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CCNP Enterprise: Core Networking (ENCOR) v8 Lab Manual, 2nd edition
Published by Cisco Press (August 18, 2020) © 2021
$56.00
- A print text (hardcover or paperback)Â
- Free shipping
- Also available for purchase as an ebook from all major ebook resellers, including InformIT.com
This hands-on routing Lab Manual is the perfect companion for all Cisco Networking Academy students who are taking the new course CCNP Cisco Networking Academy CCNP Enterprise: Core Networking (ENCOR) as part of their CCNP preparation. It offers a portable, bound copy of all CCNP ENCOR network routing labs in a convenient, lightweight format that allows students to walk through key procedures and easily take notes without a large textbook or a live Internet connection. Working with these conveniently-formatted labs, students will gain practical experience and skills for using advanced IP addressing and routing in implementing scalable and secure Cisco ISR routers connected to LANs and WANs; and for configuring secure routing solutions to support branch offices and mobile workers.
- A portable, bound copy of all CCNP v8 ENCOR Labs: convenient, lightweight, and friendly
- Allows students to review or walk through hands-on labs without a huge textbook or live Web connection
- Contains additional pages between labs for in-class note-taking
- Separate answer key available at Cisco Academy Connection and the Pearson.com Instructor Resource site
Fully updated for the Cisco Networking Academy CCNP Enterprise: Core Networking (350-401 ENCOR) exam.Â
Chapter 1 Packet Forwarding 1
  1.1.2 Lab - Implement Inter-VLAN Routing 1
    Topology 1
    Addressing Table 1
    Objectives 2
    Background/Scenario 2
    Required Resources 2
    Instructions 2
    Router Interface Summary Table 10
    Device Config Final – Notes 11
Chapter 2 Spanning Tree Protocol 13
  2.1.2 Lab - Observe STP Topology Changes and Implement RSTP 13
    Topology 13
    Addressing Table 13
    Objectives 13
    Background/Scenario 13
    Required Resources 14
    Instructions 14
    Device Config Final – Notes 23
Chapter 3 Advanced Spanning Tree Tuning 25
  3.1.2 Lab - Implement Advanced STP Modifications and Mechanisms 25
    Topology 25
    Addressing Table 25
    Objectives 25
    Background/Scenario 26
    Required Resources 26
    Instructions 26
    Mechanisms 37
    Device Config Final – Notes 45
Chapter 4 Multiple Spanning Tree Protocol 47
  4.1.2 Lab - Implement MST 47
    Topology 47
    Objectives 47
    Background/Scenario 47
    Required Resources 48
    Instructions 48
    Device Config Final – Notes 60
Chapter 5 VLAN Trunks and EtherChannel Bundles 63
  5.1.2 Lab - Implement VTP 63
    Topology 63
    Objectives 63
    Background/Scenario 63
    Required Resources 65
    Instructions 65
    Device Config Final – Notes 78
  5.1.3 Lab - Implement EtherChannel 80
    Topology 80
    Objectives 80
    Background/Scenario 80
    Required Resources 81
    Instructions 81
    Device Config Final – Notes 91
  5.1.4 Lab - Tune and Optimize EtherChannel Operations 93
    Topology 93
    Objectives 93
    Background/Scenario 93
    Required Resources 93
    Device Config Final – Notes 98
Chapter 6 IP Routing Essentials 101
  6.1.2 Lab - Investigate Static Routes 101
    Topology 101
    Addressing Table 101
    Objectives 102
    Background/Scenario 102
    Required Resources 102
    Instructions 102
    Router Interface Summary Table 116
    Device Config Final – Notes 116
  6.1.3 Lab - Implement VRF-Lite 119
    Topology 119
    Addressing Table 119
    Objectives 120
    Background/Scenario 120
    Required Resources 120
    Router Interface Summary Table 130
    Device Config Final – Notes 130
Chapter 7 EIGRP 133
Chapter 8 OSPF 135
  8.1.2 Lab - Implement Single-Area OSPFv2 135
    Topology 135
    Addressing Table 135
    Objectives 136
    Background/Scenario 136
    Required Resources 136
    Instructions 136
    Router Interface Summary Table 154
    Device Config Final – Notes 154
Chapter 9 Advanced OSPF 157
  9.1.2 Lab - Implement Multiarea OSPFv2 157
    Topology 157
    Addressing Table 157
    Objectives 158
    Background/Scenario 158
    Required Resources 158
    Instructions 159
    Router Interface Summary Table 183
    Device Config Final – Notes 183
  9.1.3 Lab - OSPFv2 Route Summarization and Filtering 186
    Topology 186
    Addressing Table 186
