A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system

In this paper, we describe an optical wireless communications system that uses light from an optical fibre access point to provide transparent and bi-directional optical links to nomadic terminals. Full localization and tracking is implemented, and a 50 Gb/s link is demonstrated. The link operates i...

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Main Authors: Gomez, A, Shi, K, Quintana, C, Faulkner, G, Thomsen, B, O'Brien, D
Format: Journal article
Published: IEEE 2016
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author Gomez, A
Shi, K
Quintana, C
Faulkner, G
Thomsen, B
O'Brien, D
author_facet Gomez, A
Shi, K
Quintana, C
Faulkner, G
Thomsen, B
O'Brien, D
author_sort Gomez, A
collection OXFORD
description In this paper, we describe an optical wireless communications system that uses light from an optical fibre access point to provide transparent and bi-directional optical links to nomadic terminals. Full localization and tracking is implemented, and a 50 Gb/s link is demonstrated. The link operates in an indoor environment, with a ± 30° field-of-view covering a distance of up to 3 m, and a localization accuracy of 0.05° (2.5 mm pointing accuracy at 3 m) is achieved. This demonstration shows that it is feasible to use an automated system to achieve the required alignment for an ultrahigh data rate fibre-wireless-fibre link.
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spelling oxford-uuid:8be6f3ef-6d3b-4477-8ef5-57937a8330df2022-03-26T22:41:08ZA 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking systemJournal articlehttp://purl.org/coar/resource_type/c_dcae04bcuuid:8be6f3ef-6d3b-4477-8ef5-57937a8330dfSymplectic Elements at OxfordIEEE2016Gomez, AShi, KQuintana, CFaulkner, GThomsen, BO'Brien, DIn this paper, we describe an optical wireless communications system that uses light from an optical fibre access point to provide transparent and bi-directional optical links to nomadic terminals. Full localization and tracking is implemented, and a 50 Gb/s link is demonstrated. The link operates in an indoor environment, with a ± 30° field-of-view covering a distance of up to 3 m, and a localization accuracy of 0.05° (2.5 mm pointing accuracy at 3 m) is achieved. This demonstration shows that it is feasible to use an automated system to achieve the required alignment for an ultrahigh data rate fibre-wireless-fibre link.
spellingShingle Gomez, A
Shi, K
Quintana, C
Faulkner, G
Thomsen, B
O'Brien, D
A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system
title A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system
title_full A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system
title_fullStr A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system
title_full_unstemmed A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system
title_short A 50 Gb/s transparent indoor optical wireless communications link with an integrated localization and tracking system
title_sort 50 gb s transparent indoor optical wireless communications link with an integrated localization and tracking system
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