ARINC 629-1-5 : 1999

1.0 Introduction
2.0 Bus Design Overview
3.0 Physical Layer
4.0 Media Access Control Sublayer
5.0 Non-OSI Data Transfer
6.0 Logical Link Control (LLC) Sublayer
Attachments
1A Coupler grounding and shielding system
1B-1 Terminal controller (TC) serial interface module
      (SIM) interface
1B-2 Specification of TXO/TXN and RXI/RXN timing
1C Subsystem (LRU/LRM) - serial interface module (SIM)
      interface
1D Serial interface between current mode coupler and
      stub cable
1E Signal parameters
1E-1 ARINC 629 waveform templates for SIM-coupler
      interface
1E-2 Waveform template: SIM output to transmit stub
1E-3 Waveform template: SIM input from receive stub
1E-4 Waveform template: Coupler input from transmit stub
1E-5 Waveform template: Coupler output to receive stub
1E-6 Waveform template: Coupler output to bus cable
1E-7 Waveform template: Coupler input from bus cable
1E-8 Coupler power supply voltage normal mode
1E-9 Coupler power supply voltage received only mode
1E-10 Transmit signal amplitude measurement
1E-11 Passive coupler test circuit
1E-12 Passive coupler test waveforms
1E-13 Coupler reflected impedance
1F Current mode coupler and bus medium - waveshapes
      and timing
1G Example current mode coupler packaging
1H Current mode coupler package outline
1I Current mode coupler mounting footprint
2 General word formats and encoding examples
3A Periodic mode timing diagram - protocol BP
3B Aperiodic mode timing diagram - protocol BP
4 Example of a message
4A Message example
4B Word formats
4C Modulation formats
5A Receive personality PROM (RPP) cell structure
5B Transmit monitor
5C Error flags
5D Protocol monitoring
6 System identification/channel identification (CID)
      bit definition
7A Protocol CP - Access protocol summary
7B Protocol CP - Overall terminal access state diagram
7C Protocol CP - Level 1 (Periodic) access state
      diagram
7D Protocol CP - Level 2 (Aperiodic) access state
      diagram
7E Protocol CP - Level 3 (Aperiodic) access state
      diagram
8A Protocol CP Timing - Overall
8B Protocol CP Timing - Level 1
8C Protocol CP Timing - Level 2
8D Protocol CP Timing - Level 3
9A Example of a system status word transmissions
9B Example of a parameter validity word transmission
10 Non-OSI unacknowledged directed message format
11 OSI message format
12 Non-OSI broadcast message format
13 Syntax of messages on bus for a single terminal
14 Glossary
15 Timer operation
16A Terminal controller errors
16B SIM/coupler errors
Appendices
1 References documents
2 International standards organization code #5
3 Example of data transfer
4A Example of transmit personality PROM (XPP) format
      independent mode schedule
4B Example of transmit personality PROM (XPP) format
      block mode schedule
4C Transmit personality PROM (XPP) cell structures
4D XPP label structure
4E XPP address structure
4F XPP transmit word mode and transmit word count
      control
4G XPP transmit interrupt structure
4H XPP variable wordstring structure
4I XPP transmit personality prom (XPP) synchronization
5A Receive personality PROM (RPP) cell structures
5B RPP address structure
5C Address generation with no offset
5D Address generation without MPP
5E Address generation using MPP
5F RPP offset table diagram
5G RPP receive mode, message string count and receive
      word count - internal control
5H RPP - SG, TI, and TG locations
5I Receive interrupt
5J Use of RIV for local address decoding
6 Protocol CP - Example subsystem - Transmitter
      dedicated hardware for levels 2 and 3

Defines the aviation industry standards for transfer of digital data between avionics system elements with the use of multiple access, bi-directional protocol. Applies to inter-system and intra-system communication and defines the characteristics that are necessary to interface with a general purpose data bus for universal communication. It is meant to be used in conjunction with ARINC Characteristics which define avionics equipment.