The switch book: the complete guide to LAN switching technology
Gespeichert in:
| 1. Verfasser: | |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
New York [u.a.]
Wiley
2000
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| Schriftenreihe: | Wiley computer publishing
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | XXI, 698 S. Ill. |
| ISBN: | 0471345865 |
Internformat
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| 264 | 1 | |a New York [u.a.] |b Wiley |c 2000 | |
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Datensatz im Suchindex
| _version_ | 1804128210903891968 |
|---|---|
| adam_text | Preface xiii
Who Should Read This Book xiv
Organization of the Book xv
Part I: Foundations of LAN Switches xv
Part ü: Advanced LAN Switch Concepts xvi
A Few Words from the Author xviii
The Laws of Networking xix
A Special Bonus for People Who Read Prefaces! xix
MyThanks xx
Technology Updates xx
Contact the Author xxi
Part I: Foundations of LAN Switches 1
Chapter 1: Laying the Foundation 3
1.1 Network Architecture 4
1.1.1 Physical Layer 6
1.1.2 Data Link Layer 6
1.1.3 Network Layer 7
1.1.4 Transport Layer 8
1.1.5 The Layers Keep Lifting Me... Higher and Higher 8
1.1.6 Layering Makes a Good Servant but a Bad Master 9
1.1.7 Inside the Data Link Layer 11
1.2 Addressing 19
1.2.1 Local and Global Uniqueness 19
1.2.2 LAN Data Link Addresses 21
1.3 LAN Technology Review 27
1.3.1 Ethernet 27
1.3.2 Token Ring 38
1.3.3 Fiber Distributed Data Interface 42
1.3.4 Other LAN Technologies 46
1.4 IEEE LAN Standards 47
1.4.1 IEEE 802 Organization 48
1.4.2 IEEE 802 Naming Conventions, or Mind Your p s
and Q s 49
1.4.3 IEEE 802.1 50
1.4.4 IEEE 802.3 52
1.4.5 IEEE 802.5 53
1.4.6 Other Standards Organizations 53
1.5 Terminology 54
1.5.1 Applications, Clients, and Service Providers 55
1.5.2 Encapsulation 55
1.5.3 Stations and Interconnections 58
1.5.4 Terminology Summary 60
Chapter 2: Transparent Bridges 61
2.1 Principles of Operation 61
2.1.1 Unicast Operation 63
2.1.2 Unknown and Multicast Destinations 65
2.1.3 Generating the Address Table 66
2.1.4 Address Table Aging 67
2.1.5 Process Model of Table Operation 68
2.1.6 Custom Filtering and Forwarding 70
2.1.7 Multiple Bridge Topologies 71
2.2 Transparent Bridge Architecture 73
2.2.1 Maintaining the Link Invariants 74
2.3 Implementing the Bridge Address Table 83
2.3.1 Table Operations 83
2.3.2 Search Algorithms 84
2.3.3 How Deep Is Your Table? 91
2.3.4 Aging Entries from the Table 92
2.4 Bridge Performance 94
2.4.1 What Does It Take to Be the Best? 94
2.4.2 If You re Not the Best, How Good Are You? 96
2.5 The IEEE 802.1D Standard 97
2.5.1 Operating Parameters and Requirements 98
2.5.2 Bridge Address Assignment 101
2.5.3 Reserved Addresses 103
Chapter 3: Bridging between Technologies 105
3.1 Bridging the LAN Gap 106
3.1.1 LAN Operational Mechanisms 107
3.1.2 Frame Format Translation 108
t
3.1.3 Issues in Bridging Dissimilar LANs 118
3.1.4 Thoughts on Bridging Dissimilar LANs 138
3.2 Bridging between Local and Wide Area Networks 139
3.2.1 Applications of Remote Bridges 139
3.2.2 Technologies for Remote Bridges 140
3.2.3 Encapsulation 141
3.2.4 Issues in Remote Bridges 144
3.2.5 IEEE 802. IG—Not! 147
Chapter4: Principles of LAN Switches 149
4.1 A Switch Is a Bridge Is a Switch 149
4.2 Switched LAN Concepts 150
4.2.1 Separate Access Domains 151
4.2.2 Segmentation and Microsegmentation 152
4.2.3 Extended Distance Limitations 154
4.2.4 Increased Aggregate Capacity 154
4.2.5 Data Rate Flexibility 155
4.3 Cut Through versus Store and Forward Operation 155
4.4 Layer 3 Switches 160
4.4.1 A Router by Any Other Name Would Still Forward
Packets 161
4.4.2 Layer 3 Switch Operation 162
4.4.3 Layer 4 Switching 175
