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Prostorsko multipleksiranje za komunikacije v optičnem vlaknu
ID SUŠIN, JURE (Author), ID Batagelj, Boštjan (Mentor) More about this mentor... This link opens in a new window

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PID: 20.500.12556/rul/89f180b6-a486-4ada-b5e8-d326d032a1ee

Abstract
Promet v podatkovnih omrežjih hitro narašča. To omogoča velika zmogljivost optičnega vlakna in napredni modulacijski postopki. Vendar pa se približujemo točki, ko aktualne tehnologije in oprema brez nadgradnje temu ne bodo zadoščale. Diplomsko delo opisuje tehnologijo prostorskega multipleksiranja optičnih signalov, ki velja za najbolj verjeten način drastičnega povečanja prenosnih zmogljivosti optičnega vlakna. Največ pozornosti namenim večjedrnim in nekajrodovnim vlaknom, ker veljata kot najperspektivnejša optična vlakna za prostorsko multipleksiranje (angl. Space division multiplexing – SDM). Optični sklop običajnih optičnih signalov s SDM-vlaknom je možen z različnimi načini multipleksiranja, za dolge optične povezave v jedrnem delu omrežja pa je bistven razvoj optičnih ojačevalnikov. Scenariji za nadgradnjo današnjih s SDM-optičnimi omrežji so različni in glede na napredek tehnologije vse kaže, da bo do nje gotovo prišlo.

Language:Slovenian
Keywords:prostorsko multipleksiranje (SDM), optično vlakno, nekajrodovno optično vlakno (FMF), večjedrno optično vlakno (MCF), optični ojačevalnik
Work type:Undergraduate thesis
Organization:FE - Faculty of Electrical Engineering
Year:2014
PID:20.500.12556/RUL-29542 This link opens in a new window
Publication date in RUL:23.09.2014
Views:3657
Downloads:742
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Secondary language

Language:English
Title:Space Division Multiplexing for optical fiber communications
Abstract:
Data networks traffic is rapidly increasing. This is enabled by high capacity of optical fibre and modulation procedures. However, we are approaching a point when, without an upgrade, actual technologies and equipment will not suffice. My diploma work describes the technology for spatial multiplexing of optical signals, which is considered to be the most realistic way of drastically increasing transfer capabilities of optical fibre. I devoted most of my attention to multi-mode and few-mode fibres, because they are regarded as the most prospective space division multiplexing (SDM) optical fibres. The optical coupling of ordinary optical signals with SDM fibre is possible with different ways of multiplexing. For long optical links in the core part of the network the development of optical amplifiers is essential. There are various scenarios for upgrading existent networks with SDM optical networks, and it seems that it will certainly occur soon as a result of technological advancements.

Keywords:Space division multiplexing (SDM), optical fiber, few-mode fiber (FMF), multi-core fiber (MCF), optical amplifier

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