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

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.

Each LearnNowOnline training course is made up of Modules (typically an hour in length). Within each module there are Topics (typically 15-30 minutes each) and Subtopics (typically 2-5 minutes each). There is a Post Exam for each Module that must be passed with a score of 70% or higher to successfully and fully complete the course.

Prerequisites

This is part 1 of the series.

Meet the experts

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.

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.

Video Runtime

144 Minutes

Time to complete

184 Minutes

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)