Overview

Learn intermediate and advanced routing techniques with the only Cisco-authorized self-study book for CCNP routing foundation learning Learn intermediate and advance routing techniques from the newest edition of the best-selling CCNP BSCI foundational learning book  Rely on learning from the only Cisco-authorized book publisher  Master your learning with tools like self-assessment review questions, configuration exercises, chapter objectives and summaries, key term definitions, job aids and command summaries CCNP Self-Study: Building Scalable Cisco Internetworks (BSCI) , Third Edition is a Cisco authorized, self-paced learning tool for CCNP preparation. This book teaches readers to design, configure, maintain, and scale routed networks that are growing in size and complexity. The book covers routing principles of both distance vector and link-state routing protocols; IP addressing techniques; the theory behind the IGP and EGP routing protocols; and configuration and troubleshooting information for each protocol. Upon completion readers will be able to select and implement the appropriate Cisco IOS Software services required to build scalable, routed networks. The book provides early and comprehensive foundation learning for the CCNP BSCI exam. This revision to the popular second edition is updated to include complete coverage of all important routing topics, including advanced IP addressing, routing principles, manipulating routing updates, and EIGRP, OSPF, IS-IS, and BGP configuration. Chapters open with a list of objectives to focus the reader's study. Configuration exercises at the end of each chapter and a master lab exercise that ties all the topics together in the last chapter help illuminate theoretical concepts. Key terms are highlighted and defined, and each chapter concludes with a summary to help review key concepts.   What's new in the book? The book matches changes to the CCNP course and exam as per Cisco Systems.

Full Product Details

Author:   Diane Teare ,  Catherine Paquet
Publisher:   Pearson Education (US)
Imprint:   Cisco Press
Edition:   3rd edition
Dimensions:   Width: 23.30cm , Height: 4.10cm , Length: 18.80cm
Weight:   1.330kg
ISBN:  

9781587142420

ISBN 10:   1587142422
Pages:   864
Publication Date:   15 April 2010
Audience:   College/higher education ,  Professional and scholarly ,  Tertiary & Higher Education ,  Professional & Vocational
Format:   Paperback
Publisher's Status:   Out of Print
Availability:   Out of stock  

Table of Contents

&a>   Part I: Network Architecture and Design   Chapter 1: Network Architecture Framework and Design Models Converged Networks Cisco Intelligent Information Network Cisco Service-Oriented Network Architecture Framework Cisco Enterprise Architecture Cisco Hierarchical Network Model Cisco Enterprise Composite Network Model Routing and Routing Protocols Within the Enterprise Composite Network Model Summary Review Questions   Part II: IP Routing Protocols   Chapter 2: Routing Principles IP Routing Overview     Principles of Static Routing     Configuring a Static Route     Configuring a Static Default Route     Principles of Dynamic Routing     Principles of On-Demand Routing     Configuring ODR Characteristics of Routing Protocols     Distance Vector, Link-State, and Hybrid Routing Protocols     Classful Routing Protocol Concepts     Classful Routing Protocol Behavior     Summarizing Routes in a Discontiguous Network     The ip classless Command     Classless Routing Protocol Concepts     RIPv2 and EIGRP Automatic Network-Boundary Summarization RIP     Characteristics of RIPv     Characteristics of RIPv     RIP Configuration Commands IP Routing Protocol Comparisons     Administrative Distance     Floating Static Routes     Criteria for Inserting Routes in the IP Routing Table     Comparing Routing Protocols Summary Configuration Exercise: Basic Configuration and Migrating to a Classless Routing Protocol     Objectives     Visual Objective     Command List     Task 1: Setting Up the Edge Routers     Task 2: Setting Up the Internal Routers     Task 3: Exploring Classful Routing     Task 4: Exploring Classless Forwarding     Task 5: Optimizing Classless Routes for Scalability     Exercise Verification Review Questions   Chapter 3: Configuring the Enhanced Interior