In this lecture, we will begin with the very basics of IPv4 addresses.

In this lecture, I will be dissecting the IPv4 address into its binary format and octets.

In this lecture, we will learn the Bit to Decimal table, HEX table, Bit Values, and the Bit to decimal table, so we can convert from decimal to binary to HEX.

In this lecture, I will explain the importance of the subnetmask in IPv4 and how we can easily convert from DDN to CIDR or vice versa, using the Bit to Decimal table.

In this lecture, I will show you the different classes of IPv4 addresses and how to classify them based on the first octet. You will also learn based on the class of IPv4 address, their default mask and default number of hosts.

In this lecture, you will learn what is a private IPv4 address and their ranges. Also, which Private IPv4 address to use based on the network you work with.

In this lecture, I will explain the most common reserved IPv4 addresses to include the multicast addresses used by routing protocols for their updates.

In this lecture, I will explain to the importance of subnetting a network, and the method you will use to subnet within 30 seconds.

In this lecture, I will explain what is class-full subnetting and show you how to workout any problem, and how it would look in a lab scenario.

In this lecture, I will explain how to workout a VLSM problem and the importance of using VLSM with Public or Private IPv4 addressing.

In this lecture, I will explain what the zero network is, how we transitioned from using the zero network, and solve any subnetting question based on the zero network.

In this lecture, I will show you the importance of summarization in networking, using a lab scenario.

In this lecture, I will explain the rules of summarization and show how to summarize using the binary method.

In this lecture, we will apply the summary addresses we solved in the previous lecture and apply them to reduce the core routers routing table.

In this lecture, we will be creating a network from scratch and apply the IPv4 skills we learned, and route across our network using default and static routes.

In this lecture, we will be creating a network from scratch and apply the IPv4 skills we learned, and route across our network using the EIGRP IGP routing protocol.

In this lecture, we will be creating a more complex network using layer 2 switches and configuring them with STP, VTP, Trunks and SVI’s. We will be configuring Inter-VLAN connectivity using ROAS.

In this lecture, we will be using layer 3 switches and a router. We will configure the switches with layer 3 Ether-Channel, SVI’s and routed ports, and enable routing across the entire network.

In this lecture, I will be showing the benefits of IPv6 addressing.

In this lecture, I will be breaking down in detail each portion of the IPv6 address.

In this lecture, we will learn the different types of IPv6 addresses and their use. In IPv6 we no longer have “Classes” of IP addresses.

In this lecture, we will learn the different features that come with IPv6, to make our network more robust and the transition to IPv6 easy.

In this lecture, we will learn the rules on how to write a valid IPv6 address.

In this lecture, we will be learning TRUE subnetting in IPv6 “The LAZ way”

In this lecture, we will be configuring IPv6 addresses on a router and be able to Ping them.

In this lecture, we will be configuring the RIPng protocol to route across our IPv6 Network.

In this lecture, we will be configuring the EIGRPv6 protocol to route across our IPv6 Network.

In this lecture, we will be configuring the OSPFv3 protocol to route across our IPv6 Network.

In this lecture, you will learn how to run both IPv4 and IPv6 Routing protocols on a router.

In this lecture, you will learn how to configure EUI-64 on a router's interface, so it can configure its own Interface ID.