Table of Contents

	Table of Contents
	Index

CCIE Practical Studies, Volume I
By Karl  Solie
Publisher	: Cisco Press
Pub Date	: December 01, 2001
ISBN	: 1-58720-002-3
Pages	: 1366

		Copyright
		About the Authors
			Contributing Authors
		Acknowledgments
		Foreword
		Introduction
			Goals
			Who Should Read This Book?
			How This Book Is Organized
			Icons Used in This Book
			Command Syntax Conventions
		Part I:   Modeling the Internetwork
			Chapter  1.   The Key Components for Modeling an Internetwork
				Identifying the Key Components Needed for Modeling Internetworks
				The Access Server
				Modeling Local-Area Networks (LANs)
				Simulating Wide-Area Network Connections
				Routers, Cisco IOS Software, and Memory Requirements for Labs
				Test Hosts and Data Simulation
				Building the Framework for Internetwork Modeling ”Configuring Key Components
				Practical Study for Chapter 1: Setting Up
				Lab 1: Password Recovery ”Part I
				Lab 1: Password Recovery ”Part II
				Lab 2: Password Recovery on a Catalyst 5500 ”Part I
				Lab 2: Password Recovery on a Catalyst 5500 ”Part II
				Lab 3: Upgrading the IOS and Restoring a Configuration from TFTP Server ”Part I
				Lab 3: Upgrading the IOS and Restoring a Configuration from a TFTP Server ”Part II
				Lab 4: Configuring an Access Server ”Part I
				Lab 4: Configuring an Access Server ”Part II
				Lab 5: Configuring a Frame Relay Switch ”Part I
				Lab 5: Configuring a Frame Relay Switch ”Part II
				Lab 6: Configuring Remote Access to the Lab ”Part I
				Lab 6: Configuring Remote Access to the Lab ”Part II
		Part II:   Modeling LANs
			Chapter  2.   LAN Protocols: Configuring Catalyst Ethernet and Token Ring Switches
				Ethernet LANs
				Ethernet: A Brief History of an Evolutionary Protocol
				Ethernet Technical Overview
				802.1d Spanning-Tree Protocol (STP)
				Ethernet Switching
				IEEE 802.5/Token Ring LANs
				Token Ring: 30 Years Old and Still in Service
				Token Ring Technical Overview
				Token Ring Switching
				Token Ring Bridge Relay Function (TrBRF) and the Token Ring Concentrator Function (TrCRF)
				Configuring Token Ring Switching on the Catalyst 3920
				More Practice: Ethernet/Token Ring Labs
				Lab 7: Ethernet Switching, VLAN Trunking, and Spanning Tree Root Placement ”Part I
				Lab 7: Ethernet Switching, VLAN Trunking, and Spanning Tree Root Placement ”Part II
				Lab 8: Configuring Token Ring Switching Using the Catalyst 3920 ”Part I
				Lab 8: Configuring Token Ring Switching Using the Catalyst 3920 ”Part II
		Part III:   Connecting LANs with Wide-Area Networks (WANs)
			Chapter  3.   WAN Protocols and Technologies: High-Level Data Link Control (HDLC)
				The Compatibility and Simplicity of HDLC
				Lab 9: Configuring HDLC ”Part I
				Lab 9: Configuring HDLC ”Part II
			Chapter  4.   WAN Protocols and Technologies: Point-to-Point Protocol (PPP)
				The Many Uses of PPP
				Lab 10: Configuring PPP, PAP, and Compression over Asynchronous Dialup ”Part I
				Lab 10: Configuring PPP, PAP, and Compression over Asynchronous Dialup ”Part II
				Lab 11: Configuring PPP, CHAP, and LQM over Synchronous Links ”Part I
				Lab 11: Configuring PPP, CHAP, and LQM over Synchronous Links ”Part II
				Lab 12: Configuring PPP Analog Backup for Synchronous Links ”Part I
				Lab 12: Configuring PPP Analog Backup for Synchronous Links ”Part II
			Chapter  5.   WAN Protocols and Technologies: Frame Relay
				Frame Relay Terminology
				Frame Relay Technical Overview
				Configuring Frame Relay
				The "Big show" and "Big D" for Frame Relay
				Additional Commands for Configuring Frame Relay
				Configuring Frame Relay Traffic Shaping
				Lab 13: Configuring Frame Relay Networks and Controlling Frame Relay ARP ”Part I
				Lab 13: Configuring Frame Relay Networks and Controlling Frame Relay ARP ”Part II
				Lab 14: Configuring Frame Relay Networks, Traffic Shaping, OSPF, & DLSw/LLC2 ”Part I
				Lab 14: Configuring Frame Relay Networks, Traffic Shaping, OSPF, & DLSw/LLC2 ”Part II
			Chapter  6.   WAN Protocols and Technologies: Voice over X
				Introduction to Analog Telephony
				Digital Voice Technology
				Cisco Voice Products
