BUILDING A CISCO NETWORK FOR WINDOWS 2000
CONTENTS CHAPTER 1—DEVELOPING A WINDOWS AND CISCO INTERNETWORK INTRODUCTION DIRECTORY ENABLED NETWORK THE DEN SOLUTION ABOUT MICROSOFT’S WINDOWS 2000 AND CISCO’S IOS CISCO’S IOS AND SOFTWARE PRODUCTS CISCO CONFIGMAKER CISCO FAST STEP CISCOWORKS MICROSOFT’S WINDOWS ACTIVE DIRECTORY MERGING TOGETHER WITH CISCO NETWORKING SERVICES FOR ACTIVE DIRECTORY BEST PRACTICES FOR IMPLEMENTING A NETWORK NETWORKING BASICS OSI PROTOCOL REFERENCE MODEL PHYSICAL LAYER DATA-LINK LAYER NETWORK LAYER TRANSPORT LAYER THE SESSION LAYER THE PRESENTATION LAYER THE APPLICATION LAYER INTERNET HISTORY IP NETWORKING PRIMER CASE STUDIES ABC CHEMICAL COMPANY WEST COAST ACCOUNTING, L L C SUMMARY FAQS CHAPTER 2—A TOUR OF WINDOWS WHAT’S NEW SINCE WINDOWS NT INSTALLATION OPTIONS SECURITY OPTIONS INTERNET INFORMATION SERVICES TERMINAL SERVICES REMOTE ACCESS PROTOCOLS NETWORK LOAD BALANCING WHAT HAPPENED TO WINS? DNS SUPPORT RECOVERY CONSOLE QUALITY OF SERVICE FILE SYSTEM CHANGES AND DISK SUPPORT ACTIVE DIRECTORY ARCHITECTURE DOMAIN ARCHITECTURE CHANGES FOREST DOMAIN TREE DOMAIN SITES ORGANIZATIONAL UNITS USER ACCOUNTS GROUPS FSMOS GLOBAL CATALOG CONFIGURATION SCHEMA LDAP SO, YOU WANT TO MIGRATE? QUICK! PLAN YOUR PROJECT WINDOWS 2000 CASE STUDIES CHAPTER 3—CISCO HARDWARE AND IOS BASICS NETWORKING BASICS: THE DIFFERENCE BETWEEN ROUTERS AND SWITCHES HIERARCHICAL DESIGN MODEL WHEN IS IT APPROPRIATE TO USE ROUTERS? WHEN IS IT APPROPRIATE TO USE SWITCHES? SWITCHING OVERVIEW AND APPLICATION CISCO SWITCH MODELS CATALYST 6500 SERIES CATALYST 5000 SERIES CATALYST 3500 SERIES XL CATALYST 2900 SERIES XL GBIC TECHNOLOGIES VLANS AND HOW THEY FUNCTION TRUNKING TECHNOLOGIES VTP SERVERS AND CLIENTS LAYER 3 SWITCHING ONBOARD LAYER 3 OPTIONS 6500 SERIES AND THE MSFC 5000 SERIES AND THE RSM ROUTING OVERVIEW AND APPLICATION GENERAL OVERVIEW OF LAN/WAN TECHNOLOGIES ETHERNET TOKEN RING HDLC FRAME RELAY PPP ROUTING MODELS 7500 SERIES 7200 SERIES 3600 SERIES 1700 SERIES 1600 SERIES 800 SERIES CISCO IOS DIFFERENCES IN SWITCH AND ROUTER IOSS ROUTER FEATURE SETS ENTERPRISE IP/IPX/IBM IP PLUS FIREWALL FEATURE SET MEMORY REQUIREMENTS COMMAND LINE INTERFACE (CLI) HOW TO GET AROUND IN THE IOS QOS FUNCTIONALITY AND HOW IT WORKS ON SWITCHES AND ROUTERS RSVP QUEUING TECHNIQUES WEIGHTED FAIR QUEUING PRIORITY QUEUING CUSTOM