About This Lab Manual Scaling Networks Lab Manual contains all the labs and class activities from the Cisco Networking Academy course of the same name. It is meant to be used within this program of study. More Practice If you would like more practice activities, combine your Lab Manual with the new CCNA Routing and Switching Practice and Study Guide ISBN: 442. Troubleshoot EIGRP Neighbor Issues EIGRP Parameters When troubleshooting an EIGRP network, one of the first things to verify is that all routers that are participating in the EIGRP network are configured with the same autonomous system number. EIGRP for IPv4 Router# show ip protocols EIGRP for IPv6. On R2, configure EIGRP routing with a nAS ID of 1 for all networks, disable the transmission of EIGRP hello packets for the LAN interface, and configure the bandwidthfor S0/0/0 to 1024 Kb/s. On R3, configure EIGRP routing with a nAS ID of 1 for all networks, disable the transmission of EIGRP. EIGRP Advanced Configurations and Troubleshooting This chapter reviews the various ways you can adjust your Enhanced Interior Gateway Routing Protocol (EIGRP) implementation to provide additional capabilities and functionality. Selection from CCNA Routing and Switching Practice and Study Guide: Exercises, Activities, and Scenarios to Prepare for the ICND2 (200-101.

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Requirements:

Must be CCNA certified. Required experience includes installation and operation of Cisco switches and routers in an enterprise environment. Must be familiar with inter-networking technologies and be able to perform basic router configuration as well as serial interface configuration. Must possess knowledge of distance vector routing protocols and have the ability to perform IP subnetting on non-octal boundaries, interpretation of Cisco routing tables and configuration of IP standard and extended access lists.

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Who Should Attend:

Technical support personnel, help desk technicians, and network engineers.

Detailed Description of ROUTE course:

In the beginning of this course you will learn to plan routing services to Cisco requirements, assessing complex enterprise networking requirements. You will gain an understanding of the Cisco hierarchical network model and the Cisco enterprise architecture; learn about traffic conditions in a converged network, the Cisco SONA framework, advanced routing protocols as well as common maintenance processes and procedures.

The course continues to further explore implementation of EIGRP-based solutions. You will learn exactly how EIGRP is operated and employed with its four key technologies and five components of metric used to calculate the range of pathways between routers. You will create a typical implementation plan for an EIGRP-based solution and document the implementation, operations, and maintenance processes and learn the commands used in a basic EIGRP configuration task.

You will learn how to create neighbor relationships using the neighbor command and verify that the router recognizes EIGRP neighbors and routes. Once you understand these basic commands and protocols, you will learn to verify basic EIGRP operations, and that the router recognizes EIGRP neighbors and their routes, control routing update advertisements using the passive-interface command, configure and verify the last-resort gateway or default route and compare manual route summarization to default automatic route summarization.

We will further your knowledge of EIGRP in the enterprise WAN architecture and its effect on EIGRP operations. You will learn to create and map physical and logical multi-point interfaces using static as well as dynamic DLCI mapping. We will discuss the features of load-balancing across equal and unequal paths, configuration and verification of EIGRP operating over Frame Relay and bandwidth use across WAN links.

Part two concludes with EIGRP MD5 authentication configuration and troubleshooting and advanced EIGRP features in an enterprise network including factors affecting scalability in large internetworks and using queries to update routing tables when a route is lost and there is no successor. Among other efficiency-related operations you will learn to minimize active routes, reduce EIGRP queries, and improve network scaling.

The third part of this course deals with implementing scalable multi-area networks utilizing an OSPF-based solution. You will learn how to establish neighbor adjacencies and how OSPF calculates the best path to each destination network and how link-state updates (LSUs) verify active links. We will then further discuss different OSPF area types and how to implement a typical plan and documentation package for an OSPF-based solution. Many other topics will be touched upon including the exchange and synchronization of link-state databases (LSDBs) and maintaining a database of the most recent link-state sequence numbers and verifying that OSPF packets are flowing properly between two routers.

