IP Network Design

By: Cormac Long

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Paperback | 1 January 2001

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500 Pages

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22.23 x 18.42 x 3.18

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Publishing Rationale - Internet Protocol (IP) - is the main communications protocol used in the Internet and on the vast majority of corporate networks. - Growing needs for networks - Networks are becoming bigger and more complex. Currently, corporate networks are not designed to accommodate multimedia; therefore, IP based networks need to be redesigned to meet the demands. Demands will include Voice over IP, ATM over IP, and more. IP Network Design will guide network professionals through the processes on how to meet these demands. - Soaring unified messaging product sales - Voice over IP products sales are skyrocketing, from ?139 million in 1999 to ?2.4 billion in 2006 (Frost and Sullivan). Therefore, there is an enormous market to have a guide for network professionals to understand how to implement and design this high selling innovative products. According to a current study (UC Davis, 1999), by the end of 2001 in excess of 95% of corporate data applications in the US will exclusively use IP.

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Preface	p. xvi
Acknowledgments	p. xviii
Principles of Network Design	p. 1
Design Objectives	p. 2
Performance	p. 2
Redundancy and Resilience	p. 4
Accommodating Growth and Change	p. 5
Management and Manageability	p. 6
Security	p. 7
Disaster Recovery	p. 7
Cost	p. 7
Understanding the Networking Environment	p. 8
Network Applications	p. 9
The Cost of Downtime	p. 10
Achieving the Design Goals	p. 10
The Importance of Being Predictable	p. 12
Fundamental Design Principles	p. 13
Designing the Wide Area Network (WAN)	p. 17
Designing a Wide Area Network (WAN) Topology	p. 18
Flat Versus Hierarchical	p. 18
Flat WAN Topology	p. 20
Advantages of a Flat WAN Structure	p. 23
Limitations of a Flat Design	p. 25
Routing Protocol Limitations	p. 25
Conclusion	p. 31
Hierarchical	p. 31
PVC and Leased Line Aggregation	p. 32
Cost-effective Bandwidth Deployment	p. 33
Shorter Leased Line Distances	p. 34
Reduced Core Router Ports or Interfaces	p. 35
Less Routing Protocol Neighbors	p. 35
Route Summarization	p. 35
Broadcast Control in the WAN	p. 37
Disaster Recovery	p. 37
Issues with a Hierarchical Design	p. 37
WAN Costs	p. 37
Additional Router Hops	p. 38
Conclusion	p. 41
The Hierarchical Layers	p. 41
The Tier-3 Layer	p. 41
The Tier-2 Layer	p. 44
The Backbone: Tier-1	p. 47
WAN Design Parameters	p. 52
Cost	p. 52
Availability and Performance	p. 53
Redundancy and Resilience	p. 55
How Real Is the Resilience?	p. 57
Choosing the WAN Technology	p. 59
Design Considerations for Serial Links	p. 60
Designing IP over Frame Relay	p. 64
Broadcasting over Frame Relay	p. 64
Using Sub-Interfaces in an IP Environment	p. 65
PVC Meshing and IP Redundancy	p. 68
Dynamic Routing over Frame Relay	p. 72
Frame Relay Traffic Management	p. 76
Private Frame Relay	p. 78
ISDN Design Issues with IP	p. 79
IP Routing over ISDN	p. 79
Using ISDN for Redundancy	p. 82
PPP and Multilink PPP	p. 86
Designing IP over ATM	p. 87
Benefits of ATM	p. 88
ATM Design Issues	p. 89
Private ATM	p. 97
Voice and Data Integration	p. 98
Fundamental IP Routing Design	p. 107
Designing an IP Addressing Plan	p. 108
Choice of Major Network Addresses	p. 108
Subnet Planning	p. 109
VLSM	p. 111
Planning for Route Summarization	p. 114
Categorizing IP Routing Protocols	p. 122
Distance Vector and Link State Protocols	p. 122
Classful and Classless Routing	p. 123
Classful Route Advertisements and Summarization	p. 124
Choosing a Routing Protocol	p. 125
Scalability	p. 126
Routing Updates	p. 126
Routing Protocol Stability	p. 127
Speed of Convergence	p. 130
Routing Metric	p. 133
Support of VLSM	p. 135
Discontiguous Networks	p. 135
Route Summarization	p. 136
Understanding Load Balancing	p. 141
Security	p. 142
When To Use Static Routes	p. 143
Routing Information Protocol	p. 145
RIP Version 1	p. 145
RIP Version 2	p. 146
RIP Convergence	p. 147
Scalable IP Routing I-OSPF	p. 151
Open Shortest Path First (OSPF)	p. 152
Why Use OSPF7	p. 152
How OSPF Operates	p. 154
Link State Advertisements (LSAs)	p. 155
Neighbor and Adjacency Formation	p. 159
SPF Algorithm	p. 161
OSPF Convergence	p. 163
OSPF Network Types	p. 164
Broadcast Networks and Designated Routers	p. 165
