crosswalk for ccna 2 labs and activities.xls

What is this?This document outlines the course content for CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3) and details all labs and activities, including hands-on labs, Packet Tracer activities, media activities, simulations, games, NETLAB-friendly lab activities, and Supplemental PT Activities.

Why do I want this document?This document is intended to show instructors how each chapter's labs and activities integrate into the course content, and to assist instructors in planning how students can complete those activities within the time constraints of their course offering. An instructor might use this as a resource while creating weekly lesson plans. For example, an instructor will make decisions on when to provide direct instruction; and will plan when and where students will complete labs and activities both in class and outside of class.

How is this document structured?There is a worksheet for each chapter of this course which provides an outline of the chapter content and how the activities are placed within that content.

There are tabs for each course chapter. Each tab outlines the chapter and details all labs and activities. The details of each lab or activity include its page within the course, the type of activity, the learning objectives, and equipment needed to complete the lab.

How do I display specific types of activities for a chapter?Each column contains an AutoFilter dropdown list.• Selecting (NonBlanks) in the Activity/Lab column will display all of the labs and activities for that chapter.• Additional filters can be use to display only the Hands-on Labs, PT Activities, Media Activities, Linksys GUI activities, and E-Lab Activities.

What are the different types of Packet Tracer activities?There are three types of PT activities included in the course:• PT Activity: Skills Practice -- These e-doing activities guide students through a specific skillset, providing just-in-time skills reinforcement and practice.• PT Activity: Companion to Hands-on Lab -- These activities may be used in conjunction with hands-on labs.• PT Activity: Skills Integration Challenge -- These summary activities provide a skills integration challenge which build upon skills learned in this chapter and in previous chapters.• Supplemental PT Activities -- These activities complement the CCNA Discovery and CCNA Exploration curricula and utilize technologies new to PT with the release of PT5.0 including activities demonstrating OSPF, IPv6, SSH, RSTP, Spanning Tree, VLANs, and Frame Relay.

It is important to note that Packet Tracer was not designed to replace the use of physical equipment in a classroom. Packet Tracer is more than a network lab simulator, providing many other opportunities for instruction and learning.

CCNA Discovery Working at a Small-to-Medium Business or ISP and details all labs and activities, including hands-on labs, Packet Tracer activities, media activities,

This document is intended to show instructors how each chapter's labs and activities integrate into the course content, and to assist instructors in planning how students can complete those activities within the time constraints of their course offering. An instructor might use this as a resource while creating weekly lesson plans. For example, an instructor will make decisions on when to provide direct instruction; and will plan when and where students will complete labs and activities both

There is a worksheet for each chapter of this course which provides an outline of the chapter content and how the activities

There are tabs for each course chapter. Each tab outlines the chapter and details all labs and activities. The details of each lab or activity include its page within the course, the type of activity, the learning objectives, and equipment needed to

Selecting (NonBlanks) in the Activity/Lab column will display all of the labs and activities for that chapter.Additional filters can be use to display only the Hands-on Labs, PT Activities, Media Activities, Linksys GUI activities, and

PT Activity: Skills Practice -- These e-doing activities guide students through a specific skillset, providing just-in-time skills

PT Activity: Companion to Hands-on Lab -- These activities may be used in conjunction with hands-on labs.PT Activity: Skills Integration Challenge -- These summary activities provide a skills integration challenge which build upon

-- These activities complement the CCNA Discovery and CCNA Exploration curricula and utilize technologies new to PT with the release of PT5.0 including activities demonstrating OSPF, IPv6, SSH, RSTP,

It is important to note that Packet Tracer was not designed to replace the use of physical equipment in a classroom. Packet Tracer is more than a network lab simulator, providing many other opportunities for instruction and learning.

PT Activity PT files word files Objectives

IPV6 RIP.pka IPV6 RIP.doc

Configuring SSH.pka Configuring SSH.doc

Configuring RSTP.pka Configuring RSTP.doc

Configuring STP Configuring_STP.pka Configuring STP.doc

Supplemental PT 5.0 activities that complement the CCNA Discovery and CCNA Exploration curricula are available for download from the Packet Tracer resource page, including activities demonstrating OSPF, IPv6, SSH, RSTP, Spanning Tree, VLANs, and Frame Relay.

These supplemental activities can be downloaded from the Packet Tracer resource page on Academy Connection. To access this page, log in to Academy Connection and click the Packet Tracer graphic on the left of the page, then select the appropriate download package for your needs.

Troubleshooting OSPF Frame-Relay

OSPFFR_troubleshooting.pka

OSPFFR_troubleshooting.doc

• Use various tools and show commands to troubleshoot connectivity issues.

Configuring IPv6 RIP

• Enable IPv6 Unicast Routing. • Configure IPv6 addresses. • Enable RIPng on appropirate interfaces. • Verify the IPv6 configuration.

Configuring SSH

• View the default internetwork configuration. • Enable SSH. • Interconnect using SSH.

Configuring RSTP

• View the default Layer 2 configuration.• Enable RSTP. • Configure primary and secondary root bridges.

• View the default configuration of the spanning tree protocol. • Select and enable the root bridge. • Enable portfast on ports connected directly to host devices• View how these configurations change the way in which traffic is forwarded.

EtherChannel.pka EtherChannel.doc

Port Security.pka Port Security.doc

Configuring InterVlan Routing with Multilayer Switch

Configuring InterVLAN Routing.pka

Configuring InterVLAN Routing.doc

• View the default Layer 2 configuration. • Configure the switch virtual interfaces (SVIs). • Verify inter-VLAN routing.

Configuring Frame-Relay

Configuring Frame Relay.pka

Configuring Frame Relay.doc

• View the default internetwork configuration. • Configure Frame Relay connectivity. • Configure Static and Default routing.• Verify connectivity.

Configuring Etherchannel

• View the default Layer 2 configuration. • Configure EtherChannel.

Configuring Port Security

• View the default Layer 2 configuration. • Configure port security.