Since optimization and efficiency are key points, we will also explore improving routing performance in complex enterprise networks. We will discuss the OSPF network types and how to determine adjacency behavior on point-to-point links, broadcast networks, metro ethernet, EoMPLS networks, and MPLS networks. You will learn how to properly select a DR and BDR and implement OSPF over frame relay NBMA, point-to-point as well as multipoint frame relay networks and use subinterfaces in OSPF over frame relay.

Part three concludes with an in-depth analysis of the configuration and verification of basic single-area and multiarea OSPF routing. You will learn step-by-step how to enable the route process, configure a router ID, and enable OSPF on networks and interfaces using the network and ip ospf commands. We will also cover route summarization, OSPF special area types, and OSPF authentication, including troubleshooting simple password and MD5 authentication.

Sections four and five will be focusing on implementation, configuration, and verification of IPv4-based redistribution solutions and path control. You will learn to address network routing and path control performance and security issues, going in-depth into how distribution lists, prefix lists, and route maps work and how they control routing updates. Among other things we will explore the use of these maps to filter routes and learn about suppressing routing updates using passive interfaces.

In part six we will cover the planning and connection of an enterprise network to an ISP network,
how routing information is exchanged across an ISP, the types of enterprise-to-ISP connections, and IPv6 implementation and routing for branch offices and remote workers. In conclusion of section six you will witness a directed demonstration of implementing special facilities for mobile workers.

Click here to get more information about this class!

Register your product to gain access to bonus material or receive a coupon.

• By Cisco Networking Academy
• Published Aug 24, 2020 by Cisco Press. Part of the Lab Companion series.

Book

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Features

• A portable, bound copy of all CCNP v8 ENARSI 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

• Copyright 2021
• Dimensions: 8-1/2' x 10-7/8'
• Pages: 528
• Edition: 1st

• Book
• ISBN-10: 0-13-687093-7
• ISBN-13: 978-0-13-687093-7

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The only authorized Labs & Study Guide for the Cisco Networking Academy CCNP Enterprise: Advanced Routing (ENARSI), Version 8 course in the CCNP curriculum.

The two courses in this CCNP Enterprise Version 8.0 curriculum provide students with knowledge and skills needed to configure, operate, and troubleshoot large-scale enterprise networks. The courses cover a broad range of routing, switching, and wireless topics along with security best practices used in software-driven digital networks. CCNP Enterprise certification requires candidates to pass two 120-minute examsCCNP and CCIE Enterprise Core ENCOR 350-401 and CCNP Enterprise Advanced Routing ENARSI 300-410.
By the end of the CCNP course series, students gain practical, hands-on lab experience preparing them for the CCNP Enterprise certification exams and career-ready skills for professional-level roles in the Information & Communication Technologies (ICT) industry.
CCNP Enterprise: Advanced Routing

This second of the two-course CCNP Enterprise series focuses on implementation and troubleshooting of advanced routing and redistribution for OSPF, EIGRP, and BGP along with VPN technologies, infrastructure security, and management tools used in Enterprise networks. Comprehensive labs emphasize hands-on learning and practice to reinforce configuration and troubleshooting skills.
This course directly prepares for the Cisco Enterprise Advanced Routing and Services concentration exam (300-410) to earn the Enterprise Advanced Infrastructure Implementation Specialist certification. By also passing the core exam (350-401 ENCOR) you will earn the CCNP Enterprise certification. The 40 comprehensive labs in this manual emphasize hands-on learning and practice to reinforce configuration skills.
This book is offered exclusively for students enrolled in Cisco Networking Academy courses. It is not designed for independent study or professional certification preparation. Visit netacad.com to learn more about program options and requirements.

