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6. Cable laying and repair
6.1 Tracing the route
The aim of this phase is to determine the route the cable will take, and to analyze the underwater terrain, water depth and soil characteristics. All this data is then used to define the different types of cable that will make up the link, and to plan the appropriate installation equipment. In addition, knowledge of the relief is necessary to determine the exact length of cable to be manufactured, taking into account the gradients covered by the cable resting on the seabed.
Water depth and seafloor relief are measured using MBES (Multi-Beam Echo Sonar) equipment fitted to survey boats. Although this technique has been around since the early 1990s, analysis of the data provided by these MBES has progressed considerably in recent years,...
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Cable laying and repair
Submarine links without repeaters
Bibliography
Conferences
Proceedings of SubOptic 2001, Kyoto, May 20-24, 2001
Proceedings of SubOptic 2004, Monaco, 29 mars-1 er avril 2004
Proceedings of SubOptic 2007, Baltimore, May 14-17, 2007
Proceedings of SubOptic 2010, Yokohama, May 11-14, 2010
Proceedings of SubOptic 2013, Paris, April 22-25, 2013...
Standards and norms
ITU (International Telecommunication Union) recommendations for fiber optic submarine cables :
- General features of optical fibre submarine cable systems - G971 -
- Definition of terms relevant to optical fiber submarine cable systems - G972 -
- Characteristics of repeaterless optical fiber submarine cable systems - G973 -
- Longitudinally compatible DWDM applications for repeaterless...
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