MultiUser_RIP_Configuration

MU_RIP_instructor.pktMU_RIP_Peer0.pktMU_RIP_Peer1.pktMU_RIP_Peer2.pktMU_RIP_Peer3.pktMU_RIP_Peer4.pktMU_RIP_Peer5.pkt

MU_ACL_Requirements.docMU_ACL_Solution.doc

Connections to CCNA Discovery Courses Connections to CCNA Exploration Courses

Supplemental PT 5.0 activities that complement the CCNA Discovery and CCNA Exploration curricula are available for download from the Packet Tracer resource page, including activities demonstrating OSPF, IPv6, SSH, RSTP, Spanning Tree, VLANs, and Frame Relay.

These supplemental activities can be downloaded from the Packet Tracer resource page on Academy Connection. To access this page, log in to Academy Connection and click the Packet Tracer graphic on the left of the page, then select the appropriate download package for your needs.

CCNA Discovery: Introducing Routing and Switching in the Enterprise (D3 v4.0.3.0)9.3.3 OSPF Issues

CCNA Discovery: Designing and Supporting Computer Networks (D4 v4.0.2.0)8.2.5 Troubleshooting Frame Relay Operation

CCNA Exploration: Routing Protocols and Concepts (E2 v4.0.4)11.6 OSPF Configuration Labs

CCNA Exploration: Accessing the WAN (E4 v4.0.2)3.4.3 Troubleshooting Frame Relay Configuration

CCNA Discovery: Designing and Supporting Computer Networks (D4 v4.0.2.0)6.3.3 Implementing IPv6 on a Cisco Device

CCNA Exploration: Accessing the WAN (E4 v4.0.2)7.3.9 Verifying and Troubleshooting RIPng

CCNA Discovery: Working at a Small-to-Medium Business or ISP (D2 v4.1.3.0)9.5.3 Using Telnet to Check Upper Layer Connectivity

CCNA Exploration: LAN Switching and Wireless (E3 v4.0.2)2.4.3 Configure Telnet and SSH

CCNA Exploration: Accessing the WAN (E4 v4.0.2)4.2.4 Securing Remote Administrative Access to Routers

CCNA Discovery: Designing and Supporting Computer Networks (D4 v4.0.2.0)7.3.3 Validating Device and Topology Selection

CCNA Exploration: LAN Switching and Wireless (E3 v4.0.2)5.4 PVST+, RSTP and Rapid-PVST+

CCNA Discovery: Introducing Routing and Switching in the Enterprise (D3 v4.0.3.0)3.2 Preventing Switching Loops

CCNA Exploration: LAN Switching and Wireless (E3 v4.0.2)5.2.5 STP Port States and BPDU Timers

CCNA Discovery: Introducing Routing and Switching in the Enterprise (D3 v4.0.3.0)3.4.3 Inter-VLAN Routing

CCNA Exploration: LAN Switching and Wireless (E3 v4.0.2)6.4.2 Challenge Inter-VLAN Routing

CCNA Discovery: Designing and Supporting Computer Networks (D4 v4.0.2.0)8.2.4 Prototyping the WAN

CCNA Exploration: Accessing the WAN (E4 v4.0.2)3.2 Configuring Frame Relay

CCNA Exploration: LAN Switching and Wireless (E3 v4.0.2)5.1.3 Real-world Redundancy Issues

CCNA Discovery: Working at a Small-to-Medium Business or ISP (D2 v4.1.3.0)5.5.4 Connecting the LAN Switch to the Router

CCNA Discovery: Introducing Routing and Switching in the Enterprise (D3 v4.0.3.0)3.1.4 Switch Security

CCNA Discovery: Designing and Supporting Computer Networks (D4 v4.0.2.0)1.4.6 Security Measures

CCNA Exploration: LAN Switching and Wireless (E3 v4.0.2)2.4.6 Configuring Port Security

CCNA Discovery: Introducing Routing and Switching in the Enterprise (D3 v4.0.3.0)8.3.4 Configuring Numbered Extended ACLs

CCNA Discovery: Designing and Supporting Computer Networks (D4 v4.0.2.0)1.3.4 Traffic Filtering at the Distribution Layer

CCNA Exploration: Accessing the WAN (E4 v4.0.2)5.3.4 Configuring Extended ACLs

DsmbISP_v40_ActivityMap June 2007 page 7 of 55

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Activity/Lab Title Handout Learning Objectives

CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 1: The Internet and Its Uses

TLO: 1.0 Chapter IntroductionELO: 1.0.1 Introduction

TLO: 1.1 What is the Internet?ELO: 1.1.1 The Internet and StandardsELO: 1.1.2 ISP and ISP Services

1.1.2.2 Media Activity not applicable

TLO: 1.2 ISPsELO: 1.2.1 Delivering Internet Services to End UsersELO: 1.2.2 Internet HierarchyELO: 1.2.3 Using Tools to Map the Internet

1.2.3.3 Hands-on Lab

1.2.3.4

TLO: 1.3 ISP ConnectivityELO: 1.3.1 ISP Requirements

1.3.1.3

ELO: 1.3.2 Roles and Responsibilities within an ISP

ISP and ISP Services

Match the requirements of a end-user to various ISPs. After reading the scenario, place a check in the box that would be the most appropriate ISP for each user.

Mapping ISP Connectivity Using Traceroute

Lab 1.2.3 Mapping ISP Connectivity Using Traceroute

Use traceroute to check ISP connectivity through the Internet.• Run the Windows tracert utility from a local host computer to a website on a different continent.• Interpret the traceroute output to determine which ISPs the packets passed through on their way from the local host to the destination website.• Draw a diagram of the traceroute path, showing the routers and ISP clouds passed through from the local host to the destination website, including IP addresses for each device.

PT Activity: Skills Practice

Interpreting Ping and Traceroute Output

Interpret the output of ping and traceroute.• Distinguish the difference between successful and unsuccessful ping attempts. • Distinguish the difference between successful and unsuccessful traceroute attempts.


