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Introduction to Networks v6 Labs & Study Guide [Mīkstie vāki]

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Cisco Networking Academy, Allan Johnson

Formāts: Paperback / softback, 672 pages, height x width x depth: 275x215x30 mm, weight: 1512 g
Sērija : Lab Companion
Izdošanas datums: 14-Dec-2016
Izdevniecība: Cisco Press
ISBN-10: 158713361X
ISBN-13: 9781587133619

Citas grāmatas par šo tēmu:

Networking packages - (Noliktavā: 1 punkts)

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Formāts: Paperback / softback, 672 pages, height x width x depth: 275x215x30 mm, weight: 1512 g
Sērija : Lab Companion
Izdošanas datums: 14-Dec-2016
Izdevniecība: Cisco Press
ISBN-10: 158713361X
ISBN-13: 9781587133619

Citas grāmatas par šo tēmu:

Networking packages - (Noliktavā: 1 punkts)

Permanent link: https://www.kriso.lv/db/9781587133619.html

Keywords:

Computer networks

The only authorized Labs & Study Guide for the Cisco Networking Academy Introduction to Networks course in the CCNA Routing and Switching curriculum

Each chapter of this book is divided into a Study Guide section followed by a Lab section.

The Study Guide section offers exercises that help you learn the concepts, configurations, and troubleshooting skills crucial to your success as a CCENT exam candidate. Each chapter is slightly different and includes some or all the following types of exercises:

Vocabulary Matching Exercises

Concept Questions Exercises

Skill-Building Activities and Scenarios

Configuration Scenarios

Packet Tracer Exercises

Troubleshooting Scenarios

The Labs & Activities include all the online course Labs and Packet Tracer activity instructions. If applicable, this section begins with a Command Reference that you will complete to highlight all the commands introduced in the chapter.

Introduction

xxxiv

Chapter 1 Exploring the Network

(40)

Study Guide

(1)

Globally Connected

(1)

Vocabulary Exercise: Matching

(1)

Completion Exercise

(1)

LANs, WANs, and the Internet

(5)

Completion Exercise

(2)

Classify and Identify Network Components

(1)

Compare LANs and WANs

(1)

Vocabulary Exercise: Matching

(1)

The Network as a Platform

(1)

Classify the Requirements for a Reliable Network

(1)

The Changing Network Environment

(1)

Completion Exercise

(1)

Network Security Terminology

(1)

Labs and Activities

(31)

1.0.1.2 Class Activity-Draw Your Concept of the Internet

(1)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Reflection

(1)

1.1.1.8 Lab-Researching Network Collaboration Tools

(13)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Part 1 Use Collaboration Tools

(1)

Part 2 Share Documents with Google Drive

(5)

Part 3 Explore Conferencing and Web Meetings

(1)

Part 4 Create Wiki Pages

(7)

Reflection

(1)

1.2.4.4 Packet Tracer-Help and Navigation Tips

(4)

Topology

(1)

Objectives

(1)

Background

(2)

Challenge

(1)

Suggested Scoring Rubric

(1)

1.2.4.5 Packet Tracer-Network Representation

(7)

Topology

(1)

Objectives

(2)

Challenge

(1)

Suggested Scoring Rubric

(1)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Part 1 Survey Your Understanding of Convergence

(1)

Part 2 Research ISPs Offering Converged Services

(1)

Part 3 Researching Local ISPs Offering Converged Services

(1)

Part 4 Select Best Local ISP Converged Service Offering

(1)

Part 5 Research Local Companies or Public Institutions Using

Convergence Technologies

(1)

Reflection

(1)

1.4.4.3 Lab-Researching IT and Networking Job Opportunities

(4)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Part 1 Research Job Opportunities

(2)

Part 2 Reflect on Research

(2)

1.5.1.1 Class Activity-Draw Your Concept of the Internet Now

(3)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Reflection

(1)

Modeling Activity Graphic Representation

(1)

Chapter 2 Configure a Network Operating System

(58)

Study Guide

(1)

IOS Bootcamp

(2)

Completion Exercise

(1)

Accessing Devices

(1)

Navigating the IOS Matching Exercise

(1)

Hotkeys and Shortcuts

(1)

Basic Device Configuration

(3)

Apply a Basic Configuration

(2)

Packet Tracer Exercise 2-1 Basic Switch Configuration

(1)

Labs and Activities

(1)

Command Reference

(52)

2.0.1.2 Class Activity-It Is Just an Operating System!

(1)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Reflection

(1)

2.1.4.6 Packet Tracer-Navigating the IOS

(5)

Topology

(1)

Objectives

(1)

Background

(1)

Part 1 Establish Basic Connections, Access the CLI, and Explore Help

(1)

Part 2 Explore EXEC Modes

(1)

Part 3 Set the Clock

(2)

Suggested Scoring Rubric

(1)

2.1.4.7 Lab-Establishing a Console Session with Tera Term

(11)

Topology

(1)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Part 1 Access a Cisco Switch Through the Serial Console Port

(2)

Part 2 Display and Configure Basic Device Settings

(1)

Part 3 (Optional) Access a Cisco Router Using a Mini-USB Console Cable

(5)

Reflection

(1)

Router Interface Summary Table

(2)

2.2.3.4 Packet Tracer-Configuring Initial Switch Settings

(6)

Topology

(1)

Objectives

(1)

Background

(1)

Part 1 Verify the Default Switch Configuration

(1)

Part 2 Create a Basic Switch Configuration

(2)

Part 3 Configure a MOTD Banner

(1)

Part 4 Save Configuration Files to NVRAM

(1)

Part 5 Configure S2

(1)

Suggested Scoring Rubric

(1)

2.3.2.5 Packet Tracer-Implementing Basic Connectivity

(4)

Topology

(1)

Addressing Table

(1)

Objectives

(1)

