
This lecture will show you all the topics covered in the course.
In this lecture, we will discuss the differences between LAN and WAN, and also Networking devices used.
In this Lecture, we will learn the nuances of a Bus, Star, Ring, Mesh, and other topologies used in a network.
In this lecture, we will learn how to select the topology that meets the needs of your network design. Backbone, Segments, CAN, and SAN.
In this lecture, I will show the seven different layers of the OSI and its protocol data units (PDU) and a way for you to remember them.
In this lecture, I will be explaining Coax, Twisted pair cabling, and fiber used in networks.
In this lecture, I will be explaining the differences between Full and Half Duplex, Attenuation, and EIA/TIA standards.
In this lecture, I will be explaining a centralized distribution wiring closet normally called MDF or IDF used between floors.
In this lecture, I will be giving you a brief overview of terminology, equipment, protocols, and cabling used in networking.
In this lecture, I will be explaining the access methods of Ethernet and Wireless.
In this lecture, I will show you how to convert HEX to Decimal and Binary.
In this lecture, I will be explaining IPv4 Addressing, Classification, and Private IP Addressing.
In this lecture, I will be showing you how to subnet in IPv4.
In this lecture, I will be showing you how to do VLSM in IPv4.
In this lecture not only will I show you how to summarize but the importance of summarization.
In this lecture, I will be showing you the different types of NAT and how to configure NAT overload.
In this lecture, I will be showing you IPv6 basics and types of addresses.
In this lecture, I will show you MY Method of IPv6 Subnetting.
In this lecture, I will show you how to configure IPv6 Addressing on a router.
In this lecture, I will be explaining what a default route is and how to configure default routing.
In this lecture, I will be showing you how to configure RIPng, which is for IPv6.
In this lecture, I will be showing you how to configure the routing protocol EIGRP IPv6.
In this lecture, I will be showing you how to configure the routing protocol OSPFv3.
In this lecture, we will be configuring RIPv2 and looking at some of its sub-commands to tweak our network.
In this lecture, I will be configuring EIGRP and some of its sub-commands to tweak our network.
In this lecture, I will be configuring OSPF and some of its sub-commands to tweak our network.
In this lecture, I will be explaining how the election process of choosing a DR/BDR works.
In this lecture, I will be showing you how to configure EBGP.
In this lecture, I will be explaining HSRP and showing you how to configure it.
In this lecture, I will be explaining how switches learn source MAC addresses.
In this lecture, I will be showing you how to create VLANs and how VLAN information gets across trunk ports.
In this lecture, I will be showing you how to configure Inter-VLAN connectivity using a router.
I developed this Network+ course to give you the fundamentals of Networking and to prepare you, not only for the Network+ certification but also to prepare you to study for other Networking certs, like the CCNA and others.
If you are thinking about getting into any IT field, you need the foundation to understand the terminology and learn the topics used in networks and the know-how to apply them.
Network+ is a key certification for anyone that needs and/or wants to understand networks and I have made it my mission to give you that information.
For anyone that wants to follow along, I'm using the Network+ study guide from Sybex, by Todd Lammle