				Lab 15: Configuring Voice over Frame, Voice over IP, and Voice over ATM
				Lab 15a: Configuring Voice over Frame Relay ”Part I
				Lab 15a: Configuring Voice over Frame Relay ”Part II
				Lab 15b: Configuring Voice over IP ”Part I
				Lab 15b: Configuring Voice over IP ”Part II
				Lab 15c: Configuring Voice over ATM ”Part I
				Lab 15c: Configuring Voice over ATM ”Part II
				Lab 15d: Optional Private Line Automatic Ring Down (PLAR) Connection
			Chapter  7.   WAN Protocols and Technologies: Integrated Services Digital Network (ISDN)
				ISDN Development, Components, and Mechanics
				ISDN Configuration Basics
				Configuring Dial-on-Demand Routing (DDR)
				The "Big show" and "Big D" for Troubleshooting ISDN
				Useful Tips and Tricks
				ISDN Labs
				Lab 16: Configuring PPP Authentication, Callback, and Multilink over ISDN
				Lab 17: Configuring OSPF Demand Circuits over ISDN
				Summary
			Chapter  8.   WAN Protocols and Technologies: Asynchronous Transfer Mode (ATM)
				Special Components Needed for ATM Lab Studies
				Configuring RFC 2684
				Configuring RFC 2225 (Classical IP)
				Lab 18: Configuring PVCs on Cisco 7XXX Routers, RFC 2684 ”Part I
				Lab 18: Configuring PVCs on Cisco 7 XXX Routers, RFC 2684 ”Part II
				Lab 19: Configuring Classical IP Using SVCs on Cisco 7XXX Routers, RFC 2225 ”Part I
				Lab 19: Configuring Classical IP Using SVCs on Cisco 7 XXX Routers, RFC 2225 ”Part II
				Summary
		Part IV:   Routing Protocols
			Chapter  9.   Distance Vector Protocols: Routing Information Protocol Versions 1 and 2 (RIP-1 and RIP-2)
				Technical Overview of RIP
				Configuring RIP-1 and RIP-2
				Tuning, Redistribution, and Control of RIP Updates
				RIP Default Routing
				Lab 20: Integrating RIP Networks: Redistribution, Route Filtering, and Control ”Part I
				Lab 20: Integrating RIP Networks: Redistribution, Route Filtering, and Control ”Part II
			Chapter  10.   Distance Vector Protocols: Interior Gateway Routing Protocol (IGRP)
				Technical Overview of IGRP
				Configuring IGRP
				Tuning, Redistribution, and Controlling IGRP Updates
				Lab 21: Default Routing, Filtering, and Unequal-Cost Load Sharing in IGRP Networks ”Part I
				Lab 21: Default Routing, Filtering, and Unequal-Cost Load Sharing in IGRP Networks ”Part II
			Chapter  11.   Hybrid: Enhanced Interior Gateway Routing Protocol (EIGRP)
				Technical Overview of EIGRP
				Split Horizon
				Configuring EIGRP
				The "Big show" and "Big D" for EIGRP
				Tuning EIGRP Updates
				EIGRP Redistribution and Route Control
				EIGRP Summarization
				Default Routing with EIGRP
				EIGRP Stub Routing
				EIGRP Equal- and Unequal-Cost Load Balancing
				Lab 22: EIGRP Route Redistribution, Summarization, and Stub Routing ”Part I
				Lab 22: EIGRP Route Redistribution, Summarization, and Stub Routing ”Part II
				Lab 23: Default Routing, Route manipulation, and Filtering in EIGRP Networks ”Part I
				Lab 23: Default Routing, Route Manipulation, and Filtering in EIGRP Networks ”Part II
			Chapter  12.   Link-State Protocols: Open Shortest Path First (OSPF)
				Technical Overview of OSPF
				Configuring OSPF
				The "Big show" and "Big D" for OSPF
				Configuring OSPF Stub Areas
				Tuning OSPF
				OSPF Flooding Reduction
				OSPF Redistribution and Route Control
				OSPF Summarization
				OSPF Default Routing
				OSPF Authentication
				OSPF Demand Circuits and Backup
				OSPF Virtual Links
				Lab 24: OSPF Multiple Area Routing, Authentication, Path Manipulation, Default Routing ”Part I
				Lab 24: OSPF Multiple Area Routing, Authentication, Path Manipulation, Default Routing ”Part II
				Lab 25: OSPF Multiple Area Routing, Route Redistribution and Summarization ”Part I
				Lab 25: OSPF Multiple Area Routing, Route Redistribution and Summarization ”Part II
		Part V:   Transporting Non-Routable Protocols
			Chapter  13.   Configuring Bridging and Data Link Switching Plus
				Transparent Bridging
				Integrated Routing and Bridging
				Source Route Bridging (SRB)
				Data Link Switching Plus (DLSw+)
				Filtering Traffic in Bridged Environments
				Lab 26: Transparent Bridging, Remote Source-Route Bridging, LSAP Filtering ”Part I
