OFCS

(redirected from Optical Fiber Communication System)
AcronymDefinition
OFCSOnline Film Critics Society
OFCSOffline Charging System
OFCSOh for Christ's Sake
OFCSOval Fin Contact Structure
OFCSOptical Fiber Communication System
OFCSOperational Field Catering System (UK)
OFCSOrganic Farming Conversion Scheme (various locations)
OFCSOffice of Family and Children's Services (New York)
References in periodicals archive ?
This paper has demonstrated that the above-mentioned requirements are satisfied for Radio-over-fiber communication systems compared to traditional optical fiber communication systems for long haul transmission applications.
Optical Fiber Communication Systems With MATLAB and Simulink Models, 2nd Edition
Binh, Optical Fiber Communication Systems. CRC Press, 2010, pp.534, ISBN 978-1-4398-0620-3.
However, due to technical difficulties in fulfilling this RoHS Directive for some components and processes, including optical isolators, which are indispensable components for optical fiber communication systems, an accommodation was made in the RoHS regulations to allow exemptions for such cases and a less absolute standard of regulating lead content to below 1,000 ppm has been planned to be adopted, although it was expected that completely lead-free optical isolators would be developed soon.
NIST has developed two wavelength calibration transfer standards for the new L-band of wavelength division multiplexed (WDM) optical fiber communication systems. These standards, based on the absorption spectrum of carbon monoxide, are now available as Standard Reference Materials (SRM) 2514 and 2515.
Kazovsky et al., Optical Fiber Communication Systems, Artech House, 1996, pp.
Electrical engineers Abbou and Choong evaluate the performance of optical fiber communication systems, focusing specifically on physical effects within the optical fiber that impose obstacles to transmission performance.
Fiber Raman amplifiers are becoming increasingly important in optical fiber communication systems since they provide both lower noise performance and a wider wavelength coverage than conventional optical amplifiers.
In recent years, lightwave communication systems (also known as optical fiber communication systems) have become a significant component of commercial communications technology.
In optical fiber communication systems often utilize semiconductor light sources such as laser diode (LD) or light emitting diode (LED).
In response to rapid changes in fiber optic technology, NIST is developing techniques and standards to support the measurement of optical components and subsystems used in wavelength division multiplexed (known as WDM) optical fiber communication systems. A new paper describes the development of wavelength calibration transfer standards and the accurate measurement of spectral response, dispersion, and polarization dependence of optical fiber and components.
Wavelength calibration references are needed in the 1500 nm region to support wavelength division multiplexed (WDM) optical fiber communication systems. In a WDM system, many wavelength channels are sent down the same fiber, thereby increasing the bandwidth of the system by the number of channels.
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