Related titles:
CCNP and CCIE Enterprise Core & CCNP Enterprise Advanced Routing Portable Command Guide
Book: 9780135768167
eBook: 9780135768181
31 Days Before Your CCNP and CCIE Enterprise Core Exam
Book: 9780136965220
eBook: 9780136965169

CCNP Enterprise Advanced Routing ENARSI 300-410 Official Cert Guide
Book: 9781587145254
Premium Edition: 9780135262054

Table of Contents

IPv4/IPv6 Addressing and Routing Review 1
1.1.2 Lab - Troubleshoot IPv4 and IPv6 Addressing Issues 1
Topology 1
Addressing Table 1
Objectives 1
Background/Scenario 1
Required Resources 2
Instructions 2
Router Interface Summary Table 4
Device Config Final Notes 4
1.1.3 Lab - Troubleshoot IPv4 and IPv6 Static Routing 7
Topology 7
Addressing Table 7
Objectives 8
Background/Scenario 8
Required Resources 8
Instructions 8
Router Interface Summary Table 10
Device Config Final Notes 10
Chapter 2 EIGRP 13
2.1.2 Lab - Implement EIGRP for IPv4 13
Topology 13
Addressing Table 13
Objectives 14
Background/Scenario 14
Required Resources 14
Router Interface Summary Table 28
Device Config Final Notes 28
Chapter 3 Advanced EIGRP 31
3.1.2 Lab - Implement Advanced EIGRP for IPv4 Features 31
Topology 31
Addressing Table 31
Objectives 32
Background/Scenario 32
Required Resources 32
Instructions 32
Router Interface Summary Table 42
Device Config Final Notes 42
Chapter 4 Troubleshooting EIGRP for IPv4 45
4.1.2 Lab - Troubleshoot EIGRP for IPv4 45
Topology 45
Addressing Table 45
Objectives 45
Background/Scenario 46
Required Resources 46
Instructions 46
Topology Update 48
Addressing Table Update 48
Router Interface Summary Table 49
Device Config Final Notes 50
Chapter 5 EIGRPv6 53
5.1.2 Lab - Implement EIGRP for IPv6 53
Topology 53
Addressing Table 53
Objectives 54
Background/Scenario 54
Required Resources 54
Instructions 54
Router Interface Summary Table 72
Device Config Final Notes 73
5.1.3 Lab - Troubleshoot EIGRP for IPv6 75
Topology 75
Addressing Table 75
Objectives 76
Background/Scenario 76
Required Resources 76
Instructions 76
Router Interface Summary Table 77
Device Config Final Notes 78
Chapter 6 OSPF 81
6.1.2 Lab - Implement Single-Area OSPFv2 81
Topology 81
Addressing Table 81
Objectives 82
Background/Scenario 82
Required Resources 82
Instructions 82
Router Interface Summary Table 100
Device Config Final Notes 100
Chapter 7 Advanced OSPF 103
7.1.2 Lab - Implement Multiarea OSPFv2 103
Topology 103
Addressing Table 103
Objectives 104
Background/Scenario 104
Required Resources 104
Instructions 105
Router Interface Summary Table 129
Device Config Final Notes 129
7.1.3 Lab - OSPFv2 Route Summarization and Filtering 132
Topology 132
Addressing Table 132
Objectives 133
Background/Scenario 133
Required Resources 134
Instructions 134
Router Interface Summary Table 149
Device Config Final Notes 150
Chapter 8 Troubleshooting OSPFv2 153
8.1.2 Lab - Troubleshoot OSPFv2 153
Topology 153
Addressing Table 153
Objectives 154
Background/Scenario 154
Required Resources 155
Instructions 155
Topology Update: 157
Addressing Table Update: 157
Router Interface Summary Table 159
Device Config Final Notes 159
Chapter 9 OSPFv3 163
9.1.2 Lab - Implement Multiarea OSPFv3 163
Topology 163
Addressing Table 163
Objectives 164
Background/Scenario 164
Required Resources 164
Instructions 164
Router Interface Summary Table 181
Device Config Final Notes 182
Chapter 10 Troubleshooting OSPFv3 185
10.1.2 Lab - Troubleshoot OSPFv3 185
Topology 185
Addressing Table 185
