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CompTIA Network+ Cert (N10-007): Full Course and Practice Exam

Video Description

CompTIA Network+ Bootcamp: Certification preparation course on the most popular networking certifications in the world!

About This Video

  • Over 8.5 hours of video lectures with the essential information needed to pass the Network+ exam.
  • Very easy to understand explanations

In Detail

Pass the CompTIA Network+ (N10-007) exam with help from an expert in the field! Taught by an expert in information technology and cybersecurity with over 20 years of experience, this course is a fun way to master the fundamentals of networking. Jason has taught hundreds of students in his bootcamps and college classes on how to pass the A+, Network+, Security+, and Certified Ethical Hacker exams. This course was recorded during a live bootcamp where 100% of those students achieved their Network+ certification, and now you can too! This course is designed to help prepare you for the CompTIA Network+ (N10-007) certification exam and covers the five domains for the Network+ (N10-007) certification exam: Network Architecture, Network Operations, Network Security, Troubleshooting, and Industry Standards, Practices, and Network Theory. You will learn the fundamentals of network and gain experience in the configuration, management, and troubleshooting of common wired and wireless network devices. Also, we will discuss emerging technologies such as unified communications, mobile, cloud, and virtualization technologies.

Table of Contents

  1. Chapter 1 : Exam Foundations (Overview)
    1. Introduction to the Network+ (N10-007) Course 00:01:45
    2. Exam Foundations 00:07:39
    3. Which Version of the Exam Should I Take? 00:01:33
  2. Chapter 2 : Networks and Their Basic Components
    1. Overview of Networks 00:02:57
    2. Network Components 00:05:54
    3. Network Resources 00:03:46
    4. Network Geography 00:06:07
    5. Wired Network Topology 00:07:20
    6. Wireless Network Topology 00:03:38
    7. Internet of Things (IoT) 00:04:16
  3. Chapter 3 : OSI Model
    1. Open Systems Interconnection (OSI) Model Overview 00:04:19
    2. Layer 1 (Physical Layer) 00:10:12
    3. Layer 2 (Data Link Layer) 00:07:58
    4. Layer 3 (Network Layer) 00:08:18
    5. Layer 4 (Transport Layer) 00:09:13
    6. Layer 5 (Session Layer) 00:04:13
    7. Layer 6 (Presentation Layer) 00:03:24
    8. Layer 7 (Application Layer) 00:03:08
  4. Chapter 4 : TCP/IP Model
    1. TCP/IP Model 00:04:25
    2. Data Transfer over Networks 00:04:35
    3. Ports and Protocols 00:13:26
  5. Chapter 5 : Media and Cabling Distribution
    1. Media (Copper) 00:12:59
    2. Media (Fiber) 00:06:17
    3. Transceivers 00:05:14
    4. Cable Distribution 00:06:47
  6. Chapter 6 : Ethernet Fundamentals
    1. Ethernet Fundamentals 00:11:25
    2. Network Infrastructure Devices (Overview) 00:12:37
    3. Additional Ethernet Switch Features 00:13:31
    4. Spanning Tree Protocol (STP) 00:10:55
    5. Virtual Local Area Network (VLAN) 00:03:28
    6. Specialized Network Devices 00:16:32
  7. Chapter 7 : Virtualization and Cloud Computing
    1. Virtual Network Devices 00:10:40
    2. Voice over IP (VoIP) 00:03:24
    3. Cloud Computing 00:05:32
  8. Chapter 8 : Wireless Networks
    1. Wireless Networking (WLAN) 00:05:43
    2. WLAN Service Sets 00:09:04
    3. Wireless Antennas 00:03:07
    4. Wireless Frequencies 00:11:24
    5. Wireless Security 00:17:26
  9. Chapter 9 : IP Addressing
    1. IPv4 Addressing 00:09:48
    2. IPv4 Data Flows 00:02:50
    3. Assigning IP Addresses 00:07:12
    4. Computer Mathematics 00:05:38
    5. Computer Mathematics Practice 00:04:20
    6. Subnetting 00:14:49
    7. Subnetting Practice 00:07:43
    8. IPv6 Addresses 00:09:23
    9. IPv6 Data Flows 00:02:48
  10. Chapter 10 : Routing
    1. Routing Fundamentals 00:04:11
    2. Routing Tables 00:10:18
    3. Routing Protocols 00:13:08
    4. Address Translation (NAT and PAT) 00:08:37
    5. Multicast Routing 00:06:24
  11. Chapter 11 : Wide Area Networks (WANs)
    1. Wide Area Networks (WAN) 00:11:04
    2. WAN Technologies (Part 1) 00:10:10
    3. WAN Technologies (Part 2) 00:12:53
  12. Chapter 12 : Network Security
    1. The CIA Triad 00:13:15
    2. Network Security Attacks (Part 1) 00:08:10
    3. Network Security Attacks (Part 2) 00:06:37
    4. Network Security Attacks (Part 3) 00:05:38
    5. Protecting the Network 00:07:05
    6. Security Policies 00:10:03
    7. Multifactor Authentication 00:06:08
    8. Firewalls 00:11:06
    9. IDS and IPS 00:06:33
    10. Virtual Private Networks (VPNs) 00:05:35
    11. IPSec 00:06:39
  13. Chapter 13 : Network Availability
    1. High Availability Networks 00:11:40
    2. Designing Redundant Networks 00:07:41
    3. Recovery Sites 00:05:25
    4. Quality of Service (QoS) 00:05:16
    5. QoS Categorization 00:05:58
    6. QoS Mechanisms 00:10:07
  14. Chapter 14 : Network Management
    1. Simple Network Management Protocol 00:03:12
    2. Network Logging 00:05:32
    3. Remote Access 00:06:43
    4. Configuration Management 00:06:17
  15. Chapter 15 : Troubleshooting
    1. Network Troubleshooting Methodology 00:06:03
    2. Troubleshooting (Layer 1) 00:09:47
    3. Troubleshooting (Layer 2) 00:04:00
    4. Troubleshooting (Layer 3) 00:05:49
    5. Troubleshooting (Wireless) 00:05:39
    6. Troubleshooting Problems 00:07:36
  16. Chapter 16 : Networking Tools and the Command Line
    1. Networking Tools (Part 1) 00:09:23
    2. Networking Tools (Part 2) 00:06:07
    3. Windows Command Line 00:13:36
    4. UNIX Command Line 00:08:52
  17. Chapter 17 : Conclusion
    1. Conclusion 00:01:04