Abstract: Technologies are described for using optical and electrical transmission of a plurality of communications services from a plurality of outside sources to a network of users via a distributed antenna system. The systems and methods disclosed herein provide for distribution of the communications services and for re-routing the services when a failure occurs. These systems and methods detect when there is a failure of the service to the network or within the network, where the failure has occurred, and how to redistribute the services via a switching network or matrix.

Abstract: Embodiments of the disclosure relate to a front-haul communications system for enabling communication service continuity in a wireless distribution system (WDS) network. A WDS network includes a front-haul communications system and a plurality of remote WDSs. In this regard, a front-haul link control circuit is provided in the front-haul communications system to detect failed front-haul communication link(s). In response to detecting the failed front-haul communication link(s), the front-haul link control circuit reroutes a disrupted communication service(s) to operational front-haul communication link(s) based on bandwidth capacity requirements of the disrupted communication service(s) and unused bandwidth capacity of the operational front-haul communication link(s).

Abstract: Embodiments for providing reference signal generation redundancy in wireless communications systems are disclosed. To avoid a single point of failure in reference signal generation that could cause components relying on the reference signal to not operate properly, the reference signal generation circuits disclosed herein include a plurality of reference signal generation modules. One reference signal generation module is configured as the master reference signal generation module to generate a master reference signal distributed in the wireless communication system. The other reference signal generation modules are configured as slave reference signal generation modules. If a failure is detected in the generation of the master reference signal in the master reference signal generation module, another slave reference signal generation module is reconfigured to be the new master reference signal generation module to generate the master reference signal.

Abstract: Technologies are described for using optical and electrical transmission of a plurality of communications services from a plurality of outside sources to a network of users via a distributed antenna system. The systems and methods disclosed herein provide for distribution of the communications services and for re-routing the services when a failure occurs. These systems and methods detect when there is a failure of the service to the network or within the network, where the failure has occurred, and how to redistribute the services via a switching network or matrix.

Abstract: Embodiments of the disclosure relate to a front-haul communications system for enabling communication service continuity in a wireless distribution system (WDS) network. A WDS network includes a front-haul communications system and a plurality of remote WDSs. In this regard, a front-haul link control circuit is provided in the front-haul communications system to detect failed front-haul communication link(s). In response to detecting the failed front-haul communication link(s), the front-haul link control circuit reroutes a disrupted communication service(s) to operational front-haul communication link(s) based on bandwidth capacity requirements of the disrupted communication service(s) and unused bandwidth capacity of the operational front-haul communication link(s).

Abstract: Technologies are described for using optical and electrical transmission of a plurality of communications services from a plurality of outside sources to a network of users via a distributed antenna system. The systems and methods disclosed herein provide for distribution of the communications services and for re-routing the services when a failure occurs. These systems and methods detect when there is a failure of the service to the network or within the network, where the failure has occurred, and how to redistribute the services via a switching network or matrix.

Abstract: Embodiments for providing reference signal generation redundancy in wireless communications systems are disclosed. To avoid a single point of failure in reference signal generation that could cause components relying on the reference signal to not operate properly, the reference signal generation circuits disclosed herein include a plurality of reference signal generation modules. One reference signal generation module is configured as the master reference signal generation module to generate a master reference signal distributed in the wireless communication system. The other reference signal generation modules are configured as slave reference signal generation modules. If a failure is detected in the generation of the master reference signal in the master reference signal generation module, another slave reference signal generation module is reconfigured to be the new master reference signal generation module to generate the master reference signal.

Abstract: Embodiments for providing reference signal generation redundancy in distributed antenna systems (DASs) are disclosed. To avoid a single point of failure in reference signal generation that could cause components relying on the reference signal to not operate properly, the reference signal generation circuits disclosed herein include a plurality of reference signal generation modules. One reference signal generation module is configured as the master reference signal generation module to generate a master reference signal distributed in the DAS. The other reference signal generation modules are configured as slave reference signal generation modules. If a failure is detected in the generation of the master reference signal in the master reference signal generation module, another slave reference signal generation module is reconfigured to be the new master reference signal generation module to generate the master reference signal.

Abstract: Embodiments of the disclosure relate to a front-haul communications system for enabling communication service continuity in a wireless distribution system (WDS) network. A WDS network includes a front-haul communications system and a plurality of remote WDSs. In this regard, a front-haul link control circuit is provided in the front-haul communications system to detect failed front-haul communication link(s). In response to detecting the failed front-haul communication link(s), the front-haul link control circuit reroutes a disrupted communication service(s) to operational front-haul communication link(s) based on bandwidth capacity requirements of the disrupted communication service(s) and unused bandwidth capacity of the operational front-haul communication link(s).

Abstract: Embodiments of the disclosure relate to a front-haul communications system for enabling communication service continuity in a wireless distribution system (WDS) network. A WDS network includes a front-haul communications system and a plurality of remote WDSs. In this regard, a front-haul link control circuit is provided in the front-haul communications system to detect failed front-haul communication link(s). In response to detecting the failed front-haul communication link(s), the front-haul link control circuit reroutes a disrupted communication service(s) to operational front-haul communication link(s) based on bandwidth capacity requirements of the disrupted communication service(s) and unused bandwidth capacity of the operational front-haul communication link(s).

Abstract: Technologies are described for using optical and electrical transmission of a plurality of communications services from a plurality of outside sources to a network of users via a distributed antenna system. The systems and methods disclosed herein provide for distribution of the communications services and for re-routing the services when a failure occurs. These systems and methods detect when there is a failure of the service to the network or within the network, where the failure has occurred, and how to redistribute the services via a switching network or matrix.

Abstract: Embodiments for providing reference signal generation redundancy in distributed antenna systems (DASs) are disclosed. To avoid a single point of failure in reference signal generation that could cause components relying on the reference signal to not operate properly, the reference signal generation circuits disclosed herein include a plurality of reference signal generation modules. One reference signal generation module is configured as the master reference signal generation module to generate a master reference signal distributed in the DAS. The other reference signal generation modules are configured as slave reference signal generation modules. If a failure is detected in the generation of the master reference signal in the master reference signal generation module, another slave reference signal generation module is reconfigured to be the new master reference signal generation module to generate the master reference signal.