QUEUING CLASS-BASED WEIGHTED FAIR QUEUING CHAPTER 4—PROTOCOLS AND NETWORKING CONCEPTS THE TCP/IP PROTOCOL STACK SETTING AN IP ADDRESS ON WINDOWS ESTABLISHING THE DEFAULT ROUTER TESTING IP WITH ICMP ON WINDOWS SETTING AN IP ADDRESS ON A CISCO ROUTER ESTABLISHING THE DEFAULT ROUTE TESTING IP WITH ICMP ON A CISCO ROUTER DNS SETTING UP DNS SERVICES ON WINDOWS SETTING UP DNS CLIENTS ON WINDOWS SETTING UP DNS ADDRESSES ON A CISCO ROUTER DYNAMIC HOST CONFIGURATION PROTOCOL (DHCP) CONFIGURING WINDOWS 2000 DHCP SERVICES CONFIGURING WINDOWS 2000 DHCP CLIENTS FORWARDING DHCP INFORMATION ACROSS A CISCO ROUTER FILE TRANSFER PROTOCOL (FTP) SETTING UP WINDOWS 2000 FTP SERVICES RUNNING AN FTP CLIENT SESSION ON WINDOWS BLOCKING FTP TRAFFIC FROM CROSSING A CISCO ROUTER TELNET SETTING UP TELNET ON A WINDOWS 2000 SERVER RUNNING A TELNET SESSION ON A WINDOWS 2000 CLIENT HYPERTEXT TRANSFER PROTOCOL (HTTP) SETTING UP HTTP SUPPORT ON WINDOWS MONITORING A CISCO ROUTER FROM A WEB INTERFACE NETWORK NEWS TRANSPORT PROTOCOL (NNTP) CONFIGURING NNTP IN WINDOWS CONFIGURING OUTLOOK EXPRESS TO ACCESS A NEWSGROUP SIMPLE NETWORK MANAGEMENT PROTOCOL (SNMP) CONFIGURING THE WINDOWS 2000 SNMP AGENT REMOTE PROCEDURE CALL (RPC) SIMPLE MAIL TRANSPORT PROTOCOL (SMTP) CONFIGURING A SITE LINK TO USE SMTP INTERNETWORK PACKET EXCHANGE (IPX) CONFIGURING WINDOWS 2000 TO USE IPX MANAGING SAP ON A CISCO ROUTER NETBEUI CONFIGURING NETBEUI ON WINDOWS SUPPORTING NETBEUI ON CISCO ROUTERS MISCELLANEOUS PROTOCOLS AND MULTISERVICES REMOTE DESKTOP PROTOCOL VOICE-OVER IP (VOIP) USING MICROSOFT NETMEETING ON A VOIP NETWORK FAX-OVER IP CHAPTER 5—ROUTING AND REMOTE ACCESS ISDN ISDN EQUIPMENT TYPES ISDN PROTOCOL DIAL-ON-DEMAND ROUTING CONFIGURING BRI ON A CISCO ROUTER CONFIGURING PRI ON A CISCO ROUTER CONFIGURING AN ISDN INTERFACE ON WINDOWS DIGITAL SUBSCRIBER LINE (DSL) HDSL ADSL ADSL AND CISCO ROUTERS USING ADSL ON A WINDOWS 2000 COMPUTER G LITE VDSL SLIP AND PPP CONFIGURING IP OVER A SLIP LINK FOR CISCO ROUTERS CONFIGURING IP OVER A PPP LINK FOR CISCO ROUTERS USING TCP HEADER COMPRESSION CONFIGURING A BANNER MESSAGE FOR SLIP AND PPP CONNECTIONS CONFIGURING PPP AND SLIP IN WINDOWS ROUTING PROTOCOLS RIP UPDATING THE ROUTING TABLE ROUTING LOOPS CONFIGURING RIP ON A CISCO ROUTER CONFIGURING RIP ON A WINDOWS 2000 SERVER IGRP AND EIGRP CONFIGURING IGRP ON A