Gateway Routing Protocol EIGRP Overview     EIGRP Capabilities and Attributes     Underlying Processes and Technologies EIGRP Terminology and Operation     EIGRP Terminology     Populating EIGRP Tables     EIGRP Packets     EIGRP Hello Packets     EIGRP Neighbors     Neighbor Table     EIGRP Reliability     Initial Route Discovery     Route Selection     EIGRP Metric Calculation     EIGRP Metric Calculation Example     Routing Table and EIGRP DUAL     Advertised Distance and Feasible Distance     Successor and Feasible Successor     DUAL Example Configuring and Verifying EIGRP     Basic EIGRP Configuration     Basic EIGRP Configuration Example     EIGRP Configuration Example Using the Wildcard Mask     Configuring the ip default-network Command for EIGRP     Route Summarization     Configuring Manual Route Summarization     EIGRP Load Balancing     EIGRP and WAN Links     EIGRP Link Utilization     Examples of EIGRP on WANs Configuring EIGRP Authentication     Router Authentication     EIGRP MD5 Authentication     Configuring MD5 Authentication     MD5 Authentication Configuration Example     Verifying MD5 Authentication     Troubleshooting MD5 Authentication Using EIGRP in an Enterprise Network     EIGRP Scalability     EIGRP Route Summarization     EIGRP Queries and Stuck-in-Active     Preventing SIA Connections     EIGRP Query Range     Limiting the EIGRP Query Range     Limiting Query Range with Summarization     Limiting Query Range Using a Stub     Graceful Shutdown Verifying EIGRP Operation     show ip route and show ip route eigrp for EIGRP Examples     show ip protocols Example     show ip eigrp interfaces Example     show ip eigrp topology Example     show ip eigrp traffic Example     debug eigrp packets Examples     debug ip eigrp Examples Summary References Configuration Exercise: Configuring and Tuning EIGRP     Exercise Objectives     Visual Objective     Command List     Task 1: Configuring Basic EIGRP     Task 2: Configuring EIGRP Summarization     Task 3: Configuring the EIGRP Stub     Task 4: Configuring an EIGRP Default Route     Exercise Verification Review Questions   Chapter 4: Configuring the Open Shortest Path First Protocol OSPF Protocol Overview     Link-State Routing Protocols     OSPF Area Structure     OSPF Areas     Area Terminology     OSPF Adjacencies     OSPF Metric Calculation     Link-State Data Structures OSPF Packets     Establishing OSPF Neighbor Adjacencies: Hello     Exchange Process and OSPF Neighbor Adjacency States     Maintaining Routing Information     OSPF Link-State Sequence Numbers Configuring Basic OSPF Routing     Single-Area OSPF Configuration Example     Multiarea OSPF Configuration Example     Verifying OSPF Operations     The show ip route ospf Command     The show ip ospf interface Command     The show ip ospf neighbor Command     The debug ip ospf events Command     OSPF Router ID     Loopback Interfaces     OSPF router-id Command     Verifying the OSPF Router ID OSPF Network Types     Types of OSPF Networks     Adjacency Behavior for a Point-to-Point Link     Adjacency Behavior for a Broadcast Network     Electing a DR and BDR     Setting Priority for the DR Election     Adjacency Behavior for a Nonbroadcast Multiaccess Network     DR Election in an NBMA Topology     OSPF over Frame Relay Configuration Options     OSPF over NBMA Topology Modes of Operation     Selecting the OSPF Network Type for NBMA Networks     OSPF Broadcast Mode Configuration     OSPF Nonbroadcast Mode Configuration     OSPF Configuration in Point-to-Multipoint Mode     Cisco Point-to-Multipoint Nonbroadcast Mode     Using Subinterfaces in OSPF over Frame Relay Configuration     Point-to-Point Subinterfaces     Multipoint Subinterfaces     OSPF Mode Summary     Displaying OSPF Adjacency Activity Summary References Configuration Exercise: Configuring and Examining OSPF in a Single Area     Exercise Objective     Visual Objective     Command List     Task 1: Cleaning Up     Task 2: Configuring Single-Area OSPF Within Your Pod     Task 3: Configuring a Stable OSPF Router ID     Task 4: Observing the OSPF Process     Task 5: Observing OSPF DR and BDR Elections     Exercise Verification Review Questions   Chapter 5: Advanced Open Shortest Path First Protocol Configuration Types of OSPF Routers and LSAs     Types