-13-731230-6

Level up your IT infrastructure career with this video-based, online training course. In this expert-led course you'll complete hands-on labs to master concepts in troubleshooting, configuring, and managing current networking technologies across all vendors and solutions. You'll also get exclusive access to Pearson Test Prep practice exams to fully prepare for the CompTIA Network+ (N10-007) exam.

This course provides first-hand experience with core topics on the N10-007 exam, including protocol reference models; network devices, topologies, and services; WAN technologies; network cables and connectors; network design; LAN technologies; network addressing and routing; unified communication; virtualization; network security; and network maintenance. You'll learn skills essential for any IT professional, regardless of your career path.

Who should take this course

Skill level | Beginner

  • Anyone planning to take the CompTIA Network+ (N10-007) exam to become a network administrator
  • Experienced network administrators looking to prove mastery in security, hardware, and software on a variety of network devices
  • Anyone entering the IT field, new to network administration, and/or interested in learning basic networking concepts, configuration, and troubleshooting skills

To become Network+ certified, it is recommended (though not required) that you be CompTIA A+ (Core 1) and (Core 2) certified and/or have at least 9 to 12 months of experience in networking support or IT administration.

For an optimal course experience, we recommend using these browsers and devices.

Course includes

  • 17 hours of targeted lessons from industry leaders on how to implement and administer networking solutions to address today's technology challenges
  • Hands-on labs to simulate real-world experience (e.g., Connecting a Workstation to the LAN and Configuring IPv4 Properties, Configuring SSID, Viewing TCP/IP Frame Details Using Network Monitor)
  • Self-study tools, such as flashcards to study key terms and quizzes to self-asses your progress
  • Exclusive Pearson Test Prep practice exams to fully prepare for the N10-007 exam
  • Expert tips on how to prepare for the test, so you can take the CompTIA Network+ (N10-007) exam with confidence
  • 1 year of access*

What you'll learn

This Pearson IT Training Course covers the full range of topics tested on the CompTIA Network+ (N10-007) exam, including:

  • Fundamental networking concepts, such as protocol reference models, network devices and theory, network topologies, and network services
  • WAN technologies, including ISDN, Frame Relay, PPP, MPLS, Metro-Ethernet, and more
  • How to work with different network cables and connectors
  • Network design considerations
  • Switch and wireless LAN configuration
  • IPv4 and IPv6 addressing
  • Routing fundamentals, including RIP, OSPF, IS-IS, and BGP routing protocols; HSRP and VRRP; route aggregation; and routing metrics
  • Unified communications, Voice over IP (VoIP), video, and QoS
  • Virtualized devices, storage area network technologies (SAN), and cloud technologies
  • Network security attacks, vulnerabilities, policies, defenses, and countermeasures
  • Network monitoring tools and analysis, configuration management, and best practices
  • Network troubleshooting

*Retake guarantee

Retake guaranteeDidn't pass your certification exam on your first try? We'll give you six months of additional access at no cost.

About Pearson IT Training Courses

Pearson IT Training Courses are complete and affordable packages of expert-led, self-paced courses designed to help you stand out with in-demand skills that take your career to the next level.

From learning to hands-on practice and application, our comprehensive certification prep courses ensure you are ready for exam success.

