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Fibre Channel for SANs - Alan Frederic Benner

Paperback

Published: 1st March 2001
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RRP $155.99
$144.75

'Read this book before implementing a storage area network. Understanding the theory behind the Fibre Channel protocol is necessary before deploying a SAN into your infrastructure ! Considering how technical the subject is, I found this book incredibly easy to understand! Definitely a recommended reading for any System Administrator looking to stay in demand' - a reader at Amazon.com, on the author's earlier "Fibre Channel". Fibre Channel is a high-performance interconnect standard capable of transporting huge amounts of traffic among desktop workstations, mass storage subsystems, peripherals, and host systems at speeds 10 to 250 times faster than typical LANs. Briefly eclipsed by Gigabit Ethernet, fibre channel has come into its own again as the defining network architecture for Storage Area Networks (SANs), which are proving critical for managing the volume and complexity of data generated by Internet-era applications.Design and Deploy a SAN with step-by-step guidance. Written by a leading authority on the high-performance fibre channel ANSI standard, "Fibre Channel" author Dr Alan F.Benner, this new guide gives you both an easy-to-understand overview and a practical roadmap for SAN design and deployment. "Fibre Channel for SANs" shows you how Fibre Channel works, how it integrates with other protocols and systems, and how to implement it to create a SAN for fast access to mass storage. It helps you build expertise in the standard used by ISPs for Web page storage, and by enterprise data centrers for managing multi-Terabyte storage requirements. It explains how to create bandwidth-sparing solutions for multimedia-voice, video, animation, music-and real-time video conferencing.This title walks you through the ANSI standard's 5 levels, from the physical transmission level through interfaces to upper layer protocols; provides clear directions on implementing logins and logouts, link services, error detection and recovery, flow control, and more; demonstrates mapping SCSI and IP over Fibre Channel; offers a wealth of timesaving illustrations; and, provides practical suggestions for troubleshooting Fibre Channel networks. "The Best Guide to Applying Fibre Channel" - for a bigger, better, faster, more capable data network.

"Read this Book before implementing a Storage Area Network. September 29, 1999 Reviewer: A reader from Philadelphia, Pa. The Fibre Channel book by Alan Benner is an excellent book. Understanding the theory behind the Fibre Channel protocol is necessary before deploying a SAN into your infrastructure. This book gave me a look inside the protocol, from a designers perspective. Considering how technical the subject of the book is, I found the book incredibly easy to follow, and the Figures represented in the book were precise and representative of the text. This is definitely recommended reading for any System Administrator looking to stay in demand.