    Objectives 187
    Background/Scenario 187
    Required Resources 188
    Instructions 188
    Router Interface Summary Table 203
    Device Config Final – Notes 203
Chapter 10 OSPFv3 207
  10.1.2 Lab - Implement Multiarea OSPFv3 207
    Topology 207
    Addressing Table 207
    Objectives 208
    Background/Scenario 208
    Required Resources 208
    Instructions 209
    Router Interface Summary Table 225
    Device Config Final – Notes 225
Chapter 11 BGP 229
  11.1.2 Lab - Implement eBGP for IPv4 229
    Topology 229
    Addressing Table 229
    Objectives 230
    Background/Scenario 230
    Required Resources 230
    Instructions 230
    Router Interface Summary Table 244
    Device Config Final – Notes 245
  11.1.3 Lab - Implement MP-BGP 247
    Topology 247
    Addressing Table 247
    Objectives 247
    Background/Scenario 248
    Required Resources 248
    Instructions 248
    Router Interface Summary Table 261
    Device Config Final – Notes 261
Chapter 12 Advanced BGP 265
  12.1.2 Lab - Implement BGP Path Manipulation 265
    Topology 265
    Addressing Table 265
    Objectives 266
    Background/Scenario 266
    Required Resources 266
    Instructions 266
    Router Interface Summary Table 278
    Device Config Final – Notes 278
  12.1.3 Lab - Implement BGP Communities 281
    Topology 281
    Addressing Table 281
    Objectives 281
    Background/Scenario 282
    Required Resources 282
    Instructions 282
    Reflection Questions 294
    Router Interface Summary Table 295
    Device Config Final – Notes 295
Chapter 13 Multicast 299
Chapter 14 QoS 301
Chapter 15 IP Services 303
  15.1.2 Lab - Implement NTP 303
    Topology 303
    Addressing Table 303
    Objectives 303
    Background/Scenario 304
    Required Resources 305
    Instructions 305
    Router Interface Summary Table 316
    Device Config Final – Notes 316
  15.1.3 Lab - Implement HSRP 319
    Topology 319
    Addressing Table 319
    Objectives 320
    Background/Scenario 320
    Required Resources 320
    Instructions 321
    Device Config Final – Notes 331
  15.1.4 Lab - Implement VRRP 334
    Topology 334
    Addressing Table 334
    Objectives 335
    Background/Scenario 335
    Required Resources 336
    Instructions 336
    Device Config Final – Notes 345
  15.1.5 Lab - Implement GLBP 348
    Topology 348
    Addressing Table 348
    Objectives 349
    Background/Scenario 349
    Required Resources 349
    Instructions 350
    Device Config Final – Notes 362
  15.1.6 Lab - Implement NAT 365
    Topology 365
    Addressing Table 365
    Objectives 365
    Background/Scenario 366
    Required Resources 366
    Instructions 366
    Router Interface Summary Table 374
    Device Config Final – Notes 374
Chapter 16 Overlay Tunnels 377
  16.1.2 Lab - Implement a GRE Tunnel 377
    Topology 377
    Addressing Table 377
    Objectives 377
    Background/Scenario 378
    Required Resources 378
    Instructions 378
    Router Interface Summary Table 389
    Device Config Final – Notes 390
  16.1.3 Lab - Implement IPsec Site-to-Site VPNs 393
    Topology 393
    Addressing Table 393
    Objectives 394
    Background/Scenario 394
    Required Resources 395
    Instructions 395
    Router Interface Summary Table 411
    Device Config Final – Notes 412
  16.1.4 Lab - Implement GRE over IPsec Site-to-Site VPNs 415
    Topology 415
    Addressing Table 415
    Objectives 416
    Background/Scenario 416
    Required Resources 417
    Instructions 417
    Router Interface Summary Table 430
    Device Config Final – Notes 431
  16.1.5 Lab - Implement IPsec VTI Site-to-Site VPNs 433
    Topology 433
    Addressing Table 433
    Objectives 434
    Background/Scenario 434
    Required Resources 435
    Instructions 435
    Router Interface Summary Table 448
    Device Config Final – Notes 448
Chapter 17 Wireless Signals and Modulation 451
Chapter 18 Wireless Infrastructure 453
Chapter 19 Understanding Wireless Roaming and Location Services 455
Chapter 20 Authenticating Wireless Clients 457
Chapter 21 Troubleshooting Wireless Connectivity 459
Chapter 22 Enterprise Network Architecture 461
Chapter 23 Fabric Technologies 463
Chapter 24 Network Assurance 465
  24.1.2 Lab - Use Connectivity Tests and Debug for Network Assurance 465
    Topology 465
    Addressing Table 465
    Objectives 466
    Background/Scenario 466
    Required Resources 466
    Instructions 466
    Router Interface Summary Table 482