				Lab 26: Transparent Bridging, Remote Source-Route Bridging, LSAP Filtering ”Part II
				Lab 27: DLSw+ TCP, LLC2, Promiscuous, Dynamic, and Backup Peer Configuration ”Part I
				Lab 27: DLSw+ TCP, LLC2, Promiscuous, Dynamic, and Backup Peer Configuration ”Part II
				Lab 28: DLSw+ Reachability, Border Peers, Demand Peers, and Resilient Peers ”Part I
				Lab 28: DLSw+ Reachability, Border Peers, Demand Peers, and Resilient Peers ”Part II
		Part VI:   Controlling Networks and Network Access
			Chapter  14.   Understanding IP Access Lists
				Understanding How Access Lists Operate
				Access Lists, Wildcard Masks, and Binary Math
				Standard IP Access Lists
				Extended IP Access Lists
				Displaying Access Lists
				Dynamic Access Lists
				Named Access Lists
				Lab 29: Configuring Access Lists, Named Access Lists, and EIGRP Route Filters ”Part I
				Lab 29: Configuring Access Lists, Named Access Lists, and EIGRP Route Filters ”Part II
				Lab 30: Configuring Dynamic Access Lists and Traffic Filters by Using Named Access Lists ”Part I
				Lab 30: Configuring Dynamic Access Lists and Traffic Filters by Using Named Access Lists ”Part II
		Part VII:   Enhanced Network Protocols
			Chapter  15.   Configuring Network Address Translation (NAT)
				NAT Technical Overview
				NAT and RFC 1918
				Configuring NAT
				The "Big show" and "Big D" for NAT
				Clearing and Changing NAT Translations
				NAT Limitations and Uses
				NAT and Nonstandard FTP Port Numbers
				Lab 31: Configuring Dynamic NAT and Using Non-Standard FTP Port Numbers ”Part I
				Lab 31: Configuring Dynamic NAT and Using Non-Standard FTP Port Numbers ”Part II
				Lab 32: Configuring Static NAT and DLSw ”Part I
				Lab 32: Configuring Static NAT and DSLw ”Part II
			Chapter  16.   Using Hot Standby Routing Protocol (HSRP)
				HSRP Overview and Configuration
				The "Big show" and "Big D" for HSRP
				Lab 33: Configuring HSRP, Tracking, and Asymetrical Routing ”Part I
				Lab 33: Configuring HSRP, Tracking, and Asymetrical Routing ”Part II
			Chapter  17.   Configuring Network Time Protocol (NTP) and Simple Network Time Protocol (SNTP)
				NTP Overview
				Configuring NTP
				Configuring the Simple Network Time Protocol (SNTP)
				The "Big show" and "Big D" for NTP and SNTP
				Lab 34: Configuring NTP Servers, Clients, and Authentication ”Part I
				Lab 34: Configuring NTP Servers, Clients, and Authentication ”Part II
				Lab 35: Configuring NTP Servers, Clients, and Peer Associations ”Part I
				Lab 35: Configuring NTP Servers, Clients, and Peer Associations ”Part II
		Part VIII:   CCIE Preparation and Self-Assessment
			Chapter  18.   The CCIE Practical Exam: Preparation and CCIE Practice Labs
				The New One-Day CCIE Lab Exam
				How Do I Become a CCIE?
				CCIE: Recommended Study Resources and Topics Outline
				CCIE Practice Lab: "Skynet"
				Equipment List
				Prestaging: Frame Switch Configuration
				Prestaging: Backbone Router Configuration
				Timed Portion
				Part II
				CCIE Practice Lab: "Darth Reid"
				Equipment List
				Prestaging: Frame Switch Configuration
				Prestaging: Backbone Router Configuration
				Timed Portion
				Part II
				CCIE Practice Lab: "The Lab, the Bad, the Ugly"
				Equipment List
				Prestaging: Frame Switch Configuration
				Timed Portion
				Part II
				CCIE Practice Lab: "The Enchilada"
				Equipment List
				Prestaging: Frame Switch Configuration
				Timed Portion
				Part II
				CCIE Practice Lab: "The Unnamed Lab"
				Equipment List
				Prestaging: Frame Switch Configuration
				Prestaging: Backbone Router Configuration
				Timed Portion
				Part II
		Part IX:   Appendixes
			Appendix A.   ISDN Switch Types, Codes, and Values
				Switch Types
				Cause Code Fields
				Cause Values
				Bearer Capability Values
				Progress Field Values
			Appendix B.   The 'Abridged' OSI Reference Model
			Appendix C.   RFC List
			Appendix D.   Common Cable Types and Pinouts
				Console and Auxiliary Port Signals and Pinouts
				Serial Cable Assemblies and Pinouts
				Ethernet Cable Assembly and Pinout
				Token Ring Pinout
				Asynchronous Serial Ports
				RJ-45 Adapter Pinouts
			appendix  E.   Bibliography
		Index