IEEE 1394b-2002

$98.04

Standard for High Performance Serial Bus (High Speed Supplement)]

Published By	Publication Date	Number of Pages
IEEE	2002

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Description

Amendment Standard – Superseded. Supplemental information for a high-speed serial bus that integrates well with most IEEE standard 32-bit and 64-bit parallel buses is specified. It is intended to extend the usefulness of a low-cost interconnect between external peripherals. This standard follows the IEEE Std 1212 ™-2001 Command and Status Register (CSR) architecture.

PDF Catalog

PDF Pages	PDF Title
1	Cover page
3	Title page
5	Introduction
7	Participants
9	CONTENTS
13	0.�� Overview 0.1�� Scope
14	0.2�� Purpose 0.3�� Document organization
15	1.�� Overview 1.2�� References
16	1.5�� Service model
17	1.6�� Document notation 1.6.1�� Mechanical notation 1.6.2�� Signal naming
18	1.6.3�� Size notation 1.6.4�� Numerical values
19	1.6.5�� Packet formats 1.6.6�� Register formats 1.6.7�� C code notation
21	1.6.8�� State machine notation 1.6.9�� CSR, ROM, and field notation
22	1.6.10�� Register specification format
23	1.6.11�� Reserved registers and fields
24	1.6.12�� Operation description priorities
25	2.�� Definitions and abbreviations 2.1�� Conformance 2.2�� Technical glossary
33	2.3�� Acronyms and abbreviations
35	3.�� Summary description 3.10�� New features of IEEE Std 1394b-2002 3.10.1�� The relationship to IEEE Std 1394a-2000 3.10.2�� Faster and further
36	3.10.3�� Nomenclature 3.10.4�� Media—common properties
38	3.10.5�� Arbitration improvements
44	3.10.6�� PHY-link interface
45	3.10.7�� Miscellaneous features
47	4.�� Cable PHY specification 4.2.1B�� Copper PMD cable media attachment
89	9.�� Short-haul copper PMD electrical specification
90	9.1�� Interfaces 9.2�� Transmitter electrical specifications
93	9.3�� Receiver electrical specifications
94	9.4�� Electrical measurements 9.4.1�� Transmit rise and fall time 9.4.2�� Transmit skew measurement
95	9.4.3�� Transmit eye (normalized and absolute) 9.5�� DC biasing 9.5.1�� Beta-mode receiver bias requirements 9.6�� Toning and signal detect
96	9.6.1�� Connection tone 9.6.2�� PMD signal detect function
98	9.7�� Jitter 9.7.1�� Jitter specifications
101	10.�� Glass optical fiber physical medium dependent specification 10.1�� PMD block diagram
102	10.2�� PMD to MDI optical specifications
103	10.3�� Transmitter optical specifications 10.4�� Receiver optical specifications
104	10.5�� Worst-case connection optical power budget and penalties (informative) 10.6�� Optical jitter specifications
106	10.7�� Optical measurement requirements 10.7.1�� Center wavelength and spectral width measurements 10.7.2�� Optical power measurements 10.7.3�� Extinction ratio measurements
107	10.7.4�� Relative intensity noise (RIN) 10.7.5�� Transmitter optical waveform (transmit eye)
108	10.7.6�� Transmit rise and fall characteristics 10.7.7�� Receiver sensitivity measurements 10.7.8�� Jitter measurements 10.8�� CPR measurement 10.9�� Optical connection cabling model
109	10.9.1�� Characteristics of the fiber optic medium 10.9.2�� Optical fiber and cable 10.9.3�� Multimode connector insertion loss 10.9.4�� Optical connection return loss 10.10�� Optical connection
110	10.11�� Fiber launch conditions: OLF
111	11.�� PMD specification of fiber media with PN connector 11.1�� Scope
112	11.2�� PMD block diagram 11.3�� Cables
113	11.4�� Connector 11.5�� Connector and cable assembly performance criteria
114	11.6�� Optical fiber interface
115	11.7�� Optical jitter specifications
116	11.8�� Permitted number of segments (informative)
119	12.�� CAT-5 UTP PMD specification 12.1�� Overview
120	12.2�� PMD block diagram 12.3�� Operation of CAT-5 connections 12.4�� Media specification
121	12.4.1�� 100�W UTP connection segment specification 12.4.2�� 100�W UTP cable specification 12.4.3�� Connection hardware 12.4.4�� Media interface connector
122	12.4.5�� Autocrossover 12.5�� PMD electrical specifications 12.5.1�� Galvanic isolation 12.5.2�� Transmitter specifications
124	12.5.3�� Receiver specifications
126	12.6�� PMD implementation (informative)
127	13.�� Beta-mode port specification 13.1�� Overview
128	13.2�� Port functions 13.2.1�� Overview
129	13.2.2�� Naming conventions
130	13.2.3�� Control mapping 13.2.4�� Request types
132	13.2.5�� Scrambling
136	13.2.6�� Coding
144	13.2.7�� Character transmission 13.2.8�� Decoding
145	13.2.9�� Receiver running disparity 13.2.10�� Descrambling 13.3�� Beta-mode port operation 13.3.1�� Transmit operations
