CCIE实验指南：（第1卷）（英文版）|Cisco 职业认证培训系列|（美）Karl Solie,CCIE #4599|人民邮电出版社

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CCIE实验指南：（第1卷）（英文版）

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原书名：CCIE Practical Studies Volume 1	原出版社：Cisco Press
作者：（美）Karl Solie,CCIE #4599	出版社：人民邮电出版社
译者：	丛书名： Cisco 职业认证培训系列
出版日期：2004-10-1	上架日期：2005-10-8
ISBN：7115127263	页数：1278 版次：1-1
开本：16开	装帧：

市场价：~~￥138.00~~

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| 大封面 | 封底 | 前言 | 内容简介 | 序言 | 目录 | 作者简介 | 译者简介 | 作者序 | 译者序 |

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内容简介
本书特色：

·书中的5个实验场景模拟了CCIE考试中可能遇到的问题，完成这些实验有助于备考CCIE。

·通过40多个LAN和WAN的实验，强化你的网络配置能力。

·通过动手搭建模拟网络，加强CCIE考试实战能力。

·通过练习VLAN、VTP、中继协议和生成树协议，训练配置Catalyst交换机的能力。

·通过配置HDLC、PPP、Frame Relay、VoIP、VoFR、VoATM、ISDN和ATM，提高WAN技能。

·深入理解并娴熟地配置几个重要的内部路由选择协议，如：RIP、IGRP、OSPF和EIGRP。

·精通透明桥接、集成路由和桥接、源路由桥接、远程源路由桥接和DLSw+的配置技巧。

·了解安全方面的知识，通过实验练习配置并应用标准的、扩展的、命名的和动态的IP访问控制列表。

　　CCIE考试是思科认证考试中最难的，也是回报最高的。即使考生在专业方面非常出色，要获得这个认证也需要付出几年的精力和努力。本书既可以作为配置思科路由器的参考书籍，也可以用来准备CCIE考试，是获取CCIE认证最理想的资料。

　　本书是第一本由Cisco Systems授权讲述CCIE实验考试的书籍。本书主要目的是用来帮助那些CCIE备选者们通过完成许多实验来准备CCIE实验考试。这些实验是用来测试应试者在参考答案之前解决实际问题的能力。这些实验里的许多内容都是非常有难度的，如果你没有在实际环境中完成这些实验，那么在真正的CCIE考试中就有可能漏掉许多细节，从而导致整个考试的失败。本书结构遵从OSI模型及网络自低向高的构建方式。第1部分主要讲述物理层和路由器基本的设置和访问知识。第2部分“LAN模型的建立”和第3部分“采用广域网互联局域网”关注数据链路层，而第4部分“路由协议”则关注第3层和第4层的内容。第5到第6部分则分别介绍传输非路由协议、网络控制与网络访问、增强型网络协议。每一部分后面都有一个或者多个复杂的实验。第8部分讨论了现在的CCIE实验认证考试，提供了学习要点和建议以帮助应试者准备CCIE实验考试，这一部分还包括5套CCIE考试模拟题，以便给应试者一种身临其境的考试感觉。

　　本书主要对象是至少已经获得了CCNA或者CCDA证书的网络工程师。这些工程师们在阅读本书之前都已经对IP地址以及子网等知识有了一个比较深入的理解。而拥有Cisco路由器基础认识和基本路由器配置经验对于本书的阅读也是非常有帮助的。

