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CompTIA Network+ (N10-008) Certification Training

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This entry-level CompTIA Network+ training prepares learners to take the N10-008 exam, which is the one required exam to earn the Network+ certification.

The Network+ certification from CompTIA is one of the most popular IT certifications in the world. The Network+ is so popular because it doesn't cover any one vendor or manufacturer. Instead it focuses on broad concepts that apply to any network or operating system.


1 Network Models
  • 1 Introduction to Network Models
  • 2 OSI Reference Model
  • 3 The TCP-IP Protocol Suite-Stack
  • 4 Application Layer Services
  • 5 Transport Layer Protocols
  • 6 Network Layer Protocols
  • 7 Data Link Layer Protocols
  • 8 Encapsulation and Decapsulation

  • 2 Network Topologies and Types
  • 9 Intro to Network Topologies and Types
  • 10 Underlay and Overlay
  • 11 Topologies
  • 12 Network Types
  • 13 Virtualized Networks
  • 14 Networks for Storage

  • 3 Network Cables and Connectors
  • 15 Intro to Cables and Connectors
  • 16 Copper Cables
  • 17 Fiber Cables
  • 18 Connector Types
  • 19 Transceivers and Media Converters
  • 20 Cable Management
  • 21 Ethernet Standards

  • 4 IPv4 Fundamentals
  • 22 Introduction to IPv4 Fundamentals
  • 23 IPv4 Overview
  • 24 Dotted Decimal IPv4
  • 25 Assigning IP Addresses
  • 26 Unicast, Multicast, and More
  • 27 Private IPv4 Addresses

  • 5 NAT and PAT
  • 28 Introduction to IPv4 Address Translation
  • 29 Address Translation Overview
  • 30 Source NAT
  • 31 Source NAT Demonstration
  • 32 Source PAT
  • 33 Destination NAT
  • 34 Destination PAT

  • 6 IPv4 Subnetting
  • 35 Intro to IPv4 Subnetting
  • 36 IPv4 Subnetting Overview
  • 37 IPv4 Address Anatomy
  • 38 Conversion Between Decimal and Binary
  • 39 Longer Masks and New Subnets
  • 40 The Finger-Bit Quantity Game
  • 41 New Subnet Addresses
  • 42 Calculating Hosts per Subnet

  • 7 IPv6 Concepts
  • 43 Introduction to IPv6 Fundamentals
  • 44 IPv6 Overview
  • 45 IPv6 Address Types
  • 46 Shorthand Notation
  • 47 Neighbor Discovery Protocol
  • 48 Transitioning to IPv6

  • 8 Applications Layer Services
  • 49 Intro to Application Layer Services
  • 50 Application Layer Overview
  • 51 Core Web Services
  • 52 Email Related Services
  • 53 Remote Access Services
  • 54 DNS, DHCP, and NTP
  • 55 File Services
  • 56 Infrastructure Related Services
  • 57 Database Services
  • 58 Multi-media and VoIP Services

  • 9 Dynamic Host Configuration Protocol (DHCP)
  • 59 Introduction to DHCP
  • 60 DHCP Using Windows Server
  • 61 DHCP Server on a Windows server
  • 62 DHCP Server on a Cisco Router
  • 63 DHCP Server on a Palo Alto Firewall
  • 64 DHCP Relay

  • 10 NTP and DNS
  • 65 Intro to NTP and DNS
  • 66 NTP Overview
  • 67 NTP Demonstration
  • 68 DNS Overview
  • 69 DNS Record Types
  • 70 DNS Server Demonstration

  • 11 Network Architectures
  • 71 Intro to Network Architectures
  • 72 Network Architectures Overview
  • 73 Three-Tiered Architecture
  • 74 Datacenter Architecture
  • 75 Storage Area Networks
  • 76 Wide Area Networks
  • 77 Software Defined Networking (SDN)

  • 12 Cloud Service Fundamentals
  • 78 Intro to Cloud Services
  • 79 Cloud Service Overview
  • 80 Service Models
  • 81 Infrastructure as Code
  • 82 Demand Based Resources
  • 83 Cloud Security Concerns

  • 13 Network Infrastructure Devices
  • 84 Intro to Network Infrastructure Devices
  • 85 Layer 1 Devices
  • 86 Layer 2 Devices
  • 87 Devices at Layer 3 and 4
  • 88 Application Layer Devices

  • 14 IP Routing
  • 89 Intro to IP Routing
  • 90 IP Routing Overview
  • 91 Directly Connected Networks
  • 92 Static Routes
  • 93 Dynamic Routing Protocols Overview
  • 94 RIP
  • 95 OSPF
  • 96 EIGRP
  • 97 BGP