Sample Content

Table of Contents

  1. Overview
  1. Part 1: Introduction
  2. Module 1: Protocols and Reference Modules
    1. Module 1 Learning Objectives
    2. 1.1 The OSI Model
    3. Module 1 Interactive Exercise
    4. 1.2 The DoD Model
    5. 1.3 IP, ICMP, UDP, and TCP
    6. 1.4 Protocol Data Units (PDUs)
    7. 1.5 Maximum Transmission Unit (MTU)
    8. 1.6 Port and Protocols
  3. Module 1: Review
    1. Module 1 Flashcards
    2. Module 1 Quiz
  4. Module 1: Interactive Labs
  5. Module 2: Network Devices and Theory
    1. Module 2 Learning Objectives
    2. 2.1 Analog Modems
    3. 2.2 Hubs. Switches, and Routers
    4. 2.3 Collision Domains
    5. 2.4 Broadcast Domains
    6. 2.5 CSMA/CD vs CSMA/CA
    7. Module 2 Interactive Exercise
    8. 2.6 Wireless Access Points
    9. 2.7 Firewalls
    10. 2.8 Firewall with a DMZ
    11. 2.9 Intrusion Detection Devices
    12. 2.10 VPN Concentrators
    13. 2.11 Load Balancers
    14. 2.12 Advanced Filtering Appliances
    15. 2.13 More Network Appliances
  6. Module 2: Review
    1. Module 2 Flashcards
    2. Module 2 Quiz
  7. Module 2: Interactive Labs
  8. Module 3: Network Topologies
    1. Module 3 Learning Objectives
    2. 3.1 Star
    3. 3.2 Mesh
    4. 3.3 Ring
    5. 3.4 Bus
    6. 3.5 Logical and Physical Topologies
    7. 3.6 Point-to-Point
    8. 3.7 Point-to-Multipoint
    9. 3.8 Hybrid
    10. 3.9 Client-Server
    11. 3.10 Peer-to-Peer
    12. 3.11 LAN
    13. 3.12 WAN
    14. 3.13 MAN
    15. 3.14 CAN
    16. 3.15 PAN
    17. 3.16 WLAN
    18. Module 3 Interactive Exercise
  9. Module 3: Review
    1. Module 3 Flashcards
    2. Module 3 Quiz
  10. Module 3: Interactive Labs
  11. Module 4: Network Services
    1. Module 4 Learning Objectives
    2. 4.1 Virtual Private Networks
    3. 4.2 Dynamic Multipoint VPNs
    4. 4.3 Web Services
    5. 4.4 Voice Services
    6. 4.5 DHCP
    7. 4.6 DNS
    8. 4.7 NAT
    9. 4.8 NTP
    10. 4.9 SDN
    11. 4.10 IoT
    12. 4.11 SIP Trunks
    13. Module 4 Interactive Exercise
  12. Module 4: Review
    1. Module 4 Flashcards
    2. Module 4 Quiz
  13. Module 4: Interactive Labs
  14. Module 5: WAN Technologies
    1. Module 5 Learning Objectives
    2. 5.1 Packet Switched vs. Circuit Switched Networks
    3. 5.2 Cellular Technologies
    4. 5.3 Frame Relay
    5. 5.4 ATM
    6. 5.5 Satellite
    7. 5.6 DSL
    8. 5.7 Cable
    9. 5.8 PPP
    10. 5.9 PPPoE
    11. 5.10 Leased Lines
    12. 5.11 ISDN
    13. 5.12 MPLS
    14. 5.13 Metro-Ethernet
    15. Module 5 Interactive Exercise
  15. Module 5: Review
    1. Module 5 Flashcards
    2. Module 5 Quiz
  16. Module 5: Interactive Labs
  17. Module 6: Network Cables and Connectors
    1. Module 6 Learning Objectives
    2. 6.1 Copper Cables
    3. 6.2 Fiber Cables
    4. 6.3 Copper Connectors
    5. 6.4 Fiber Connectors
    6. 6.5 Media Converters
    7. 6.6 Transceivers
    8. 6.7 Termination Points
    9. 6.8 Cabling Tools
    10. 6.9 EIA-TIA 568 Standards
    11. 6.10 Straight-Through vs. Crossover Cables
    12. 6.11 Ethernet Standards
    13. Module 6 Interactive Exercise
  18. Module 6: Review
    1. Module 6 Flashcards
    2. Module 6 Quiz