目录
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Table of Contents 
Part I 
Chapter 1 The Key Components for Modeling an Internetwork 5 
Identifying the Key Components Needed for Modeling Internetworks 6 
The Access Server 7 
Modeling Local-Area Networks (LANs) 10 
Modeling LANs by Using Hubs and MAUs 11 
Modeling LANs by Using Switches 11 
Simulating LANs by Using Route Generators or Backbone Routers 11 
Modeling LANs by Using an Ethernet Crossover Cable 13 
Simulating Wide-Area Network Connections 14 
Modeling WANs by Using Special Crossover Cable Routers with Built-In or 
External CSU/DSUs 14 
Modeling WANs by Using a V.35 DTE Cable to a V.35 DCE Cable 15 
Simulating WANs by Using HDLC and Loopback Plugs on CSU/DSUs 18 
Modeling WANs by Using a Cisco Router as a Frame Relay or X.25 Switch 21 
Routers, Cisco IOS Software, and Memory Requirements for Labs 22 
Test Hosts and Data Simulation 24 
Building the Framework for Internetwork Modeling桟onfiguring Key 
Components 25 
Gaining Privileged Access: The 16-Bit Boot Register 26 
Upgrading the Cisco IOS Software 47 
Configuring and Using the Access Server 53 
Configuring a Frame Relay Switch 57 
Configuring a Route Generator or Backbone Router 66 
Configuring Analog Remote Access 68 
Configuring Microsoft Windows 95/98 Networking 79 
Modeling the Internetwork 3
chpt_01.book Page xi Thursday, November 15, 2001 3:20 PM 
Practical Study for Chapter 1: Setting Up 82 
Lab 1: Password Recovery桺art I 83 
Practical Scenario 83 
Lab Exercise 83 
Lab Objectives 83 
Equipment Needed 83 
Physical Layout and Prestaging 83 
Lab 1: Password Recovery桺art II 84 
Lab Walkthrough 84 
Lab 2: Password Recovery on a Catalyst 5500桺art I 89 
Practical Scenario 89 
Lab Exercise 89 
Lab Objectives 89 
Equipment Needed 89 
Physical Layout and Prestaging 89 
Lab 2: Password Recovery on a Catalyst 5500桺art II 90 
Lab Walkthrough 90 
Lab 3: Upgrading the IOS and Restoring a Configuration from TFTP 
Server桺art I 91 
Practical Scenario 91 
Lab Exercise 91 
Lab Objectives 91 
Equipment Needed 91 
Physical Layout and Prestaging 92 
Lab 3: Upgrading the IOS and Restoring a Configuration from a TFTP 
Server桺art II 93 
Lab Walkthrough 93 
Lab 4: Configuring an Access Server桺art I 98 
Practical Scenario 98 
Lab Exercise 98 
Lab Objectives 98 
Equipment Needed 98 
Physical Layout and Prestaging 98 
Lab 4: Configuring an Access Server桺art II 99 
Lab Walkthrough 99 
xi
chpt_01.book Page xii Thursday, November 15, 2001 3:20 PM 
xii 
Part II 
Chapter 2 LAN Protocols: Configuring Catalyst Ethernet and Token Ring Switches 117 
Ethernet LANs 118 
Ethernet: A Brief History of an Evolutionary Protocol 118 
Ethernet Technical Overview 123 
Ethernet Operation 123 
802.1d Spanning-Tree Protocol (STP) 128 
Spanning Tree Operation 129 
STP Timers 134 
Ethernet Switching 135 
Broadcast Domains and Collision Domains 136 
Virtual LANs (VLANS) 138 
VTP and Trunking Protocols 140 
Configuring Catalyst Ethernet Switches 148 
IEEE 802.5/Token Ring LANs 200 
Token Ring: 30 Years Old and Still in Service 200 
Token Ring Technical Overview 200 
Token Ring Operation 200 
Token Ring Switching 203 
Lab 5: Configuring a Frame Relay Switch桺art I 102 
Practical Scenario 102 
Lab Exercise 102 
Lab Objectives 102 
Equipment Needed 102 
Physical Layout and Prestaging 103 
Lab 5: Configuring a Frame Relay Switch桺art II 104 
Lab Walkthrough 104 
Lab 6: Configuring Remote Access to the Lab桺art I 108 
Practical Scenario 108 
Lab Exercise 108 
Lab Objectives 108 
Equipment Needed 108 
Physical Layout and Prestaging 109 
Lab 6: Configuring Remote Access to the Lab桺art II 110 
Lab Walkthrough 110 
Modeling LANs 115
chpt_01.book Page xiii Thursday, November 15, 2001 3:20 PM 
xiii 
Token Ring Bridge Relay Function (TrBRF) and the Token Ring Concentrator 
Function (TrCRF) 204 
Configuring Token Ring Switching on the Catalyst 3920 208 
The Switch Configuration Panel 209 
The Statistics Panel 211 
The Download/Upload Panel 211 