4.5 Four Generations of Switch Integration 178
4.6 Switch Configurations 183
4.6.1 Bounded Systems 183
4.6.2 Stackable Switches 185
4.6.3 Chassis Switches 187
4.7 Switch Application Environments 189
4.7.1 Desktop Level 191
4.7.2 Workgroup Level 191
4.7.3 Campus Level 192
4.7.4 Enterprise Level 192
4.7.5 The Needs Change with the Level 192
Chapter 5: Loop Resolution 201
5.1 Diary of a Loopy LAN 201
5.1.1 Getting Yourself in the Loop 203
5.1.2 Getting out of the Loop 204
5.2 The Spanning Tree Protocol 205
5.2.1 History of the Spanning Tree Protocol 205
5.2.2 Spanning Tree Protocol Operation 206
5.2.3 Issues in STP Implementation 226
5.3 Loops in a Remotely Bridged (WAN) Catenet 228
5.3.1 There s More than a One Letter Difference 229
5.3.2 Spanning Tree on a WAN 229
5.3.3 Proprietary Loop Resolution Algorithms 232
5.3.4 Routing versus Bridging on the WAN 233
5.4 An Example of Loop Resolution 234
5.5 Behavior of a Spanning Tree Catenet 236
5.5.1 Maintaining the Link Invariants 237
5.5.2 Data Flow on the Spanning Tree 237
5.5.3 Traffic Congregation at the Root 238
5.5.4 Topology Changes and Disruption 239
5.6 Configuring the Spanning Tree 239
5.6.1 Well All Be Planning That Root... 240
5.6.2 Assigning Link Costs 241
5.6.3 Setting Protocol Timers 241
5.6.4 Managing the Extent of the Catenet 242
5.7 Up a Tree without a Protocol? 243
5.7.1 Why Would Anyone Do This? 243
5.7.2 Interoperabihty 244
5.7.3 What to Do, What to Do? 244
Chapter 6: Source Routing 245
6.1 Overview of Source Routing Operation 246
6.2 Eine Kleine Sourceroutinggeschichte 247
6.3 Source Routing Concepts 249
6.3.1 Nontransparency, or Peek a Boo—ISeeYou! 249
6.3.2 Who s the Boss? 249
6.3.3 Connection Orientation 252
6.3.4 Be All that You Can Be (Without Joining the Army) 254
6.3.5 Even Token Rings Need to Get Out of the Loop
Sometimes 254
6.3.6 Ring and Bridge Numbering 255
6.3.7 Route Discovery 256
6.3.8 Maximum Transmission Unit (MTU) Discovery 258
6.4 Source Routed Frames 258
6.4.1 Differentiating Source Routed and Non Source
Routed Frames 258
6.4.2 Non Source Routed Frames 260
6.4.3 Source Routed Frame Format 260
6.5 Source Routing Operation 266
6.5.1 Route Discovery 266
6.5.2 Station Operation 273
6.5.3 Bridge Operation 276
6.6 Interconnecting the Source Routed and Transparently
Bridged Urüverses 281
6.6.1 Don t Bridge—Route! 286
6.6.2 The Source Routing to Transparent Bridge (SR TB) 287
6.6.3 The Source Routing/Transparent Bridge (SRT) 290
6.7 IEEE Standards and Source Routing 293
6.8 The Future of Source Routing 293
Part II: Advanced LAN Switch Concepts 295
Chapter 7: Füll Duplex Operation 297
7.1 WhyaMAC? 298
7.2 Füll Duplex Enablers 299
7.2.1 Dedicated Media 299
7.2.2 Dedicated LAN 302
7.3 Füll Duplex Ethernet 303
7.3.1 Ethernet IsCSMA/CD 303
7.3.2 Füll Duplex Ethernet Operating Environment 305
7.3.3 Subset of Half Duplex Operation 306
7.3.4 Transmitter Operation 307
7.3.5 Receiver Operation 307
7.3.6 Ethernet Minimum Frame Size Constraint 308
7.4 Dedicated Token Ring 309
7.5 Implications of Füll Duplex Operation 311
7.5.1 Eliminating the Link Length Restriction
of Half Duplex Ethernet 312
7.5.2 Increasing the Link Capacity 312
7.5.3 Increasing Switch Load 313
7.6 Füll Duplex Application Environments 315
7.6.1 Switch to Switch Connections 316
7.6.2 Server and Router Connections 316
7.6.3 Long Distance Connections 317
Chapter 8: LAN and Switch Flow Control 319
8.1 The Need for Flow Control 320
8.1.1 Default Switch Behavior 322
8.1.2 The Effectof Frame Loss 322
8.1.3 End to End Flow Control 324
8.1.4 Cost Performance Tradeoffs 325
8.2 Controlling Flow in Half Duplex Networks 325
8.2.1 Backpressure 326
8.3 MAC Control 333
8.3.1 MAC Control Architecture 334
8.3.2 MAC Control Frame Format 336