149	13.3.2�� Receive operations
152	13.4�� Beta port state machines
153	13.4.1�� Port transmit state machine
154	13.4.2�� Port receive state machine
157	14.�� Connection management 14.1�� Overview
158	14.2�� Port characteristics 14.2.1�� Requirements 14.2.2�� Properties
159	14.3�� Functions, variables, and constants
161	14.4�� Port controller 14.5�� Port connection manager state machine
166	14.6�� Standby 14.6.1�� Nephew node characteristics 14.6.2�� Uncle node characteristics
167	14.7�� Loop prevention
168	14.7.1�� Test port 14.7.2�� Loop test data (LTD)
169	14.7.3�� HR 14.7.4�� Maximum occupancy timer 14.7.5�� Loop-test symbol (LTS)
170	14.7.6�� Loop-test packet (LTP) 14.7.7�� Test port selection 14.7.8�� Loop test
171	14.7.9�� Completing the attach 14.7.10�� Received ATTACH_REQUEST or bus reset
172	14.7.11�� Loop Disabled state 14.7.12�� Connections to Legacy nodes 14.7.13�� Loop detection during bus initialization 14.7.14�� Minimal LTP support 14.7.15�� Isolated node behavior
173	14.8�� Connection management 14.8.1�� Connection detection 14.8.2�� Connection detection and mode determination algorithm
174	14.8.3�� Beta-mode speed negotiation
176	14.8.4�� Disabled ports
177	15.�� PHY register map 15.1�� PHY register map for the cable environment
180	15.1.1�� Port Status page
183	15.1.2�� Vendor Identification page
184	15.2�� Integrated link and PHY
185	16.�� Data routing, arbitration, and control 16.1�� Overview
186	16.2�� PHY services 16.2.1�� Cable PHY bus management services for the management layer
188	16.2.2�� PHY arbitration services for the link layer
191	16.2.3�� PHY data services for the link layer
192	16.2.4�� PHY-link interface block
193	16.2.5�� PMD services for the PHY
196	16.3�� PHY facilities 16.3.1�� Packet formats
200	16.3.2�� Packet forwarding
201	16.3.3�� Cable PHY packets
206	16.3.4�� Cable interface timing constants
208	16.4�� Cable PHY operation 16.4.1�� C code functions and variables
210	16.4.2�� Beta-mode arbitration
212	16.4.3�� Hybrid bus operation
216	16.4.4�� Isochronous intervals
219	16.4.5�� Bus reset state machine
220	16.4.6�� Tree identification state machine
222	16.4.7�� Self-identification state machine
225	16.4.8�� Arbitration state machine
229	17.�� B PHY- link interface (parallel) 17.1�� B PHY-link interface characteristics
230	17.2�� PHY-link interface signals 17.2.1�� Interface signal descriptions
232	17.3�� Interface initialization, reset, and disable 17.3.1�� LPS signal characteristics
233	17.3.2�� Interface reset
234	17.3.3�� Interface disable 17.3.4�� Restoration and initialization
236	17.4�� Link-on and interrupt indications 17.4.1�� LinkOn signal characteristics
237	17.5�� Link requests and notifications 17.5.1�� Link request characteristics
240	17.5.2�� Link notifications
241	17.5.3�� Link request and notification format
243	17.6�� Interface data transfers 17.6.1�� Interface phases 17.6.2�� Packet reception
245	17.6.3�� Packet transmission
250	17.7�� Format of received and transmitted data 17.7.1�� S100 data
251	17.7.2�� S200 data 17.7.3�� S400 data 17.7.4�� S800 data
252	17.8�� Status transfers and notifications from the PHY 17.8.1�� Bus Status Transfers
253	17.8.2�� PHY Status Transfers
255	17.9�� Delays affecting interoperability of PHYs and links
256	17.10�� Legacy link support
257	17.11�� Electrical characteristics 17.11.1�� DC signal levels and waveforms
258	17.11.2�� AC timing
260	17.11.3�� Isolation barrier (informative)
262	17.11.4�� Alternative isolation barrier (informative)
265	18.�� PIL-FOP serial interface 18.1�� Operating model
266	18.2�� PIL-FOP connection management 18.2.1�� Power-on 18.2.2�� PIL-FOP negotiation
267	18.2.3�� PIL-FOP restore 18.2.4�� Port restore 18.2.5�� Loss of synchronization 18.2.6�� Loss of power 18.2.7�� LPS
268	18.2.8�� Serial Bus reset 18.3�� Serial Bus configuration request types not carried over the PIL-FOP interface 18.4�� P2P packet protocol
271	19.�� C code 19.1�� Common declarations and functions
285	19.2�� Connection management routines 19.2.1�� Node-level connection monitor
293	19.2.2�� Port connection manager actions and conditions
307	19.3�� Port state machine actions 19.3.1�� DS port
313	19.3.2�� Beta port
326	19.4�� Border arbitration actions and conditions 19.4.1�� Border arbitration functions
345	19.4.2�� Request processing
353	19.4.3�� Bus reset
356	19.4.4�� Tree identification
357	19.4.5�� Self-identification
361	19.5�� Border arbitration
373	Annex K—Serial Bus cable test procedures
377	Annex O—Jitter measurements
379	Annex P—Connection status change
381	Annex Q—Bibliography