The Reset Panel 211 
Configuring VLANs on the Catalyst 3920 212 
More Practice: Ethernet/Token Ring Labs 221 
Lab 7: Ethernet Switching, VLAN Trunking, and Spanning Tree Root 
Placement桺art I 222 
Practical Scenario 222 
Lab Exercise 222 
Lab Objectives 223 
Equipment Needed 223 
Physical Layout and Prestaging 224 
Lab 7: Ethernet Switching, VLAN Trunking, and Spanning Tree Root 
Placement桺art II 225 
Lab Walkthrough 225 
Lab 8: Configuring Token Ring Switching Using the Catalyst 3920桺art I 240 
Practical Scenario 240 
Lab Exercise 240 
Lab Objectives 241 
Equipment Needed 241 
Physical Layout and Prestaging 241 
Lab 8: Configuring Token Ring Switching Using the Catalyst 3920桺art II 243 
Lab Walkthrough 243 
Connecting LANs with Wide-Area Networks (WANs) 251 Part III 
Chapter 3 WAN Protocols and Technologies: High-Level Data Link Control (HDLC) 253 
The Compatibility and Simplicity of HDLC 254 
Configuring HDLC 256 
The 揃ig show?and 揃ig D?for HDLC 258 
show interface serial_interface Command 258 
show controllers serial_interface Command 259 
debug serial interface Command 259 
Lab 9: Configuring HDLC桺art I 266 
Practical Scenario 266 
Lab Exercise 266
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xiv 
Lab Objectives 266 
Equipment Needed 267 
Physical Layout and Prestaging 267 
Lab 9: Configuring HDLC桺art II 268 
Lab Walkthrough 268 
Chapter 4 WAN Protocols and Technologies: Point-to-Point Protocol (PPP) 273 
The Many Uses of PPP 276 
Configuring PPP on Synchronous Serial Links 276 
Configuring PPP on Asynchronous Ports for Analog Dial Links 278 
Configuring PPP Compression 303 
Configuring PPP Multilink 305 
Configuring PPP LAPB and LQM 307 
The 揃ig show?and 揃ig D?for PPP and DDR 308 
Configuring PPP Callback 311 
Lab 10: Configuring PPP, PAP, and Compression over Asynchronous 
Dialup桺art I 312 
Practical Scenario 312 
Lab Exercise 312 
Lab Objectives 312 
Equipment Needed 313 
Physical Layout and Prestaging 313 
Lab 10: Configuring PPP, PAP, and Compression over Asynchronous 
Dialup桺art II 314 
Lab Walkthrough 314 
Lab 11: Configuring PPP, CHAP, and LQM over Synchronous Links桺art I 323 
Practical Scenario 323 
Lab Exercise 323 
Lab Objectives 323 
Equipment Needed 324 
Physical Layout and Prestaging 324 
Lab 11: Configuring PPP, CHAP, and LQM over Synchronous Links桺art II 325 
Lab Walkthrough 325 
Lab 12: Configuring PPP Analog Backup for Synchronous Links桺art I 331 
Practical Scenario 331 
Lab Exercise 331 
Lab Objectives 331 
Equipment Needed 332 
Physical Layout and Prestaging 332
chpt_01.book Page xv Thursday, November 15, 2001 3:20 PM 
xv 
Lab 12: Configuring PPP Analog Backup for Synchronous Links桺art II 333 
Lab Walkthrough 333 
Chapter 5 WAN Protocols and Technologies: Frame Relay 343 
Frame Relay Terminology 343 
Frame Relay Technical Overview 346 
Frame Relay LMI Operation 346 
Configuring Frame Relay 349 
Practical Example: Configuring Hybrid Frame Relay Networks 352 
The 揃ig show?and 揃ig D?for Frame Relay 357 
show frame-relay pvc Command 357 
show frame-relay lmi Command 359 
show frame-relay map Command 361 
debug frame-relay lmi Command 361 
Additional Commands for Configuring Frame Relay 363 
Configuring Frame Relay Traffic Shaping 363 
Practical Example: Configuring Frame Relay Traffic Shaping 366 
Lab 13: Configuring Frame Relay Networks and Controlling Frame Relay 
ARP桺art I 370 
Practical Scenario 370 
Lab Exercise 370 
Lab Objectives 370 
Equipment Needed 371 
Physical Layout and Prestaging 371 
Lab 13: Configuring Frame Relay Networks and Controlling Frame Relay 
ARP桺art II 373 
Lab Walkthrough 373 
Lab 14: Configuring Frame Relay Networks, Traffic Shaping, OSPF, 
& DLSw/LLC2桺art I 382 
Practical Scenario 382 
Lab Exercise 382 
Lab Objectives 383 
Equipment Needed 383 
Physical Layout and Prestaging 383 
Lab 14: Configuring Frame Relay Networks, Traffic Shaping, OSPF, 
& DLSw/LLC2桺art II 385 
Lab Walkthrough 385
chpt_01.book Page xvi Thursday, November 15, 2001 3:20 PM 
