Master the Building Blocks of Modern Networking
Start your journey into IT networking with practical labs, expert instruction, and a proven prep path for the CompTIA Network+ (N10-008) exam.
Course Overview
CompTIA Network+ (N10-008) CertPREP Course
The CompTIA Network+ (N10-008) CertPREP Course provides a comprehensive learning experience designed to equip you with the essential networking skills and knowledge required to pass the CompTIA Network+ certification exam. The course covers key topics such as the OSI model, TCP/IP stack, network topologies, media types, IP addressing, routing technologies, Ethernet switching, wireless standards, and network troubleshooting methodologies. You will also learn about cloud concepts, network security, and common types of network attacks, along with real-world case studies and practical labs to reinforce your understanding. Whether you are an entry-level IT professional or looking to validate your networking expertise, this course offers thorough preparation for networking environments in both corporate and datacenter settings.
What you'll learn
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- Describe how networks operate, including key layers of the OSI and TCP/IP models
- Configure and troubleshoot routers, switches, and wireless access points
- Perform subnetting and IP addressing tasks
- Identify common network protocols and services
- Analyze and respond to security threats and vulnerabilities
- Monitor and optimize network performance
- Prepare thoroughly for the CompTIA Network+ (N10-008) certification exam
- Describe how networks operate, including key layers of the OSI and TCP/IP models
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Course Details
Course Outline
- The Purpose of Reference Model
- The OSI Mode
- The TCP/IP Stack
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (12 Questions)
- Defining a Network
- Network Types and Characteristics
- Networks Defined Based on Resource Location
- Networks Defined by Topology
- Virtual Network Concepts
- Provider Links
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (13 Questions)
- Copper and Fiber Media and Connectors
- Unshielded Twisted Pair
- Plenum vs. Nonplenum Cable
- Multiplexing in Fiber-Optic Networks
- Cable Management
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (10 Questions)
- Binary Numbering
- IPv4 Addressing
- Assigning IPv4 Addresses
- Subnetting
- Address Translation
- IP Version 6
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (15 Questions)
- Ports and Protocols
- IP Protocol Types
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (8 Questions)
- DHCP
- DNS
- NTP
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (6 Questions)
- The Three-Tiered Network Architecture
- Software-Defined Networking
- Storage Area Networks
- Deciding on an Architecture
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (6 Questions)
- Deployment Models
- Service Models
- Key Cloud Concepts
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (5 Questions)
- Networking Devices
- Networked Devices
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (10 Questions)
- Routing
- Sources of Routing Information
- Routing Protocol Characteristics
- Routing Protocol Examples
- Bandwidth Management
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (10 Questions)
- Principles of Ethernet
- Ethernet Switch Features
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (10 Questions)
- Introducing Wireless LANs
- CSMA/CA
- Deploying Wireless LANs
- Securing Wireless LANs
- WPA, WPA2
- Additional Wireless Options
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (11 Questions)
- Monitoring Tools
- SNMP
- Additional Monitoring Topics
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (10 Questions)
- Plans and Policies
- Hardening and Security Policies
- Common Documentation
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (8 Questions)
- High Availability
- MTTR, MTBF, RTO, and RPO
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (9 Questions)
- Core Security Concepts
- Authentication Methods
- Risk Management and SIEM
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (10 Questions)
- Technology-Based Attacks
- Human and Environmental Attacks
- Miscellaneous Attacks
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (5 Questions)
- Best Practices
- Wireless Security and IoT Considerations
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (6 Questions)
- Virtual Private Networks (VPNs)
- Other Remote Access Technologies
- Authentication and Authorization Considerations
- In-Band vs. Out-of-Band Management
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (5 Questions)
- Detection Methods
- Prevention Methods
- Asset Disposal
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (5 Questions)
- Troubleshooting Basics
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (5 Questions)
- Specifications and Limitations
- Cable Considerations and Applications
- Common Issues
- Common Tools
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (7 Questions)
- Software Tools
- Command Line Tools
- Basic Network Platform Commands
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (8 Questions)
- Specifications and Limitations
- Common Issues
- Wireless Network Troubleshooting
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (8 Questions)
- Considerations for General Network Troubleshooting
- Common Issues
- Case Study
- Summary
- Exam Preparation Tasks
- Labs
- Review Questions (6 Questions)
- CompTIA Network+ Practice Exam
- Get Certified! Scheduling and Information (2 Questions)
- Glossary
- Appendix A – Answers to Review Questions
- Appendix B – Memory Tables
- Appendix C – Memory Tables Answer Key
- Appendix D – Study Planner
- Assessment Type: Scenario-based quizzes, hands-on lab tasks, and practice exams
- Certification: Completion badge for prep class (not the official CompTIA Network+ certification)
- Course content updated for the N10-008 exam blueprint
- Ideal for IT support specialists and network technicians
- Real-world labs and case studies to reinforce learning
- Practice exams to build confidence for test day
- Flexible self-paced study that fits your schedule
- Trackable progress and certification of completion
Course Features
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Self PacedSelf Paced
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Cloud ComputingCloud Computing
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Level: Beginner to IntermediateLevel: Beginner to Intermediate
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Course Duration: 12 MonthsCourse Duration: 12 Months
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Course Delivery Mode: onlineCourse Delivery Mode: online
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Prerequisites: Basic understanding of computer hardware and operating systemsPrerequisites: Basic understanding of computer hardware and operating systems
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Training Fee: N/ATraining Fee: N/A
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