Identifying Equipment to Meet Customer Requirements

1.3.1.3_printable-instructions.pdf

Identify appropriate equipment to meet the business needs of ISP customers.• Select the appropriate interface cards for the needs and budget of an organization.• Compare the trade-off between cost and flexibility.• Add new equipment to accommodate expansion and allow for future growth.


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TLO: 1.4 Chapter SummaryELO: 1.4.1 Summary

TLO: 1.5 Chapter QuizELO: 1.5.1 Quiz

Roles and Responsibilities within an ISP

Match the ISP role to its responsibility. Drag the role to its defined description.


Equipment Needed

• Host computer with the Windows operating system• Access to the command prompt• Internet connection• Routes Traced worksheet for each destination URL. The worksheet is attached to this lab. Each student completes their own worksheets and gives them to the instructor.• Global Connectivity Map, which is attached at the end of this lab• Access to the PC command prompt


Equipment Needed


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Activity/Lab Title Handout Learning Objectives Equipment Needed

CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 2: Help Desk


TLO: 2.1 Help Desk TechniciansELO: 2.1.1 ISP Help Desk OrganizationELO: 2.1.2 Roles of ISP Technicians


ELO: 2.1.3 Interacting with Customers


TLO: 2.2 OSI ModelELO: 2.2.1 Using the OSI ModelELO: 2.2.2 OSI Model Protocols and Technologies


ELO: 2.2.3 Troubleshooting the OSI Model


TLO: 2.3 ISP TroubleshootingELO: 2.3.1 Help Desk Troubleshooting Scenarios

2.3.1.4 not applicable

ELO: 2.3.2 Creating and Using Help Desk RecordsELO: 2.3.3 Customer Site Procedures



Roles of ISP Technicians

Identify the responsibilities of each level of network technician. For each task, select the appropriate technician.

Interacting with Customers

Examine each statement and decide to which part of the customer support process it belongs. For each statement, select the appropriate item.

OSI Model Protocols and Technologies

Identify the layer to which the protocol or technology belongs. For each Protocol or Technology displayed, click the appropriate layer.

Troubleshooting the OSI Model

Identify if a network issue occurs at Layer 1, Layer 2, Layer 3, Layer 4, or Layers 5-7. Based on the scenario, check the appropriate Layer.


Troubleshooting and Resolving Network Issues

Troubleshoot and resolve a network connectivity issue.• Diagnose a network connectivity issue. • Implement a proposed solution to restore network connectivity.


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 3: Planning a Network Upgrade


TLO: 3.1 Documenting the Existing NetworkELO: 3.1.1 Site SurveyELO: 3.1.2 Physical and Logical TopologiesELO: 3.1.3 Network Requirements Documentation

3.1.3.2

TLO: 3.2 PlanningELO: 3.2.1 Network Upgrade Planning Phases


ELO: 3.2.2 Physical EnvironmentELO: 3.2.3 Cabling ConsiderationsELO: 3.2.4 Structured Cable


TLO: 3.3 Purchasing and Maintaining EquipmentELO: 3.3.1 Purchasing EquipmentELO: 3.3.2 Selecting Network DevicesELO: 3.3.3 Selecting LAN Devices


ELO: 3.3.4 Selecting Internetworking Devices


ELO: 3.3.5 Network Equipment Upgrades


Creating Network Diagrams

3.1.3.2_printable-instructions.pdf

Create a logical and physical network diagram.• Investigate the customer network.• Create a network inventory list.• Create a logical topology diagram.

Network Upgrade Planning Phases

Determine if an action is part of the Requirements Gathering, Selection and Design, Implementation, Operation, or Review and Evaluation phase. Based on the statement, select appropriate phase.

Evaluating a Cabling Upgrade Plan

Lab 3.2.4.2 Evaluating a Cabling Upgrade Plan

Evaluate a floor plan and propose upgrades to accommodate extra floor space.• Examine the existing floor plan of a customer.• Propose a cable upgrade plan to accommodate extra floor space.

Existing Floor Plan (provided in lab)


Exploring Different LAN Switch Options

Explore different LAN switch options.• Determine the cable types to use to connect all devices to the switch. • Add appropriate modules to switches and routers. • Connect the devices to the switch using the appropriate cable types.


Exploring Internetworking Devices

Explore different internetworking device options.• Describe the different options available on an ISR and a router. • Determine which options provide the needed connectivity.• Add the correct modules and interfaces to the ISR and the router, and interconnect the devices.


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ELO: 3.3.6 Design ConsiderationsTLO: 3.4 Chapter Summary

ELO: 3.4.1 SummaryTLO: 3.5 Chapter Quiz

ELO: 3.5.1 Quiz


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 4: Planning the Addressing Structure


TLO: 4.1 IP Addressing in the LANELO: 4.1.1 Review of IP AddressesELO: 4.1.2 Subnetting a NetworkELO: 4.1.3 Custom Subnet Masks



ELO: 4.1.4 VLSM and Classless Inter-Domain Routing (CIDR)ELO: 4.1.5 Communicating Between Subnets


4.1.5.3 Hands-on Lab Create an IP addressing scheme for a small network. Pencil and paper

TLO: 4.2 NAT and PATELO: 4.2.1 Basic Network Address Translation (NAT)ELO: 4.2.2 IP NAT Terms

4.2.2.2 Media Activity IP NAT Terms not applicable

ELO: 4.2.3 Static and Dynamic NAT


ELO: 4.2.4 Port-based Network Address Translation (PAT)

Custom Subnet Masks

Determine the network ID of each IP address. Enter the binary and decimal values of each octet in the spaces provided.


Implementing an IP Addressing Scheme

Subnet a network to meet the requirements of multiple LANs.• Subnet an address space based on host requirements. • Assign host addresses to devices. • Configure devices with IP addressing. • Verify the addressing configuration.

PT Activity: Companion to Hands-on Lab

Communicating Between Subnets

Modify the addresses, subnet masks and device default gateways to enable routing between subnets. Describe how hosts on separate subnets communicate to share resources.

Subnetting a Network

Lab 4.1.5 Subnetting a Network

Match the NAT address terminology to the source and destination of the datagram. Drag and drop the Inside and Outside options to the correct Address Type.