xvi 
Chapter 6 WAN Protocols and Technologies: Voice over X 393 
Introduction to Analog Telephony 393 
Telephone Call Components 394 
Telephone Signaling 395 
Local Loops 398 
Voice Switches 398 
Trunks 400 
Trunk Line Seizure Signaling Types 401 
Trunk Supervision 406 
Two-to-Four-Wire Conversion and Echo 408 
Digital Voice Technology 411 
Digitizing Analog Signals 411 
Analog Signal to Digital Signal Conversion Process 412 
Digital Speech Interpolation 415 
Channel Signaling Types and Frame Formats 416 
Cisco Voice Products 418 
Cisco 1750 419 
Cisco 2600 419 
Cisco 3600 419 
Cisco MC3810 419 
Cisco 7200 419 
Comparison of Cisco Voice-Capable Routers 420 
Lab 15: Configuring Voice over Frame, Voice over IP, and Voice over ATM 421 
Practical Scenario 421 
Lab Exercise 421 
Lab Objectives 421 
Equipment Needed 422 
Lab 15a: Configuring Voice over Frame Relay桺art I 423 
Physical Layout and Prestaging 423 
Configuring and Verifying Voice Ports 423 
Lab 15a: Configuring Voice over Frame Relay桺art II 426 
Lab Walkthrough 426 
Lab 15b: Configuring Voice over IP桺art I 432 
Equipment Needed 432 
Physical Layout and Prestaging 432 
Lab 15b: Configuring Voice over IP桺art II 434 
Lab Walkthrough 434
chpt_01.book Page xvii Thursday, November 15, 2001 3:20 PM 
xvii 
Lab 15c: Configuring Voice over ATM桺art I 440 
Equipment Needed 440 
Physical Layout and Prestaging 440 
Lab 15c: Configuring Voice over ATM桺art II 441 
Lab Walkthrough 441 
Lab 15d: Optional Private Line Automatic Ring Down (PLAR) Connection 447 
Chapter 7 WAN Protocols and Technologies: Integrated Services Digital Network 
(ISDN) 451 
ISDN Development, Components, and Mechanics 451 
ISDN Components and Reference Points 453 
ISDN Layers 455 
ISDN Encapsulation Options 455 
ISDN Configuration Basics 455 
Configuring Dial-on-Demand Routing (DDR) 457 
Step 1: Configure the ISDN Switch Type and SPID Information 459 
Step 2: Specify Interesting Traffic 460 
Step 3: Configure Dialer Information 461 
Step 4: Configuring Advanced Optional Parameters 469 
The 揃ig show?and 揃ig D?for Troubleshooting ISDN 525 
The 揃ig show?for ISDN 525 
The 揃ig D?for ISDN 530 
Useful Tips and Tricks 534 
Lab 16: Configuring PPP Authentication, Callback, and Multilink over ISDN 536 
Lab 16 Solution 537 
Lab 16 Solution Discussion 543 
Lab 17: Configuring OSPF Demand Circuits over ISDN 544 
Lab 17 Solution 545 
Lab 17 Solution Discussion 552 
Summary 553 
Chapter 8 WAN Protocols and Technologies: Asynchronous Transfer Mode (ATM) 555 
Special Components Needed for ATM Lab Studies 557 
Configuring RFC 2684 562 
PVC Implementation 562 
SVC Implementation 569
chpt_01.book Page xviii Thursday, November 15, 2001 3:20 PM 
xviii 
Part IV 
Chapter 9 Distance Vector Protocols: Routing Information Protocol Versions 1 and 2 (RIP-1 
Configuring RFC 2225 (Classical IP) 574 
PVC Implementation 575 
SVC Implementation 577 
Practical Scenario 582 
Lab 18: Configuring PVCs on Cisco 7XXX Routers, RFC 2684桺art I 
Lab Exercise 582 
Lab Objectives 582 
Equipment Needed 582 
Physical Layout and Prestaging 583 
Lab 18: Configuring PVCs on Cisco 7XXX Routers, RFC 2684桺art II 584 
Lab Walkthrough 584 
Lab 19: Configuring Classical IP Using SVCs on Cisco 7XXX Routers, 
RFC 2225桺art I 590 
Practical Scenario 590 
Lab Exercise 590 
Lab Objectives 590 
Equipment Needed 591 
Physical Layout and Prestaging 591 
Lab 19: Configuring Classical IP Using SVCs on Cisco 7XXX Routers, 
RFC 2225桺art II 592 
Lab Walkthrough 592 
Summary 596 
Routing Protocols 599 
What Are Routing Protocols? 599 
The Route Table 599 
The Routing Protocol Algorithm 601 
When Does the Router Route? 601 
Routing Metrics 602 
Administrative Distance 603 
Distance Vector and Link-State Protocols 604 
Distance Vector Protocols 604 
Link-State Protocols 606 
Distance Vector Versus Link-State Routing Protocols 607 
and RIP-2) 611 
Technical Overview of RIP 611 
Classful Routing (RIP-1 Only) 612 
Classless Routing (RIP-2 Only) 614 
