Labs

Modules: | 1 | 2 | 3 | 4 | 5 | 6 | 7 | 8 | 9 | CS 1 | CS 2 | CS 3 | All |

Module 1-9 Labs

Module 1: Overview of Scalable Internetworks

Lab:

1.4.1 | Introductory Lab 1 - Getting Started and Building Start.txt
1.4.2 | Introductory Lab 2 - Capturing HyperTerminal and Telnet Sessions
1.4.3 | Introductory Lab 3 - Access Control List Basics and Extended Ping
1.4.4 | Implementing Quality of Service with Priority Queuing
1.5.1 | Equal-Cost Load Balancing with RIP
1.5.2 | Unequal-Cost Load Balancing with IGRP

e-Lab:

1.4.1 | Building Start.txt
1.4.3 | Access Control List Basics and Extended Ping
1.4.4 | Implementing Quality of Service – Priority Queuing
1.5.1 | Equal-Cost Load Balancing with RIP
1.5.2 | Unequal-Cost Load Balancing with IGRP

Module 2: Advanced IP Addressing Management

Lab:

2.10.1 | Configuring VLSM and IP Unnumbered
2.10.2a | VLSM 1
2.10.2b | VLSM 2
2.10.2c | VLSM 3
2.10.2d | VLSM 4
2.10.3 | Using DHCP and IP Helper Addresses
2.10.4a | Network Address Translation – Static NAT and Dynamic NAT
2.10.4b | Network Address Translation – Port Address Translation and Port Forwarding

e-Lab:

2.7.3 | Configuring IOS DHCP Server
2.8.2 | Configuring IP Helper Addresses
2.10.3 | Using DHCP and IP Helper Addresses
2.10.4a | Network Address Translation – Static NAT and Dynamic NAT
2.10.4b | Network Address Translation – Port Address Translation and Port Forwarding

Module 3: Routing Overview

Lab:

3.6.1 | Migrating from RIP to EIGRP
3.6.2 | Configuring IGRP
3.6.3 | Configuring Default Routing with RIP and IGRP
3.6.4 | Configuring Floating Static Routes

e-Lab:

3.1.2 | Static Routing
3.2.2 | Configuring Static Default Routers
3.2.3 | Default Routing with IGRP
3.2.4 | Default Route Caveats
3.3.1 | Configuring Floating Static Routes
3.6.1 | Migrating from RIP to EIGRP
3.6.2 | Configuring IGRP
3.6.3 | Configuring Default Routing with RIP and IGRP
3.6.4 | Configuring Floating Static Routes

Module 4: Routing Information Protocol Version 2

Lab:

4.4.1 | Routing between RIP v1 and RIP v2
4.4.2 | RIP v2 MD5 Authentication

e-Lab:

4.2.1 | RIP v2
4.3.1 | Show Commands
4.3.2 | Debug Commands
4.4.1 | Routing between RIP v1 and RIP v2
4.4.2 | RIP v2 MD5 Authentication

Module 5: EIGRP

Lab:

5.7.1 | Configuring EIGRP
5.7.2 | Configuring EIGRP Fault Tolerance
5.7.3 | Configuring EIGRP Summarization
5.8.1 | EIGRP Challenge Lab

e-Lab:

5.5.3 | The bandwidth-percent Command
5.5.5 | Summarizing EIGRP Routes for IP
5.6.1 | Verifying EIGRP Operation
5.7.1 | Configuring EIGRP
5.7.2 | Configuring EIGRP Fault Tolerance
5.7.3 | Configuring EIGRP summarization

Module 6: OSPF

Lab:

6.9.1 | Configuring OSPF
6.9.2a | Examining the DR/BDR Election Process
6.9.2b | Configuring Point-to-Multipoint OSPF Over Frame Relay
6.9.3 | Configuring Multiarea OSPF
6.9.4 | Configuring a Stub Area and a Totally Stubby Area
6.9.5 | Configuring an NSSA
6.9.6 | Configuring Virtual Links
6.10.1 | OSPF Challenge Lab

e-Lab:

6.3.2 | Optional Configuration Commands
6.3.3 | Optional Configuration Commands (continued)
6.3.4 | Show Commands (more)
6.3.5 | Clear and debug Commands
6.6.2 | Configuring OSPF Route Summarization
6.6.3 | Verifying Multiarea ODPF Operation
6.7.3 | Configuring Stub and Totally stubby Areas
6.7.4 | OSPF Stub Area Configuration Example
6.7.5 | OSPF Totally Stubby Area Configuration Example
6.7.8 | Configuring NSSA
6.9.2 | Examining the DR/BDR Election Process
6.9.3 | Configuring Multiarea OSPF
6.9.4 | Configuring a Stub Area and a Totally Stubby Area

Module 7: IS-IS

Lab:

7.7.1 | Configuring Basic Integrated IS-IS
7.7.2 | Configuring Multiarea Integrated IS-IS
7.7.3 | Configuring IS-IS Over Frame Relay

e-Lab:

7.4.3 | IS-IS Show Commands
7.5.2 | Multiarea Integrated IS-IS Configuration
7.6.3 | Frame Relay Point-to-Point Scenario with Integrated IS-IS
7.6.4 | Frame Relay Point-to-Multipoint Scenario with Integrated IS-IS

Module 8: Route Optimization

Lab:

8.5.1 | Configuring Distribute Lists and Passive Interfaces
8.5.2a | Configuring Route Maps
8.5.2b | NAT: Dynamic Translation with Multiple Pools Using Route Maps
8.5.3 | Redistributing RIP and OSPF with Distribution Lists
8.6.1 | Route Optimization Challenge Lab

e-Lab:

8.1.2 | Passive Interfaces
8.1.3 | Filtering Routing Updates with Distribute-list
8.2.2 | Policy Routing
8.3.4 | Modify Administrative Distance by Using the Distance Command
8.3.5 | Configuring One-way Redistribution
8.3.6 | Configuring Two-way Redistribution
8.3.8 | Verifying Redistribution Operation
8.4.1 | Phase 1: Configuring a RIP Network
8.4.2 | Phase 2: Adding OSPF to the Core of a RIP Network
8.4.3 | Phase 3: Adding OSPF Areas
8.5.1 | Configuring Distribute Lists and passive Interfaces
8.5.3 | Redistributing RIP and OSPF with Distribution Lists

Module 9: BGP

Lab:

9.11.1 | Configuring BGP with Default Routing
9.11.2 | Configuring BGP with NAT
9.11.3 | Using the AS_PATH Attribute
9.11.4a | Configuring IBGP and EBGP Sessions, Local Preference and MED
9.11.4b | BGP Route Reflectors and Route Filters
9.11.4c | The BGP COMMUNITIES Attribute
9.11.4d | BGP Peer Groups
9.12.1 | BGP Challenge Lab

e-Lab:

9.3.1 | Basic BGP Configuration
9.3.4 | EBGP Multihop
9.4.1 | Verifying BGP Operation
9.5.3 | Implementing BGP Routing Policy
9.6.4 | Next Hop Behavior on NBMA Networks
9.6.6 | AS_Path and Private AS Numbers
9.6.10 | Manipulating Local Preference
9.6.13 | MED Configuration Example
9.8.4 | ip prefix-list Command
9.8.5 | ip prefix-list Configuration
9.9.3 | Default Routing in BGP Networks
9.9.6 | Configuring BGP with a Multihomed Connection
9.10.4 | BGP Redistribution configuration Example
9.11.4a | Configuring BGP with Route Reflectors and Route Filters
9.11.4b | Configuring the BGP Communities Attribute

Case Study 1: EIGRP

Lab:

There are no labs in this case study.

Case Study 2: OSPF

Lab:

There are no labs in this case study.

Case Study 3: BGP/OSPF Routing

Lab:

There are no labs in this case study.

| Close Window |

| All contents copyright © 2003 Cisco Systems, Inc. All rights reserved.