Background

(1)

Part 1 Perform a Basic Configuration on S1 and S2

(1)

Part 2 Configure the PCs

(1)

Part 3 Configure the Switch Management Interface

(1)

Suggested Scoring Rubric

(1)

2.3.3.3 Lab-Building a Simple Network

(13)

Topology

(1)

Addressing Table

(1)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Part 1 Set Up the Network Topology (Ethernet Only)

(1)

Part 2 Configure PC Hosts

(4)

Part 3 Configure and Verify Basic Switch Settings

(5)

Reflection

(1)

Appendix A: Initializing and Reloading a Switch

(2)

2.3.3.4 Lab-Configuring a Switch Management Address

(8)

Topology

(1)

Addressing Table

(1)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Part 1 Configure a Basic Network Device

(2)

Part 2 Verify and Test Network Connectivity

(4)

Reflection

(1)

2.4.1.1 Class Activity-Tutor Mel

(2)

Objectives

(1)

Background/Scenario

(1)

Required Resources

(1)

Reflection

(2)

2.4.1.2 Packet Tracer-Skills Integration Challenge

(2)

Addressing Table

(1)

Objectives

(1)

Scenario

(1)

Requirements

(1)

Chapter 3 Network Protocols and Communications

(38)

Study Guide

100

(1)

Rules of Communication

100

(1)

Vocabulary Exercise: Matching

100

(1)

Network Protocols and Standards

101

(4)

Protocol Definitions: Matching

101

(1)

Mapping the Protocols of the TCP/IP Suite

102

(1)

Standards Organizations: Matching

103

(1)

OSI Reference Model Layers: Matching

104

(1)

TCP/IP Model Layers: Matching

104

(1)

Mapping the Layers of the OSI and TCP/IP Models

105

(1)

Moving Data in the Network

105

(2)

Data Encapsulation and the PDUs

106

(1)

The Role of Addressing in Network Communications

106

(1)

Labs and Activities

107

(30)

3.0.1.2 Class Activity-Designing a Communications System

107

(1)

Objectives

107

(1)

Background/Scenario

107

(1)

Reflection

107

(1)

3.2.3.4 Lab-Researching Networking Standards

108

(3)

Objectives

108

(1)

Background/Scenario

108

(1)

Required Resources

108

(1)

Part 1 Research Networking Standards Organizations

108

(2)

Part 2 Reflect on Internet and Computer Networking Experiences

110

(1)

3.2.4.6 Packet Tracer-Investigating the TCP/IP and OSI Models in Action

111

(5)

Topology

111

(1)

Objectives

111

(1)

Background

111

(1)

Part 1 Examine HTTP Web Traffic

111

(3)

Part 2 Display Elements of the TCP/IP Protocol Suite

114

(1)

Challenge

115

(1)

Suggested Scoring Rubric

115

(1)

3.4.1.1 Lab-installing Wireshark

116

(6)

Objectives

116

(1)

Background/Scenario

116

(1)

Required Resources

116

(1)

Download and Install Wireshark

116

(6)

3.4.1.2 Lab-Using Wireshark to View Network Traffic

122

(14)

Topology

122

(1)

Objectives

122

(1)

Background/Scenario

122

(1)

Required Resources

122

(1)

Part 1 Capture and Analyze Local ICMP Data in Wireshark

123

(5)

Part 2 Capture and Analyze Remote ICMP Data in Wireshark

128

(2)

Reflection

130

(1)

Appendix A: Allowing ICMP Traffic Through a Firewall

130

(6)

3.4.1.3 Class Activity-Guaranteed to Work!

136

(2)

Objectives

136

(1)

Background/Scenario

136

(1)

Required Resources

136

(1)

Reflection

136

(1)

Chapter 4 Network Access

137

(38)

Study Guide

138

(1)

Physical Layer Protocols

138

(1)

Completion Exercise

138

(1)

Network Media

139

(5)

Copper Cabling Completion Exercise

139

(1)

Compare UTP, STP, and Coaxial Characteristics

140

(1)

Limiting the Negative Effect of Crosstalk

140

(1)

UTP Cable Categories

141

(1)

UTP Cable Wiring Standards

141

(1)

UTP Cable Pinouts

141

(1)

Fiber-Optic Cabling Completion Exercise

142

(1)

Compare Single-Mode and Multimode Fiber

143

(1)

Wireless Media Completion Exercise

143

(1)

Data Link Layer Protocols

144

(1)

Data Link Layer Completion Exercise

144

(1)

Media Access Control

145

(2)

Topologies and Access Methods Completion Exercise

145

(1)

Label the Generic Frame Fields

146

(1)

Labs and Activities

147

(28)

4.0.1.2 Class Activity-Managing the Medium

147

(2)

Objectives

147

(1)

Background/Scenario

147

(1)

Required Resources

147

(1)

Reflection

147

(2)

4.1.2.4 Lab-Identifying Network Devices and Cabling

149

(3)

Objectives

149

(1)

Background/Scenario

149

(1)

Part 1 Identify Network Devices

149

(1)

Identify Network Media

150

(1)

Reflection

151

(1)

4.2.2.7 Lab-Building an Ethernet Crossover Cable

152

(6)

Topology

152

(1)

Addressing Table

152

(1)

Objectives

152

(1)

Background/Scenario

152

(1)

Required Resources

152

(1)

Part 1 Analyze Ethernet Cabling Standards and Pinouts

153

(2)

Part 2 Build an Ethernet Crossover Cable

155

(1)

Part 3 Test an Ethernet Crossover Cable

156

(1)

Reflection

157

(1)

4.2.4.4 Packet Tracer-Connecting a Wired and Wireless LAN

158

(4)

Topology

158

(1)

Addressing Table

158

(1)

Objectives

159

(1)

Background

159

(1)

Part 1 Connect to the Cloud

159

(1)