  19. Module 6: Interactive Labs
  1. Part 2: Introduction
  2. Module 7: Ethernet Switch Operation
    1. Module 7 Learning Objectives
    2. 7.1 VLAN Theory
    3. 7.2 Trunking Theory
    4. 7.3 Power over Ethernet
    5. 7.4 SPANNING TREE PROTOCOL
    6. 7.4.1 Introduction to STP
    7. 7.4.2 STP Port States
    8. 7.4.3 STP Practice Exercise
    9. 7.4.4 STP Convergence Times
    10. 7.4.5 STP Variants
    11. 7.5 Port Mirroring
    12. 7.6 Distributed Switching
    13. 7.7 Jumbo Frames
    14. Module 7 Interactive Exercise
  3. Module 7: Review
    1. Module 7 Flashcards
    2. Module 7 Quiz
  4. Module 7: Interactive Labs
  5. Module 8: Wireless LAN Operation
    1. Module 8 Learning Objectives
    2. 8.1 Introduction to Wireless LANs (WLANs)
    3. 8.2 WLAN Antennas
    4. 8.3 Wireless Range Extenders
    5. 8.4 WLAN Frequencies and Channels
    6. 8.5 WLAN Standards
    7. 8.6 SOHO Wireless Router Setup
    8. Module 8 Interactive Exercise
  6. Module 8: Review
    1. Module 8 Flashcards
    2. Module 8 Quiz
  7. Module 8: Interactive Labs
  1. Part 3: Introduction
  2. Module 9: Network Addressing
    1. Module 9 Learning Objectives
    2. 9.1 MAC Addresses
    3. 9.2 IPV4 ADDRESSES
    4. 9.2.1 Binary Numbering
    5. 9.2.2 IPv4 Address Formatting
    6. 9.2.3 Address Classes
    7. 9.2.4 Private vs. Public IPv4 Addresses
    8. 9.2.5 IPv4 Unicast
    9. 9.2.6 IPv4 Broadcast
    10. 9.2.7 IPv4 Multicast
    11. 9.2.8 The Need for Subnetting
    12. 9.2.9 Calculating Available Subnets
    13. 9.2.10 Calculating Available Hosts
    14. 9.2.11 Subnetting Practice Exercise #1
    15. 9.2.12 Subnetting Practice Exercise #2
    16. 9.2.13 Subnetting Practice Exercise #3
    17. 9.2.14 Calculating Usable Ranges of IPv4 Addresses
    18. 9.2.15 Subnetting Practice Exercise #4
    19. 9.2.16 Subnetting Practice Exercise #5
    20. 9.2.17 Classless Inter-Domain Routing (CIDR)
    21. 9.3 IPV6 ADDRESSES
    22. 9.3.1 IPv6 Address Format
    23. 9.3.2 Shortening an IPv6 Address
    24. 9.3.3 IPv6 AddressPractice Exercise
    25. 9.3.4 Global Unicast
    26. 9.3.5 IPv6 Multicast
    27. 9.3.6 Link Local
    28. 9.3.7 Unique Local
    29. 9.3.8 Loopback
    30. 9.3.9 Unspecified
    31. 9.3.10 Solicited-Node Multicast
    32. 9.3.11 EUI-64
    33. 9.3.12 Autoconfiguration
    34. 9.3.13 IPv6 Traffic Flows
    35. 9.4 STRATEGIES TO SUPPORT BOTH IPV4 AND IPV6
    36. 9.4.1 Dual Stack
    37. 9.4.2 Tunneling IPv6 Through an IPv4 Network
    38. 9.4.3 IP Address Management (IPAM)
    39. Module 9 Interactive Exercise #1
    40. Module 9 Interactive Exercise #2
  3. Module 9: Review
    1. Module 9 Flashcards
    2. Module 9 Quiz
  4. Module 9: Interactive Labs
  5. Module 10: Routing Fundamentals
    1. Module 10 Learning Objectives
    2. 10.1 Routing Protocols
    3. 10.2 Packet Flow in a Routed Network
    4. 10.3 RIP
    5. 10.4 OSPF
    6. 10.5 EIGRP
    7. 10.6 BGP
    8. 10.7 Route Redistribution
    9. Module 10 Interactive Exercise
  6. Module 10: Review
    1. Module 10 Flashcards
    2. Module 10 Quiz
  7. Module 10: Interactive Labs
  1. Part 4: Introduction
