Automatic Discovery of Fiber Optic Structured Cabling Component Locations and Connectivity

Purpose The purpose of this paper is to develop identification system for fiber optic connectors in passive distribution cabinets. The system should have alternative power supply and wireless communication unlike the identification systems commercially available, which will make the system fully autonomous. Design/methodology/approach Detailed project and realization of real demonstrator of fully autonomous identification system. After the realization of the demonstrator, its optimization was performed. Findings It is possible to build fully autonomous identification system which requires 15.6 mJ energy to perform one cycle of identification process. Moreover, it is possible to use the alternative power method to supply this system. Originality/value Fully autonomous identification system of fiber optic connectors with alternative power supply and wireless communication.

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“…The general idea of developing IS is similar to that described in Wagner et al (2012). However, there are some significant differences.…”

Section: Identification Methods Of Cables and Connectorsmentioning

confidence: 96%

“…However, there are some significant differences. In Wagner et al (2012), the 9-cm monopole antenna put inside of fiber optic cable is proposed as an RFID tag antenna. Therefore, it is impossible to adapt such system into existing cable infrastructure.…”

Section: Identification Methods Of Cables and Connectorsmentioning

confidence: 99%

RFID monitoring system of fiber optic connectors

Guzowski

Gozdur

Lakomski

et al. 2017

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“…Great number of different active methods using e.g. LED diodes [6], QR codes [7], augmented reality [8], or even RFID techniques [2,[9][10] were described. The cable infrastructure routing is constantly monitored in near real time, with information automatically relayed from the individual nodes to a digital mapping and management system.…”

Section: Cables and Connectors Identification Methodsmentioning

confidence: 99%

Autonomous system for identification of optical connectors

Guzowski

Gozdur

Lakomski

et al. 2017

ELECTROTECHNICAL REVIEW

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RFID identification of fiber optic connectors system is developed. This system should be autonomous and it must allow to be implemented in distribution part of passive optical networks (PON). The conventional power source should not be considered, due to the lack of electricity in PON. Therefore the alternative power source is proposed to power this system. In this paper a demonstrator of identification system with a new light source and the photovoltaic power converter (PPC) is described. New elements provide bigger amount of energy which results in reduction of identification cycle time.Streszczenie. Opracowywany jest identyfikator RFID złącza światłowodowego. Ten system powinien być autonomiczny i musi umożliwiać wdrożenie w części dystrybucyjnej pasywnych sieci optycznych (PON). Nie należy rozpatrywać konwencjonalnego źródła zasilania ze względu na brak energii elektrycznej w ODN. Dlatego alternatywne źródło zasilania jest proponowane do zasilania tego systemu. Przetwornik fotowoltaiczny (PPC) jest przeznaczony do przekształcania światłowodu o światło pochodzące z energii elektrycznej. Wydaje się, że światło laserowe przekształcane w energię elektryczną jest najbardziej dogodną opcją w ODN. Ponadto w niniejszym artykule przedstawiono zdolność przesyłania energii i danych w pojedynczym światłowodzie wielomodowym (MMF). W tym artykule udowodniono, że realizowany hybrydowy system transmisji światłowodowej umożliwia zasilanie systemu identyfikacji, a także przesyłanie danych. (Autonomiczny system identyfikacji złączy optycznych).

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Automatic Discovery of Fiber Optic Structured Cabling Component Locations and Connectivity

Cited by 2 publications

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RFID monitoring system of fiber optic connectors

RFID monitoring system of fiber optic connectors

Autonomous system for identification of optical connectors

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