Examining Network Address Translation (NAT)

Examine the contents of the IP header as traffic crosses the NAT border.


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ELO: 4.2.5 IP NAT IssuesTLO: 4.3 Chapter Summary

ELO: 4.3.1 SummaryTLO: 4.4 Chapter Quiz

ELO: 4.4.1 Quiz

Determining PAT Translations

Lab 4.2.4 Determining PAT Translations

Determine the number of port address translations being performed.• Explain the active network connections open on a computer when viewing a particular web page.• Determine what an internal IP address and port number are translated to using port address translation (PAT).

• Computer running Windows XP Professional• Connection to a gateway router or an ISR using PAT• Internet connection• Access to the PC command prompt.


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 5: Configuring Network Devices


TLO: 5.1 Initial ISR Router ConfigurationELO: 5.1.1 ISRELO: 5.1.2 Physical Setup of the ISRELO: 5.1.3 Bootup Process


ELO: 5.1.4 Cisco IOS Programs


TLO: 5.2 Using Cisco SDM Express and SDMELO: 5.2.1 Cisco SDM ExpressELO: 5.2.2 SDM Express Configuration Options


ELO: 5.2.3 Configuring WAN Connections Using SDM Express


ELO: 5.2.4 Configuring NAT Using Cisco SDM

Powering Up an Integrated Services Router

Lab 5.1.3 Powering Up an Integrated Services Router

Power up an ISR and view the router system and configuration files using show commands. • Set up a new Cisco 1841 Integrated Services Router (ISR).• Connect a computer to the router console interface.• Configure HyperTerminal so that the computer can communicate with the router and observe the router startup sequence.• Display router configuration information using the show running-config and show startup-config commands and restart the router using the reload command.• Display router system, Cisco IOS software and configuration register information using the show version command.

Cisco IOS Programs

Determine when to use CLI or SDM. Based on the description, check CLI or SDM.

SDM Express Configuration Options

Identify the configuration parameters from the SDM Express. Drag the Configuration Parameter to the information that must be entered.

Configuring an ISR with SDM Express

Lab 5.2.3 Configuring an ISR with SDM Express

Configure an ISR using Cisco SDM Express • Configure basic router global settings – router name, users, and login passwords – using Cisco SDM Express.• Configure LAN and Internet connections on a Cisco ISR using Cisco SDM Express.


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TLO: 5.3 Configuring a Router Using IOS CLIELO: 5.3.1 Command Line Interface Modes

5.3.1.3 E-Lab Activity not applicable Using the Cisco CLI explore the various configuration modes.

ELO: 5.3.2 Using the Cisco IOS CLI



ELO: 5.3.3 Using Show Commands

5.3.3.2 E-Lab Activity not applicable


Configuring Dynamic NAT with SDM

Lab 5.2.4 Configuring Dynamic NAT with SDM

Configure Dynamic NAT using the Cisco SDM basic NAT wizard.• Configure Network Address Translation (NAT) using Port Address Translation (PAT) on a Cisco ISR router with the Cisco SDM Basic NAT Wizard.

Entering Command Modes

Using the Cisco IOS CLI

Match the commands to their function. Drag the correct keystroke combination to the proper definition.


Exploring the Cisco IOS CLI

Explore the features of the Cisco IOS CLI.• Use the Cisco IOS CLI context-sensitive Help feature.• Explore command shortcuts.• Learn about error detection features.• Use command history.

Viewing the Router Interface Information

Use the show run and show interface commands to answer questions about the router configuration.


Using the Cisco IOS Show Commands

Use Cisco IOS show commands on a router located at the ISP.


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ELO: 5.3.4 Basic Configuration


ELO: 5.3.5 Configuring An Interface

5.3.5.3 E-Lab Activity not applicable Configure the serial interfaces on two routers.



ELO: 5.3.6 Configure a Default Route


ELO: 5.3.7 Configuring DHCP Services



Performing an Initial Router Configuration

Use Cisco IOS CLI to perform an initial router configuration.• Configure the router host name. • Configure passwords. • Configure banner messages. • Verify the router configuration.

Configuring a Serial Interface on Routers for Communication


Configuring Ethernet and Serial Interfaces

Configure the Ethernet and Serial interfaces of a router. • Configure a LAN Ethernet interface. • Configure a WAN serial interface. • Verify the interface configurations.

Configuring Basic Router Settings with the Cisco IOS CLI

Lab 5.3.5 Configuring Basic Router Settings with the Cisco IOS CLI

Configure basic settings on a router using the Cisco IOS CLI.• Configure the device host name for a router.• Configure console, privileged EXEC mode, and vty passwords.• Configure Ethernet and serial interfaces, including description.• Configure a message of the day (MOTD) banner.• Configure the routers to not perform domain lookup of host names.• Configure synchronous console logging.• Verify connectivity between hosts and routers.


Configuring a Default Route

Configure a default route on routers in a medium-sized business network topology.


Configuring a Cisco Router as a DHCP Server

Configure a router as a DHCP server for attached clients. • Configure the customer Cisco 1841 ISR as a DHCP server.


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ELO: 5.3.8 Configuring Static NAT Using Cisco IOS CLI



ELO: 5.3.9 Backing Up a Cisco Router Configuration


Configuring DHCP with SDM and the other Cisco IOS CLI

Lab 5.3.7 Configuring DHCP with SDM and the other Cisco IOS CLI

Use the Cisco SDM and IOS CLI to configure a router as a DHCP server.• Configure a customer router for DHCP using SDM.• Configure a customer router for DHCP using the Cisco IOS CLI.• Configure a DHCP client.• Verify DHCP functionality.


Configuring Static NAT on a Cisco Router

Configure static NAT on a router.• Configure the customer Cisco 1841 ISR to use NAT. • Verify the configuration.

