CompTIA Network+ N10-008 - Todd Lammle, LLC

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0.0.1 – CompTIA Network+ N10-008 Introduction

CompTIA Network+ N10-008 Course Downloads

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0.1.0 Module 1 – Introducing Reference Models and Protocols

0.1.1 OSI Model

0.1.2 TCP/IP Model

0.1.3 IP, ICMP, UDP, and TCP

0.1.4 IP, UDP, and TCP Headers

0.1.5 Maximum Transmission Unit (MTU)

0.1.6 Ports and Protocols

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0.2.0 – Module 2 – Network Pieces and Parts

0.2.1 – Analog Modems

0.2.2 – CSMA-CD vs CSMA-CA

0.2.3 – Hubs, Switches, and Routers

0.2.4 – Collision and Broadcast Domains

0.2.5 – Wireless Access Points

0.2.6 – Firewalls

0.2.7 – Intrusion Detection and Prevention

0.2.8 – VPN Concentrators

0.2.9 – Load Balancers

0.2.10 – Advanced Filtering Appliances

0.2.11 – Proxy Server

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0.3.0 – Module 3 – Describing Network Topologies

0.3.1 – Star Topology

0.3.2 – Mesh Topology

0.3.3 – Ring Topology

0.3.4 – Bus Topology

0.3.5 – Point-to-Point Topology

0.3.6 – Point-to-Multipoint Topology

0.3.7 – Hybrid Topology

0.3.8 – Client-Server Network

0.3.9 – Peer-to-Peer Network

0.3.10 – Local Area Network (LAN)

0.3.11 – Wide Area Network (WAN)

0.3.12 – Metropolitan Area Network (MAN)

0.3.13 – Campus Area Network (CAN)

0.3.14 – Personal Area Network (PAN)

0.3.15 – Wireless LAN (WLAN)

0.3.16 – Software-Defined WAN (SD-WAN)

0.3.17 – Industrial Control Systems and SCADA

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0.4.0 – Understanding Network Services

0.4.1 – Virtual Private Networks (VPNs)

0.4.2 – Dynamic Multipoint VPNs (DMVPNs)

0.4.3 – Web Services

0.4.4 – Voice Services

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0.5.0 – Module 5 – Selecting WAN Technologies

0.5.1 – Packet Switched vs. Circuit Switched Networks

0.5.10 – Leased Lines

0.5.11 – ISDN

0.5.12 – MPLS

0.5.13 – Metro Ethernet

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0.6.0 – Module 6 – Connecting Networks with Cables and Connectors

0.6.1 – Copper Cables

0.6.2 – Fiber Cables

0.6.3 – Copper Connectors

0.6.4 – Fiber Connectors

0.6.5 – Media Converters

0.6.6 – Transceivers

0.6.7 – Termination Points

0.6.8 – Cabling Tools

0.6.9 – Punch-Down Blocks

0.6.10 – T568 Standards

0.6.11 – Straight-Through vs. Crossover Cables

0.6.12 – Ethernet Standards

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0.7.0 – Module 7 – Using Ethernet Switches

0.7.1 – MAC Addresses

0.7.2 – Ethernet Switch Frame Forwarding

0.7.3 – VLAN Theory

0.7.4 – Trunking Theory

0.7.5 – Voice VLANs

0.7.6 – Ethernet Port Flow Control

0.7.7 – Power over Ethernet (PoE)

0.7.8 – Introducing Spanning Tree Protocol (STP)

0.7.9 – STP Port States

0.7.10 – STP Example

0.7.11 – STP Convergence Times

0.7.12 – STP Variants

0.7.13 – Link Aggregation

0.7.14 – Port Mirroring

0.7.15 – Distributed Switching

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0.8.0 – Module 8 – Demystifying Wireless Networks

0.8.1 – Introduction to Wireless LANs (WLANs)

0.8.2 – WLAN Antennas

0.8.3 – Wireless Range Extenders

0.8.4 – WLAN Frequencies and Channels

0.8.5 – WLAN Standards

0.8.6 – Regulatory Impacts of Wireless Channels

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0.9.0 – Module 9 – Addressing Networks with IPv4

0.9.1 – Binary Numbering

0.9.2 – Binary Practice Exercise #1

0.9.3 – Binary Practice Exercise #2

0.9.4 – IPv4 Address Format

0.9.5 – Public vs. Private IPv4 Addresses

0.9.6 – IPv4 Unicast, Broadcast, and Multicast

0.9.7 – The Need for Subnetting

0.9.8 – Calculating Available Subnets

0.9.9 – Calculating Available Hosts

0.9.10 – Subnetting Practice Exercise #1

0.9.11 – Subnetting Practice Exercise #2

0.9.12 – Calculating Usable Ranges of IPv4 Addresses

0.9.13 – Subnetting Practice Exercise #3

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0.10.0 – Module 10 – Addressing Networks with IPv6