  • 15 Ethernet Switching
  • 98 Intro to Ethernet Switching
  • 99 Layer 2 Switching Review
  • 100 VLANs and Routing
  • 101 The Mutli-Layer Switch
  • 102 Multi-layer Switch Demonstration

  • 16 Enterprise Ethernet
  • 103 Intro to Enterprise Ethernet Networks
  • 104 Enterprise Ethernet Networking Overview
  • 105 802.1Q Trunking
  • 106 Spanning Tree Protocol
  • 107 Link Aggregation with LACP
  • 108 Improving Performance

  • 17 WiFi and Wireless
  • 109 Intro to Wi-Fi and Wireless
  • 110 Wi-Fi Standards
  • 111 Wi-Fi Frequencies
  • 112 WiFi Topologies
  • 113 Antenna Types
  • 114 Authentication and Encryption
  • 115 Cellular Technologies

  • 18 Network Operations
  • 116 Intro to Network Operations
  • 117 Operations Overview
  • 118 SNMP
  • 119 Performance Metrics
  • 120 Network Device Logs
  • 121 Interface Status
  • 122 NetFlow
  • 123 Environmental Controls and Sensors

  • 19 High Availability
  • 124 Intro to HA
  • 125 High Availability and Fault Tolerance Overview
  • 126 Redundant Default Gateway (FHRP)
  • 127 FHRP Demonstration
  • 128 HA Facilities and Gear
  • 129 Network Device Backups

  • 20 Security Fundamentals
  • 130 Intro to Security Fundamentals
  • 131 Security Vocabulary
  • 132 Zero Trust
  • 133 Control Types
  • 134 Segmentation
  • 135 Authentication Methods
  • 136 Risk Management

  • 21 Common Attack Types
  • 137 Intro to Common Attack Types
  • 138 Attack Type Overview
  • 139 Botnets
  • 140 DoS and DDoS
  • 141 Malware
  • 142 Wireless Attacks
  • 143 DHCP Attacks
  • 144 L2 Switching Attacks

  • 22 Network Hardening Techniques
  • 145 Intro to Network Hardening
  • 146 Hardening Overview
  • 147 Hardening Layer 2 Switches
  • 148 Security Rules
  • 149 Port Security
  • 150 DHCP Snooping
  • 151 Dynamic ARP Inspection
  • 152 Wireless and IoT

  • 23 Remote Access
  • 153 Intro to Remote Access
  • 154 Remote Access Overview
  • 155 Remote Access VPNs
  • 156 Site to Site VPN
  • 157 Site to Site Interesting Traffic
  • 158 Remote Desktop
  • 159 CLI Access via SSH

  • 24 Physical Security Controls
  • 160 Intro to Physical Security
  • 161 Controls Overview
  • 162 Detective Physical Controls
  • 163 Preventive Controls
  • 164 Asset Disposal
  • 165 Organizational Documents and Policies

  • 25 Troubleshooting Methodology
  • 166 Intro to Troubleshooting Methodologies
  • 167 Troubleshooting Overview
  • 168 Identify the Problem
  • 169 Establish a Theory
  • 170 Test and Determine Cause
  • 171 Solve the problem
  • 172 Troubleshooting Review

  • 26 Working with Network Media
  • 173 Intro to Network Media
  • 174 Network Media Overview
  • 175 Choosing Copper Cables
  • 176 Tools for Copper Cables
  • 177 Copper Cable Concerns
  • 178 Fiber Optic Cabling
  • 179 Wireless Media
  • 180 Network Cards and Interfaces

  • 27 Software Tools and Commands
  • 181 Intro to Software Tools and Commands
  • 182 Tools and Commands Overview
  • 183 Software Tools
  • 184 Virtual Machines
  • 185 Desktop CLI Tools
  • 186 Network Device CLI Tools

  • 28 Implementing WiFi
  • 187 Intro to Implementing Wi-Fi
  • 188 Wi-Fi Case Study
  • 189 AP Firmware and OS
  • 190 AP to Switch Port
  • 191 Trunking to Controller
  • 192 IP Addressing Options
  • 193 IP Subnetting Plan
  • 194 Location, Signal, and Channel
  • 195 Creating Wireless Networks

  • 29 General Network Troubleshooting
  • 196 Intro to Network Troubleshooting
  • 197 Overview of Network Troubleshooting
  • 198 Tshoot Scenario 1
  • 199 Tshoot Scenario 2
  • 200 Tshoot Scenario 3
  • 201 Tshoot Scenario 4
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