IEEE 1394c

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Standard for a High Performance Serial Bus Amendment to enhance the physical layer for higher data rates over CAT5 or better rated UTP cable

Published By	Publication Date	Number of Pages
IEEE	N/A	212

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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Amendment Standard – Inactive – Superseded.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. Remarks: Amendment to IEEE Std 1394-1995 including IEEE Std 1394a-2000 and IEEE Std 1394b-2002

PDF Catalog

PDF Pages	PDF Title
1	IEEE Std 1394c™-2006, IEEE Standard for a High-Performance Serial Bus–Amendment 3
3	Title page
6	Introduction Notice to users Errata Interpretations Patents
7	Participants
9	Contents
11	0. Overview 0.1 Scope 0.2 Purpose
12	0.3 Document organization
13	1. Overview 1.2 Normative rReferences
15	2. Definitions and abbreviations 2.2 Technical
17	3. Summary description 3.11 T-mode features 3.12 The relationship of T-mode to Beta mode 3.13 The relationship to IEEE Std 802.3-2005 3.14 S800 over UTP
18	3.15 Twin-mode ports
19	12. CAT-5 UTP PMD specification description 12.4 Media specification 12.4.4 Media interface connector 12.4.5 Autocrossover
21	14. Connection management 14.1 Overview
22	14.2 Port characteristics 14.2.1 Requirements
23	14.2.2 Properties 14.3 Functions, variables, and constants
27	14.4 Node-level port controller 14.5 Port connection manager state machine
32	14.6 Standby
33	14.6.1 Nephew node characteristics 14.6.2 Uncle node characteristics
34	14.7 Loop prevention 14.7.8 Loop test
35	14.9 T-mode connectivity and operation 14.10 Simultaneous support for Beta mode and T-mode 14.11 Negotiation 14.11.1 Overview
36	14.11.2 S100 Beta mode parallel negotiation 14.11.3 Differences between T-mode and IEEE 802.3 negotiation
41	15. PHY register map 15.1 PHY register map for the cable environment 15.1.1 Port Status page
45	16. Data routing, arbitration, and control 16.2 PHY services 16.2.5 PMD services for the PHY
46	16.3 PHY facilities 16.3.4 Cable interface timing constants
49	16.4 Cable PHY operation 16.4.1 C code functions and variables
52	16.4.5 Bus reset state machine
54	16.4.6 Tree identification state machine
56	16.4.7 Self-identification state machine
59	16.4.8 Arbitration state machine
62	16.4.9 Large diameter networks
65	19. C code 19.1 Common declarations and functions
81	19.2 Connection management routines 19.2.1 Node-level connection monitor
89	19.2.2 Port connection manager actions and conditions
106	19.3 Port state machine actions 19.3.1 DS port
112	19.3.2 Beta port
125	19.3.3 T-mode port
142	19.4 Border arbitration actions and conditions 19.4.1 Border arbitration functions
162	19.4.2 Request processing
171	19.4.3 Bus reset
173	19.4.4 Tree identification
175	19.4.5 Self-identification
179	19.5 Border arbitration
193	20. T-mode port specification 20.1 Overview
194	20.2 Port functions 20.2.1 Port functions overview
195	20.2.2 Adaptation
196	20.2.3 Coding
197	20.2.4 Symbol types 20.2.5 Data symbols 20.2.6 Arbitration requests
199	20.2.7 Configuration requests 20.2.8 Control symbols in symbol positions A and B
200	20.2.9 Control symbols in symbol positions C and D
201	20.3 T-mode port operation 20.3.1 Transmit operations
203	20.3.2 Receive operations
209	21. S800 UTP (T-mode) PMD electrical specification
210	21.1 T-mode PMD specification 21.2 T-mode PMD initialization 21.3 Gigabit media independent interface (GMII)
211	21.4 T-mode suspend and resume 21.4.1 Alternative link pulse (ALP) 21.4.2 Suspend
212	21.4.3 Resume 21.5 UTP cable power

Additional information

Standard Title	Standard for a High Performance Serial Bus Amendment to enhance the physical layer for higher data rates over CAT5 or better rated UTP cable
Published Code	IEEE
Publication Date	N/A
Pages Count	212

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IEEE 1394c

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