Table of Contents
1.0INTRODUCTION
1.1PurposeofthisDocument
1.2Scope
1.3AircraftDataNetworkDocumentOrganization
1.3.1AircraftDataNetworkOriginalParts
1.3.2AircraftDataNetworkNewPartsandSupplements
ofOriginalParts
1.3.3Part1,SystemsConceptsandOverview
1.4RelatedDocuments
1.4.1RelationshipofthisDocumenttoOtherARINC
Standards
1.4.2RelationshiptoIndustryStandards
1.4.3RTCAandEUROCAEDocuments
1.4.4IEEEandANSIDocuments
1.4.5ISOandIECDocuments
1.5DocumentPrecedence
1.6RegulatoryApproval
2.0INTRODUCTIONTONETWORKCONCEPTS
2.1FundamentalConcepts
2.1.1TheOSIReferenceModel
2.1.2AComparisonofOSICompliantandInternet-Based
DataNetworks
2.1.3NetworkTopology
2.1.3.1LogicalNetworks
2.1.3.2PhysicalEndSystemNetworks
2.1.4SwitchesandRouters
2.1.5InformationFlowthroughaReferenceNetwork
2.1.6AddressMappinginaCompliantSystem
2.1.7AddressResolutioninaProfiledAircraftData
NetworkSystem
2.1.8ProtocolLayeringandtheResultingFrame
2.2AircraftDomainsandRelatedConcepts
3.0INTRODUCTIONTONETWORKCONCEPTS
3.1AircraftDataNetworkTypes
3.1.1CompliantandProfiledNetworks
3.1.1.1CompliantNetworkisCompliantwith
IEEE802.3andIETF1122
3.1.1.2SpecificationofaCompliantNetwork
3.1.2ProfiledNetworks
3.1.2.1SpecificationPrinciples
3.1.2.2ConformanceStatement
3.1.2.3ProfiledNetworkFeaturesandProperties
3.1.2.4ProfiledNetworkParameters
3.2NetworkTypeSelection
3.2.1CompliantNetworkSpecification
3.2.2ProfiledNetworkSpecification
3.3InteroperabilityConsiderations
3.4InteractionBetweenNetworks
APPENDICES
ANetworkPerformanceandConceptsTutorial
BGlossaryandAcronymsList
ARINCStandard-ErrataReport
ARINCIndustryActivitiesProjectInitiation/Modification
(APIM) Abstract
Provides an overview of data networking standards recommended for use in commercial aircraft installations. Also provides a means to adapt commercially defined networking standards to an aircraft environment.
