Cisco CCIE Enterprise Infrastructure

A detailed dive into the world of advanced routing and switching topics.

What you'll learn
Cisco CCIE Enterprise Advanced Routing and Switching
VLANS and VLAN Trunking Protocol
Etherchannel
Spanning Tree Protocol
Policy Based Routing
Generic Route Encapsulation
Enhanced Interior Gateway Routing Protocol (EIGRP)

Description
This program includes hundreds of hours of discussion based on the Cisco CCIE Enterprise Infrastructure Blueprint. Lesson include detailed discussions of switching topics like Etherchannel, Spanning Tree Protocol, VLANs and VTP, and advanced routing topics on EIGRP, OSPF, BGP, Policy Based Routing, and much more. Topics include the following:

Switching Topics (Estimated 21.5 Hours)

VLANs and Switching Topics (2 Hours)

VLAN Trunking Protocol (VTP) (2 Hours)

VLAN Trunking Protocol Version 3 (1.5 Hours)

EtherChannel (2 Hours)

Layer 2 EtherChannel Configuration (1.5 Hours)

Layer 3 EtherChannel Configuration (1 Hour)

Spanning Tree Protocol (2 Hours)

Optional Spanning Tree Features (2 Hours)

Rapid Spanning Tree Protocol (2 Hours)

Multiple Spanning Tree Protocol (2 Hours)

WAN Circuits (1.5 Hours)

PPP over Ethernet (PPPoE) (1 Hour)

Routing Topics (122.5 Hours)

General Routing Topics (6.5 Hours)

IPv4 Routing (2 Hours)

Policy Based Routing (1.5 Hours)

IP SLA and Enhanced Object Tracking (1.5 Hours)

GRE and IP Tunneling (1.5 Hours)

Classic EIGRP (2 Hours)

EIGRP Named Mode (2 Hours)

EIGRP Classic Metric Configuration (1.5 Hours)

EIGRP Wide Metrics (1 Hour)

EIGRP Traffic Engineering and Unequal Cost Load Balancing (2 Hours)

EIGRP Classic Authentication (1.5 Hours)

EIGRP Automatic Key Rotation (1 Hour)

EIGRP Named Mode Authentication (1 Hour)

EIGRP Summarization (2 Hours)

EIGRP Traffic Engineering with Summarization (1.5 Hours)

EIGRP over DMVPN (2 Hours)

EIGRP Stub Routing (2 Hours)

Open Shortest Path First (OSPF) (31 Hours)

OSPF Protocol and Operation Overview (2 Hours)

OSPF Single Area Configuration (2 Hours)

Troubleshooting OSPF Adjacencies (2 hours)

OSPF Areas and Link State Advertisements (2 Hours)

OSPF Media Dependencies and Network Types (1.5 Hours)

Configuring OSPF Network Types (2 Hours)

OSPF Virtual Links (2 Hours)

OSPF Stub Areas (1 Hour)

Configuring OSPF Stub Areas (1 Hour)

Traffic Engineering with OSPF Stub Areas (1.5 Hours)

Configuring OSPF Not So Stubby Areas (2 Hours)

Controlling NSSA Redistribution (1.5 Hours)

Default Routing with OSPF NSSA (2 Hours)

OSPF NSSA Translator Election and Forwarding Address (2 Hours)

OSPF Path Selection (1.5 Hours)

OSPF Authentication (2 Hours)

OSPF Authentication Enhancements (0.5 Hours)

OSPF Summarization Overview (0.5 Hours)

Configuring OSPF Summarization (2 Hours)

Dynamic Multipoint Virtual Private Networks (DMVPN) (11 Hours)

DMVPN Overview (1 Hour)

Basic DMVPN Configuration (1.5 Hours)

DMVPN Phase 1, 2 and 3 (1 Hour)

DMVPN Phase 1 Configuration (2 Hours)

Routing Protocols over DMVPN Phase 1 Part 1 (1 Hour)

Routing Protocols over DMVPN Phase 1 Part 2 (1 Hour)

DMVPN Phase 2 Configuration (2 Hours)

Routing Protocols over DMVPN Phase 2 (0.5 Hours)

DMVPN Phase 3 Configuration (1 Hour)

Route Redistribution (7 Hours)

IPv4 Route Redistribution Overview (1 Hour)

Basic Redistribution Examples (1 Hour)

Why Routing Loops Occur (1 Hour)

Preventing Routing Loops Feedback (0.5 Hours)

Redistribution Example 1 (2 Hours)

Redistribution Example 2 (1.5 Hours)

Redistribution Example 3 (1 Hour)

Border Gateway Protocol (BGP) (28 Hours)

BGP Overview (1 Hour)

Basic BGP Operations (2 Hours)

iBGP versus eBGP Peering Rules (2 Hours)

iBGP Full Mesh (2 Hours)

iBGP Scaling Techniques (1 Hour)

Configuring BGP Route Reflectors (2 Hours)

Configuring BGP Confederations (2 Hours)

BGP Next Hop Processing (2 Hours)

BGP NLRI Organization (2 Hours)

BGP Bestpath Selection (1.5 Hours)

BGP Traffic Engineering with Weight and Local Preference (1 Hour)

BGP Traffic Engineering with AS‐Path and MED (1.5 Hours)

BGP Traffic Engineering with Communities (1 Hour)

BGP Aggregation (2 Hours)

BGP Traffic Engineering with Aggregation (1 Hour)

BGP Communities (2 Hours)

BGP Filtering (2 Hours)

Optimizing Routing (8.5 Hours)

Routing Protocol Convergence Overview (1 Hour)

Routing Protocol Failure Detection (2 Hours)

Bidirectional Forwarding Detection (2 Hours)

Route Protocol Event Propagation Optimization (1.5 Hours)

EIGRP IP FRR and OSPF LFA (2 Hours)

Multiprotocol Label Switching (11 Hours)

BGP Tunneling and MPLS Use Case (2 Hours)

MPLS Overview (2 Hours)

Label Distribution Protocol (2 Hours)

Virtual Routing and Forwarding Instances (1.5 Hours)

MPLS Layer 3 VPN Overview (1.5 Hours)

MPLS L3VPN Configuration (2 Hours)

Who this course is for:
Network Administrators and Network Engineers