of OSPF Routers     OSPF LSA Types     LSA Type 1: Router LSA     LSA Type 2: Network LSA     LSA Type 3: Summary LSA     LSA Type 4: Summary LSA     LSA Type 5: External LSA Interpreting the OSPF LSDB and Routing Table     OSPF LSDB     OSPF Routing Table and Types of Routes     Calculating the Costs of E1 and E2 Routes     Configuring OSPF LSDB Overload Protection     Changing the Cost Metric OSPF Route Summarization     Configuring OSPF Route Summarization on an ABR     Configuring OSPF Route Summarization on an ASBR     Route Summarization Configuration Example at an ABR     Route Summarization Configuration Example at an ASBR Creating a Default Route in OSPF     The default-information originate Command OSPF Special Area Types     Configuring Stub Areas     Configuring Totally Stubby Areas     Interpreting Routing Tables in Different Types of OSPF Areas     Configuring NSSAs     Verifying All Area Types OSPF Virtual Links     Configuring OSPF Virtual Links     Verifying OSPF Virtual Link Operation Configuring OSPF Authentication     Types of Authentication     Configuring Simple Password Authentication     Simple Password Authentication Example     Verifying Simple Password Authentication     Troubleshooting Simple Password Authentication     Successful Simple Password Authentication Example     Example: Troubleshooting Simple Password Authentication Problems     Configuring MD5 Authentication     MD5 Authentication Example     Verifying MD5 Authentication     Troubleshooting MD5 Authentication     Successful MD5 Authentication Example     Example: Troubleshooting MD5 Authentication Problems Summary References Configuration Exercise 5-1: Configuring OSPF for Multiple Areas and Frame Relay Nonbroadcast     Objectives     Visual Objective     Command List     Task: Using the Nonbroadcast Network Type over Frame Relay     Exercise Verification Configuration Exercise 5-2: Configuring OSPF for Multiple Areas and Frame Relay Point to Multipoint and Point to Point     Objectives     Visual Objective     Command List     Task 1: Cleaning Up     Task 2: Configuring OSPF over Frame Relay Using the Point-to-Multipoint OSPF Network Type     Task 3: Configuring OSPF over Frame Relay Using the Point-to-Point OSPF Network Type     Exercise Verification Configuration Exercise 5-3: Tuning OSPF     Objectives     Visual Objective     Command List     Task 1: Examining the OSPF Database     Task 2: Configure OSPF Route Summarization     Task 3: Configure an OSPF Stub Area     Exercise Verification Review Questions   Chapter 6: Configuring the Integrated Intermediate System-to-Intermediate System Protocol Introducing IS-IS and Integrated IS-IS Routing     IS-IS Routing     IS-IS Routing Levels     IS-IS Routers     Integrated IS-IS Routing     Integrated IS-IS Design Principles     Issues with Integrated IS-IS     The ES-IS Protocol     OSI Routing Levels     Level 0 (L0) Routing     IS-IS L1 Routing     IS-IS L2 Routing     Level 3 (L3) Routing     Comparing IS-IS to OSPF     IS-IS History     Similarities Between IS-IS and OSPF     Differences Between Integrated IS-IS and OSPF IS-IS Routing Operation     NSAP Addresses     Integrated IS-IS NSAP Address Structure     IS-IS Area Addresses     IS-IS System ID     NET Addresses     IS-IS Router Operation     Intra-Area and Interarea Addressing and Routing     IS-IS Routing Examples     Route Leaking     OSI and IS-IS PDUs     OSI PDUs     IS-IS PDUs     IS-IS LSPs     Implementing IS-IS in Different Network Types     Implementing IS-IS in Nonbroadcast Multiaccess (NBMA) Networks     Implementing IS-IS in Broadcast Networks     LSPs and IIHs     Summary of Differences Between Broadcast and Point-to-Point Modes     Link-State Database Synchronization     LSP Flooding     LSDB Synchronization     LAN Adjacencies     WAN Adjacencies Configuring Integrated IS-IS     Integrated IS-IS in a CLNS Environment     Building an OSI Routing Table     Building an IP Routing Table     Integrated IS-IS Configuration     Step 1: Define the Area and Addressing     Step 2: Enable IS-IS on the Router     Step 3: Configure the NET     Step 4: Enable Integrated IS-IS on Interfaces     Simple Integrated IS-IS Example     Optimizing IS-IS     Changing the IS-IS Router Level     Changing the IS-IS Interface Level     Changing