8.4 PAUSE Function 336
8.4.1 Overview of PAUSE Operation 339
8.4.2 PAUSE Frame Semantics 340
8.4.3 Configuration of Flow Control Capabilities 342
8.5 IEEE 802.3x Flow Control Implementation Issues 343
8.5.1 Design Implications of PAUSE Function 343
8.5.2 Flow Control PoUcies and Use 348
8.6 Flow Control Symmetry 351
8.6.1 Symmetrie Flow Control 351
8.6.2 Asymmetrie Flow Control 352
Chapter 9: Link Aggregation 355
9.1 link Aggregation Benefits 356
9.2 Application of Link Aggregation 358
9.2.1 Switch to Switch Connections 359
9.2.2 Switch to Station (Server or Router) Connections 359
9.2.3 Station to Station Connections 361
9.3 Aggregate or Upgrade? 361
9.4 Issues in Link Aggregation 362
9.4.1 Addressing 362
9.4.2 Distributing Traffic across an Aggregation 366
9.4.3 Performance 379
9.4.4 Technology Constraints (a.k.a. Link Aggravation) 381
9.4.5 Configuration Control 382
9.5 IEEE 802.3ad link Aggregation Standard 385
9.5.1 Scopeofthe Standard 385
9.5.2 Features and Benefits ofthe Standard 387
9.5.3 Link Aggregation Architectural Model 389
9.5.4 Biliding Physical Ports to Aggregators 391
9.5.5 Binding, Distribution, and Collection 394
9.5.6 Addressing 394
9.5.7 Marker Protocol Operation 395
9.5.8 link Aggregation Control Protocol (LACP) 398
Chapter 10: Multicast Pruning 409
10.1 Multicast Usage 409
10.1.1 Who Assigns Multicast Addresses? 411
10.1.2 Application Use of Multicast 414
10.1.3 Implications of Default Behavior 416
10.2 Trimming the (Spanning) Tree 416
10.2.1 The Weekend Networker s Guide to Tree Pruning 417
10.2.2 IEEE 802.1p 420
10.3 GARP Multicast Registration Protocol (GMRP) 421
10.3.1 Generic Attribute Registration Protocol 422
10.3.2 GMRP Use of GARP 426
Chapter 11: Virtual LANs: Applications and Concepts 431
11.1 Applications of VLANs 432
11.1.1 The Software Patch Panel 433
11.1.2 LANSecurity 435
11.1.3 UserMobility 438
11.1.4 Bandwidth Preservation 440
11.2 VLAN Concepts 441
11.2.1 PlayingTagonYourLAN 443
11.2.2 VLAN Awareness 447
11.2.3 VIAN Association Rules (Mapping Frames
to VLANs) 457
11.2.4 Frame Forwarding 472
Chapter 12: Virtual LANs: The IEEE Standard 475
12.1 Overview andScopeof the Standard 477
12.2 Elements of the Standard 478
12.3 Tag and Frame Formats 480
12.3.1 VLAN Protocol Identifier 480
12.3.2 Tag Control Information Field 481
12.3.3 Embedded Routing Information Field 485
12.3.4 Tagged Ethernet Frames 488
12.3.5 Flash! Ethernet MTU Increases by 4 Bytes! 492
12.3.6 Tagged Token Ring Frames 494
12.3.7 Tagged FDDI Frames 495
12.3.8 VLAN Tags onOther LAN Technologies 495
12.3.9 A Word on Bit and Byte Order 497
12.4 IEEE 802.1Q Switch Operation 497
12.4.1 Ingress Process 500
12.4.2 Progress Process 501
12.4.3 Egress Process 503
12.4.4 System Level Switch Constraints 506
12.4.5 GARP VLAN Registration Protocol (GVRP) 507
12.5 Multicast Registration and VLAN Context 509
12.6 VLANs and the SpanningTree 509
Chapter 13: Priority Operation 515
13.1 Why Priority? 515
13.2 LAN Priority Mechanisms 517
13.2.1 Token Ring Priority Mechanisms 518
13.2.2 FDDI Priority Mechanisms 519
13.2.3 Ethernet Priority Mechanisms 520
13.3 VLAN and Priority Tagging 524
13.4 Getting into the Priority Business 524
13.5 Priority Operation in Switches 527
13.5.1 The Ordering Invariant—Redux 527
13.5.2 IEEE 802.1p 528
13.5.3 Switch Process Flow for Priority Operation 530
13.5.4 Determining Frame Priority on Input 531
13.5.5 Mapping Input Priority to Class of Service 535
13.5.6 Output Scheduling 539
Chapter 14: Switch Management 545
14.1 The Simple Network Management Protocol (SNMP) 547
14.1.1 SNMPConcepts 548
14.2 Network Monitoring Tools 556
14.2.1 Protocol Analysis in aSwitched LAN 559
14.2.2 RMON Capabilities and MIBs 564
