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ANSI INCITS 296 : 1997 : R2007

Superseded

Superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

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superseded

A superseded Standard is one, which is fully replaced by another Standard, which is a new edition of the same Standard.

INFORMATION TECHNOLOGY - SINGLE-BYTE COMMAND CODE SETS CONNECTION (SBCON) ARCHITECTURE

Available format(s)

Hardcopy , PDF

Superseded date

04-23-2024

Language(s)

English

Published date

01-01-2007

Foreword
Introduction
1 Scope
2 Normative references
   2.1 Approved references
   2.2 Other References
3 Definitions and conventions
   3.1 Definitions
   3.2 Editorial conventions
   3.3 Abbreviations, acronyms and symbols
4 I/O interface overview
   4.1 Channel-path elements
   4.2 Channel-path configurations
   4.3 Information formats
   4.4 Protocols
5 SBCON physical layer definition
   5.1 Physical interface
   5.2 Multimode physical layer
   5.3 Single-mode physical layer
   5.4 Bit-error-rate thresholding
6 Transmission code
   6.1 Notation conventions
   6.2 8B/10B transmission code
   6.3 Special character combinations
7 Link transmission and reception characteristics
   7.1 Synchronization
   7.2 Idle character
   7.3 Ordered-set reception
   7.4 Sequence transmission and reception
8 Frame structure
   8.1 Link header
   8.2 Information field
   8.3 Link trailer
   8.4 Frame transmission and reception
   8.5 Link-interval duration
   8.6 Connection-recovery-interval duration
9 Link-level-control functions
   9.1 Link-control frames
   9.2 Functions and protocols for device frames
10 Link-level-facility and dynamic-switch-port states and
   protocols
   10.1 Initialization
   10.2 Link-incident reporting
   10.3 Offline procedures
   10.4 Connection recovery
   10.5 Link failure
   10.6 Link abort
   10.7 Connection
   10.8 Link-level-facility states
   10.9 Dynamic-switch-port states
   10.10 Link timeout
   10.11 Link-busy condition
11 Link and dynamic-switch-port error conditions
   11.1 Link errors
   11.2 Dynamic-switch-port errors
12 Device-frame format
   12.1 Device-header
   12.2 Device-information block
   12.3 Device-frame delimiters
13 Device-level functions and protocols
   13.1 Device-level operations
   13.2 Device-level controls
   13.3 Error handling at the device level
   13.4 Resetting event
   13.5 Special functions
14 Recovery actions for link-level and device-level
   errors
   14.1 Link-level recovery
   14.2 Device-level recovery
   14.3 Dynamic-switch-port recovery
15 Specific I/O-device commands
   15.1 Basic sense command
   15.2 No-operation control command
   15.3 Read-configuration-data command
   15.4 Read-IPL command
   15.5 Read-node-identifier command
   15.6 Sense-ID command
   15.7 Set-interface-identifier command
16 I/O device self-description
   16.1 Node descriptor
   16.2 Node-qualifier
   16.3 Node-element-descriptor
   16.4 Specific-node-element-qualifier
   16.5 General-node-element-qualifier
Annexes
Annex A (informative) Status combinations
Annex B (informative) Self-description model supplementary
        Information
Annex C (informative) Frame formats

Specifies an input/output (I/O) and interconnection architecture. SBCON specifies fiber optic links, switched point-to-point topology, and I/O protocols for high bandwidth, high performance and long distance information exchange.