the IS-IS Metric     Tuning IS-IS Example     Configuring IP Route Summarization in IS-IS Verifying IS-IS Configuration and Structures     Verifying IS-IS Configuration     Verifying CLNS IS-IS Structures     Troubleshooting Commands: CLNS     Troubleshooting Commands: CLNS and IS-IS     OSI Intra-Area and Interarea Routing Example Summary Configuration Exercise: Configuring Integrated IS-IS in Multiple Areas     Objectives     Visual Objective     Command List     Task 1: Cleaning Up and Preparing     Task 2: Configuring Integrated IS-IS in Multiple Areas     Exercise Verification Review Questions   Chapter 7: Manipulating Routing Updates Using Multiple IP Routing Protocols     Considerations When Migrating to Another Routing Protocol     Planning and Implementing a New IP Address Allocation     Configuring a Secondary IP Address     Migrating to a New Routing Protocol     Redistribution Overview     Redistribution Implementation Considerations     Selecting the Best Route     Administrative Distance     Seed Metrics     Default Seed Metrics     Redistribution Techniques     Configuring Redistribution     The redistribute Command for RIP     The redistribute Command for OSPF     The redistribute Command for EIGRP     The redistribute Command for IS-IS     The default-metric Command     The passive-interface Command     Route Redistribution Example Controlling Routing Update Traffic     Static and Default Routes     Using Distribute Lists to Control Routing Updates     Distribute List Processing     Configuring Distribute Lists     IP Route Filtering with Distribution List Configuration Example     Controlling Redistribution with Distribute Lists     Using Route Maps to Control Routing Updates     Route Map Applications     Understanding Route Maps     Configuring Route Maps     Using Route Maps with Redistribution     Route Maps to Avoid Route Feedback     Using Administrative Distance to Influence the Route-Selection Process     Selecting Routes with Administrative Distance     Modifying Administrative Distance     An Example of Redistribution Using Administrative Distance     Verifying Redistribution Operation Configuring DHCP     DHCP Overview     DHCP Operation     DHCP Bindings     Attribute Inheritance     DHCP Options and Suboptions     Configuring a DHCP Server     Preparing for DHCP Configuration     DHCP Server Configuration Tasks     DHCP Server Configuration Commands     DHCP Server Example     DHCP Server Options Import Example     Configuring a DHCP Relay Agent     IP Helper Addresses     DHCP Relay Agent Configuration Tasks     DHCP Relay Agent Configuration Commands     Configuring a DHCP Client     Verifying DHCP Summary Configuration Exercise 7-1: Configuring Basic Redistribution     Exercise Objectives     Visual Objective     Command List     Task 1: Cleaning Up     Task 2: Setting Up the Routing Protocols     Task 3: Configuring Basic Redistribution     Task 4: Filtering Routing Updates     Exercise Verification Configuration Exercise 7-2: Tuning Basic Redistribution     Objectives     Visual Objective     Command List     Task 1: Tuning Basic Redistribution with Route Maps     Task 2: Filtering Routing Updates     Exercise Verification Review Questions   Chapter 8: Configuring the Border Gateway Protocol BGP Terminology, Concepts, and Operation     Autonomous Systems     BGP Use Between Autonomous Systems     Comparison with Other Scalable Routing Protocols     Using BGP in an Enterprise Network     BGP Multihoming Options     Multihoming with Default Routes from All Providers     Multihoming with Default Routes and Partial Table from All Providers     Multihoming with Full Routes from All Providers     BGP Path Vector Characteristics     When to Use BGP     When Not to Use BGP     BGP Characteristics     BGP Neighbor Relationships     External BGP Neighbors     Internal BGP Neighbors     IBGP on All Routers in a Transit Path     IBGP in a Transit AS     IBGP in a Nontransit AS     BGP Partial-Mesh and Full-Mesh Examples     TCP and Full Mesh     Routing Issues if BGP Not on in All Routers in a Transit Path     BGP Synchronization     BGP Tables     BGP Message Types     BGP Attributes     Well-Known Attributes     Optional Attributes     Defined BGP Attributes     The AS-Path Attribute     The Next-Hop