CCNA Ultimate Subnetting and IP Lab

Introduction to network topologies, DHCP, MAC, and IP addresses 1 lecture 05:41 Networks, MAC, and IP addressing services In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. Introduction to network topologies, DHCP, MAC, and IP addresses 1 lecture 05:41 Networks, MAC, and IP addressing services In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. Networks, MAC, and IP addressing services In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. Networks, MAC, and IP addressing services In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. Networks, MAC, and IP addressing services In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. Networks, MAC, and IP addressing services In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. In this lesson we look at network topologies, MAC and IP addresses, and the most popular methods for obtaining an IP address. Three Reasons Why We Subnet 1 lecture 02:25 Three Reasons for Subnetting with examples In this section I will teach you the three reasons why we subnet (subdivide) our networks. Three Reasons Why We Subnet 1 lecture 02:25 Three Reasons for Subnetting with examples In this section I will teach you the three reasons why we subnet (subdivide) our networks. Three Reasons for Subnetting with examples In this section I will teach you the three reasons why we subnet (subdivide) our networks. Three Reasons for Subnetting with examples In this section I will teach you the three reasons why we subnet (subdivide) our networks. Three Reasons for Subnetting with examples In this section I will teach you the three reasons why we subnet (subdivide) our networks. Three Reasons for Subnetting with examples In this section I will teach you the three reasons why we subnet (subdivide) our networks. In this section I will teach you the three reasons why we subnet (subdivide) our networks. In this section I will teach you the three reasons why we subnet (subdivide) our networks. Masks in brief 1 lecture 01:06 An overview of network masks Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. Masks in brief 1 lecture 01:06 An overview of network masks Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. An overview of network masks Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. An overview of network masks Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. An overview of network masks Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. An overview of network masks Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. Network masks are important to how data flows over a LAN, because it is the mask that defines the boundaries of a LAN. So, in this lesson we take a quick but informative look at network masks. Introduction to IPv4 1 lecture 09:00 Anatomy of IPv4 addresses In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. Introduction to IPv4 1 lecture 09:00 Anatomy of IPv4 addresses In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. Anatomy of IPv4 addresses In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. Anatomy of IPv4 addresses In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. Anatomy of IPv4 addresses In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. Anatomy of IPv4 addresses In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. In this lesson you will learn about IPv4: how the addresses are built; the binary code; the regulatory agencies that govern IPv4 addresses and their use; and more. Introduction to IPv6 1 lecture 08:47 Anatomy of IPv6 addresses Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Introduction to IPv6 1 lecture 08:47 Anatomy of IPv6 addresses Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Anatomy of IPv6 addresses Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Anatomy of IPv6 addresses Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Anatomy of IPv6 addresses Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Anatomy of IPv6 addresses Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. Similar in some ways to IPv4, in this lesson you will learn about IPv6: how the addresses are built; how to read hexadecimal code; the regulatory agencies that govern IPv6 addresses and their use; and more. The Subnetting Lab 1 lecture 08:33 IPv4 scenario #1 In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. The Subnetting Lab 1 lecture 08:33 IPv4 scenario #1 In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. IPv4 scenario #1 In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. IPv4 scenario #1 In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. IPv4 scenario #1 In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. IPv4 scenario #1 In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. In this lesson we begin subnetting. But first, I'd like you take a moment and write down the formula for my 3-step subnetting method. This will help you tremendously in not only solving the following scenarios, but also in helping you to learn how IP addresses work. This three step method ties everything together, from IP address anatomy to masks, to subnetting. It really is an amazing system and I know it will help you on exams and in your career. Ipv4 scenario #2 1 lecture 08:57 IPv4 scenario #2 In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. Ipv4 scenario #2 1 lecture 08:57 IPv4 scenario #2 In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. IPv4 scenario #2 In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. IPv4 scenario #2 In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. IPv4 scenario #2 In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. IPv4 scenario #2 In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. In this lesson we subnet a class-B address so we can learn how to number and count host addresses over two octets. IPv4 scenario #3 1 lecture 05:27 IPv4 scenario #3: subnetting an already subdivided network Also known as "subnetting a subnet" this skill will be very useful when you need to create additional LANs after having run out of network available addresses. In this lesson I teach you the method, which requires very little change from what you have already learned by using the 3-step method. IPv4 scenario #3