14.2.3 RMON Support for Virtual LANs 576
14.2.4 Levelsof RMON Support 576
14.3 Internal Switch Management Platforms 577
14.4 Non SNMP Management 579
14.4.1 Internal Web Servers 580
14.4.2 Out of Band Management 581
14.4.3 Management by Telnet 583
14.4.4 Reach Out and Ping Someone 584 j
Chapter 15: Make the Switch! 587
15.1 KeepingHouse 589
15.1.1 Housekeeping Functions 592
15.1.2 Implementation and Performance
(or, It s Tough to Find a Good Housekeeper) 593
15.2 Switch Data Receive Path Functions 594
15.2.1 Port Interfaces (Receive) 594
15.2.2 Receive Flow Control 596
15.2.3 Link Aggregation Collector 597
15.2.4 Classification Engine 597
15.2.5 VLAN Filters 604
15.2.6 Lookup Engine 605
15.3 Switch Fabrics 612
15.3.1 Shared Memory 612
15.3.2 Shared Bus 622
15.3.3 Crosspoint Matrix 624
15.3.4 Input versus Output Queues 639
15.4 Switch Data Transmit Path Functions 641
15.4.1 Output Filters 641
15.4.2 Output Queues and Priority Handlung 644
15.4.3 Link Aggregation Distributor 645
15.4.4 Transmit Flow Control 645
15.4.5 Hey, Kids! What Time Is It? 646
15.4.6 Port Interfaces (Transmit) 646
Appendix: Protocoi Parsing 649
Frame Format 650
Decision Flow 650
References 653
Glossary 661
Terms 661
Acronyms and Abbreviations 683
Index 689
|
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| isbn | 0471345865 |
| language | English |
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| spelling | Seifert, Rich Verfasser aut The switch book the complete guide to LAN switching technology Rich Seifert New York [u.a.] Wiley 2000 XXI, 698 S. Ill. txt rdacontent n rdamedia nc rdacarrier Wiley computer publishing Computer network architectures Internetworking Telecommunication Local area networks Computer networks Telecommunication Switching systems Switching Kommunikationstechnik (DE-588)4410054-1 gnd rswk-swf Lokales Netz (DE-588)4114441-7 gnd rswk-swf Lokales Netz (DE-588)4114441-7 s Switching Kommunikationstechnik (DE-588)4410054-1 s DE-604 HBZ Datenaustausch application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=009159847&sequence=000002&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
| spellingShingle | Seifert, Rich The switch book the complete guide to LAN switching technology Computer network architectures Internetworking Telecommunication Local area networks Computer networks Telecommunication Switching systems Switching Kommunikationstechnik (DE-588)4410054-1 gnd Lokales Netz (DE-588)4114441-7 gnd |
| subject_GND | (DE-588)4410054-1 (DE-588)4114441-7 |
| title | The switch book the complete guide to LAN switching technology |
| title_auth | The switch book the complete guide to LAN switching technology |
| title_exact_search | The switch book the complete guide to LAN switching technology |
| title_full | The switch book the complete guide to LAN switching technology Rich Seifert |
| title_fullStr | The switch book the complete guide to LAN switching technology Rich Seifert |
| title_full_unstemmed | The switch book the complete guide to LAN switching technology Rich Seifert |
| title_short | The switch book |
| title_sort | the switch book the complete guide to lan switching technology |
| title_sub | the complete guide to LAN switching technology |
| topic | Computer network architectures Internetworking Telecommunication Local area networks Computer networks Telecommunication Switching systems Switching Kommunikationstechnik (DE-588)4410054-1 gnd Lokales Netz (DE-588)4114441-7 gnd |
| topic_facet | Computer network architectures Internetworking Telecommunication Local area networks Computer networks Telecommunication Switching systems Switching Kommunikationstechnik Lokales Netz |
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