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Cisco CCNP Implementing Cisco IP Routing , Part 1 of 4: Planning and EIGRP

with Carlo Tannoury, Kenneth Mayer


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Course at a glance

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Release date 6/4/2018
Level Intermediate
Runtime 2h 24m
Closed captioning N/A
Transcript N/A
eBooks / courseware N/A
Hands-on labs N/A
Sample code N/A
Exams Included


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Course description

Implementing Cisco IP Routing is a qualifying exam for the Cisco Certified Network Professional CCNP®. This course starts off with describe common enterprise traffic requirements and how to plan for implementing routing in an Enterprise network. Next it covers a review of routing fundamentals. Then it will describe EIGRP, how to plan EIGRP routing as well as optimization and in the Enterprise WAN.

Prerequisites

This is part 1 of the series.

Meet the

Carlo Tannoury Carlo has worked in the computer technologies industry since the mid-90s. He is also a certified member of Microsoft, Cisco, ISACA, PMI, CompTIA, IIC, and EC-Council. He has designed and customized courses for private and public sectors, including college curriculums, and has worked as a lead consultant engineer in corporate Cyber security and Information Assurance training since 2001.

Kenneth Mayer As a certified Microsoft Instructor, Ken has focused his career on various security aspects of computer and network technology since the early 1980s. He has offered a wide variety of IT training and high level consulting projects for Fortune 500 companies globally. Through the course of his extensive career, he has taught a full line of Microsoft, CompTIA, Cisco, and other high level IT Security curricula.


Course outline



Network Architecture

Enterprise Network Frameworks and Architecture (13:38)
  • Introduction (00:10)
  • Traffic Conditions in a Converged Network (01:08)
  • IIN: Cisco Intelligent Information Network (01:03)
  • 3 Phases of the Intelligent Information Network (01:36)
  • Cisco SONA Framework (00:45)
  • SONA Layers (01:33)
  • Updated SONA Framework (00:33)
  • Cisco Enterprise Architecture (00:37)
  • Architecture Types (02:11)
  • Cisco Hierarchical Network Model (02:54)
  • The Enterprise Composite Network Model (00:55)
  • Summary (00:08)
Implementation Plan (09:37)
  • Introduction (00:05)
  • Creating an Implementation Plan (00:33)
  • Implementation Plan Approaches (01:18)
  • Methodologies and Models (02:35)
  • Cisco Lifecycle Services (PPDIOO) Model (02:03)
  • Implementation Plan Documentation (01:06)
  • Sample Implementation Plan (00:47)
  • Examples of Project Documents (00:59)
  • Summary (00:08)
IP Routing (37:19)
  • Introduction (00:03)
  • IP Routing (02:54)
  • Third Option: OnDemand Routing (00:56)
  • Link-State vs. Distance Vector Protocols (01:04)
  • Classless vs. Classful Routing (01:03)
  • Discontinugous Subnets (00:40)
  • IP Classless Command (00:35)
  • Automatic Route Summarization (01:11)
  • Routing Table Criteria (01:07)
  • Administrative Distance (01:24)
  • Floating Static Route (00:31)
  • Demo: RIP Next Generation Setup (05:36)
  • Demo: RIP Next Generation Setup Continued (06:14)
  • Demo: Set up a Static Address (02:00)
  • Demo: Configure RIP Next Generation (05:32)
  • Demo: Configure RIP Next Generation Continued (04:45)
  • Demo: Troubleshooting (01:29)
  • Summary (00:08)

EIGRP

EIGRP Terminology (13:35)
  • Introduction (00:05)
  • EIGRP Attributes and Capabilities (02:07)
  • Terminology of the EIGRP Protocol (00:19)
  • Tables Used with the EIGRP Protocol (01:16)
  • FD vs. AD (00:32)
  • Feasible Successor and Active vs. Passive Routes (01:10)
  • Major EIGRP Technologies (01:44)
  • Reliable Transport Protocols (00:46)
  • Neighbor Discovery and PDMs (00:43)
  • DUAL Finite-State Machine (00:10)
  • Packet Types Used by EIGRP (02:01)
  • EIGRP Administrative Distance (00:40)
  • EIGRP Metric Calculation and Bandwidth (01:49)
  • Summary (00:08)
Planning EIGRP Routing Implementation (03:03)
  • Introduction (00:09)
  • EIGRP Deployment Prerequisites and Implementation (01:38)
  • EIGRP Verification and Documentation (01:07)
  • Summary (00:08)
EIGRP Routing (20:59)
  • Introduction (00:03)
  • Enable EIGRP Routing (00:47)
  • Demo: Enable EIGRP (04:18)
  • Automatic Summarization (00:18)
  • Demo: Automatic Summarization (01:21)
  • EIGRP Commands (00:24)
  • Demo: Automatic Summarization (01:28)
  • Passive-Interface and Default Route Propagation (00:37)
  • Demo: Passive-Interface (01:46)
  • IP Default Network Command and Route Summarization (00:39)
  • Demo: IP Default Network (02:33)
  • Demo: Next Hop (02:07)
  • Interface Summarization (00:26)
  • Demo: Next Hop Continued (02:25)
  • Creating a Summary Route (00:13)
  • Demo: Summarization (01:19)
  • Summary (00:08)
EIGRP Enterprise WAN (12:34)
  • Introduction (00:05)
  • WAN and Enterprise Considerations (00:58)
  • Demo: Frame Relay Using Dynamic Mapping (03:05)
  • Load Balancing with EIGRP (00:29)
  • Demo: EIGRP over Layer 3 MPLS VPN (02:08)
  • Demo: EIGRP over Layer 2 MPLS VPN (03:53)
  • Unequal EIGRP Cost Load Balancing (00:36)
  • EIGRP Bandwidth to Use on WAN LInks (01:07)
  • Summary (00:08)
EIGRP Authentication (06:37)
  • Introduction (00:05)
  • Authentication in Routers (01:38)
  • Comparing MD5 to Simple Password (00:34)
  • Preparing to Configure EIGRP Configuration (00:41)
  • Demo: EIGRP Authentication (01:38)
  • The Configuration of EIGRP Authentication (00:25)
  • Demo: Configure the Keychain (01:25)
  • Summary (00:08)
Optimize EIGRP (26:45)
  • Introduction (00:05)
  • Demo: Enable Authentication with the Keychain (01:09)
  • EIGRP Scalability (01:33)
  • Query Process and Stuck-in-Active (01:33)
  • Summarization: SIA Solution (00:26)
  • Stub Networks (01:05)
  • Demo: Add IPv4 Addresses (06:33)
  • Demo: Add IPv4 Addresses Continued (02:42)
  • Demo: Configure EIGRP (05:46)
  • Demo: Configure EIGRP Continued (05:39)
  • Summary (00:08)