CISCO ROUTER EIGRP OSPF CONFIGURING OSPF ON A CISCO ROUTER CONFIGURING OSPF ON A WINDOWS 2000 COMPUTER VPN IPSEC CONFIGURING IPSEC ON CISCO ROUTERS CONFIGURING IPSEC ON WINDOWS L2TP CONFIGURING L2TP ON A CISCO ROUTER WINDOWS 2000 AND L2TP PPTP CONFIGURING WINDOWS 2000 PPTP CONNECTION CHAPTER 6—DESIGNING THE WINDOWS 2000 NETWORK DESIGN PLANNING FOREST PLAN FOREST PLAN OBJECTIVES ESTABLISHING THE NUMBER OF FORESTS OVERHEAD INVOLVED WITH MULTIPLE FORESTS DNS/DOMAIN PLAN DNS PLAN DOMAIN PLAN KERBEROS SITE TOPOLOGY INTRASITE REPLICATION CHARACTERISTICS INTERSITE REPLICATION CHARACTERISTICS ESTABLISHING THE SITES AUTHENTICATION AND QUERIES IN THE SITE TOPOLOGY ORGANIZATIONAL UNIT HIERARCHY DESIGNING OTHER SERVICES DHCP SERVERS USING WINDOWS 2000 DHCP SERVICES INSTALLATION CLUSTER SERVICES SECURITY AND ACTIVE DIRECTORY IPSECURITY PUBLIC KEY INFRASTRUCTURE AND CERTIFICATION AUTHORITIES WINS DESIGNING WITH MEDIA INTEGRATION TELEPHONY REMOTE ACCESS ATM CHAPTER 7—SIZING THE INFRASTRUCTURE FOR WINDOWS ACTIVE DIRECTORY REPLICATION TOPOLOGY THE PATH FOR REPLICATION TRAFFIC DEFAULT-FIRST-SITE-NAME PARTITIONS WITHIN THE ACTIVE DIRECTORY SITE PLAN PLANNING THE SITE TOPOLOGY PLANNING TIME SYNCHRONIZATION FRS DFS PREPARING THE INFRASTRUCTURE FOR WINDOWS INTERNETWORK CONSIDERATIONS MEASURING REPLICATION TRAFFIC SERVER PLACEMENT DOMAIN CONTROLLERS GLOBAL CATALOG SERVERS DNS SERVERS WINS SERVERS RELATIVE ID (RID) MASTER PDC EMULATOR DOMAIN NAMING MASTER INFRASTRUCTURE MASTER SCHEMA MASTER RAS SERVERS INFRASTRUCTURE COMPONENTS MONITORING THE INFRASTRUCTURE NETWORK MONITOR CHAPTER 8—DESIGNING THE CISCO INFRASTRUCTURE GETTING STARTED: THE DESIGN PROCESS—CAMPUS, WAN, AND REMOTE CAMPUS, WAN, AND REMOTE LINKS DEFINED THE DESIGN PROCESS—GETTING DOWN TO BUSINESS SITE CONSIDERATIONS PHYSICAL SPACE FOR EQUIPMENT NETWORK EQUIPMENT BASICS CAPACITY PLANNING CONNECTION AND EXPANSION BEST PRACTICES PROTOCOL ADDRESSING PLANNING INTERIOR PROTOCOLS ROUTING INFORMATION PROTOCOL (RIP) INTERIOR GATEWAY ROUTING PROTOCOL (IGRP) OPEN SHORTEST PATH FIRST (OSPF) INTERMEDIATE SYSTEM-TO-INTERMEDIATE SYSTEM (IS-IS) ENHANCED IGRP CHOOSING THE RIGHT PROTOCOL ROUTE SELECTION ADDRESSING CONSIDERATIONS TOPOLOGY APPLICATION SERVICES SERVER FARM PLACEMENT POSITIONING SERVERS TERMINAL SERVICES FARMS LAN AND SWITCHING CONSIDERATIONS SCALING BANDWIDTH