
In this Lecture, I will discuss the topics covered in the course.
In this lecture, I will give you a brief history, benefits, and the reason why IPv6 came to be.
In this lecture, I will briefly look at the IPv6 protocols, services, IPv6 address types, and its benefits.
In this lecture, I will discuss how IPv4 just was not enough and how IPv6 is the future.
IN THIS LECTURE, I WILL SHOW YOU HOW TO WORK WITH HEX NUMBERS AND CONVERT THEM INTO BINARY OR DECIMAL.
IN THIS LECTURE, WE WILL EXAMINE AND IDENTIFY EACH SECTION OF THE IPV6 ADDRESS.
IN THIS LECTURE, I WILL DEFINE THE LINK-LOCAL ADDRESS AND ITS PURPOSE.
IN THIS LECTURE, I WILL BE CONFIGURING THE LINK-LOCAL ADDRESS IN MULTIPLE WAYS.
IN THIS LECTURE, I WILL DEFINE THE GLOBAL UNICAST ADDRESS AND ITS PURPOSE.
IN THIS LECTURE, I WILL SHOW YOU HOW TO USE THE FOLLOWING IPV6 ADDRESS 2001:DB8::/32, PROPERLY.
IN THIS LECTURE, I WILL PROVIDE YOU WITH THE IPV6 ADDRESSES USED IN MULTICASTING.
IN THIS LECTURE, I WILL BE EXPLAINING AND CONFIGURING THE EUI-64 ON THE ROUTER. THIS WILL ALLOW THE ROUTERS INTERFACE AND HOST TO RECEIVE AND IPV6 ADDRESS.
IN THIS LECTURE, I WILL EXPLAIN HOW WE CAN CONFIGURE A DHCPV6 SERVER, TO ACQUIRE IPV6 ADDRESSES DYNAMICALLY ON YOUR NETWORK.
IN THIS LECTURE, I WILL EXPLAIN THE NEW FUNCTIONS OF ICMPV6.
IN THIS LECTURE, I WILL SHOW HOW TO READ THE IPV6 ROUTING TABLE.
IN THIS LECTURE, I WILL SHOW YOU HOW TO CONFIGURE AN IPV6 DEFAULT ROUTE.
IN THIS LECTURE, I WILL SHOW TO CONFIGURE IPV6 STATIC ROUTES.
IN THIS LECTURE, I WILL BE CONFIGURING RIPNG AND SOME SUBCOMMANDS AND VERIFY CONNECTIVITY ACROSS THE NETWORK.
IN THIS LECTURE, I WILL BE DISCUSSING THE NUANCES OF THIS IGP AND CONFIGURE EIGRPV6 ON THE NETWORK.
IN THIS LECTURE, I WILL BE EXPLAINING AND CONFIGURING OSPFV3 IN A SINGLE AREA.
IN THIS LECTURE, I WILL BE DEFINING TO YOU, TERMINOLOGY USED IN IPV6 OSPF AND ITS DISPARATE BEHAVIOR.
IN THIS LECTURE, I WILL EXPLAIN THE TERMINOLOGY, IS-TYPE, AND NSAP ADDRESS.
IN THIS LECTURE, I WILL SHOW YOU HOW TO CONFIGURE IS-IS IN A SINGLE AREA USING IS-TYPE LEVEL-1.
IN THIS LECTURE, IN THIS LECTURE, I WILL SHOW YOU HOW TO CONFIGURE IS-IS IN A SINGLE AREA USING IS-TYPE LEVEL-1 AND IS-TYPE LEVEL-1-2.
IN THIS LECTURE, WE WILL LEARN HOW TO SUBNET IN IPV6 USING “IP MASTER” LAZ METHOD.
IN THIS LECTURE, WE WILL LEARN HOW TO CALCULATE SUMMARY ROUTES.
IN THIS LECTURE, I WILL SHOW YOU HOW TO CONFIGURE A DUAL STACK.
IN THIS LECTURE, I WILL BRIEFLY SUMMARIZE THE TOPICS COVERED.
This course will show the students the history, structure, and importance of transitioning to IPv6 for a more robust, efficient, secure, and scalable network. This course is meant to teach the main points of IPv6 addressing and configurations using the routing protocols (i.e: RIPng, EIGRPv6, OSPFv3, IS-IS & BGP) in an easy method of IPv6 subnetting & summarization.
In this course, the student will be configuring IPv6 addressing in Routers.
Not only will students know how to assign IPv6 addresses to Networking devices, but they will also be able to implement the knowledge acquired herein!
One major hurdle that students will overcome is the configuration of DHCPv6 on a router & will be able to verify using client computers that will acquire IPv6 addresses from the DHCPv6 server.
Another major topic of this course is Dual Stack Configuration, where students will learn the proper configuration required.
Students should follow each lecture in a step-by-step method and in the order provided since this will ensure maximum retention and understanding of each topic presented.
IPv6 addressing is a major hurdle for many IT professionals & Network Engineers since it is not commonly used and not taught properly in many educational institutions.
However, IPv6 is the future of Networking, and we will see full IPv6 networks in the very near future.
All IT professionals should start getting comfortable & familiarized with IPv6 since it is coming to a network near you!