FOCS

(redirected from Fiber Optic Communication System)
AcronymDefinition
FOCSFoundations Of Computer Science
FOCSFiber Optic Chemical Sensor (DecisionLink, Inc.)
FOCSFiber Optic Communication System (network)
FOCSFlexible Operation and Control System (Coresma)
FOCSFiber-Optics Cable System
FOCSFuture of Civil Society in Central Europe Project (University of Münster; Germany)
References in periodicals archive ?
In his opening statement which he read on behalf of the President, Salva Kiir, Vice President Machar said it was important for the government to link all the state capitals with fiber optic communication system and transform the government into an electronic government (E-government), which he also said was pivotal for public service reform.
International Fiber Systems Incorporated (IFS) of Newtown, Connecticut, has announced a new module to expand the capabilities of its Orion Fiber Optic Communication System.
International Fiber Systems Incorporated of Newtown, Connecticut, has introduced the Orion Fiber Optic Communication System for video, audio, and data communications.
International Fiber Systems Incorporated of Newtown, Connecticut, has introduced the Orion Fiber Optic Communication System, which continuously receives up to 11,000 video signals and enables a user to view as many as 128 real-time video channels at any time.
International Fiber Systems Incorporated of Newtown, Connecticut, has introduced the Orion Fiber Optic Communication System, a 300-input by 90-output virtual matrix switch that provides a cost-effective fiber-optic transmission system platform for video, audio, and data communications.
The new amplifiers are ideal for applications such as wireless base stations, university R&D labs, SATCOM, military communications, electronic warfare, fiber optic communication systems, and medical patient monitoring systems.
Common applications for these RF limiters include electronic warfare, instrumentation, fiber optic communication systems, military communications, radar, SATCOM, point-to-point radio, telecom, data links, and R&D.
Fiber optic communication systems are ideal for reaching greater distances for communication, use in dangerous zones and for businesses that require high data capacity systems.
Thyagarajan (Indian Institute of Technology) and Ghatak (Disah Academy) then explain the role of lasers, photodetectors, erbium-doped fiber amplifiers, Raman fiber amplifiers, fiber Bragg gratings, couplers, isolators, external modulators, and thin-film devices in fiber optic communication systems.
Fiber optic communication systems are ideal for reaching farther distances, use in dangerous zones and for businesses that require high data capacity systems.
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