ARINC 629-2 : 1999

1 INTRODUCTION
2 SYSTEM LEVEL NOTES
2a - Avionics Data Bus Basics - ILC Data Device Corporation
2b - System Description Document - The Boeing Company
2c - Data Transfer
2d - Overall Bus Design
2e - Bus Performance Analysis
2f - Message Scheduling
2g - Examples of ARINC 629 Implementations
2h - Example of Use of the CP Protocol - Smiths Industries
2i - Broadcast and Directed Message Protocols
2j - Analysis of Clash Probability - The Boeing Company
2k - Overview of Combined Mode Protocol (CP) - Aerospatiale
2l - ARINC 629 Built In Test Capability - The Boeing Company
2m - Avionics Data Bus Fundamentals - ILC Data Device Corporation
2n - ARINC 629 Bus Delay Requirements - The Boeing Company
2o - ARINC 629 Voltage Mode Considerations
     - ILC Data Device Corporation
3 TERMINAL CONTROLLER NOTES
3a - Terminal Controller UDS Reference - The Boeing Company
3b - ARINC 629 Terminal Controller Internal Registers
     - The Boeing Company
3c - Parity Errors and PAM Errors - The Boeing Company
3d - Alternate Schedule Selection - The Boeing Company
3e - Alternate and Synchronized Schedules - The Boeing
     Company
3f - Internal Multiple TG Logic - The Boeing Company
3g - Trailing Interrupts for Variable Word-Strings
     - The Boeing Company
3h - DMA Transfers, Interrupt Vectors and String Active
     - The Boeing Company
3i - ARINC 629 Receive Only Operation - The Boeing Company
3j - C Mode Operation - The Boeing Company
3k - Terminal Controller Software Aspects - Sextant Avionique
3l - ARINC 629 Encoder/Decoder - Micro Circuit Engineering
4 CURRENT MODE SERIAL INTERFACE MODULE (SIM) NOTES
4a - Serial Interface Module (SIM) UDS Reference
     - The Boeing Company
4b - Coupler Fault Management and BITE Philosophy and Effects
   - The Boeing Company
4c - BITE Power-Up Timing - SCI Systems
4d - Serial Interface Module (SIM) Doublet Validation
     - Amp, Inc.
4e - Signal Timing Considerations - SCI Systems
4f - Receive doublet Acceptance Cireteria - AMP, Inc.
5 CURRENT MODE COUPLER (CMC) NOTES
5a - Current Mode Coupler UDS Reference - The Boeing Company
6 CURRENT MODE CABLE/CONNECTION NOTES
6a - ARINC 629 System Installation Guidelines - The Boeing Company
6b - Data Bus Cable Assemblies - Amphenol Aerospace
7 FIBER OPTIC NOTES
7a - Collision Detection/Bit Error Rate/TX BITE - The
     Boeing Company
7b - Optical Mode ARINC 629 - Smiths Industries
7c - Optical Mode ARINC 629 - British Aerospace Airbus
7d - Expanded Beam Connectors for Avionics Applications
     - AB Stratos Ltd.
7e - Optical Modulation - GEC Avionics Inc.
7f - Alternatives for Terminal Bus Coupling - Aerospatiale
7g - Optical Test Issues - Rifocs Corporation
7h - Fiber Optic Serial Interface Module - Japan Aviation
     Electronics Industry

Describes the aviation industry standards for transfer of digital data between avionics system elements using multiple access, bi-directional protocol.