Introduction
Approach
E.0 Executive Summary
1.0 History of Fiber Optics in Avionics for Military and Commercial Aircraft
2.0 Advantages of Fiber Optics on Existing Copper Media and Trends in Aircraft Construction
3.0 Current Fiber Optics in Aircraft
4.0 Potential weight savings using fiber optics in aircraft
5.0 Special Characteristics of Aircraft Wiring
6.0 Market for Fiber Optics in Aircraft
7.0 Military and Commercial Systems that Have Fiber Optic Data Links Installed
8.0 Fiber Optics in Commercial Aircraft
9.0 Forecasts of Military and Commercial Aircraft and Fiber Optics Markets
9.1 Introduction
9.2 Fighter aircraft
9.2.1 Fiber optics market in fighter aircraft
9.2.2 Major purchases of fiber optics for fighter aircraft
9.2.3 Fiber-optic components for fighter aircraft
9.3 Military transports
9.3.1 Fiber optics in military transports
9.4 Commercial aircraft
9.4.1 Fiber optics in commercial aircraft
9.5 Unmanned aerial vehicles (UAVs)
9.5.1 Fiber optics UAV market
9.6 Summary of the market for fiber optics in avionics
10.0 Military Avionics R&D Programs
10.1 DARPA
10.2 Air Force
10.3 Navy SBIR Programs
10.4 WDM-LAN
11.0 Fiber Used in Military and Aerospace Applications
11.1 Multimode Fibers (MMF)
11.2 Single-mode Fibers (SMF)
11.3 Plastic Optical Fibers (POF)
12.0 Bandwidth Requirements
13.0 Space Avionics
14.0 Fiber-optic Sensors
15.0 Contacts
15,1 Government Avionics and Aerospace Fiber Optics Contacts
15,2 Military and Aerospace Fiber Optics OEM Systems Contractors
15,3 Fiber Optics Avionics Component Suppliers
15,4 Military and Aerospace Contractors and Subsystems Suppliers
15,5 Commercial Aircraft Carrier Contacts
15,6 Major Contacts in Military Contract Research Organizations
15,7 Military and Commercial Avionics Fiber Optics Standards Bodies
15,8 Fiber Optics Aerospace Training Organizations
15.9 Universities