- •6 Addressing the Network - iPv4
- •6.0 Chapter Introduction
- •6.0.1 Chapter Introduction Page 1:
- •6.1 IPv4 Addresses
- •6.1.1 The Anatomy of an iPv4 Address Page 1:
- •6.1.2 Knowing the Numbers - Binary to Decimal Conversion Page 1:
- •6.1.3 Practicing Binary to Decimal Conversions Page 1:
- •6.1.4 Knowing the Numbers - Decimal to Binary Conversions Page 1:
- •6.1.5 Practicing Decimal to Binary Conversion Page 1:
- •6.2 Addresses for Different Purposes
- •6.2.1 Types of Addresses in an iPv4 Network Page 1:
- •6.2.2 Calculating Network, Hosts and Broadcast Addresses Page 1:
- •6.2.3 Unicast, Broadcast, Multicast - Types of Communication Page 1:
- •6.2.4 Reserved iPv4 Address Ranges Page 1:
- •6.2.5 Public and Private Addresses Page 1:
- •6.2.6 Special iPv4 Addresses Page 1:
- •6.2.7 Legacy iPv4 Addressing Page 1:
- •6.3 Assigning Addresses
- •6.3.1 Planning to Address the Network Page 1:
- •6.3.2 Static or Dynamic Addressing for End User Devices Page 1:
- •6.3.3 Assigning Addresses to Other Devices Page 1:
- •6.3.4 Who Assigns the Different Addresses? Page 1:
- •6.3.5 IsPs Page 1:
- •Isp Services
- •Isp Tiers
- •6.3.6 Overview of iPv6 Page 1:
- •6.4 Is It On My Network?
- •6.4.1 The Subnet Mask - Defining the Network and Host Portions Page 1:
- •6.4.2 AnDing - What Is In Our Network? Page 1:
- •6.4.3 The anDing Process Page 1:
- •6.5 Calculating Addresses
- •6.5.1 Basic subnetting Page 1:
- •6.5.2 Subnetting - Dividing Networks into Right Sizes Page 1:
- •6.5.3 Subnetting - Subnetting a Subnet Page 1:
- •Vlsm Chart
- •6.5.8 Addressing in a Tiered Internetwork Page 1:
- •6.6 Testing the Network Layer
- •6.6.1 Ping 127.0.0.1 - Testing the Local Stack Page 1:
- •6.6.2 Ping Gateway - Testing Connectivity to the Local lan Page 1:
- •6.6.3 Ping Remote Host - Testing Connectivity to Remote lan Page 1:
- •6.6.4 Traceroute (tracert) - Testing the Path Page 1:
- •6.6.5 IcmPv4 - The Protocol Supporting Testing and Messaging Page 1:
- •6.7 Labs and Activities
- •6.7.3 Activity: iPv4 Address Subnetting Part 1 Page 1:
- •6.7.4 Activity: iPv4 Address Subnetting Part 2 Page 1:
- •6.7.5 Lab: Subnet and Router Configuration Page 1:
- •6.8 Chapter Summaries
- •6.8.1 Summary and Review Page 1:
- •6.9 Chapter Quiz
- •6.9.1 Chapter Quiz Page 1:
6.7 Labs and Activities
6.7.1 Lab - Ping and Traceroute Page 1:
This lab demonstrates the ping and tracert commands from a host. You will observe the steps of the operation of these commands in a network.
Click the Lab icon for more details.
6.7.1 - Lab - Ping and Trace route Link to Hands-on Lab: Ping and Trace route This lab demonstrates the ping and trace rt commands from a host. You observe the steps of the operation of these commands in a network.
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This Packet Tracer activity demonstrates the ping and tracert commands from a host. You will observe the steps of the operation of these commands in a network.
Click the Packet Tracer icon to launch the Packet Tracer activity.
6.7.1 - Lab - Ping and Trace route Link to Packet Tracer Exploration: Ping and Trace route This Packet Tracer demonstrates the ping and trace rt commands from a host. You observe the steps of the operation of these commands in a network.
6.7.2 Lab - Examining ICMP Packet Page 1:
In this lab, you will use Wireshark to capture ICMP packets to observe the different ICMP codes.
Click the Lab icon for more details.
6.7.2 - Lab - Examining ICMP Packets Link to Hands-on Lab: Examining ICMP Packets In this lab, you use Wireshark to capture ICMP packets to observe the different ICMP codes.
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This Packet Tracer activity will examine ICMP packets issued from hosts on a network.
Click the Packet Tracer icon to launch the Packet Tracer activity.
6.7.2 - Lab - Examining ICMP Packets Link to Packet Tracer Exploration: Examining ICMP Packets This Packet Tracer activity examines ICMP packets issued from hosts on a network.
6.7.3 Activity: iPv4 Address Subnetting Part 1 Page 1:
This lab is designed to teach how to compute major network IP address information from a given IP address.
Click the Lab icon for more details.
6.7.3 - Lab - IPv4 Address Subnetting Part 1 Link to Hands-on Lab: IPv4 Address Subnetting Part 1 This activity teaches how to compute major network IP address information from a given IP address.
6.7.4 Activity: iPv4 Address Subnetting Part 2 Page 1:
This lab is designed to teach you how to compute subnet information for a given IP address and subnetwork mask.
Click the Lab icon for more details.
6.7.4 - Lab - IPv4 Address Subnetting Part 2 Link to Hands-on Lab: IPv4 Address Subnetting Part 2 This activity teaches how to compute subnet information for a given IP address and subnetwork mask.
6.7.5 Lab: Subnet and Router Configuration Page 1:
In this lab activity, you will design and apply an IP addressing scheme for a given topology. After cabling the network you will then configure each device using the appropriate basic configuration commands. When the configuration is complete the appropriate IOS commands will be used to verify that the network is working properly.
Click the Lab icon for more details.
6.7.5 - Lab - Subnet and Router Configuration Link to Hands-on Lab: Subnet and Router Configuration In this lab activity, you design and apply an IP addressing scheme for a given topology. After cabling the network, you then configure each device using the appropriate basic configuration commands. When the configuration is complete, the appropriate Cisco I O S commands are used to verify that the network is working properly.
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In this Packet Tracer activity, you will design and apply an IP addressing scheme for a given topology. After cabling the network you will then configure each device using the appropriate basic configuration commands. When the configuration is complete the appropriate IOS commands will be used to verify that the network is working properly.
Click the Packet Tracer icon to launch the Packet Tracer activity.
6.7.5 - Lab - Subnet and Router Configuration Link to Packet Tracer Exploration: Subnet and Router Configuration In this Packet Tracer activity, you design and apply an IP addressing scheme for a given topology. After cabling the network, you configure each device using the appropriate basic configuration commands. When the configuration is complete, the appropriate Cisco I O S commands are used to verify that the network is working properly.