582
chpt_01.book Page xix Thursday, November 15, 2001 3:20 PM 
xix 
Configuring RIP-1 and RIP-2 615 
Configuring RIP-1 615 
Configuring RIP-2 615 
The 揃ig show?and 揃ig D?for RIP 617 
show ip protocols {summary} Command 618 
show ip route Command 618 
debug ip rip {events} Command 619 
Tuning, Redistribution, and Control of RIP Updates 619 
RIP Default Routing 625 
Lab 20: Integrating RIP Networks: Redistribution, Route Filtering, and 
Control桺art I 627 
Practical Scenario 627 
Lab Exercise 627 
Lab Objectives 627 
Equipment Needed 628 
Physical Layout and Prestaging 628 
Lab 20: Integrating RIP Networks: Redistribution, Route Filtering, and 
Control桺art II 630 
Lab Walkthrough 630 
Chapter 10 Distance Vector Protocols: Interior Gateway Routing 
Protocol (IGRP) 639 
Technical Overview of IGRP 640 
IGRP Route Types 641 
IGRP Metric Types 642 
Configuring IGRP 643 
The 揃ig show?and 揃ig D?for IGRP 644 
Tuning, Redistribution, and Controlling IGRP Updates 647 
Unequal-Cost Load Balancing 649 
Configuring IGRP Unequal-Cost Load Sharing 650 
IGRP and EIGRP Integration and Migration 654 
IGRP and Default Routing 656 
Lab 21: Default Routing, Filtering, and Unequal-Cost Load Sharing in 
IGRP Networks桺art I 658 
Practical Scenario 658 
Lab Exercise 658 
Lab Objectives 659 
Equipment Needed 659 
Physical Layout and Prestaging 659
chpt_01.book Page xx Thursday, November 15, 2001 3:20 PM 
xx 
Lab 21: Default Routing, Filtering, and Unequal-Cost Load Sharing in 
IGRP Networks桺art II 661 
Lab Walkthrough 661 
Chapter 11 Hybrid: Enhanced Interior Gateway Routing Protocol (EIGRP) 669 
Technical Overview of EIGRP 670 
EIGRP Metrics 671 
EIGRP Neighbors 677 
EIGRP Reliable Transport Protocol (RTP) 679 
Diffusing Update Algorithm 680 
Protocol-Dependent Modules 681 
Split Horizon 681 
Configuring EIGRP 683 
The 揃ig show?and 揃ig D?for EIGRP 685 
show ip eigrp neighbors Command 685 
show ip eigrp topology Command 686 
show ip protocols Command 688 
show ip route Command 688 
debug eigrp packets Command 689 
eigrp log-neighbor-changes Command 690 
Tuning EIGRP Updates 690 
EIGRP Redistribution and Route Control 690 
Practical Example: Applying EIGRP Redistribution 692 
Practical Example: Applying EIGRP Route Control 698 
EIGRP Summarization 700 
Controlling the Query Range Through Summarization, Addressing Stuck in Active 
(SIA) Route Issues 700 
EIGRP Autosummarization 702 
EIGRP Manual Summarization or Route Aggregation 705 
Default Routing with EIGRP 708 
EIGRP Stub Routing 710 
EIGRP Equal- and Unequal-Cost Load Balancing 713 
Lab 22: EIGRP Route Redistribution, Summarization, and Stub Routing桺art I 715 
Practical Scenario 715 
Lab Exercise 715 
Lab Objectives 715 
Equipment Needed 716 
Physical Layout and Prestaging 716
chpt_01.book Page xxi Thursday, November 15, 2001 3:20 PM 
Lab 22: EIGRP Route Redistribution, Summarization, and Stub Routing桺art II 718 
Lab Walkthrough 718 
xxi 
Lab 23: Default Routing, Route manipulation, and Filtering in EIGRP 
Networks桺art I 729 
Practical Scenario 729 
Lab Exercise 729 
Lab Objectives 729 
Equipment Needed 730 
Physical Layout and Prestaging 730 
Lab 23: Default Routing, Route Manipulation, and Filtering in EIGRP 
Networks桺art II 732 
Lab Walkthrough 732 
Chapter 12 Link-State Protocols: Open Shortest Path First (OSPF) 741 
Technical Overview of OSPF 742 
OSPF Hello Protocol 743 
OSPF Neighbors and Network Types 744 
Designated Routers and Backup Designated Routers 745 
OSPF Router IDs (RIDs) 747 
The Basic OSPF Adjacency 748 
Shortest-Path Tree (SPF) and the OSPF Metric Cost 752 
OSPF Router Types, Areas, and LSAs 753 
OSPF Acknowledgments 756 
OSPF Path Types 757 
Configuring OSPF 759 
Practical Example: Configuring Multiple OSPF Area Types over 
Frame Relay 763 
The 揃ig show?and 揃ig D?for OSPF 775 
show ip ospf neighbors Command 776 
show ip ospf database Command 777 
show ip ospf interface Command 779 
show ip route Command 780 
show ip ospf Command 780 
