HYBRID SYSTEM FOR DISTRIBUTING BROADBAND WIRELESS SIGNALS INDOORS

The invention relates to a system (100 200) for distributing broadband wireless signals indoors, comprising: a radio access node (101 201) connected to a telecommunications access network through an access interface (107 207), wherein said radio access node comprises a broadband signal transmission/...

Ausführliche Beschreibung

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Bibliographische Detailangaben
Hauptverfasser: WARZANSKYJ GARCIA WSEWOLOD, OLMOS GONZALEZ PEDRO, CUCALA GARCIA LUIS
Format: Patent
Sprache:eng
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Beschreibung
Zusammenfassung:The invention relates to a system (100 200) for distributing broadband wireless signals indoors, comprising: a radio access node (101 201) connected to a telecommunications access network through an access interface (107 207), wherein said radio access node comprises a broadband signal transmission/reception module configured to transmit and receive VHF/UHF DVB-T broadband wireless signals through a broadband radio interface; and at least one piece of client equipment (102 202) comprising a broadband signal transmission/reception module configured to transmit and receive VHF/UHF DVB-T broadband wireless signals through a broadband radio interface in the 5 GHz free band, wherein said 5 GHz free band is the one specified in the ETSI EN 301 893 standard. The system further comprises: at least one optical device (105 205 300) configured to: receive broadband signals from said radio access node (101 201), select at least one broadband signal from said radio access node (101 201), convert said broadband signal into an optical signal and transmit said optical signal through a link over plastic optical fiber (108 208); and at least one transmitting device (109 209 600) configured to: receive and detect an optical signal from said at least one optical device (105 205 300) through said link over plastic optical fiber (108 208), convert said optical signal into a DVB-T signal in the 5 GHz free band and transmit it through a broadband radio interface in the 5 GHz free band.