Configuring PAT with SDM and Static NAT using Cisco IOS Commands

Lab 5.3.8 Configuring PAT with SDM and Static NAT using Cisco IOS Commands

Configure PAT using Cisco SDM and static NAT using Cisco IOS CLI.• Configure basic router settings using the Cisco IOS CLI.• Configure NAT Port Address Translation (PAT) with the Cisco SDM Basic NAT wizard.• Verify NAT translations using Cisco IOS commands.• Configure and verify static NAT using Cisco IOS commands.


Backing Up a Cisco Router Configuration to a TFTP Server

Back up the running configuration to a TFTP server.• Save the current running configuration to the startup configuration.• Back up the configuration to a TFTP server.


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Managing Router Configuration Files Using HyperTerminal

Lab 5.3.9a Managing Router Configuration Files Using HyperTerminal

Use HyperTerminal to save and load the running configuration.• Establish a HyperTerminal session with a router, and use it to capture and save the running configuration as a text file for use as a backup.• Edit the file using the Notepad text editor, and use HyperTerminal to restore the backup configuration to the router.• Modify the file using Notepad, and use HyperTerminal to transfer the file and configure a different router.• Verify network connectivity.

Managing Router Configuration Files Using TFTP

Lab 5.3.9b Managing Router Configuration Files Using TFTP

Use TFTP to save and load the running configuration. • Download and install TFTP server software.• Use TFTP to copy the router running configuration from a router to the TFTP server.• Edit the file using the Notepad text editor, and copy the new configuration from the TFTP server to the router.


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TLO: 5.4 Connecting the CPE to the ISPELO: 5.4.1 Installing the CPEELO: 5.4.2 Customer Connections over a WANELO: 5.4.3 Choosing a WAN Connection


ELO: 5.4.4 Configuring WAN Connections


Planning a WAN Upgrade

Lab 5.4.3 Planning a WAN Upgrade

Complete a WAN upgrade plan based on the business scenario presented. • Create a business proposal based on a scenario of an organization that requires a WAN upgrade.


Configuring a PPP Connection Between a Customer and an ISP

Configure a serial WAN connection from a Cisco ISR to a CSU/DSU at an ISP.• Configure PPP as the encapsulation type on a serial interface.• Verify the PPP configuration.


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TLO: 5.5 Initial Cisco 2960 Switch ConfigurationELO: 5.5.1 Standalone SwitchesELO: 5.5.2 Power Up the Cisco 2960 Switch


ELO: 5.5.3 Initial Switch Configuration

5.5.3.3 E-Lab Activity not applicable Configure the basic settings on a Cisco Catalyst switch.


ELO: 5.5.4 Connecting the LAN Switch to the Router



ELO: 5.5.5 Cisco Discovery Protocol




Powering Up a Switch

Lab 5.5.2 Powering Up a Switch

Power up a Cisco 2960 switch.• Set up a new Cisco LAN switch.• Connect a computer to the router console interface.• Configure HyperTerminal so that the computer can communicate with the router.

Configuring a Cisco 2960 Switch


Performing an Initial Switch Configuration

Perform a basic switch configuration.• Perform an initial configuration of a Cisco Catalyst 2960 switch.


Connecting a Switch

Configure and connect the switch to the LAN using a configuration checklist.• Connect a switch to the network. • Verify the configuration on the switch.

Configuring the Cisco 2960 Switch

Lab 5.5.4 Configuring the Cisco 2960 Switch

Configure and connect the Cisco 2960 switch.• Configure initial switch global settings.• Configure host PCs and attach them to the switch.• Configure a router and attach it to the switch.• Configure a switch management VLAN IP address.• Verify network connectivity.• Configure basic port security.• Configure port duplex and speed settings.


Using CDP as a Network Discovery Tool

Use the CDP show commands to discover information about devices in the network.• Examine CDP show commands.• Examine CDP configuration commands.


Equipment Needed

Lab not supported

Supported by NETLAB

• Cisco 1841 ISR or other comparable router• Power cable• Windows PC with terminal emulation program• RJ45-to-DB9 connector console cable

• Cisco 1841 ISR router with SDM version 2.4 installed• Cisco 1841 ISR router configured with factory default settings and with a serial port add-in module • (Optional) Other Cisco router model with SDM installed• Windows XP computer with Internet Explorer 5.5 or higher and SUN Java Runtime Environment (JRE) version 1.4.2_05 or later (or Java Virtual Machine (JVM) 5.0.0.3810).• Straight-through or crossover category 5 Ethernet cable• Access to PC network TCP/IP configuration

CRP or BRPv2 podSDM is needed.

K1

Karen Alderson: http://www.netdevgroup.com/ae/CCNA_Discovery_2.htm


Equipment Needed Supported by NETLAB

• Cisco 1841 ISR router with SDM version 2.4 or later installed and with basic configuration completed• (Optional) Other Cisco router model with SDM installed• Windows XP computer with Internet Explorer 5.5 or later and Sun Java Runtime Environment (JRE) version 1.4.2_05 or later (or Java Virtual Machine (JVM) 5.0.0.3810)• Straight-through or crossover Category 5 Ethernet cable• Access to PC network TCP/IP configuration

CRP or BRPv2 podSDM is needed.

K1




CRP or BRPv2 pod

• Two routers, each with an Ethernet and serial interface. These should be non-SDM routers, if possible, because the required SDM startup configuration is deleted when the startup-config is erased.• Two Windows XP computers with HyperTerminal installed• Two straight-through Category 5 Ethernet cables (H1 to S1 and S1 to R2)• Crossover Category 5 Ethernet cable (H2 to R2)• Null serial cable (R1 to R2)• Console cables (H1 ro R1 and H2 to R2)• Access to the host H1 and H2 command prompt• Access to the host H1 and H2 network TCP/IP configuration

K1




CRP or BRPv2 pod

CRP or BRPv2 pod

• Cisco 1841 ISR router (or comparable) with SDM version 2.4 or above installed to act as the customer router• Cisco 1841 router (or other router) to act as the ISP router• Cisco 2960 switch (or other switch/hub) to connect hosts H1, H2, and the customer router• Windows XP computer (host H1) with Internet Explorer 5.5 or later and Sun Java Runtime Environment (JRE) version 1.4.2_05 or later (or Java Virtual Machine (JVM) 5.0.0.3810)• Windows XP computer (host H2)• Straight-through Category 5 Ethernet cables• Null serial cable (R1 to R2)• Console cables (H1 to R1 and H2 to R2)• Access to the host H1 and H2 command prompt• Access to the host H1 and H2 network TCP/IP configuration