Committee
X3T11
DocumentType
Standard
Pages
242
ProductNote
Reconfirmed 2007
PublisherName
Information Technology Industry Council
Status
Superseded
SupersededBy
Supersedes

TIA 455-187 : 1991(R1999) ENGAGEMENT AND SEPARATION FORCE MEASUREMENT OF FIBER OPTIC CONNECTOR SETS
TIA 526-11 : 91(R2014) OFSTP-11 - MEASUREMENT OF SINGLE-REFLECTION POWER PENALTY FOR FIBER OPTIC TERMINAL EQUIPMENT
TIA 455-80 : C2003 FOTP-80 - IEC 60793-1-44 OPTICAL FIBRES - PART 1-44: MEASUREMENT METHODS AND TEST PROCEDURES - CUT-OFF WAVELENGTH
TIA 526-3 : 2007 FIBER OPTIC TERMINAL EQUIPMENT RECEIVER SENSITIVITY AND MAXIMUM RECEIVER INPUT
TIA 455-176 : A2003 OPTICAL FIBRES - PART 1-20: MEASUREMENT METHODS AND TEST PROCEDURES - FIBRE GEOMETRY
TIA 455-167 : A1992 MODE FIELD DIAMETER MEASUREMENT, VARIABLE APERTURE METHOD IN THE FAR-FIELD
TIA 455-30 : B1991 FREQUENCY DOMAIN MEASUREMENT OF MULTIMODE OPTICAL FIBER INFORMATION TRANSMISSION CAPACITY
ANSI Z136.2 : 2012 SAFE USE OF OPTICAL FIBER COMMUNICATION SYSTEMS UTILIZING LASER DIODE AND LED SOURCES
TIA 455-107 : A1999 DETERMINATION OF COMPONENT REFLECTANCE OR LINK/SYSTEM RETURN LOSS USING A LOSS TEST SET
TIA/EIA 455-54 : B1998(R2013) MODE SCRAMBLER REQUIREMENTS FOR OVERFILLED LAUNCHING CONDITIONS TO MULTIMODE FIBERS
TIA 526-2 : A2015 EFFECTIVE TRANSMITTER OUTPUT POWER COUPLED INTO SINGLE-MODE FIBER OPTIC CABLE
TIA 455-164 : A1991 SINGLE-MODE FIBER, MEASUREMENT OF MODE FIELD DIAMETER BY FAR-FIELD SCANNING
TIA/EIA 455-171 : A2001 ATTENUATION BY SUBSTITUTION MEASUREMENT FOR SHORT-LENGTH MULTIMODE GRADED-INDEX AND SINGLE-MODE OPTICAL FIBER-CABLE ASSEMBLIES
TIA 526-14 : C2015 OPTICAL POWER LOSS MEASUREMENTS OF INSTALLED MULTIMODE FIBER CABLE PLANT
TIA 455-48 : B1990(R2014) FOTP-48 MEASUREMENT OF OPTICAL FIBER CLADDING DIAMETER USING LASER-BASED INSTRUMENTS
TIA/EIA 455-34 : A1995(R2002) INTERCONNECTION DEVICE INSERTION LOSS TEST
ANSI INCITS 271 : 1996 INFORMATION TECHNOLOGY - FIBRE CHANNEL - SINGLE-BYTE COMMAND CODE SETS MAPPING PROTOCOL (FC-SB)
TIA 526-7 : A2015 MEASUREMENT OF OPTICAL POWER LOSS OF INSTALLED SINGLE-MODE FIBER CABLE PLANT
TIA 455-127 : A2006(R2014) FOTP-127-A - BASIC SPECTRAL CHARACTERIZATION OF LASER DIODES
TIA 455-177 : B2003 FOTP177 - IEC 60793-1-43 - OPTICAL FIBRES - PART 1-43: MEASUREMENT METHODS AND TEST PROCEDURES - NUMERICAL APERTURE
TIA 492AAAA : B2009 DETAIL SPECIFICATION FOR 62.5-[MU]M CORE DIAMETER/125[MU]M CLADDING DIAMETER CLASS IA GRADED-INDEX MULTIMODE OPTICAL FIBERS
TIA 455-51 : A1991 PULSE DISTORTION MEASUREMENT OF MULTIMODE GLASS OPTICAL FIBER INFORMATION CAPACITY
TIA 455-6 : B1992(R2012) CABLE RETENTION TEST PROCEDURE FOR FIBER OPTIC CABLE INTERCONNECTING DEVICES
TIA 526-4 : A1997 OPTICAL EYE PATTERN MEASUREMENT PROCEDURE

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