Fibre Channel and Storage Area Networksp. 1
Fibre Channel Featuresp. 3
Storage Area Networksp. 5
SANs, LANs, and NASp. 8
Goals of This Bookp. 12
Overviewp. 13
FC-0 General Descriptionp. 16
FC-1 General Descriptionp. 17
FC-2 General Descriptionp. 18
FC-3 General Descriptionp. 38
FC-4 General Descriptionp. 39
Initialization and Data Transferp. 43
Link Initializationp. 45
Loop Initializationp. 47
Fabric and N_Port Loginp. 49
Initial Sequence Transmissionp. 51
Completion of an Exchangep. 54
Protocol Not Covered by the Examplep. 55
FC-0: Physical Interfacep. 59
General Characteristicsp. 60
Transmitter and Receiverp. 61
Intentional Transmission of Invalid Codep. 62
FC-0 Nomenclature and Technology Optionsp. 62
Long-Wavelength Laser Single-Mode Linkp. 64
Short-Wavelength Laser Multi-Mode Fiber Linksp. 68
Open Fiber Control Safety System for SW Laser Linksp. 70
LED Multi-Mode Fiber Linksp. 71
75-Ohm Coaxial Cable Electrical Linksp. 71
150-Ohm Shielded Twisted Pair Electrical Linksp. 74
FC-1: 8B/10B, Transmitters, and Receiversp. 75
8B/10B Transmission Code Overviewp. 76
Character Encoding and Decodingp. 78
Transmission, Reception, and Error Detectionp. 80
Transmitter and Receiver Statesp. 85
Ordered Setsp. 89
Ordered Setsp. 91
Port States on Non-Loop Topologiesp. 98
Primitive Sequence Protocolsp. 104
FC-2: Framesp. 107
Frame Formatp. 109
Frame Header Fieldsp. 112
Data Frames and Link Control Framesp. 131
Link Credit Reset (LCR) Framep. 134
Detailed Responses to Data and Link Control Framesp. 135
FC-2: Sequences and Exchangesp. 143
Sequence Managementp. 144
Exchange Managementp. 149
Sequence and Exchange Status Blocksp. 152
Login and Logout Servicesp. 157
Login and Logout Overviewp. 158
Fabric Loginp. 161
N_Port Loginp. 163
Logoutp. 165
N_Port and F_Port Service Parametersp. 166
Overview of Process Login/Logoutp. 174
Procedure to Estimate End-to-End Creditp. 176
Classes of Servicep. 181
Class 1 Servicep. 184
Class 2 Servicep. 188
Class 3 Servicep. 189
Intermixp. 191
Class 4--Fractionalp. 192
Class 6--Uni-Directional Dedicated Connectionp. 194
Link Servicesp. 195
Basic Link Service Commandsp. 196
Extended Link Service Command Overviewp. 200
Extended Link Service Repliesp. 203
ELS Requests: Login, Logout, and Abort Exchangep. 203
ELS Requests: Status Determination and Initiative Requestp. 207
ELS Requests: Credit Determinationp. 209
ELS Requests: Miscellaneous Functionsp. 210
ELS Requests for Alias IDsp. 213
ELS Requests for Class 4 Servicep. 214
FC-4 Link Servicesp. 215
Error Detection and Recoveryp. 217
Timeout Periodsp. 219
Usage of Timeoutsp. 221
Link Error Detection and Recoveryp. 224
Frame Reception and Frame Validityp. 226
Exchange and Sequence Integrityp. 228
Exchange Error Policies for Class 1 and Class 2p. 229
Class 3 Sequence Error Handlingp. 233
Sequence Recoveryp. 233
Stop Sequence Protocol Overviewp. 239
Link Error Status Block Rulesp. 240
Optional Headers and Special Functionsp. 241
Optional Headersp. 242
Special Functionsp. 246
Class 1 Connection Managementp. 247
Overview: Normal Proceduresp. 249
Dedicated Connection Recoveryp. 251
Dedicated Connections over Various Topologiesp. 252
Class 1 Dedicated Connection: Detailed Operationp. 254
Flow Controlp. 261
General Strategiesp. 262
Fibre Channel Flow Control Strategiesp. 263
End-to-End Flow Controlp. 265
Buffer-to-Buffer Flow Controlp. 270
Integrated Flow Control for Class 2 Servicep. 272
Arbitrated Loopp. 273
Overviewp. 274
AL_PA Physical Addressesp. 278
Primitive Signals and Sequences for ALp. 280
Loop Initializationp. 284
Loop Port State Machine Operation: An Examplep. 288
Performance and Timingp. 294
Arbitrated Loop Advantages and Disadvantagesp. 296
Switch Fabricsp. 299
Network Characteristicsp. 301
Class F Servicep. 304
Special Switching Functionsp. 308
Well-Known Generic Servicesp. 309
FC-4: SCSI and IP over Fibre Channelp. 315
FC-4 Control over Fibre Channel Operationsp. 317
IP over Fibre Channelp. 317
SCSI-3 over Fibre Channel: FCP Overviewp. 323
Future Work: FC-PH-?? and Beyondp. 333
The Fibre Channel Futurep. 335
The "Ethernet Everywhere" Futurep. 336
The "InfiniBand Grows Outward" Futurep. 338
The Actual Futurep. 340
References and Further Readingp. 343
Table of Contents provided by Syndetics. All Rights Reserved.

ISBN: 9780071374132
ISBN-10: 0071374132
Series: Professional Telecommunications S.
Audience: Professional
Format: Paperback
Language: English
Number Of Pages: 384
Published: 1st March 2001
Publisher: McGraw-Hill Education - Europe
Dimensions (cm): 23.5 x 19.0  x 2.0
Weight (kg): 0.66