• Cisco 1841 ISR router (or comparable) with SDM version 2.4 or later installed to act as the customer router• Cisco 1841 router (or other router) to act as the ISP router• Cisco 2960 switch (or other switch/hub) to connect hosts H1, H2, and the customer router• Windows XP computer (host H1) with Internet Explorer 5.5 or higher and Sun Java Runtime Environment (JRE) version 1.4.2_05 or later (or Java Virtual Machine (JVM) 5.0.0.3810)• Windows XP computer (host H2)• Straight-through Category 5 Ethernet cables• Null serial cable (R1 to R2)• Console cables (H1 to R1 and H2 to R2)• Access to the host H1 and H2 command prompt• Access to the host H1 and H2 network TCP/IP configuration

K1




Lab not supported

• Two routers, each with an Ethernet and serial interface• Two Windows XP computers• Straight-through Category 5 Ethernet cable (H1 to switch)• Crossover Category 5 Ethernet cable (H2 to router R2)• Null serial cable• Console cables (from H1 and H2 to routers R1 and R2)• Access to the computer host command prompt• Access to the computer host network TCP/IP configuration

• One router with an Ethernet interface• One Windows XP computer (or optional Discovery Server)• Crossover Category 5 Ethernet cable (H1 to router R1)• Console cable (from H1 to R1)• Access to the computer host command prompt• Access to the computer host network TCP/IP configuration

CRP or BRPv2 podTFTP Server is needed.

K1




Pencil and paper No equipment is needed

K1




Lab not supported

LSP or BSP pod

• Cisco 2960 or other comparable switch• Power cable• Windows PC with terminal emulation program• Console cable

• Cisco 2960 switch or other comparable switch• Router with Ethernet interface to connect to switch• Three Windows-based PCs, one with a terminal emulation program• RJ-45-to-DB-9 connector console cable• Three straight-through Ethernet cables• Access to the PC command prompt• Access to a PC network TCP/IP configuration

K1



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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 6: Routing


TLO: 6.1 Enabling Routing ProtocolsELO: 6.1.1 Routing Basics


ELO: 6.1.2 Routing Protocols

6.1.2.4 Media Activity Routing Protocols not applicable


ELO: 6.1.3 Common Interior Routing ProtocolsELO: 6.1.4 Routing Within An OrganizationELO: 6.1.5 Configuring and Verifying RIP

6.1.5.3 Configuring RIP not applicable


Configuring Static and Default Routes

Manually configure and reconfigure static routes. • Configure static routes on each of the routers to allow all communication between all clients. • Test connectivity to ensure that each device can fully communicate with all other devices.

For each router, select the shortest path, based on the number of hops, to the destination Ethernet networks. Click each router to complete the routing table entries. To indicate a directly connected network, specify the exit interface. To indicate non-directly connected networks, specify the Next Hop Router. To proceed to another router, first click Check, then click the new router.

Creating a Network Diagram from Routing Tables

Lab 6.1.2 Creating a Network Diagram from Routing Tables

Create a network topology diagram based on the output of the show ip route command.• Interpret router outputs.• Identify networks and IP addresses for each router.• Draw a diagram of the network topology.• Reflect upon and document the network implementation.

PT Activity: Companion to Hands-on Lab

Configure and verify RIP. • Configure routers using basic interface configuration commands.• Enable RIP.• Verify the RIP configuration.


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6.1.5.4 Hands-on Lab Configuring and Verifying RIP

Lab 6.1.5 Configure and Verify RIP

Configure and verify RIP. • Implement RIP routing and verify that network routes are being exchanged dynamically.


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TLO: 6.2 Exterior Routing ProtocolsELO: 6.2.1 Autonomous Systems


ELO: 6.2.2 Routing Across the InternetELO: 6.2.3 Exterior Routing Protocols and the ISPELO: 6.2.4 Configuring and Verifying BGP




Autonomous Systems

Identify which networks require shared or private AS numbers. For each scenario, select either shared or private.

Configuring BGP with Default Routing

Lab 6.2.5 Configuring BGP with Default Routing

Configure BGP on the external gateway router.• Configure the customer router with an internal network that will be advertised by ISP1 via Border Gateway Protocol (BGP).• Configure BGP to exchange routing information between ISP1 in AS 100 and ISP2 and AS 200.


Equipment Needed

paper and pencil


Equipment Needed

• Two routers, each with an Ethernet and serial interface. These should be non-SDM routers, if possible, because the required SDM startup configuration is deleted when the startup-config is erased.• Two Windows XP computers• Two straight-through Category 5 Ethernet cables (H1 to switch and switch to R1)• Crossover Category 5 Ethernet cable (H2 to router R2)• Null serial cable• Console cables (from H1 and H2 to routers R1 and R2)• Access to the H1 and H2 command prompt• Access to the H1 and H2 network TCP/IP configuration


Equipment Needed

• Customer router (1841 or other)• Switch (optional if crossover cable is used between PC and customer router)• 2 ISP routers (1841 or other routers that support BGP)• Windows XP computer with terminal emulation program installed• Two straight-through Category 5 Ethernet cables (H1 to switch and switch to R1)• Two null serial cables• Console cable to configure routers• Access to host H1 command prompt• Access to host H1 network TCP/IP configuration


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 7: ISP Services


TLO: 7.1 Introducing ISP ServicesELO: 7.1.1 Customer RequirementsELO: 7.1.2 Reliability and Availability

TLO: 7.2 Protocols That Support ISP ServicesELO: 7.2.1 Review of TCP/IP ProtocolsELO: 7.2.2 Transport Layer ProtocolsELO: 7.2.3 Differences Between TCP and UDP


ELO: 7.2.4 Supporting Multiple ServicesTLO: 7.3 Domain Name System

ELO: 7.3.1 TCP/IP Host Name


ELO: 7.3.2 DNS HierarchyELO: 7.3.3 DNS Name Resolution



ELO: 7.3.4 Implementing DNS SolutionsTLO: 7.4 Services and Protocols

ELO: 7.4.1 Services

7.4.1.2 Media Activity Services not applicable

ELO: 7.4.2 HTTP and HTTPS

7.4.2.5 Media Activity HTTP and HTTPS not applicable

ELO: 7.4.3 FTP

Differences Between TCP and UDP

Identify the characteristics and protocols of TCP and UDP. Drag the option to either TCP or UDP.