Point-to-Point Networks	p. 168
Non-broadcast Networks	p. 168
Point-to-Multipoint Networks	p. 171
Designing Within the Hierarchical Structure	p. 172
Rules for the OSPF Area Structure	p. 174
Scaling Limitations for OSPF Areas	p. 179
OSPF Routers	p. 181
Stub Areas	p. 188
Totally Stubby Areas	p. 190
Not-So-Stubby Areas (NSSA)	p. 190
Virtual Links	p. 193
Variable-Length Subnet Masking (VLSM)	p. 197
Route Summarization in OSPF	p. 198
How OSPF Summarizes	p. 199
OSPF and ISDN	p. 202
OSPF Demand Circuit	p. 202
Conclusion	p. 205
Scalable IP Routing II- EIGRP and Protocol Redistribution	p. 207
EIGRP Operational Characteristics	p. 208
Protocol Overview	p. 208
EIGRP Concepts and Operation	p. 210
EIGRP Convergence	p. 218
Convergence and DUAL	p. 218
Convergence Problems with EIGRP	p. 219
Load Balancing with EIGRP	p. 225
VLSM	p. 227
Route Summarization	p. 228
The Automatic Summarization Myth	p. 229
The Power of Manual Route Summarization	p. 230
EIGRP over NBMA Networks	p. 233
PVC Bandwidth Allocation	p. 234
EIGRP in a Multiprotocol Environment	p. 236
Protocol Redistribution	p. 236
Preventing Routing Loops	p. 238
Route Determination	p. 239
Migrating from IGRP	p. 243
Migration Strategy	p. 244
Issues Worth Noting	p. 245
A Case Study in EIGRP Migration	p. 246
EIGRP and OSPF: Comparison Summary	p. 248
Complexity of Operation	p. 248
Design Restrictions	p. 248
Ease of Configuration	p. 249
Scalability	p. 249
Convergence	p. 249
Route Summarization	p. 250
VLSM	p. 250
Proprietary	p. 250
Misconceptions in the Marketplace	p. 251
Conclusion	p. 252
BGP and Internet Routing	p. 253
BGP Operation and Characteristics	p. 254
BGP Overview	p. 254
Fundamental Internet Architecture	p. 256
When Is BGP the Correct Option?	p. 257
EBGP and IBGP	p. 259
Synchronization	p. 261
BGP Stability - Problems and Solutions	p. 263
IGP Redistribution into BGP	p. 265
BGP Redistribution into IGP	p. 266
BGP Path Selection and Manipulation	p. 270
BGP Attributes	p. 270
BGP Route Selection	p. 278
BGP Filtering	p. 278
Attribute Manipulation and Policy-Based Routing	p. 281
Policy Based Routing Examples	p. 282
BGP Resilience and Redundancy	p. 285
Default Routes to Each ISP	p. 285
Default Routes in Tandem with BGP	p. 287
Receiving Full BGP Routes	p. 289
Scalable AS Routing	p. 290
Route Aggregation	p. 290
Route Reflectors	p. 292
Route Reflector Design and Migration Issues	p. 296
BGP Confederations and Private AS	p. 297
Peer Groups Within BGP	p. 299
Designing the LAN I-The Campus	p. 301
Campus Network Design Goals	p. 302
Performance Parameters	p. 302
Diversity of Applications and QOS	p. 303
Effective Resilience	p. 304
Scalability	p. 309
Understanding the Campus Network	p. 310
Client-Server Traffic Flow	p. 310
To Switch or Not To Switch?	p. 310
Designing a LAN Topology	p. 321
Segmentation Using Routing	p. 321
Segmentation Using Switching	p. 325
The Importance of Layer 3 Switching	p. 330
Campus Hierarchical Design	p. 335
Access Layer	p. 336
Intermediate Layer	p. 337
Campus Backbone	p. 343
Collapsed Backbone versus Distributed	p. 348
Routed Backbone versus Switched	p. 350
Sample Campus Topology	p. 358
Designing the LAN II - VLANs, Multicasting, and QoS	p. 361
VLAN Planning	p. 362
Why Implement VLANs?	p. 362
The Physical Scope of VLANs	p. 365
VLAN Management	p. 367
VLAN Trunking	p. 368
VLAN Gateways and Resilience	p. 370
Spanning Tree Protocol (STP)	p. 378
Spanning Tree Refresher	p. 378
Fundamental Design Issues	p. 383
Optimizing STP	p. 390
STP and Port Aggregation	p. 394
IP Multicasting	p. 396
The Significance of Multicasting	p. 396
An Overview of IP Multicasting	p. 399
QoS and RSVP	p. 422
RSVP Overview	p. 423
RSVP Operation	p. 424
Design and Implementation Considerations	p. 431
Network Security	p. 435
Developing a Security Strategy	p. 436
Productivity Versus Protection	p. 436
Elements of Information Protection	p. 437
Risk and Vulnerability Assessment	p. 438
Developing a Security Policy	p. 440
Security Tools	p. 441
Packet Filtering	p. 442
Encryption	p. 449
Virtual Private Networks (VPNs)	p. 453
Intrusion Detection Systems (IDSs)	p. 454
Password Management	p. 456
Security Servers	p. 457
IPv6 and IPSec	p. 458
Firewalls	p. 461
Firewall Functions	p. 461
Firewall Architecture	p. 464
Firewall Policies	p. 467
Security Design and Implementation	p. 476
Device Security	p. 476
Network Security	p. 477
Protection Against Common IP Threats	p. 479
Table of Contents provided by Syndetics. All Rights Reserved.

IP Network Design

At a Glance

Paperback

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