Objectives 186
Background/Scenario 186
Required Resources 187
Instructions 187
Device Config Final Notes 189
Chapter 11 BGP 193
11.1.2 Lab - Implement eBGP for IPv4 193
Topology 193
Addressing Table 193
Objectives 194
Background/Scenario 194
Required Resources 194
Instructions 194
Router Interface Summary Table 208
Device Config Final Notes 209
11.1.3 Lab - Implement MP-BGP 211
Topology 211
Addressing Table 211
Objectives 211
Background/Scenario 212
Required Resources 212
Instructions 212
Router Interface Summary Table 225
Device Config Final Notes 225
Chapter 12 Advanced BGP 229
12.1.2 Lab - Implement BGP Path Manipulation 229
Topology 229
Addressing Table 229
Objectives 230
Background/Scenario 230
Required Resources 230
Instructions 230
Router Interface Summary Table 242
Device Config Final Notes 242
Chapter 13 BGP Path Selection 245
13.1.2 Lab - Implement BGP Communities 245
Topology 245
Addressing Table 245
Objectives 246
Background/Scenario 246
Required Resources 246
Instructions 246
Reflection Questions 259
Router Interface Summary Table 259
Device Config Final Notes 259
Chapter 14 Troubleshooting BGP 263
14.1.2 Lab - Troubleshoot BGP 263
Topology 263
Addressing Table 263
Objectives 265
Background/Scenario 265
Required Resources 266
Router Interface Summary Table 268
Device Config Final Notes 268
Chapter 15 Route Maps and Conditional Forwarding 271
15.1.2 Lab - Control Routing Updates 271
Topology 271
Addressing Table 271
Objectives 272
Background/Scenario 272
Required Resources 272
Instructions 273
ACL 280
Router Interface Summary Table 286
Device Config Final Notes 286
15.1.3 Lab - Path Control Using PBR 289
Topology 289
Addressing Table 289
Objectives 290
Background/Scenario 290
Required Resources 290
Instructions 291
Router Interface Summary Table 302
Device Config Final Notes 302
15.1.4 Lab - Troubleshoot Route Maps and PBR 305
Topology 305
Addressing Table 305
Objectives 306
Background/Scenario 306
Required Resources 306
Instructions 306
Router Interface Summary Table 309
Device Config Final Notes 309
Chapter 16 Route Redistribution 313
16.1.2 Lab - Configure Route Redistribution Between EIGRP and OSPF 313
Topology 313
Addressing Table 313
Objectives 314
Background/Scenario 314
Required Resources 314
Instructions 315
Reflection Questions 327
Router Interface Summary Table 328
Device Config Final Notes 328
16.1.3 Lab - Configure Route Redistribution Within the Same Interior Gateway Protocol 331
Topology 331
Addressing Table 331
Objectives 332
Background/Scenario 332
Required Resources 332
Instructions 332
Prefix List 340
Reflection Questions 341
Router Interface Summary Table 342
Device Config Final Notes 342
16.1.4 Lab - Implement Route Redistribution Between Multiple Protocols 345
Topology 345
Addressing Table 345
Objectives 346
Background/Scenario 346
Required Resources 346
Instructions 347
Reflection Questions 356
Router Interface Summary Table 356
Device Config Final Notes 357
Chapter 17 Troubleshooting Redistribution 361
17.1.2 Lab - Troubleshoot Redistribution 361
Objectives 361
Background/Scenario 361
Required Resources 361
Instructions 362
Addressing Table 365
Scenario 366
Router Interface Summary Table 366
Device Config Final Notes 367
Chapter 18 VRF, MPLS, and MPLS Layer 3 VPNs 369
18.1.2 Lab - Implement VRF-Lite 369
Topology 369
Addressing Table 369
Objectives 370
Background/Scenario 370
Required Resources 370
Router Interface Summary Table 380
Device Config Final Notes 381
