IEEE 1394b 2002

$72.04

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

Published By	Publication Date	Number of Pages
IEEE	2002	381

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Description

Amendment Standard – Inactive – Superseded.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