Table of Contents
1.0INTRODUCTION
1.1PurposeofthisDocument
1.2RelatedDocuments
2.0SCOPE
2.1SystemDesign
3.0SYSTEMDEFINITION
3.1SystemRequirements
3.2IntroductiontoNetworkTopologies
4.0SYSTEMDESIGN
4.1TopologySelection
4.2PowerBudget
4.3MultiplexingWavelengths
5.0COMPONENTSELECTION
5.1PassiveComponents
5.2FiberOpticConnectors
5.3ActiveDevices
6.0INSTALLATION
6.1InstallationConsiderations
7.0SAFETY
7.1PersonalSafety
7.2Hazards
8.0TESTING
8.1Testing
8.2TestEquipment
8.3TestRequirements
APPENDIXA-OPTICALINTERFACEFORAVIONICS
EQUIPMENTCOMPLYINGTOARINC664,
PART2-100BASE-FXFULLDUPLEX
ETHERNETOPERATINGAT1300NMOVER
MULTIMODEFIBER
APPENDIXB-OPTICALINTERFACEFORAVIONICS
EQUIPMENTCOMPLYINGTOARINC664P2-
100BASE-FXFULLDUPLEXETHERNETOPERATING
AT850NMOVERMULTIMODEFIBER
APPENDIXC-OPTICALINTERFACEFORAVIONICS
EQUIPMENTCOMPLYINGTOARINC664,
P2-1000BASE-SXFULLDUPLEXETHERNET
OVERMULTIMODEFIBER
APPENDIXD-OPTICALINTERFACEFORAVIONICS
EQUIPMENTCOMPLYINGTOARINC817
LOWDATARATEVIDEOOVERMULTIMODEFIBER Abstract
Gives guidance on key areas of system design to achieve this goal: - Section 3.0, System Definition, describes the system requirements information that is necessary to begin the process and the topology options available to a system designer. - Section 4.0, System Design, describes the process that a system designer should go through when deciding on a network design or topology for a particular application including the procedure of power budgeting. - Section 5.0, Component Selection, covers the actual hardware options that the designer will need to select.
