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TTP Communication Protocol
- Aerospace Standard
Published February 08, 2011 by SAE International in United States
Downloadable datasets availableAnnotation ability available
This SAE Aerospace Standard (AS) establishes the specification for TTP communication protocol functionality as a core networking component for design of synchronous, time-triggered distributed real-time communication networks.
This document is referred to as the “base” specification, containing the generic specification of TTP communication protocol functionality, and frame formats, communication services and protocol state machines with transitions, TTP node operation, TTP network operation, distributed clock synchronization and error detection on the network layer.
The details described in this standard enable interoperable TTP controller implementations.
TTP is used in a variety of aerospace applications (for example, Boeing 787 power generation systems and environmental controls, cabin pressure systems for Airbus A380, Aermacchi M-346 FADEC…) and continues to attract significant cross-industry attention for commercial and defense applications.
The SAE standardization of TTP:
acts as an integration risk reduction mechanism
ensures compatible physical implementations
enables common test/maintenance equipment
leverages industry investments
ensures openness and enables multiple component and tool suppliers
and therefore reduces the overall cost and risk of applying this technology.
The SAE standardization based on TTP specification protects long-term system design investments, enables development of the COTS ecosystem, and minimizes sourcing risks for OEMs, integrators and system suppliers.
|Technical Paper||An ESL Methodology for Rapid Creation of Embedded Aerospace Systems using Hardware-Software Co-Design on Virtual Platforms|
|Aerospace Standard||Time-Triggered Ethernet|
Data Sets - Support Documents
|Unnamed Dataset 1|
|TABLE 1||HOST INTERFACE SPECIFICATION|
|TABLE 2||ACKNOWLEDGEMENT ALGORITHM – SUMMARY|
|TABLE 3||PROTOCOL STATE PROPERTIES|
|TABLE 4||PROTOCOL STATE TRANSITIONS OF THE TTP CONTROLLER|
|TABLE B1||MINIMUM REQUIRED PARAMETER VALUE RANGE|
|TABLE B2||TYPICAL PARAMETER VALUE RANGES|
|TABLE B3||CONFIGURATION PARAMETER – SUMMARY|
|940140||Fault Management in the Time Triggered Protocol (TTP)|
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