Cisco CCIE Enterprise Infrastructure

In this lecture, we will introduce IPv4 Routing in preparation for our deep dive discussions on routing topics.

In this lecture, we will discuss in detail policy based routing concepts.

In this lecture we will take a deep dive into IP Service Level Agreements and Enhanced Object Tracking. We will also learn how to utilize these tools to affect routing in the Enterprise.

In this final lecture on routing basics, we will discuss Generic Route Encapsulation and IP in IP Tunneling.

In our fist lecture for EIGRP we will discuss in detail EIGRP, specifically, EIGRP classic mode configuration.

In this lecture we will take a detailed look at EIGRP named mode and compare and contrast the differences to EIGRP Classis mode.

In this lecture we will take a look at EIGRP classic metrics and how they affect the EIGRP routing domain.

In this lecture we will take a look at the difference with EIGRP Wide metrics versus the Classic metrics used with Classis mode EIGRP.

In this lecture, we will discuss the details of EIGRP traffic engineering and how EIGRP handles unequal cost load balancing.

In this lecture we will be discussing EIGRP Authentication features for both modes of EIGRP.

In this penultimate lecture on EIGRP, we will cover EIGRP summarization for both Classic and Named EIGRP.

In this final EIGRP lecture, we will discuss the EIGRP stub features, including stub connected, summary, redistribute, static and receive-only.

We will start our journey learning OSPF by starting with an understanding of OSPF protocol operations and and OSPF overview.

In this lecture, we will talk about configuring OSPF single area configuration.

We will start to gain a better understanding of the internal operations of OSPF with this introductory OSPF troubleshooting lecture.

In this lecture, we will perform a deep dive into OSPF Area types and LSA types.

In this lecture we will discuss OSPF stub area concepts along with how to manipulate traffic flow with stub area configurations.

This lecture covers the details of an OSPF NSSA. How it can be used, and how it works in the scheme of OSPF.

This lecture provides a very detailed discussion on controlling NSSA redistribution.

In this lecture, we will be discussing default routing with OSPF Not So Stubby Areas.

In this lecture, we will be discussing OSPF NSSA Translator Elections and how it affects the Forwarding Address for redistributed routes.

We will take a look in detail how OSPF handles path selection.

In this final lecture, we are going to discuss OSPF authentication and authentication enhancements.

In this final OSPF lecture, we will take a look at how summarization works with OSPF.

We are going to start our DMVPN Section with a lecture on the basics of DMVPN. In future lectures we will discuss the specifics of the different phases of DMVPN and take a look the configurations.

In this lecture, we will introduce the framework of DMVPN configuration.

We will now take a deep dive look into the configuration of DMVPN Phase 1. This is a two part lecture (part 1).

We will now continue a deep dive look into the configuration of DMVPN Phase 1. This is a two part lecture (part 2).

In this lecture, we are going to take a deep dive look into the operations and configurations of DMVPN Phase 2 and discuss the differences of this phase as opposed to the other phases.

In this lecture, we are going to take a deep dive look into the operations and configurations of DMVPN Phase 3 and discuss the differences of this phase as opposed to the other phases.

In this lecture we are going to take a detailed look at routing protocol redistribution and take a look at some configuration examples.

Here we are going to take a look at a redistribution case study.

In this final lecture of the section, we will take a look at why routing loops occur.

In our first lecture about BGP, we will start with a basic and introductory discussion about BGP.

In this lecture, we are going to take a look under the hood at BGP operations and how BGP peers communicate with each other.

In this lecture, we are going to be discussing the major differences between iBGP and eBGP peering and how the peering relationships work together.

In this lecture we are going to discuss the requirements for an iBGP full mesh network.

In this lecture we will take a look at several BGP scaling techniques.

In this lecture, we are going to take a detailed look at route reflectors and how they can be used to provide efficiency and scalability with BGP.

We are going to take a look at the BGP attributes and how they can work in determining the routing path for BGP.

In this lecture, we are going to discuss a very critical attribute - the BGP next hop attribute and how the attribute is processed in BGP.

This lecture we discuss in detail how routes can be originated into the BGP routing process.

In this lecture, we are going to take a detailed look at the BGP path selection process and how BGP attributes affect the routing process.

In this lecture we are going to take a look at how the weight and local preference attributes can be used to manipulate BGP path selection.

In this lecture we are going to take a look at how the AS-path and MED attributes can be used to manipulate BGP path selection.

In this lecture we will take a look at how to manipulate the BGP decision tree with communities.

In this video lecture, we will be discussing BGP aggregation and how routes are originated into BGP.

In this lecture, we will talk about how BGP aggregation can be used with traffic engineering with BGP.

In this final BGP lecture, we will learn all about BGP filtering.

In this first Routing Optimization lecture, we are going to be talking about the routing protocol convergence process.

In this lecture we are going to take a look at how to better handle routing protocol adjacency and convergence failures.

In this lecture we are going to learn how BFD can help speed up convergence by identifying failed adjacencies in subsecond times.

In the penultimate lecture for the series, we are going to learn how we can optimize routing protocols to handle event propagation more effectively to speed up convergence.