debug ip ospf adj and debug ip ospf events Commands 781 
log-adjacency-changes/show log Commands 782 
clear ip ospf process 782 
Configuring OSPF Stub Areas 782 
Tuning OSPF 783 
OSPF Flooding Reduction 783
chpt_01.book Page xxii Thursday, November 15, 2001 3:20 PM 
xxii 
OSPF Redistribution and Route Control 784 
Commands to Control Route Filtering/Redistribution 784 
Commands to Influence OSPF Routing Decisions 785 
Practical Example: Route Filtering/Redistribution 786 
OSPF Summarization 790 
OSPF Default Routing 794 
OSPF Authentication 797 
Type 1 Authentication 797 
Type 2 Authentication 798 
Type 1/Type 2 Authentication Example 798 
OSPF Demand Circuits and Backup 800 
Adhere to OSPF Design Rules 800 
OSPF Demand Circuits 800 
Area 0 Guidelines 801 
OSPF Virtual Links 801 
Lab 24: OSPF Multiple Area Routing, Authentication, Path Manipulation, 
Default Routing桺art I 804 
Practical Scenario 804 
Lab Exercise 804 
Lab Objectives 805 
Equipment Needed 805 
Physical Layout and Prestaging 805 
Lab 24: OSPF Multiple Area Routing, Authentication, Path Manipulation, 
Default Routing桺art II 808 
Lab Walkthrough 808 
Lab 25: OSPF Multiple Area Routing, Route Redistribution and 
Summarization桺art I 821 
Practical Scenario 821 
Lab Exercise: 821 
Lab Objectives 822 
Equipment Needed 822 
Physical Layout and Prestaging 822 
Lab 25: OSPF Multiple Area Routing, Route Redistribution and 
Summarization桺art II 825 
Lab Walkthrough 825
chpt_01.book Page xxiii Thursday, November 15, 2001 3:20 PM 
xxiii 
Transporting Non-Routable Protocols 843 Part V 
Chapter 13 Configuring Bridging and Data Link Switching Plus 845 
Transparent Bridging 846 
Transparent Bridging Operation 847 
Configuring Transparent Bridging 850 
Transparent Bridging Model 853 
Verifying Transparent Bridging, the 揃ig show?for Transparent Bridging and 
STP 855 
Integrated Routing and Bridging 858 
IRB Considerations 858 
Configuring IRB 859 
Practical Example: Configuring IRB 861 
Source Route Bridging (SRB) 867 
Source-Route Bridging Overview 867 
Configuring Source-Route Bridging 872 
Practical Example: Configuring Remote Source-Route Bridging 881 
Configuring Other SRB Functions and Features 889 
Data Link Switching Plus (DLSw+) 894 
DLSw+ Features 895 
DLSw+ Technical Overview 896 
Configuring DLSw+ 903 
Practical Example: DLSw TCP and FST Peers 906 
The 揃ig show?and 揃ig D?for DLSw+ 913 
DLSw+ Advanced Configuration 919 
Filtering Traffic in Bridged Environments 937 
Filtering SAPs 937 
MAC Filtering 939 
NetBIOS Name Filtering 939 
Practical Example: Filtering in a Bridged Environment 940 
Lab 26: Transparent Bridging, Remote Source-Route Bridging, LSAP 
Filtering桺art I 941 
Practical Scenario 941 
Lab Exercise 941 
Lab Objectives 942 
Equipment Needed 942 
Physical Layout and Prestaging 942 
Lab 26: Transparent Bridging, Remote Source-Route Bridging, LSAP 
Filtering桺art II 945 
Lab Walkthrough 945
chpt_01.book Page xxiv Thursday, November 15, 2001 3:20 PM 
xxiv 
Part VI 
Chapter 14 Understanding IP Access Lists 989 
Understanding How Access Lists Operate 989 
Access Lists, Wildcard Masks, and Binary Math 991 
Standard IP Access Lists 994 
Extended IP Access Lists 998 
Displaying Access Lists 1004 
Dynamic Access Lists 1005 
Named Access Lists 1009 
Lab 29: Configuring Access Lists, Named Access Lists, and EIGRP Route 
Filters桺art I 1011 
Practical Scenario 1011 
Lab Exercise 1011 
Lab Objectives 1011 
Equipment Needed 1012 
Physical Layout and Prestaging 1012 
Lab 27: DLSw+ TCP, LLC2, Promiscuous, Dynamic, and Backup Peer 
Configuration桺art I 959 
Practical Scenario 959 
Lab Exercise 959 
Lab Objectives 960 
Equipment Needed 961 
Physical Layout and Prestaging 961 
Lab 27: DLSw+ TCP, LLC2, Promiscuous, Dynamic, and Backup Peer 
Configuration桺art II 964 
Lab Walkthrough 964 
Lab 28: DLSw+ Reachability, Border Peers, Demand Peers, and Resilient 
Peers桺art I 975 
Practical Scenario 975 
Lab Exercise 975 
Lab Objectives 976 