0.10.1 – Hexadecimal Numbering

0.10.2 – IPv6 Address Format

0.10.3 – Shortening an IPv6 Address

0.10.4 – IPv6 Address Shortening Exercise

0.10.5 – IPv6 Global Unicast

0.10.6 – IPv6 Multicast

0.10.7 – IPv6 Link Local

0.10.8 – IPv6 Unique Local

0.10.9 – IPv6 Loopback

0.10.10 – IPv6 Unspecified

0.10.11 – IPv6 Solicited-Node Multicast

0.10.12 – EUI-64 Address

0.10.13 – IPv6 Autoconfiguration

0.10.14 – IPv6 Traffic Flows

0.10.15 – Dual Stack

0.10.16 – Tunneling IPv6 Through an IPv4 Network

0.10.17 – IP Address Management (IPAM)

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0.11.0 – Module 11 – Explaining IP Routing

0.11.1 – Packet flow in a Routed Network

0.11.2 – Static and Default Routes

0.11.3 – Routing Protocols

0.11.8 – Subinterfaces

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0.12.0 – Module 12 – Streaming Voice and Video with Unified Communications

0.12.1 – Voice over IP

0.12.2 – Video over IP

0.12.3 – Unified Communications Networks

0.12.4 – Quality of Service (QoS) Fundamentals

0.12.5 – QoS Markings

0.12.6 – QoS Traffic Shaping and Policing

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0.13.0 – Module 13 – Virtualizing Network Devices

0.13.1 – Virtualized Devices

0.13.2 – Virtual IP

0.13.3 – Storage Area Network (SAN) Technologies

0.13.4 – Using InfiniBand for SANs

0.13.5 – Cloud Technologies

0.13.6 – Accessing Cloud Services

0.13.7 – Infrastructure as Code

0.13.8 – Multi-Tenancy

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0.14.0 – Module 14 – Securing a Network

0.14.1 – General Security and Availability Issues

0.14.2 – Vulnerabilities and Exploits

0.14.3 – Denial of Service Attacks

0.14.4 – On-Path Attacks

0.14.5 – VLAN Hopping Attacks

0.14.6 – Social Engineering Attacks

0.14.7 – Other Common Attacks

0.14.8 – Common Defense Strategies

0.14.9 – Switch Port Defense

0.14.10 – Access Control Lists

0.14.11 – Wireless Security Options

0.14.12 – Extensible Authentication Protocols (EAPs)

0.14.13 – Authentication Servers

0.14.14 – User Authentication

0.14.15 – Physical Security

0.14.16 – Forensic Concepts

0.14.17 – Securing STP

0.14.18 – Router Advertisement (RA) Guard

0.14.19 – Securing DHCP

0.14.20 – IoT Security Concerns

0.14.21 – Cloud Security

0.14.22 – IT Risk Management

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0.15.0 – Module 15 – Monitoring and Analyzing Networks

0.15.1 – Device Monitoring Tools

0.15.2 – SNMP

0.15.3 – Remote Access Methods

0.15.4 – Environment Monitoring

0.15.5 – Wireless Network Monitoring

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0.16.0 – Module 16 – Examining Best Practices for Network Administration

0.16.1 – Safety Procedures

0.16.2 – Wiring Management

0.16.3 – Power Management

0.16.4 – Rack Management

0.16.5 – Change Control

0.16.6 – High Availability

0.16.7 – Cloud High Availability

0.16.8 – Active-Active vs. Active-Passive

0.16.9 – Disaster Recovery

0.16.10 – Standards, Policies, and Rules

0.16.11 – Documentation

0.16.12 – Site Survey

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0.17.0 – Module 17 – Troubleshooting Networks

0.17.1 – 7-Step Troubleshooting Methodology

0.17.2 – CLI Troubleshooting Utilities

0.17.3 – Network Appliance Commands

0.17.4 – Device Metrics and Sensors

0.17.5 – Environmental Metrics and Sensors

0.17.6 – Common LAN Issues

0.17.7 – Common Wireless Network Issues

0.17.8 – Common Network Service Issues

0.17.9 – General Networking Issues

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0.18.0 – Module 18 – Preparing for the CompTIA Network+ Exam

0.18.1 – How to Register for the Exam – N10-008

0.18.2 – Study Strategies

0.18.3 – What to do on Exam Day

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0.19.0 – CompTIA Network+ N10-008 Course Summary

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