Part 2 Connect Router0

159

(1)

Part 3 Connect Remaining Devices

160

(1)

Part 4 Verify Connections

160

(1)

Part 5 Examine the Physical Topology

160

(1)

Suggested Scoring Rubric

161

(1)

4.2.4.5 Lab-Viewing Wired and Wireless NIC Information

162

(11)

Objectives

162

(1)

Background/Scenario

162

(1)

Required Resources

162

(1)

Part 1 Identify and Work with PC NICs

162

(8)

Part 2 Identify and Use the System Tray Network Icons

170

(2)

Reflection

172

(1)

4.5.1.1 Class Activity-Linked In!

173

(3)

Objectives

173

(1)

Physical Topology

173

(1)

Background/Scenario

173

(1)

Required Resources

174

(1)

Reflection

174

(1)

Chapter 5 Ethernet

175

(40)

Study Guide

176

(1)

Ethernet Protocol

176

(2)

Ethernet Operation Completion Exercise

176

(1)

Identify the Ethernet Frame Attributes: Matching

177

(1)

Comparing Decimal, Binary, and Hexadecimal Digits

177

(1)

Ethernet MAC Address Completion Exercise

178

(1)

LAN Switches

178

(5)

Building the MAC Address Table

178

(1)

Forward the Frame

179

(3)

Switching Forwarding Methods Completion Exercise

182

(1)

Comparing Switch Forwarding Methods

182

(1)

Switching Port Settings Completion Exercise

183

(1)

Address Resolution Protocol

183

(3)

Identify the MAC and IP Addresses

183

(1)

ARP Completion Exercise

184

(2)

Labs and Activities

186

(1)

Command Reference

186

(29)

5.0.1.2 Class Activity-Join My Social Circle

187

(1)

Objectives

187

(1)

Background/Scenario

187

(1)

Required Resources

187

(1)

Reflection

187

(1)

5.1.1.7 Lab-Using Wireshark to Examine Ethernet Frames

188

(7)

Topology

188

(1)

Objectives

188

(1)

Background/Scenario

188

(1)

Required Resources

188

(1)

Part 1 Examine the Header Fields in an Ethernet II Frame

188

(6)

Reflection

194

(1)

5.1.2.8 Lab-Viewing Network Device MAC Addresses

195

(6)

Topology

195

(1)

Addressing Table

195

(1)

Objectives

195

(1)

Background/Scenario

195

(1)

Required Resources

195

(1)

Part 1 Configure Devices and Verify Connectivity

196

(1)

Part 2 Display, Describe, and Analyze Ethernet MAC Addresses

196

(4)

Reflection

200

(1)

5.2.1.7 Lab-Viewing the Switch MAC Address Table

201

(4)

Topology

201

(1)

Addressing Table

201

(1)

Objectives

201

(1)

Background/Scenario

201

(1)

Required Resources

202

(1)

Part 1 Build and Configure the Network

202

(1)

Part 2 Examine the Switch MAC Address Table

202

(2)

Reflection

204

(1)

5.3.1.3 Packet Tracer-Identify MAC and IP Addresses

205

(3)

Topology

205

(1)

Objectives

205

(1)

Background

205

(1)

Part 1 Gather PDU Information

205

(1)

Example Spreadsheet Format

206

(1)

Part 2 Reflection Questions

206

(1)

Suggested Scoring Rubric

207

(1)

5.3.2.8 Packet Tracer-Examine the ARP Table

208

(4)

Topology

208

(1)

Addressing Table

208

(1)

Objectives

208

(1)

Background

208

(1)

Part 1 Examine an ARP Request

209

(1)

Part 2 Examine a Switch MAC Address Table

209

(1)

Part 3 Examine the ARP Process in Remote Communications

210

(1)

Suggested Scoring Rubric

211

(1)

5.4.1.1 Class Activity-MAC and Choose

212

(4)

Objectives

212

(1)

Background/Scenario

212

(1)

Required Resources

212

(1)

Reflection

212

(3)

Chapter 6 Network Layer

215

(50)

Study Guide

216

(1)

Network Layer Protocols

216

(2)

The Network Layer

216

(1)

Characteristics of the IP

216

(1)

Fields of the IPv4 Packet: Matching

217

(1)

Fields of the IPv6 Packet: Matching

217

(1)

Routing

218

(3)

How a Host Routes Packets Completion Exercise

218

(1)

Routing Table Entry: Matching

219

(1)

Identify Router Components

220

(1)

Interpreting the show version Command Exercise

221

(1)

Configuring a Cisco Router

221

(6)

Basic Router Configuration Exercise

221

(4)

Packet Tracer Exercise 6-1 Basic Router Configuration

225

(2)

Labs and Activities

227

(1)

Command Reference

227

(38)

6.0.1.2 Class Activity - The Road Less Traveled...Or Is It?

228

(1)

Objectives

228

(1)

Background/Scenario

228

(1)

Reflection

228

(1)

6.3.1.8 Packet Tracer-Exploring Internetworking Devices

229

(4)

Topology

229

(1)

Objectives

229

(1)

Background

229

(1)

Part 1 Identify Physical Characteristics of Internetworking Devices

230

(1)

Part 2 Select Correct Modules for Connectivity

230

(1)

Part 3 Connect Devices

231

(1)

Suggested Scoring Rubric

232

(1)

6.3.2.7 Lab-Exploring Router Physical Characteristics

233

(8)

Topology

233

(1)

Objectives

233

(1)

Background/Scenario

233

(1)

Required Resources

233

(1)

Part 1 Examine Router External Characteristics

233

(3)

Part 2 Examine Router Internal Characteristics Using Show Commands

236

(4)

Reflection

240

(1)

6.4.1.3 Packet Tracer-Configure Initial Router Settings

241

(4)

Topology

241

(1)