SCALING CONSIDERATIONS IP MULTICAST VIRTUAL LANS AND EMULATED LANS POLICY IN THE CORE COMPARING CAMPUS NETWORK DESIGN MODELS THE HUB AND ROUTER MODEL THE CAMPUS-WIDE VLAN MODEL MULTIPROTOCOL OVER ATM WAN LINK CONSIDERATIONS WITH WINDOWS ROUTING AND SCALABILITY PLANNING FOR THE FUTURE GROWTH OF THE COMPANY’S INFRASTRUCTURE NETWORK SCALABILITY LAYER 2 SWITCHING LAYER 4 SWITCHING ATM/LANE BACKBONE BRIDGED PROTOCOL NEEDS BRIDGING IN THE MULTILAYER MODEL SECURITY TO OTHER REMOTE SITES REDUNDANCY AND RELIABILITY DESIGN CHAPTER 9—IMPLEMENTING THE CISCO ROUTERS INITIAL ROUTING CONSIDERATIONS DIFFERENT TYPES OF ROUTERS AND THEIR USES BORDER ROUTERS: DEFINING THE GEOGRAPHIC AREAS DISTRIBUTION ROUTERS: CONTROLLING THE FLOW OF TRAFFIC ACCESS ROUTERS: CONTROLLING THE FLOW OF DATA ON THE MAIN NETWORK SEGMENTATION AND WHY IT IS REQUIRED BROADCAST STORMS PROTOCOL TRAFFIC NETWORKING PROTOCOLS AND “HIDDEN” TRAFFIC CONVERGENCE: THE GOAL OF ANY GOOD ROUTER STATIC ROUTES VERSUS DYNAMIC ROUTING PROTOCOLS PLANNING YOUR ROUTED ARCHITECTURE IDENTIFYING YOUR ACCESS POINTS ADDING THE INTERNET SECURELY WHAT KIND OF TRAFFIC WILL BE GOING ACROSS THE WAN LINK? DETERMINING THE TRANSPORT METHOD PLACEMENT OF ROUTERS IN THE NETWORK HIGH-END CHASSIS ROUTERS LOW-END CHASSIS ROUTERS DETERMINING HOW MUCH PROCESSOR AND MEMORY IS REQUIRED ON THE ROUTER LAYER 3 SWITCHING: RSM AND MSFC CARDS PROTOCOL CONSOLIDATION AND PERFORMANCE REDUCING THE NUMBER OF PROTOCOLS ON THE NETWORK NETWORK ADDRESSING AND SEGMENTATION BENEFITS AND CAVEATS TO MIXING AND MATCHING PROTOCOLS REDUNDANCY AND RELIABILITY CIRCUITRY FAILOVER DESIGN HARDWARE FAILOVER DESIGN THE FINANCIAL COSTS OF REDUNDANCY HOW DO REDUNDANCY AND RELIABILITY AFFECT THE WINDOWS 2000 NETWORK? SECURITY ON THE ROUTED ARCHITECTURE HOW DOES WINDOWS 2000 HELP MANAGE ACLS? QUALITY OF SERVICE ON THE LAN/WAN USING WINDOWS THE REAL INTEGRATION—PRIORITIZING TRAFFIC ON THE LAN/WAN DYNAMIC QOS—IS THIS REALLY A GREAT IDEA? WHEN SHOULD ANOTHER METHOD OF QOS BE USED? MAIN ROUTER CONFIGURATION EASTSITE ROUTER CONFIGURATION WESTSITE ROUTER CONFIGURATION SAN FRANCISCO ROUTER CONFIGURATION PHOENIX ROUTER CONFIGURATION PORTLAND ROUTER CONFIGURATION LOS ANGELES ROUTER CONFIGURATION SEATTLE ROUTER CONFIGURATION CHAPTER 10—IMPLEMENTING THE CISCO SWITCHES CISCO IOS-BASED SWITCHING PRODUCTS CATALYST 1900/2820 