    Device Config Final – Notes 483
  24.1.3 Lab - Implement SNMP and Syslog 485
    Topology 485
    Addressing Table 485
    Objectives 485
    Background/Scenario 486
    Required Resources 486
    Router Interface Summary Table 495
    Device Config Final – Notes 495
  24.1.4 Lab - Implement Flexible Netflow 498
    Topology 498
    Addressing Table 498
    Objectives 498
    Background/Scenario 498
    Required Resources 499
    Instructions 499
    Router Interface Summary Table 509
    Device Config Final – Notes 509
  24.1.5 Lab - Implement SPAN Technologies 512
    Topology 512
    Addressing Table 512
    Objectives 512
    Background/Scenario 513
    Required Resources 513
    Device Config Final – Notes 519
  24.1.6 Lab - Implement IP SLA 521
    Topology 521
    Addressing Table 521
    Objectives 522
    Background/Scenario 522
    Required Resources 523
    Instructions 523
    Router Interface Summary Table 536
    Device Config Final – Notes 536
Chapter 25 Secure Network Access Control 539
  25.1.2 Lab - Install the CCNP Virtual Machine 539
    Objectives 539
    Background/Scenario 539
    Required Resources 539
    Instructions 539
Chapter 26 Network Device Access Control and Infrastructure Security 543
  26.1.2 Lab - Implement IPv4 ACLs 543
    Topology 543
    Addressing Table 543
    Objectives 544
    Background/Scenario 544
    Required Resources 544
    Instructions 545
    Router Interface Summary Table 556
    Device Config Final – Notes 556
  26.1.3 Lab - Configure Protections for Passwords and Terminal Lines 559
    Topology 559
    Addressing Table 559
    Objectives 559
    Background/Scenario 559
    Required Resources 560
    Reflection Questions 568
    Router Interface Summary Table 568
    Device Config Final – Notes 568
  26.1.4 Lab - Configure Local and Server-Based AAA Authentication 571
    Topology 571
    Addressing Table 571
    Objectives 571
    Background/Scenario 571
    Required Resources 572
    Router Interface Summary Table 582
    Device Config Final – Notes 582
  26.1.5 Lab - Implement CoPP 585
    Topology 585
    Addressing Table 585
    Objectives 585
    Background/Scenario 585
    Required Resources 586
    Reflection Questions 597
    Router Interface Summary Table 597
    Device Config Final – Notes 597
Chapter 27 Virtualization 601
Chapter 28 Foundational Network Programmability Concepts 603
  28.1.2 Lab - Construct a Basic Python Script 603
    Objectives 603
    Background/Scenario 603
    Required Resources 603
    Instructions 603
  28.1.3 Lab - Use the Netmiko Python Module to Configure a Router 619
    Topology 619
    Addressing Table 619
    Objectives 619
    Background/Scenario 619
    Required Resources 619
    Instructions 620
    Router Interface Summary Table 627
    Device Config Final – Notes 627
  28.1.4 Lab - Use NETCONF to Access an IOS XE Router 630
    Topology 630
    Addressing Table 630
    Objectives 630
    Background/Scenario 630
    Required Resources 630
    Instructions 631
    Router Interface Summary Table 647
    Device Config Final – Notes 647
  28.1.5 Lab - Use RESTCONF to Access an IOS XE Router 650
    Topology 650
    Addressing Table 650
    Objectives 650
    Background/Scenario 650
    Required Resources 650
    Instructions 651
    Programs Used in this Lab 664
    Router Interface Summary Table 665
    Device Config Final – Notes 666
Chapter 29 Introduction to Automation Tools 669
  29.1.2 Lab - Construct an EEM Applet 669
    Topology 669
    Addressing Table 669
    Objectives 669
    Background/Scenario 669
    Required Resources 670
    Instructions 670
    Router Interface Summary Table 677
TOC, 9780136906438, 6/24/2020
Cisco Networking Academyteaches hundreds of thousands of students annually the skills needed to build, design, and maintain networks, improving their career prospects while filling the global demand for networking professionals. With 10,000 academies in 165 countries, it helps individuals prepare for industry-recognized certifications and entry-level information and communication technology careers in virtually every industry–developing foundational technical skills while acquiring vital 21st-century career skills in problem solving, collaboration, and critical thinking. Cisco Networking Academy uses a public-private partnership model to create the "world's largest classroom."
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