Objectives

241

(1)

Background

241

(1)

Part 1 Verify the Default Router Configuration

241

(1)

Part 2 Configure and Verify the Initial Router Configuration

242

(1)

Part 3 Save the Running Configuration File

243

(1)

Suggested Scoring Rubric

244

(1)

6.4.3.3 Packet Tracer-Connect a Router to a LAN

245

(9)

Topology

245

(1)

Addressing Table

245

(1)

Background

246

(1)

Part 1 Display Router Information

246

(1)

Part 2 Configure Router Interfaces

247

(1)

Part 3 Verify the Configuration

248

(1)

Suggested Scoring Rubric

248

(2)

Packet Tracer-Troubleshooting Default Gateway Issues

250

(1)

Topology

250

(1)

Addressing Table

250

(1)

Objectives

250

(1)

Background

250

(1)

Part 1 Verify Network Documentation and Isolate Problems

251

(1)

Testing and Verification Documentation

251

(1)

Part 2 Implement, Verify, and Document Solutions

252

(1)

Suggested Scoring Rubric

253

(1)

6.5.1.1 Class Activity-Can You Read This Map?

254

(2)

Objectives

254

(1)

Background/Scenario

254

(1)

Required Resources

254

(1)

Reflection

255

(1)

6.5.1.2 Lab - Building a Switch and Router Network

256

(6)

Topology

256

(1)

Addressing Table

256

(1)

Objectives

256

(1)

Background/Scenario

256

(1)

Required Resources

257

(1)

Part 1 Set Up Topology and Initialize Devices

257

(1)

Part 2 Configure Devices and Verify Connectivity

257

(1)

Part 3 Display Device Information

258

(2)

Reflection

260

(1)

Router Interface Summary Table

261

(1)

6.5.1.3 Packet Tracer-Skills Integration Challenge

262

(4)

Topology

262

(1)

Addressing Table

262

(1)

Objectives

262

(1)

Scenario

262

(1)

Requirements

262

(3)

Chapter 7 IP Addressing

265

(90)

Study Guide

266

(1)

IPv4 Network Addresses

266

(4)

IPv4 Address Structure

266

(1)

IPv4 Subnet Mask

267

(2)

IPv4 Unicast, Broadcast, and Multicast

269

(1)

Types of IPv4 Addresses

269

(1)

IPv6 Network Addresses

270

(5)

Representing IPv6 Addresses

270

(1)

Identify IPv6 Address Types

271

(1)

IPv6 Unicast Addresses

272

(2)

IPv6 Multicast Addresses

274

(1)

Connectivity Verification

275

(1)

ICMP Message Types

275

(1)

Testing the Path

275

(1)

Labs and Activities

276

(1)

Command Reference

276

(79)

7.0.1.2 Class Activity-Modeling the Internet of Everything (IoE)

277

(1)

Objectives

277

(1)

Background/Scenario

277

(1)

Required Resources

277

(1)

Reflection

277

(1)

7.1.2.8 Lab-Using the Windows Calculator with Network Addresses

278

(7)

Objectives

278

(1)

Background/Scenario

278

(1)

Required Resources

279

(1)

Part 1 Access the Windows Calculator

279

(1)

Part 2 Convert Between Numbering Systems

279

(2)

Part 3 Convert Host IPv4 Addresses and Subnet Masks into Binary

281

(1)

Part 4 Determine the Number of Hosts in a Network Using Powers of 2

282

(1)

Part 5 Convert MAC Addresses and IPv6 Addresses to Binary

283

(1)

Reflection

284

(1)

7.1.2.9 Lab-Converting IPv4 Addresses to Binary

285

(4)

Objectives

285

(1)

Background/Scenario

285

(1)

Part 1 Convert IPv4 Addresses from Dotted Decimal to Binary

285

(1)

Part 2 Use Bitwise ANDing Operation to Determine Network Addresses

286

(1)

Part 3 Apply Network Address Calculations

287

(1)

Reflection

288

(1)

7.1.3.8 Packet Tracer-Investigate Unicast, Broadcast, and Multicast Traffic

289

(4)

Topology

289

(1)

Objectives

289

(1)

Background/Scenario

289

(1)

Part 1 Generate Unicast Traffic

289

(1)

Part 2 Generate Broadcast Traffic

290

(1)

Part 3 Investigate Multicast Traffic

291

(1)

Suggested Scoring Rubric

292

(1)

7.1.4.9 Lab-Identifying IPv4 Addresses

293

(3)

Objectives

293

(1)

Background/Scenario

293

(1)

Required Resources

293

(1)

Part 1 Identify IPv4 Addresses

293

(1)

Part 2 Classify IPv4 Addresses

294

(1)

Reflection

295

(1)

7.2.4.9 Packet Tracer-Configuring IPv6 Addressing

296

(3)

Topology

296

(1)

Addressing Table

296

(1)

Objectives

296

(1)

Background

297

(1)

Part 1 Configure IPv6 Addressing on the Router

297

(1)

Part 2 Configure IPv6 Addressing on the Servers

297

(1)

Part 3 Configure IPv6 Addressing on the Clients

298

(1)

Part 4 Test and Verify Network Connectivity

298

(1)

7.2.5.3 Lab-Identifying IPv6 Addresses

299

(7)

Topology

299

(1)

Objectives

299

(1)

Background/Scenario

299

(1)

Required Resources

299

(1)

Part 1 Identify the Different Types of IPv6 Addresses

299

(2)

Part 2 Examine a Host IPv6 Network Interface and Address

301

(3)

Part 3 Practice IPv6 Address Abbreviation

304

(1)

Reflection

305

(1)

7.2.5.4 Lab-Configuring IPv6 Addresses on Network Devices

306

(10)

Topology

306

(1)

Addressing Table

306

(1)

Objectives

306

(1)