Attribute     The Origin Attribute     The Local Preference Attribute     The Community Attribute     The MED Attribute     The Weight Attribute (Cisco Only)     The Route Selection Decision Process Configuring BGP     Peer Groups     Entering BGP Configuration Mode     Defining BGP Neighbors and Activating BGP Sessions     Shutting Down a BGP Neighbor     Defining the Source IP Address     EBGP Multihop     Changing the Next-Hop Attribute     Defining the Networks That BGP Advertises     BGP Neighbor Authentication     Configuring BGP Synchronization     Resetting BGP Sessions     Hard Reset of BGP Sessions     Soft Reset of BGP Sessions Outbound     Soft Reset of BGP Sessions Inbound     BGP Configuration Examples     Basic BGP Example     Peer Group Example     IBGP and EBGP Example Verifying and Troubleshooting BGP     show ip bgp Command Output Example     show ip bgp rib-failure Command Output Example     show ip bgp summary Command Output Example     debug ip bgp updates Command Output Example     Understanding and Troubleshooting BGP Neighbor States     Idle State Troubleshooting     Active State Troubleshooting     Established State Basic BGP Path Manipulation Using Route Maps     BGP Path Manipulation     The Path-Selection Decision Process with a Multihomed Connection     Setting Local Preference     Changing Local Preference for All Routes     Local Preference Example     Changing Local Preference Using Route Maps     Setting the MED with Route Maps     Changing the MED for All Routes     Changing the MED Using Route Maps     Configuring Weight     Implementing BGP in an Enterprise Network Summary References Configuration Exercise 8-1: Configuring Multihome BGP     Objectives     Visual Objective     Command List     Task 1: Cleaning Up     Task 2: Configuring BGP     Exercise Verification Configuration Exercise 8-2: Configuring Full-Mesh IBGP     Objectives     Visual Objective     Command List     Task: Configuring Full-Mesh IBGP     Exercise Verification Configuration Exercise 8-3: BGP Path Manipulation Using MED and Local Preference with Route Maps     Objectives     Visual Objective     Command List     Task: Using MED and Local Preference with Route Maps for BGP Path Manipulation     Exercise Verification Review Questions   Part III: IP Multicast   Chapter 9: Implementing IP Multicast Introduction to Multicast     Multicast Versus Unicast     Multicast Applications     Advantages of Multicast     Disadvantages of Multicast     Multicast IP Addresses     Layer 2 Multicast Addresses     Learning About Multicast Sessions IGMP and CGMP     IGMP Version 1 (IGMPv1)     IGMP Version 2 (IGMPv2)     IGMPv2: Joining a Group     IGMPv2: Leaving a Group     IGMP Version 3 (IGMPv3)     IGMPv3: Joining a Group     IGMPv3: Operation     Determining Which IGMP Version Is Running     Multicast with Layer 2 Switches     CGMP     IGMP Snooping PIM Routing Protocol     PIM Terminology     Distribution Trees     Reverse Path Forwarding     PIM Modes     Multicast Distribution Trees     Source Distribution Trees     Shared Distribution Trees     Multicast Distribution Tree Notation     PIM-DM     PIM-SM     PIM Sparse-Dense Mode IP Multicast Configuration and Verification     Configuring PIM-SM and PIM Sparse-Dense Mode     Configuring a Router to Be a Member of a Group or a Statically Connected Member     Verifying IP Multicast     Inspecting the IP Multicast Routing Table     PIM Interfaces and Neighbors     Checking RP Information     Verifying IGMP Groups     Verifying IGMP Snooping Summary References Configuration Exercise: Configuring Multicast Routing     Objectives     Visual Objective     Command List     Task 1: Cleaning Up     Task 2: Enable IP Multicast Routing     Task 3: Configure PIM Sparse-Dense Mode on All Interfaces     Exercise Verification Review Questions   Part IV: IP Version 6   Chapter 10: Implementing IPv6 Introducing IPv6     Features of IPv6     IPv6 Address Space     The Need for Larger Address Space IPv6 Addressing     IPv6 Packet Header     Extension Headers     MTU Discovery     IPv6 Address Representation     IPv6 Address Types     Interface Identifiers in IPv6 Addresses     IPv6 Global Unicast Addresses     IPv6 Link-Local Unicast Addresses     IPv6 Anycast Addresses     IPv6 Multicast Addresses     Stateless