Editing the HOSTS File in Windows

Lab 7.3.1 Editing the HOSTS File in Windows

Set up name resolution using the HOSTS file. • Edit the local HOSTS file on a Windows PC to map a name to an IP address for easier identification.

Examining Cached DNS Information on a DNS Server

Lab 7.3.3.a Examining Cached DNS Information on a Windows DNS Server

Examine the interface of a Windows DNS server to view the cached DNS information from a DNS lookup. • View the cached DNS information on a Windows DNS server after making a DNS request that is looked up.

Creating Primary and Secondary Forward Lookup Zones

Lab 7.3.3.b Creating Primary and Secondary Forward Lookup Zones

Using a Windows server, create primary and secondary DNS zones. • Create primary and secondary forward lookup zones on Windows DNS servers.

Identify protocols that are required for each server type. Drag protocol to the correct server type.

Identify the characteristics of HTTP and HTTPS. Drag the characteristics to the correct protocol.


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ELO: 7.4.4 SMTP, POP3, and IMAP4


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Equipment Needed

• PC running Windows XP• Administrator privileges on the PC

•Windows 2003 Server with DNS running• Administrative access to server• Internet connectivity

• Two Windows 2003 Servers with DNS running• Administrative access to servers• Internet connectivity


Equipment Needed


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 8: ISP Responsibility


TLO: 8.1 ISP Security ConsiderationsELO: 8.1.1 ISP Security ServicesELO: 8.1.2 Security PracticesELO: 8.1.3 Data Encryption


TLO: 8.2 Security ToolsELO: 8.2.1 Access Control Lists and Port Filtering


ELO: 8.2.2 Firewalls


ELO: 8.2.3 IDS and IPS

8.2.3.4 Media Activity IDS and IPS not applicable

ELO: 8.2.4 Wireless Security


ELO: 8.2.5 Host Security


Securing Local Data and Transmitted Data

Lab 8.1.3 Securing Local Data and Transmitted Data

Perform the data security tasks need to analyze and secure local data and transmitted data. • Use Windows New Technology Files System (NTFS) permissions to secure local data on a Windows XP Professional edition computer.• Use Internet Explorer 7 to access secure web sites.

Planning for Access Lists and Port Filters

Lab 8.2.1 Planning for Access Lists and Port Filters

Determine where to implement ACLs and port filters to help protect the network.• Based on the predefined network diagram, determine where to implement access lists and port filters to help protect the network.


Planning Network-based Firewalls

• Place firewalls in appropriate locations to satisfy security requirements.

Identify characteristics and features of IPS and IDS. Click each statement(s) that applies.


Configuring WEP on a Wireless Router

• Configure WEP security between a workstation and a Linksys wireless router.

Researching an Anti-X Software Product

Lab 8.2.5 Researching an Anti-X Software Product

Recommend an anti-X software package for a small business.• Research an Anti-X software package that meets the requirements for a small business.


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TLO: 8.3 Monitoring and Managing the ISPELO: 8.3.1 Service Level Agreements


ELO: 8.3.2 Monitoring Network Link Performance


ELO: 8.3.3 Device Management Using In-band Tools


Interpreting a Service Level Agreement

Lab 8.3.1 Interpreting a Service Level Agreement

Examine an SLA and practice interpreting the sections of the SLA.• Describe the purpose of a Service Level Agreement (SLA).• Review general customer SLA requirements.• Analyze a sample SLA and answer questions regarding content and suitability based on customer needs.

Conducting a Network Capture with Wireshark

Lab 8.3.2 Conducting a Network Capture with Wireshark

Download, install, and then conduct a network capture with Wireshark.• Perform a network traffic capture with Wireshark to become familiar with the Wireshark interface and environment.• Analyze traffic to a web server.• Create a filter to limit the network capture to ICMP packets.• Ping a remote host to observe how the ICMP packet filter operates during the network capture.

Managing Remote Network Devices with Telnet

Lab 8.3.3a Managing Remote Network Devices with Telnet

Use Telnet to manage remote network devices.• Establish a Telnet connection to a remote router.• Verify that the Application Layer between the source and destination is working properly.• Retrieve information about remote routers using show commands.• Retrieve CDP information from routers not directly connected.• Suspend and reestablish a Telnet session.• Disconnect from a Telnet session.• Engage in multiple Telnet sessions.• Display active Telnet sessions.


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ELO: 8.3.4 Using SNMP and SyslogTLO: 8.4 Backups and Disaster Recovery

ELO: 8.4.1 Backup MediaELO: 8.4.2 Methods of File Backup


ELO: 8.4.3 Cisco IOS Software Backup and Recovery



ELO: 8.4.4 Disaster Recovery Plan



Configuring a Remote Router Using SSH

Lab 8.3.3b Configuring a Remote Router Using SSH

Configure a remote router using SSH.• Use SDM to configure a router to accept SSH connections.• Configure SSH client software on a PC.• Establish a connection to a Cisco ISR using SSH version 2.• Check the existing running configuration.• Configure a non-SDM router for SSH using the Cisco IOS CLI.

Planning a Backup Solution

Lab 8.4.2 Planning a Backup Solution

Plan a backup solution for a small business. • Based on the business scenario, plan an appropriate backup solution.