Background/Scenario

306

(1)

Required Resources

307

(1)

Part 1 Set Up Topology and Configure Basic Router and Switch Settings

307

(1)

Part 2 Configure IPv6 Addresses Manually

308

(5)

Part 3 Verify End-to-End Connectivity

313

(1)

Reflection

314

(1)

Router Interface Summary Table

315

(1)

7.3.2.5 Packet Tracer-Verifying IPv4 and IPv6 Addressing

316

(7)

Topology

316

(1)

Addressing Table

316

(1)

Objectives

316

(1)

Background

317

(1)

Part 1 Complete the Addressing Table Documentation

317

(1)

Part 2 Test Connectivity Using Ping

317

(1)

Part 3 Discover the Path by Tracing the Route

317

(1)

Suggested Scoring Rubric

318

(1)

Packet Tracer-Pinging and Tracing to Test the Path

319

(1)

Topology

319

(1)

Addressing Table

319

(1)

Objectives

320

(1)

Scenario

320

(1)

Part 1 Test and Restore IPv4 Connectivity

320

(1)

Part 2 Test and Restore IPv6 Connectivity

321

(1)

Suggested Scoring Rubric

322

(1)

7.3.2.7 Lab-Testing Network Connectivity with Ping and Traceroute

323

(15)

Topology

323

(1)

Addressing Table

323

(1)

Objectives

324

(1)

Background/Scenario

324

(1)

Required Resources

324

(1)

Part 1 Build and Configure the Network

324

(2)

Part 2 Use Ping Command for Basic Network Testing

326

(5)

Part 3 Use Tracert and Traceroute Commands for Basic Network Testing

331

(2)

Part 4 Troubleshoot the Topology

333

(3)

Reflection

336

(1)

Router Interface Summary Table

337

(1)

7.3.2.8 Lab-Mapping the Internet

338

(9)

Objectives

338

(1)

Background

338

(1)

Scenario

338

(1)

Required Resources

339

(1)

Part 1 Test Network Connectivity Using Ping

339

(7)

Part 2 Trace a Route to a Remote Server Using Tracert 342 Reflection

346

(1)

7.3.2.9 Packet Tracer-Troubleshooting IPv4 and IPv6 Addressing

347

(4)

Topology

347

(1)

Addressing Table

347

(1)

Objectives

348

(1)

Scenario

348

(1)

Part 1 Troubleshoot First Issue

348

(1)

Part 2 Troubleshoot Second Issue

349

(1)

Part 3 Troubleshoot Third Issue

349

(2)

7.4.1.1 Class Activity-The Internet of Everything...Naturally

351

(1)

Objectives

351

(1)

Background /Scenario

351

(1)

Required Resources

351

(1)

Reflection

351

(1)

7.4.1.2 Packet Tracer-Skills Integration Challenge

352

(4)

Topology

352

(1)

Addressing Table

352

(1)

Scenario

353

(1)

Requirements

353

(1)

Suggested Scoring Rubric

353

(2)

Chapter 8 Subnetting IP Networks

355

(48)

Study Guide

356

(1)

Subnetting an IPv4 Network

356

(3)

Subnetting in Four Steps

356

(1)

Subnetting Example

356

(2)

Subnetting Scenario 1

358

(1)

Subnetting Scenario 2

358

(1)

Subnetting Scenario 3

359

(1)

VLSM Addressing Schemes

359

(5)

VLSM Review

359

(2)

VLSM Addressing Design Exercises

361

(3)

Design Considerations for IPv6

364

(3)

Subnetting an IPv6 Network

364

(1)

IPv6 Subnetting Practice

365

(2)

Labs and Activities

367

(36)

8.0.1.2 Class Activity-Call Me!

367

(1)

Objectives

367

(1)

Background/Scenario

367

(1)

Required Resources

367

(1)

Reflection

367

(1)

8.1.4.6 Lab-Calculating IPv4 Subnets

368

(6)

Objectives

368

(1)

Background/Scenario

368

(1)

Required Resources

368

(1)

Part 1 Determine IPv4 Address Subnetting

368

(2)

Part 2 Calculate IPv4 Address Subnetting

370

(3)

Reflection

373

(1)

8.1.4.7 Packet Tracer-Subnetting Scenario 1

374

(4)

Topology

374

(1)

Addressing Table

374

(1)

Objectives

374

(1)

Scenario

375

(1)

Part 1 Design an IP Addressing Scheme

375

(1)

Subnet Table

376

(1)

Part 2 Assign IP Addresses to Network Devices and Verify Connectivity

377

(1)

Suggested Scoring Rubric

377

(1)

8.1.4.8 Lab-Designing and Implementing a Subnetted IPv4 Addressing Scheme

378

(8)

Topology

378

(1)

Addressing Table

378

(1)

Objectives

378

(1)

Background/Scenario

378

(1)

Required Resources

379

(1)

Part 1 Design a Network Subnetting Scheme

379

(3)

Part 2 Configure the Devices

382

(1)

Part 3 Test and Troubleshoot the Network

383

(1)

Reflection

383

(1)

Router Interface Summary Table

384

(1)

Appendix A: Configuration Details for Steps in Part 2

384

(2)

8.2.1.4 Packet Tracer-Designing and Implementing a VLSM Addressing Scheme

386

(3)

Topology

386

(1)

Addressing Table

386

(1)

Objectives

386

(1)

Background

386

(1)

Part 1 Examine the Network Requirements

386

(1)

Part 2 Design the VLSM Addressing Scheme

387

(1)

Subnet Table

387

(1)

Part 3 Assign IP Addresses to Devices and Verify Connectivity

388

(1)

Suggested Scoring Rubric

388

(1)

8.2.1.5 Lab-Designing and Implementing a VLSM Addressing Scheme

389

(7)

Topology

389

(1)

Objectives

389

(1)