Autoconfiguration     IPv6 Mobility IPv6 Configuration and Using OSPF and Other Routing Protocols for IPv9     IPv6 Routing Protocols     Static Routing     RIPng     OSPFv1     IS-IS for IPv1     EIGRP for IPv2     MP-BGP2     OSPFv3 Compared to OSPFv2     Similarities Between OSPFv2 and OSPFv3     Differences Between OSPFv2 and OSPFv3     OSPF LSA Types for IPv5     IPv6 Configuration     OSPFv3 Configuration     Verifying IPv6 and OSPFv0     clear ipv6 ospf Command     show ipv6 route Command     show ipv6 interface Command     show ipv6 ospf interface Command     show ipv6 ospf Command     show ipv6 ospf neighbor Command     show ipv6 ospf database Command Transitioning IPv4 to IPv6 Dual Stack     Tunneling     Manually Configured Tunnels     Other Tunneling Mechanisms     6-to-4 Tunneling     Translation Mechanisms Summary References Configuration Exercise 10-1: Configuring IPv6 Addresses and OSPF for IPv6 Routing     Objectives     Visual Objective     Command List     Task 1: Cleaning Up     Task 2: Configuring IPv6     Task 3: Enable IPv6 OSPF     Exercise Verification Configuration Exercise 10-2: Configuring an IPv6 Tunnel     Objectives     Visual Objective     Command List     Task: Configuring the Tunnel Interface     Exercise Verification Review Questions   Part V: Appendixes   Acronyms and Abbreviations   Appendix A: Answers to Review Questions Chapter 1 Chapter 2 Chapter 3 Chapter 4 Chapter 5 Chapter 6 Chapter 7 Chapter 8 Chapter 9 Chapter 10   Appendix B: Configuration Exercise Equipment Requirements and Backbone Configurations Configuration Exercise Equipment Requirements TFTP Server Setup Multicast Traffic Generator Configuration Exercise Setup Diagram Configuration Exercise Equipment Wiring Backbone Router Configurations     BBR1 Configuration     BBR2 Configuration     Frame_Switch Configuration   Index

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Author Information

Diane Teare is a professional in the networking, training, and e-learning fields. She has more than 20 years of experience in designing, implementing, and troubleshooting network hardware and software and has also been involved in teaching, course design, and project management. She has extensive knowledge of network design and routing technologies and is an instructor with one of the largest authorized Cisco Learning Partners. She was recently the director of e-learning for the same company, where she was responsible for planning and supporting all the company’s e-learning offerings in Canada, including Cisco courses. Diane was part of the team that developed the latest version of the BSCI course. She has a bachelor’s degree in applied science in electrical engineering (BASc) and a master’s degree in applied science in management science (MASc). She is a certified Cisco Systems instructor and currently holds her CCNP and CCDP certifications. She coauthored the Cisco Press titlesCampus Network Design Fundamentals and the first two editions of this book; and edited CCDA Self-Study: Designing for Cisco Internetwork Solutions (DESGN) and Designing Cisco Networks.   Catherine Paquet has in-depth knowledge of security systems, remote access, and routing technology. She is a CCSP, a CCNP, and a CCSI with one of the largest Cisco Learning Partners. She started her internetworking career as a LAN manager, moved to MAN manager, and eventually became the nationwide WAN manager with a federal agency. Prior to starting Netrisec Inc., a network security consultancy, Catherine was the director of technical resources for a Cisco Learning Partner. Catherine currently works on network design and implementation projects and lectures on topics related to security frameworks, regulations, and return on security investments. In 2002 and 2003, she volunteered with the U.N. mission in Kabul, Afghanistan, to train Afghan public servants in the area of networking. Catherine has a master’s degree in business administration with a major in management information systems (MBA [MIS]). She coauthored the Cisco Press titles Campus Network Design Fundamentals, The Business Case for Network Security: Advocacy, Governance, and ROI, and the first two editions of this book, and edited Building Cisco Remote Access Networks.

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