SERIES HARDWARE FEATURES OF THE 1900 SERIES HARDWARE FEATURES OF THE 2820 SERIES SOFTWARE FEATURES OF THE 1900/2820 SERIES CATALYST 2900XL/3500XL GIGABIT INTERFACE CONVERTERS (GBICS) SWITCH CLUSTERING ADDITIONAL NETWORK MANAGEMENT FEATURES HARDWARE FEATURES OF THE 2900XL SERIES HARDWARE FEATURES OF THE 3500XL SERIES SOFTWARE FEATURES OF THE 2900XL/3500XL SERIES CISCO SET-BASED SWITCHING PRODUCTS CATALYST HARDWARE FEATURES OF THE 4003/4006 SERIES HARDWARE FEATURES OF THE CATALYST 4912G SERIES SOFTWARE FEATURES OF THE 4XXX SERIES HARDWARE FEATURES OF THE CATALYST 2900 SERIES HARDWARE FEATURES OF THE CATALYST 5000/5002 SERIES HARDWARE FEATURES OF THE CATALYST 5500 SERIES MODULES FOR THE CATALYST SOFTWARE FEATURES OF THE CATALYST 5XXX SERIES HARDWARE FEATURES OF THE CATALYST 6XXX SERIES SOFTWARE FEATURES OF THE CATALYST 6000 SERIES HARDWARE FEATURES OF THE 85XX SERIES SOFTWARE FEATURES OF THE 8500 SERIES CATALYST 12000 GSR SWITCHES SUPERVISOR MODULES CATALYST 5000 SUPERVISOR MODULES CATALYST 4000 SUPERVISOR MODULES CATALYST 6000 SUPERVISOR MODULES CATALYST 8500 SUPERVISOR MODULES ROUTE-SWITCHING MODULES ROUTER-ON-A-STICK RSM RSFC/MSFC AVAILABLE SWITCH PLATFORMS MULTILAYER SWITCHING MODULES NFFC/RSFC MSM MSFC/PFC ROUTE SWITCH PROCESSOR FOR THE CISCO SWITCHES AND WINDOWS CHAPTER 11—IMPLEMENTING THE WINDOWS 2000 SERVERS INSTALLING WINDOWS OVERVIEW OF A SCRIPTED INSTALLATION OVERVIEW OF DISK DUPLICATION METHODS SYSPREP RIPREP WINDOWS 2000 SETUP PHASES WINNT PHASE TEXT MODE GUI MODE INSTALLING THE ACTIVE DIRECTORY WHICH DOMAIN FIRST? WHICH SERVER FIRST? DCPROMO POPULATING A DOMAIN WITH ORGANIZATIONAL UNITS (OUS) AND OBJECTS CREATE AN OU FOR HIDDEN OBJECTS DELEGATING AUTHORITY CREATING A USER ACCOUNT CREATING GROUPS PUBLISHING PRINTERS PUBLISHING FOLDERS APPLYING A GROUP POLICY SETTING UP SITES INSTALLING AND CONFIGURING WINDOWS 2000 COMPONENTS CONFIGURING DNS CONFIGURING THE DISTRIBUTED FILE SYSTEM PUBLIC KEY INFRASTRUCTURE ASYNCHRONOUS TRANSFER MODE CONFIGURING ROUTING AND REMOTE ACCESS SERVICES DHCP WEST COAST ACCOUNTING CHAPTER 12—FAST TRACK DIRECTORY-ENABLED NETWORKS THE IP PROTOCOL STACK CISCO NETWORKING SERVICES SECURITY SERVICES REPLICATION CISCO’S INTERNETWORK OPERATING SYSTEM CISCO SWITCHES CISCO ROUTERS ROUTING AND REMOTE ACCESS NETWORK DESIGN SEGMENTATION REDUNDANCY AND FAILOVER SUMMARY FAQS