Ocean Engineering Equipment and Technology ›› 2015, Vol. 2 ›› Issue (3): 209-214.
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Jin-hong XIE, Xiao-peng LI, Jian-mei GAO
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Abstract:
As the growing needs of data transmission rate and reliability in oil field production, synchronous digital hierarchy (SDH) fiber optic network is applied to offshore oil fields. We introduce such a new fiber optic network technology from two aspects, i.e., network structure and self-healing ring network, and frame structure and transmission rate. The design method, optical fiber design and design of optical terminal equipment are analyzed using the CFD11 project as an example. Through the successful application in the project, we draw a conclusion that the SDH technology is completely applicable to offshore oil and gas fields.
Key words: offshore oil and gas field, communication, synchronous digital hierarchy, plesiochronous digital hierarchy, CFD11 oil and gas field
CLC Number:
TE54
Jin-hong XIE, Xiao-peng LI, Jian-mei GAO. Design and Application of SDH Fiber Optic Network for Offshore Oil and Gas Field[J]. Ocean Engineering Equipment and Technology, 2015, 2(3): 209-214.
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URL: https://www.qk.sjtu.edu.cn/oeet/EN/
https://www.qk.sjtu.edu.cn/oeet/EN/Y2015/V2/I3/209
Fig.1
Logical transmitting network and physical transmitting network
Fig.2
SDH equipment and network structure
Fig.3
Schematic diagram of self-healing ring network
Fig.4
Structure of SDH data frame
Table 1
Standard data transmission speed for SDH network
Fig.5
SDH network application environment of CFD11 project
Fig.6
Fiber optic telecommunication system diagram of CFD11 project
Table 2
Data transmission speed requirement of FPSO/WGPA/WHPA networkMb/s
Table 3
Transmission parameters of the optical fiber
Table 4
Physical parameters of the subsea optical fiber
Table 5
Physical parameters of the platform optical fiber
Table 6
Parameters of the optical ports
Table 7
Specification of the data ports