  2. Module 11: Unified Communication Fundamentals
    1. Module 11 Learning Objectives
    2. 11.1 Voice over IP
    3. 11.2 Video over IP
    4. 11.3 Unified Communications
    5. 11.4 QUALITY OF SERVICE (QOS)
    6. 11.4.1 Overview of QoS Mechanisms
    7. 11.4.2 QoS Markings
    8. 11.4.3 Traffic Shaping and Policing
    9. Module 11 Interactive Exercise
  3. Module 11: Review
    1. Module 11 Flashcards
    2. Module 11 Quiz
  4. Module 11: Interactive Labs
  5. Module 12: Virtualization Fundamentals
    1. Module 12 Learning Objectives
    2. 12.1 Virtualized Devices
    3. 12.2 Virtual IP
    4. 12.3 Storage Area Network (SAN) Technologies
    5. 12.4 Using InfiniBand for SANs
    6. 12.5 Cloud Technologies
    7. 12.6 Accessing Cloud Services
    8. Module 12 Interactive Exercise
  6. Module 12: Review
    1. Module 12 Flashcards
    2. Module 12 Quiz
  7. Module 12: Interactive Labs
  8. Module 13: Network Security
    1. Module 13 Learning Objectives
    2. 13.1 General Security and Availability Issues
    3. 13.2 Common Network Attacks
    4. 13.3 Unauthorized Access Attacks
    5. 13.4 Common Defense Strategies
    6. 13.5 Switch Port Defense
    7. 13.6 Access Control Lists
    8. 13.7 Wireless Security Options
    9. 13.8 AAA
    10. 13.9 User Authentication
    11. 13.10 Physical Security
    12. 13.11 Forensic Concepts
    13. 13.12 Device Hardening
    14. 13.13 Mitigating Network Threats
    15. Module 13 Interactive Exercise
  9. Module 13: Review
    1. Module 13 Flashcards
    2. Module 13 Quiz
  10. Module 13: Interactive Labs
  1. Part 5: Introduction
  2. Module 14: Network Monitoring Tools and Analysis
    1. Module 14 Learning Objectives
    2. 14.1 Device Monitoring Tools
    3. 14.2 SNMP
    4. 14.3 Remote Access Methods
    5. 14.4 Environment Monitoring
    6. 14.5 Wireless Network Monitoring
    7. Module 14 Interactive Exercise
  3. Module 14: Review
    1. Module 14 Flashcards
    2. Module 14 Quiz
  4. Module 14: Interactive Labs
  5. Module 15: Network Best Practices
    1. Module 15 Learning Objectives
    2. 15.1 Safety Procedures
    3. 15.2 Wiring Management
    4. 15.3 Power Management
    5. 15.4 Rack Management
    6. 15.5 Change Control
    7. 15.6 High Availability
    8. 15.7 Disaster Recovery
    9. 15.8 Standards, Policies, and Rules
    10. 15.9 Documentation
    11. Module 15 Interactive Exercise
  6. Module 15: Review
    1. Module 15 Flashcards
    2. Module 15 Quiz
  7. Module 15: Interactive Labs
  8. Module 16: Network Troubleshooting
    1. Module 16 Learning Objective
    2. 16.1 7-Step Troubleshooting Methodology
    3. 16.2 CLI Troubleshooting Utilities
    4. 16.3 Common LAN Issues
    5. 16.4 Common Wireless LAN Issues
    6. 16.5 Common Network Service Issues
    7. Module 16 Interactive Exercise
  9. Module 16: Review
    1. Module 16 Flashcards
    2. Module 16 Quiz
  10. Module 16: Interactive Labs
  1. Module 17: Final Preparation
    1. Learning Objectives
    2. 17.1 How to Register for the Exam
    3. 17.2 Study Strategies
    4. 17.3 What to do on Exam Day
    5. 17.4 Final Preparation Review

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