Chapter 19 DMVPN Tunnels 383
19.1.2 Lab - Implement a GRE Tunnel 383
Topology 383
Addressing Table 383
Objectives 383
Background/Scenario 384
Required Resources 384
Instructions 384
Router Interface Summary Table 395
Device Config Final Notes 395
19.1.3 Lab - Implement a DMVPN Phase 1 Hub-to-Spoke Topology 398
Topology 398
Addressing Table 398
Objectives 398
Background/Scenario 399
Required Resources 400
Instructions 400
Router Interface Summary Table 410
Device Config Final Notes 411
19.1.4 Lab - Implement a DMVPN Phase 3 Spoke-to-Spoke Topology 413
Topology 413
Addressing Table 413
Objectives 413
Background/Scenario 414
Required Resources 415
Instructions 415
Router Interface Summary Table 421
Device Config Final Notes 422
19.1.5 Lab - Implement an IPv6 DMVPN Phase 3 Spoke-to-Spoke Topology 424
Topology 424
Addressing Table 424
Objectives 424
Background/Scenario 425
Required Resources 425
Instructions 425
Router Interface Summary Table 437
Device Config Final Notes 438
Chapter 20 Securing DMVPN Tunnels 441
20.1.2 Lab - Configure Secure DMVPN Tunnels 441
Topology 441
Addressing Table 441
Objectives 441
Background/Scenario 442
Required Resources 442
Instructions 442
Router Interface Summary Table 451
Device Config Final Notes 451
Chapter 21 Troubleshooting ACLs and Prefix Lists 455
21.1.2 Lab - Troubleshoot IPv4 ACLs 455
Topology 455
Addressing Table 455
Objectives 455
Background/Scenario 456
Required Resources 456
Instructions 456
Router Interface Summary Table 458
Device Config Final Notes 459
21.1.3 Lab - Troubleshoot IPv6 ACLs 461
Topology 461
Addressing Table 461
Objectives 461
Background/Scenario 461
Required Resources 462
Router Interface Summary Table 464
Device Config Final Notes 465
21.1.4 Lab - Troubleshoot Prefix Lists 467
Topology 467
Addressing Table 467
Objectives 467
Background/Scenario 467
Required Resources 468
Router Interface Summary Table 470
Device Config Final Notes 470
Chapter 22 Infrastructure Security 473
22.1.2 Lab - Troubleshoot IOS AAA Authentication 473
Topology 473
Addressing Table 473
Objectives 473
Background/Scenario 474
Required Resources 474
Instructions 474
Router Interface Summary Table 476
Device Config Final Notes 476
22.1.3 Lab - Troubleshoot uRPF 479
Topology 479
Addressing Table 479
Objectives 479
Background/Scenario 479
Required Resources 480
Instructions 480
Router Interface Summary Table 481
Device Config Final Notes 481
22.1.4 Lab - Troubleshoot Control Plane Policing (CoPP) 484
Topology 484
Addressing Table 484
Objectives 484
Background/Scenario 484
Required Resources 485
Instructions 485
Router Interface Summary Table 487
Device Config Final Notes 487
Chapter 23 Device Management and Management Tools Troubleshooting 491
23.1.2 Lab - Troubleshoot Device Access and File Transfer 491
Topology 491
Addressing Table 491
Objectives 491
Background/Scenario 492
Required Resources 492
Instructions 492
Router Interface Summary Table 494
Device Config Final Notes 495
23.1.3 Lab - Troubleshoot SNMP and Logging Issues 497
Topology 497
Addressing Table 497
Objectives 497
Background/Scenario 497
Required Resources 498
Router Interface Summary Table 500
Device Config Final Notes 500
23.1.4 Lab - Troubleshoot IP SLA and Netflow 503
Topology 503
Addressing Table 503
Objectives 504
Background/Scenario 504
Required Resources 504
Instructions 505
Router Interface Summary Table 507
Device Config Final Notes 508
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