Equipment Needed 976 
Physical Layout and Prestaging 976 
Lab 28: DLSw+ Reachability, Border Peers, Demand Peers, and Resilient 
Peers桺art II 978 
Lab Walkthrough 978 
Controlling Networks and Network Access 987
chpt_01.book Page xxv Thursday, November 15, 2001 3:20 PM 
xxv 
Lab 29: Configuring Access Lists, Named Access Lists, and EIGRP Route 
Filters桺art II 1013 
Lab Walkthrough 1013 
Lab 30: Configuring Dynamic Access Lists and 
Traffic Filters by Using Named Access Lists桺art I 1021 
Practical Scenario 1021 
Lab Exercise 1021 
Lab Objectives 1021 
Equipment Needed 1022 
Physical Layout and Prestaging 1022 
Lab 30: Configuring Dynamic Access Lists and 
Traffic Filters by Using Named Access Lists桺art II 1024 
Lab Walkthrough 1024 
Enhanced Network Protocols 1029 Part VII 
Chapter 15 Configuring Network Address Translation (NAT) 1031 
NAT Technical Overview 1031 
NAT Terminology 1032 
NAT and RFC 1918 1035 
Configuring NAT 1036 
Configuring NAT Dynamic Translation 1037 
Configuring NAT Static Translation 1040 
Configuring Easy IP and Port Address Translation (PAT) 1041 
The 揃ig show?and 揃ig D?for NAT 1045 
Clearing and Changing NAT Translations 1048 
NAT Limitations and Uses 1048 
NAT and Nonstandard FTP Port Numbers 1050 
Lab 31: Configuring Dynamic NAT and Using Non-Standard FTP Port 
Numbers桺art I 1051 
Practical Scenario 1051 
Lab Exercise 1051 
Lab Objectives 1051 
Equipment Needed 1052 
Physical Layout and Prestaging 1052 
Lab 31: Configuring Dynamic NAT and Using Non-Standard FTP Port 
Numbers桺art II 1053 
Lab Walkthrough 1053
chpt_01.book Page xxvi Thursday, November 15, 2001 3:20 PM 
xxvi 
Lab 32: Configuring Static NAT and DLSw桺art I 1060 
Practical Scenario 1060 
Lab Exercise 1060 
Lab Objectives 1060 
Equipment Needed 1061 
Physical Layout and Prestaging 1061 
Lab 32: Configuring Static NAT and DSLw桺art II 1062 
Lab Walkthrough 1062 
Chapter 16 Using Hot Standby Routing Protocol (HSRP) 1069 
HSRP Overview and Configuration 1070 
Configuring HSRP Between Routers 1073 
The 揃ig show?and 揃ig D?for HSRP 1076 
Lab 33: Configuring HSRP, Tracking, and 
Asymetrical Routing桺art I 1078 
Practical Scenario 1078 
Lab Exercise 1078 
Lab Objectives 1078 
Equipment Needed 1079 
Physical Layout and Prestaging 1079 
Lab 33: Configuring HSRP, Tracking, and 
Asymetrical Routing桺art II 1081 
Lab Walkthrough 1081 
Chapter 17 Configuring Network Time Protocol (NTP) and Simple Network Time Protocol 
(SNTP) 1091 
NTP Overview 1091 
Configuring NTP 1093 
Configuring NTP Broadcast Client Mode 1094 
Configuring NTP Static Client Mode 1095 
Configuring NTP Master Mode 1097 
Configuring NTP Peer Associations 1099 
Configuring NTP Authentication and Other Clock-Related Options 1101 
Configuring the Simple Network Time Protocol (SNTP) 1104 
The 揃ig show?and 揃ig D?for NTP and SNTP 1105 
Lab 34: Configuring NTP Servers, Clients, and Authentication桺art I 1108 
Practical Scenario 1108 
Lab Exercise 1108 
Lab Objectives 1108
chpt_01.book Page xxvii Thursday, November 15, 2001 3:20 PM 
xxvii 
Equipment Needed 1109 
Physical Layout and Prestaging 1109 
Lab 34: Configuring NTP Servers, Clients, and Authentication桺art II 1110 
Lab Walkthrough 1110 
Lab 35: Configuring NTP Servers, Clients, and 
Peer Associations桺art I 1115 
Practical Scenario 1115 
Lab Exercise 1115 
Lab Objectives 1115 
Equipment Needed 1116 
Physical Layout and Prestaging 1116 
Lab 35: Configuring NTP Servers, Clients, and 
Peer Associations桺art II 1117 
Lab Walkthrough 1117 
CCIE Preparation and Self-Assessment 1123 Part VII 
Chapter 18 The CCIE Practical Exam: Preparation and CCIE Practice Labs 1125 
The New 1 Day CCIE Exam 1126 
How Do I Become a CCIE? 1126 
CCIE: Recommended Study Resources and Topics Outline 1127 
CCIE Practice Lab: 揝kynet?1135 
Equipment List 1135 
Prestaging: Frame Switch Configuration 1135 
Prestaging: Backbone Router Configuration 1137 
Timed Portion 1138 
Lab Rules 1138 
Section I: Basic IP Configuration 1138 