Background/Scenario

389

(1)

Required Resources

390

(1)

Part 1 Examine Network Requirements

390

(3)

Part 2 Design the VLSM Address Scheme

393

(1)

Part 3 Cable and Configure the IPv4 Network

394

(1)

Reflection

395

(1)

Router Interface Summary Table

395

(1)

8.3.1.4 Packet Tracer-Implementing a Subnetted IPv6 Addressing Scheme

396

(3)

Topology

396

(1)

Addressing Table

396

(1)

Objectives

396

(1)

Scenario

397

(1)

Part 1 Determine the IPv6 Subnets and Addressing Scheme

397

(1)

Subnet Table

397

(1)

Part 2 Configure the IPv6 Addressing on Routers and PCs and Verify Connectivity

397

(1)

Suggested Scoring Rubric

398

(1)

8.4.1.1 Class Activity-Can You Call Me Now

399

(1)

Objectives

399

(1)

Background/Scenario

399

(1)

Required Resources

399

(1)

Reflection

399

(1)

8.4.1.2 Packet Tracer-Skills Integration Challenge

400

(4)

Topology

400

(1)

Addressing Table

400

(1)

Scenario

400

(1)

Requirements

401

(1)

Suggested Scoring Rubric

401

(2)

Chapter 9 Transport Layer

403

(44)

Study Guide

404

(1)

Transport Layer Protocols

404

(3)

Transportation of Data Completion Exercise

404

(1)

TCP and UDP Overview

405

(2)

TCP and UDP

407

(3)

TCP Communication

407

(1)

UDP Communication

408

(1)

TCP or UDP, That Is the Question

409

(1)

Labs and Activities

410

(1)

Command Reference

410

(37)

9.0.1.2 Class Activity-We Need to Talk

411

(1)

Objectives

411

(1)

Background/Scenario

411

(1)

Required Resources

411

(1)

Reflection

411

(1)

9.2.1.6 Lab-Using Wireshark to Observe the TCP 3-Way Handshake

412

(7)

Topology

412

(1)

Objectives

412

(1)

Background/Scenario

412

(1)

Required Resources

412

(1)

Part 1 Prepare Wireshark to Capture Packets

412

(2)

Part 2 Capture, Locate, and Examine Packets

414

(4)

Reflection

418

(1)

9.2.3.5 Lab-Using Wireshark to Examine a UDP DNS Capture

419

(6)

Topology

419

(1)

Objectives

419

(1)

Background/Scenario

419

(1)

Required Resources

419

(1)

Part 1 Record a PC's IP Configuration Information

419

(1)

Part 2 Use Wireshark to Capture DNS Queries and Responses

420

(1)

Part 3 Analyze Captured DNS or UDP Packets

420

(4)

Reflection

424

(1)

9.2.4.3 Lab-Using Wireshark to Examine TCP and UDP Captures

425

(14)

Topology-Part 1 (FTP)

425

(1)

Topology-Part 2 (TFTP)

425

(1)

Addressing Table (Part 2)

425

(1)

Objectives

425

(1)

Background/Scenario

426

(1)

Required Resources-Part 1 (FTP)

426

(1)

Required Resources-Part 2 (TFTP)

426

(1)

Part 1 Identify TCP Header Fields and Operation Using a Wireshark FTP Session Capture

426

(8)

Part 2 Identify UDP Header Fields and Operation Using a Wireshark TFTP Session Capture

434

(4)

Reflection

438

(1)

Challenge

438

(1)

Cleanup

438

(1)

9.3.1.1 Class Activity-We Need to Talk, Again

439

(1)

Objectives

439

(1)

Background/Scenario

439

(1)

Reflection

439

(1)

9.3.1.2 Packet Tracer Simulation-Exploration of TCP and UDP Communication

440

(8)

Topology

440

(1)

Objectives

440

(1)

Background

440

(1)

Part 1 Generate Network Traffic in Simulation Mode

440

(1)

Part 2 Examine Functionality of the TCP and UDP Protocols

441

(4)

Suggested Scoring Rubric

445

(2)

Chapter 10 Application Layer

447

(52)

Study Guide

448

(1)

Application Layer Protocols

448

(2)

OSI and TCP/IP Model Comparison

448

(1)

Application and Presentation Protocols and Standards

448

(1)

How Application Protocols Interact with End-User Applications

449

(1)

Well-Known Application Layer Protocols and Services

450

(4)

Web and Email Services

450

(1)

IP Addressing Services

450

(2)

File Sharing Services

452

(2)

Labs and Activities

454

(1)

Command Reference

454

(45)

10.0.1.2 Class Activity-Application Investigation

455

(1)

Objective

455

(1)

Background/Scenario

455

(1)

Reflection

455

(1)

10.1.2.5 Lab-Researching Peer-to-Peer File Sharing

456

(3)

Objectives

456

(1)

Background/Scenario

456

(1)

Required Resources

456

(1)

Part 1 Identify P2P Networks, File Sharing Protocols, and

Applications

456

(2)

Part 2 Research P2P File Sharing Issues 457 Part 3 Research P2P Copyright Litigations 458 Reflection

458

(1)

10.2.1.7 Packet Tracer-Web and Email

459

(3)

Topology

459

(1)

Objectives

459

(1)

Background

459

(1)

Part 1 Configure and Verify Web Services

460

(1)

Part 2 Configure and Verify Email Services on Servers

460

(2)

10.2.2.7 Packet Tracer-DHCP and DNS Servers

462

(3)

Topology

462

(1)

Objectives

462

(1)

Background

462

(1)

Part 1 Configure Static IPv4 Addressing

463

(1)

Part 2 Configure Records on the DNS Server

464

(1)

10.2.2.8 Lab-Observing DNS Resolution

465

(6)

Objectives

465

(1)

Background/Scenario

465

(1)