Managing Cisco IOS Images with TFTP

Lab 8.4.3a Managing Cisco IOS Images with TFTP

Use a TFTP to backup and restore a Cisco IOS image.• Analyze the Cisco IOS image and router flash memory.• Use TFTP to copy the software image from a router to a TFTP server.• Reload the backup software image from a TFTP server into flash on a router.

Managing Cisco IOS Images with ROMMON and TFTP

Lab 8.4.3b Managing Cisco IOS Images with ROMMON and TFTP

Use ROMmon and tftpdnld to manage an IOS image.• Analyze the Cisco IOS image and router flash memory.• Back up a Cisco IOS software image to a TFTP server.• Use ROM monitor (ROMmon) and the tftpdnld command to restore an image from a TFTP server.

Disaster Recovery Plan

Identify the actions that are associated with each phase of creating a disaster recovery plan. Drag each disaster recovery plan phase to the corresponding action.


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Equipment Needed

Pencil and paper

Computer with Internet access to conduct research

• Windows XP Professional computer with administrative access• NTFS File System on the computer and Simple File Sharing turned off (under the Folder Options of Windows Explorer.)• User accounts preconfigured for users Bob and Joe• Internet connectivity

*Note: WPA is not supported by Packet Tracer at this time. However, WEP and WPA are enabled by a similar process.


Equipment Needed

Sample SLA (included in lab)

• A Windows XP-based PC with an Ethernet network and at least two hosts• Wireshark Version 0.99.5 software (or most current version)• Internet connectivity (optional but desirable)• Access to the PC command prompt• Access to PC network TCP/IP configuration

• One router with two serial interfaces and one Fast Ethernet (1841 or other)• Two routers with one serial interface and one Fast Ethernet (1841 or other)• One 2960 switch (or comparable) for the R2 LAN• Three windows XP computers (hosts H2 and H3 are mainly for configuring routers R2 and R3)• Straight-through and crossover Category 5 Ethernet cables as required• Two null serial cables• Console cable to configure routers• Access to host H1 command prompt• Access to host H1 network TCP/IP configuration


Equipment Needed

Pencil and paper

• Cisco 1841 ISR router with SDM version 2.4 installed and with basic configuration completed• (Optional) Other Cisco router model with SDM installed• (Optional) Other Cisco router model without SDM installed (Cisco IOS software version 12.2 or later; must support SSH)• Windows XP computer with Internet Explorer 5.5 or later and Sun Java Runtime Environment (JRE) version 1.4.2_05 or later (or Java Virtual Machine (JVM) 5.0.0.3810)• Latest release of putty.exe client installed on the PC and accessible on the desktop• Straight-through or crossover Category 5 Ethernet cable (for SDM and SSH)• (Optional) Console cable, if router is to be configured using the CLI• Access to the PC command prompt• Access to PC network TCP/IP configuration

• One router with an Ethernet interface• One Windows XP computer (or Discovery Server)• Crossover Category 5 Ethernet cable (H1 to router R1)• Console cable (from H1 to R1)• Access to the computer host command prompt• Access to the computer host network TCP/IP configuration

• One router with an Ethernet interface• One Windows XP computer (or Discovery Server)• Crossover Category 5 Ethernet cable (H1 to router R1)• Console cable (from H1 to R1)• Access to the computer host command prompt• Access to the computer host network TCP/IP configuration


Equipment Needed


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 9: Troubleshooting

TLO: 9.0 IntroductionELO: 9.0.1 Introduction


Equipment Needed


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CCNA Discovery Working at a Small-to-Medium Business or ISP (DsmbISP) v4.1(3)Chapter 10: Course Summary

TLO: 10.0 Putting It All TogetherELO: 10.0.1 Summary

10.0.1.2

10.0.1.3


Putting It All Together

D2_PTAct_10_0_1_2.pdf

Use the knowledge and skills presented in this course to perform a simulated network upgrade.• Create an IP addressing plan for a small network• Implement a network equipment upgrade • Verify device configurations and network connectivity

Hands-on Lab: Summary

Putting It All Together

Summary Lab 10.0.1 Putting It All Together

Use the knowledge and skills presented in this course to perform this lab activity.• Given a customer work order, implement a network upgrade .• Review an existing customer network. • Create an IP addressing scheme for the upgraded network. • Create a physical diagram of the new network. • Use a configuration checklist and configure networking devices. • Use an installation checklist and connect the networking devices. • Use a verification checklist and verify connectivity and routing table updates.


Equipment Needed

• ISP router with two serial interfaces and one Fast Ethernet interface (preconfigured by instructor)• Ethernet 2960 switch to connect to the ISP router (preconfigured by instructor)• Customer 1841 router (or other router with two Fast Ethernet interfaces and at least one serial interface to connect to the ISP)• Linksys WRT300N (or other Linksys that supports wireless)• Ethernet 2960 switch to connect wired hosts• Windows XP-based host to act as a wireless client (wireless NIC)• Windows XP-based host to act as a wired client (Ethernet NIC)• Category 5 cabling as necessary• Serial cabling as necessary• ISP work order (in this lab)• Device Configuration Checklist (in this lab)• Network Equipment Installation Checklist (in this lab)• Configuration Verification and Connectivity Checklist (in this lab)

Ch 1 Ch 2 Ch 3 Ch 4Equipment-based Labs 0 0 0 1

Paper-based Labs 1 0 1 1

PT Activities 2 1 3 3

Media Activities 2 4 1 2

Simulations 0 0 0 0

Games 0 0 0 0

Critical Thinking 0 0 0 0

113 Total (Labs, PT Activities, Media Activities, E-Lab Activities, and Simulations)

Ch 5 Ch 6 Ch 7 Ch 8 Ch 9 Ch 1010 3 2 6 11 1 34

1 0 1 4 6 0 15

12 2 0 2 7 1 33

3 2 3 2 7 0 26

4 0 0 0 1 0 5

0 0 0 0 0 0 0

0 0 0 0 0 0 0

113

113 Total (Labs, PT Activities, Media Activities, E-Lab Activities, and Simulations)

crosswalk for ccna 2 labs and activities.xls

Documents