Section II: Catalyst/LAN Configuration 1140 
Section III: OSPF and Frame Relay Configuration 1140 
Section IV: Routing Protocols and Redistribution 1140 
Section V: IPX Configuration 1140 
Section VI: Bridging 1141 
Section VII: MISC IOS Configuration 1141 
Part II 1142 
Section VIII: BGP Configuration 1142 
Section IX: DLSw Configuration 1142 
Section X: Miscellaneous Cisco IOS Software Features 1142
chpt_01.book Page xxviii Thursday, November 15, 2001 3:20 PM 
xxviii 
CCIE Practice Lab: 揇arth Reid?1143 
Equipment List 1143 
Prestaging: Frame Switch Configuration 1143 
Prestaging: Backbone Router Configuration 1144 
Timed Portion 1147 
Lab Rules 1147 
Section I: Basic IP Configuration 1147 
Section II: Catalyst Configuration 1148 
Section III: OSPF and Frame Relay Configuration 1149 
Section IV: ISDN Configuration 1149 
Section V: Routing Protocols and Redistribution 1149 
Section VI: BGP 1150 
Section VII: Miscellaneous Cisco IOS Software Configuration 1150 
Part II 1152 
Section VIII: IPX Configuration 1152 
Section IX: DLSw Configuration 1152 
Section X: Bridging 1152 
CCIE Practice Lab: 揟he Lab, the Bad, the Ugly?1153 
Equipment List 1153 
Prestaging: Frame Switch Configuration 1153 
Timed Portion 1156 
Lab Rules 1156 
Section I: Basic IP Configuration 1156 
Section II: Catalyst/LAN Configuration 1157 
Section III: OSPF and Frame Relay Configuration 1158 
Section IV: Routing Protocols and Redistribution 1158 
Section V: ISDN Configuration 1158 
Section VI: IPX Configuration 1158 
Section VII: Bridging 1159 
Section VIII: Miscellaneous Cisco IOS Software Configuration 1159 
Part II 1160 
Section IX: BGP configuration 1160 
Section X: DLSw Configuration 1160 
Section XI: Miscellaneous Cisco IOS Software Features 1160 
CCIE Practice Lab: 揟he Enchilada?1161 
Equipment List 1161 
Prestaging: Frame Switch Configuration 1161
chpt_01.book Page xxix Thursday, November 15, 2001 3:20 PM 
xxix 
Timed Portion 1164 
Lab Rules 1164 
Section I: Basic IP Configuration 1164 
Section II: Catalyst/LAN Configuration 1165 
Section III: OSPF and Frame Relay Configuration 1166 
Section IV: Routing Protocols and Redistribution 1166 
Section V: ATM and EIGRP 1166 
Section VI: ISDN Configuration 1166 
Section VII: Voice over IP 1167 
Section VIII: IPX Configuration 1167 
Section IX: Miscellaneous Cisco IOS Software Configuration 1167 
Part II 1168 
Section X: BGP Configuration 1168 
Section XI: DLSw Configuration 1168 
Section XII: Miscellaneous Cisco IOS Software Features 1168 
CCIE Practice Lab: 揟he Unnamed Lab?1169 
Equipment List 1169 
Prestaging: Frame Switch Configuration 1169 
Prestaging: Backbone Router Configuration 1171 
Timed Portion 1173 
Lab Rules 1173 
Section I: Basic IP Configuration 1173 
Section II: Catalyst/LAN Configuration 1175 
Section III: OSPF and Frame Relay Configuration 1175 
Section IV: Routing Protocols and Redistribution 1175 
Section V: ATM and EIGRP 1176 
Section VI: ISDN Configuration 1176 
Section VII: IPX Configuration 1176 
Section VIII: Miscellaneous Cisco IOS Software Configuration 1176 
Part II 1177 
Section IX: BGP Configuration 1177 
Section X: DLSw Configuration 1177 
Section XI: Miscellaneous Cisco IOS Software Features 1177 
Appendixes 1179 Part IX 
Appendix A ISDN Switch Types, Codes, and Values 1181 
Switch Types 1181 
Cause Code Fields 1182
chpt_01.book Page xxx Thursday, November 15, 2001 3:20 PM 
xxx 
Cause Values 1183 
Bearer Capability Values 1193 
Progress Field Values 1194 
Appendix B The 'Abridged'OSI Reference Model 1197 
Appendix C RFC List 1199 
Appendix D Common Cable Types and Pinouts 1209 
Console and Auxiliary Port Signals and Pinouts 1209 
Serial Cable Assemblies and Pinouts 1211 
EIA-530 1211 
EIA/TIA-232 1212 
EIA/TIA-449 1215 
V.35 1218 
X.21 1221 
Ethernet Cable Assembly and Pinout 1222 
Token Ring Pinout 1223 
Asynchronous Serial Ports 1224 
RJ-45 Adapter Pinouts 1227 
Appendix E Bibliography 1231 
Index 1243

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