Required Resources

465

(1)

Part 1 Observe the DNS Conversion of a URL to an IP Address

465

(3)

Part 2 Observe DNS Lookup Using the nslookup Command on a Web Site

468

(1)

Part 3 Observe DNS Lookup Using the nslookup Command on Mail Servers

469

(1)

Reflection

470

(1)

10.2.3.3 Packet Tracer-FTP Servers

471

(3)

Topology

471

(1)

Objectives

471

(1)

Background

471

(1)

Part 1 Configure FTP Services on Servers

472

(1)

Part 2 Upload a File to the FTP Server

472

(1)

Part 3 Download a File from the FTP Server

473

(1)

10.2.3.4 Lab-Exploring FTP

474

(10)

Objectives

474

(1)

Background/Scenario

474

(1)

Required Resources

474

(1)

Part 1 Use FTP from a Command Prompt

474

(2)

Part 2 Use FTP in a Browser

476

(1)

Part 3 Download an FTP File Using WS_FTP LE (Optional)

477

(6)

Reflection

483

(1)

10.3.1.1 Class Activity-Make It Happen!

484

(1)

Objectives

484

(1)

Background/Scenario

484

(1)

Reflection

484

(1)

10.3.1.2 Packet Tracer-Explore a Network

485

(5)

Topology

485

(1)

Objectives

485

(1)

Background

485

(1)

Part 1 Examine Internetwork Traffic at Branch

486

(1)

Part 2 Examine Internetwork Traffic to Central

487

(1)

Part 3 Examine Internet Traffic from Branch

488

(1)

Suggested Scoring Rubric

489

(1)

10.3.1.3 Packet Tracer Multiuser-Tutorial

490

(4)

Topology

490

(1)

Addressing Table

490

(1)

Objectives

490

(1)

Background

490

(1)

Part 1 Establish a Local Multiuser Connection to Another Instance of Packet Tracer

491

(2)

Part 2 Verify Connectivity Across a Local Multiuser Connection

493

(1)

10.3.1.4 Packet Tracer Multiuser-Implement Services

494

(6)

Topology

494

(1)

Addressing Table

494

(1)

Objectives

494

(1)

Background

495

(1)

Part 1 Establish a Local Multiuser Connection to Another Instance of Packet Tracer

495

(1)

Part 2 Server Side Player - Implement and Verify Services

496

(1)

Part 3 Client Side Player - Configure and Verify Access to Services

497

(2)

Chapter 11 Build a Small Network

499

(84)

Study Guide

500

(1)

Network Design

500

(1)

Devices in a Small Network

500

(1)

Protocols in a Small Network

501

(1)

Scale to Larger Networks

501

(1)

Network Security

501

(4)

Security Threats and Vulnerabilities

501

(1)

Network Attacks

502

(1)

Network Attack Mitigation

503

(1)

Device Security

503

(1)

Packet Tracer Exercise 11-1 SSH Configuration and Verification

504

(1)

Basic Network Performance

505

(2)

Using the ping Command

505

(1)

Tracing a Route

506

(1)

Show Commands

506

(1)

Network Troubleshooting

507

(2)

Troubleshooting Methodology

507

(1)

Packet Tracer Exercise 11-2 Troubleshooting Scenario

508

(1)

Labs and Activities

509

(1)

Command Reference

509

(74)

11.0.1.2 Class Activity-Did You Notice?

511

(2)

Objectives

511

(1)

Topology

511

(1)

Background/Scenario

511

(1)

Required Resources

512

(1)

Reflection

512

(1)

11.2.2.6 Lab-Researching Network Security Threats

513

(3)

Objectives

513

(1)

Background/Scenario

513

(1)

Required Resources

513

(1)

Part 1 Exploring the SANS Website

513

(1)

Part 2 Identify Recent Network Security Threats

514

(1)

Part 3 Detail a Specific Network Security Attack

515

(1)

Reflection

515

(1)

11.2.4.5 Packet Tracer-Configuring Secure Passwords and SSH

516

(2)

Topology

516

(1)

Addressing Table

516

(1)

Scenario

516

(1)

Requirements

516

(2)

11.2.4.6 Lab-Accessing Network Devices with SSH

518

(6)

Topology

518

(1)

Addressing Table

518

(1)

Objectives

518

(1)

Background/Scenario

518

(1)

Required Resources

519

(1)

Part 1 Configure Basic Device Settings

519

(1)

Part 2 Configure the Router for SSH Access

520

(1)

Part 3 Configure the Switch for SSH Access

521

(1)

Part 4 SSH from the CLI on the Switch

522

(1)

Reflection

523

(1)

Router Interface Summary Table

523

(1)

11.2.4.7 Lab-Examining Telnet and SSH in Wireshark

524

(9)

Topology

524

(1)

Addressing Table

524

(1)

Objectives

524

(1)

Background/Scenario

524

(1)

Required Resources

524

(1)

Part 1 Configure the Devices for SSH Access

525

(1)

Part 2 Examine a Telnet Session with Wireshark

526

(2)

Part 3 Examine an SSH Session with Wireshark

528

(3)

Reflection

531

(1)

Router Interface Summary Table

531

(2)

11.2.4.8 Lab-Securing Network Devices

533

(8)

Topology

533

(1)

Addressing Table

533

(1)

Objectives

533

(1)

Background/Scenario

533

(1)

Required Resources

534

(1)

Part 1 Configure Basic Device Settings

534

(1)

Part 2 Configure Basic Security Measures on the Router

534

(3)

Part 3 Configure Basic Security Measures on the Switch

537

(3)

Reflection

540

(1)

Router Interface Summary Table

540

(1)

11.3.2.3 Packet Tracer-Testing Connectivity with Traceroute

541

(4)

Topology

541

(1)

Objectives

541

(1)

Background

541

(1)

