Navy Applications Of Fiber Optics Communications

H. F. Taylor

doi:10.1117/12.954484

6 November 1975 Navy Applications Of Fiber Optics Communications

H. F. Taylor

Author Affiliations +

Proceedings Volume 0063, Guided Optical Communications; (1975) https://doi.org/10.1117/12.954484
Event: 19th Annual Technical Symposium, 1975, San Diego, United States

Abstract

Fiber optics technology promises to have a substantial impact on Navy communications of the future, eventually superceding electrical cables in many systems. Advantages of fiber optics in military communications include immunity from electromagnetic interference, crosstalk, and signal leakage; large bandwidth for size and weight; ground isolation of terminals; and survivability at high temperatures. Improvements during the past decade in optical transmission lines, transmitters, and receivers have made it possible to consider fiber optics for use in aircraft, ships, land lines, undersea cables, missiles, and satellites. Fiber optics are expected to be utilized in both point-to-point links and multiterminal busses on aircraft, ships, and submarines. The relatively short distances on aircraft make it possible to use high-loss (500-1000 dB/km) fiber bundles for point-to-point links; somewhat lower losses will be needed for data busses. Length and cost considerations indicate the use of low-loss (20-100 dB/km) fibers, with each fiber representing a single communications channel, for most shipboard applications. Some undersea cables, with lengths well in excess of one kilometer, will require very low-loss (<10 dB/km) fibers. Several systems which have been developed or are under development by NELC for use in each of these environments will be described. In each case, the advantages of using fiber optics in comparison with conventional technology will be discussed.

Citation Download Citation

H. F. Taylor "Navy Applications Of Fiber Optics Communications", Proc. SPIE 0063, Guided Optical Communications, (6 November 1975); https://doi.org/10.1117/12.954484

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KEYWORDS

Fiber optics

Fiber optic communications

Integrated optics

Multiplexing

Optical communications

Telecommunications

Electromagnetic coupling

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