Part 1 Test End-to-End Connectivity with the tracert Command

541

(1)

Part 2 Compare to the traceroute Command on a Router

542

(1)

Part 3 Using Extended Traceroute

542

(2)

Suggested Scoring Rubric

544

(1)

11.3.2.4 Lab-Testing Network Latency with Ping and Traceroute

545

(5)

Topology

545

(1)

Objectives

545

(1)

Background/Scenario

545

(1)

Required Resources

545

(1)

Part 1 Use Ping to Document Network Latency

545

(3)

Part 2 Use Traceroute to Document Network Latency

548

(1)

Reflection

549

(1)

11.3.3.3 Packet Tracer-Using Show Commands

550

(2)

Objectives

550

(1)

Background

550

(1)

Part 1 Analyze Show Command Output

550

(1)

Part 2 Reflection Questions

550

(1)

Suggested Scoring Rubric

551

(1)

11.3.4.6 Lab-Using the CLI to Gather Network Device Information

552

(8)

Topology

552

(1)

Addressing Table

552

(1)

Objectives

552

(1)

Background/Scenario

552

(1)

Required Resources

553

(1)

Part 1 Set Up the Topology and Initialize Devices

553

(1)

Part 2 Configure Devices and Verify Connectivity

553

(2)

Part 3 Gather Network Device Information

555

(4)

Reflection

559

(1)

Router Interface Summary Table

559

(1)

11.4.3.5 Lab-Troubleshooting Connectivity Issues

560

(13)

Topology

560

(1)

Addressing Table

560

(1)

Objectives

560

(1)

Background/Scenario

560

(1)

Required Resources

561

(1)

Troubleshooting Configurations

561

(1)

Part 1 Identify the Problem.

562

(5)

Part 2 Implement Network Changes

567

(1)

Part 3 Verify Full Functionality

568

(3)

Part 4 Document Findings and Configuration Changes

571

(1)

Reflection

571

(1)

Router Interface Summary Table

572

(1)

11.4.3.6 Packet Tracer-Troubleshooting Connectivity Issues

573

(3)

Topology

573

(1)

Addressing Table

573

(1)

Objectives

573

(1)

Background/Scenario

574

(1)

Suggested Scoring Rubric

575

(1)

11.5.1.1 Class Activity-Design and Build a Small Business Network (Capstone Project)

576

(1)

Objectives

576

(1)

Background/Scenario

576

(1)

Required Resources

576

(1)

Reflection

576

(1)

11.5.1.2 Packet Tracer-Skills Integration Challenge

577

(3)

Topology

577

(1)

Addressing Table

577

(1)

Scenario/Background

578

(1)

Requirements

578

(1)

Switch Configurations

579

(1)

Verify Connectivity

579

(1)

11.5.1.3 Packet Tracer-Troubleshooting Challenge

580

(3)

Topology

580

(1)

Addressing Table

580

(1)

Scenario/Background

581

(1)

Requirements

581

(2)

Appendix Labs

583

Appendix Lab-Observing ARP with the Windows CLI, IOS CLI, and Wireshark

583

(12)

Topology

583

(1)

Addressing Table

583

(1)

Objectives

583

(1)

Background/Scenario

584

(1)

Required Resources

584

(1)

Part 1 Build and Configure the Network

585

(1)

Part 2 Use the Windows ARP Command

585

(4)

Part 3 Use the IOS show arp Command

589

(1)

Part 4 Use Wireshark to Examine ARP Exchanges

590

(3)

Reflection

593

(1)

Router Interface Summary Table

594

(1)

Appendix Lab-Researching Subnet Calculators

595

(5)

Objectives

595

(1)

Background/Scenario

595

(1)

Required Resources

595

(1)

Part 1 Review Available Subnet Calculators

595

(2)

Part 2 Perform Network Calculations Using a Subnet Calculator

597

(2)

Reflection

599

(1)

Appendix Lab-Subnetting Network Topologies

600

(8)

Objectives

600

(1)

Background/Scenario

600

(1)

Part 1 Network Topology A

600

(1)

Part 2 Network Topology B

601

(1)

Part 3 Network Topology C

602

(2)

Part 4 Network Topology D

604

(1)

Part 5 Network Topology E

605

(2)

Reflection

607

(1)

Appendix Lab-Viewing Host Routing Tables

608

(6)

Topology

608

(1)

Objectives

608

(1)

Background/Scenario

608

(1)

Required Resources

608

(1)

Part 1 Access the Host Routing Table

608

(2)

Part 2 Examine IPv4 Host Routing Table Entries

610

(1)

Part 3 Examine IPv6 Host Routing Table Entries

611

(2)

Reflection

613

(1)

Packet Tracer-Configuring an Integrated Router

614

Topology

614

(1)

Objectives

614

(1)

Background

614

(1)

Part 1 Connect to an Integrated Router

614

(1)

Part 2 Enable Wireless Connectivity

615

(1)

Part 3 Configure and Verify Wireless Client Access

616

(1)

Suggested Scoring Rubric

617

(1)

Packet Tracer-Subnet Scenario 2

618

(1)

Topology

618

(1)

Addressing Table

618

(1)

Objectives

619

(1)

Scenario

619

(1)

Part 1 Design an IP Addressing Scheme

619

(1)

Subnet Table

620

(1)

Part 2 Assign IP Addresses to Network Devices and Verify Connectivity

621

(1)

Suggested Scoring Rubric

621

Allan Johnson entered the academic world in 1999 after 10 years as a business owner/operator to dedicate his efforts to his passion for teaching. He holds both an MBA and an M.Ed in occupational training and development. He taught a variety of technology courses to high school students and is an adjunct instructor at Del Mar College in Corpus Christi, Texas. Since 2006, Allan has worked full time for Cisco Networking Academy in several roles. He is currently engaged as Curriculum Lead.

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