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    • 22. 发明公开
    • COMBINING RADIO FREQUENCY BANDS FOR INCREASING BANDWIDTH IN A WIRELESS COMMUNICATION SYSTEM
    • EINEM DRAHTLOSKOMMUNIKATIONSSYSTEM中的KOMBINATION VONFUNKFREQUENZBÄNDERNZURVERGRÖSSERUNGDER BANDBREITE
    • EP3105861A1
    • 2016-12-21
    • EP15745774.8
    • 2015-02-10
    • CommScope Technologies LLC
    • KUMMETZ, Thomas
    • H04B7/005H04B7/24
    • H04B1/005H04B7/022
    • A frequency offset device can be located at a remote unit of a distributed antenna system and can be configured to combine two or more RF bands to allow the remote unit to process signals otherwise associated with a total RF bandwidth beyond the capabilities of the remote unit to process simultaneously. Signals of the RF bands are received at the unit. At least one of the RF bands is shifted to form a composite RF band that has an edge of a first RF band overlapping an edge of a second RF band. The composite RF band includes information from the signals of the first RF band and from the signals of the second RF band. The remote unit can process the composite RF band.
    • 频率偏移设备可以位于分布式天线系统的远程单元处,并且可以被配置为组合两个或更多个RF频带,以允许远程单元处理除了远程单元的能力之外的与总RF带宽相关联的信号, 同时处理。 在该单元处接收RF频带的信号。 RF带中的至少一个被移位以形成具有与第二RF频带的边缘重叠的第一RF频带的边缘的复合RF频带。 复合RF频带包括来自第一RF频带的信号和来自第二RF频带的信号的信息。 远程单元可以处理复合RF频段。
    • 29. 发明公开
    • FREQUENCY-DIVISION DUPLEXING IN A TIME-DIVISION DUPLEXING MODE FOR A TELECOMMUNICATIONS SYSTEM
    • FDD IN EINEM TDD-MODUSFÜREIN TELEKOMMUNIKATIONSSYSTEM
    • EP3130087A1
    • 2017-02-15
    • EP15776308.7
    • 2015-04-07
    • CommScope Technologies LLC
    • KUMMETZ, Thomas
    • H04B7/204H04B7/155H04B17/23
    • Certain features relate to operating a distributed antenna system or repeater system communicating frequency-division duplexing (“FDD”) signals in a time-division duplexing (“TDD”) mode. A TDD mode scheduler is configured for monitoring a downlink communications channel for the start of a downlink frame, sub-frame, or resource slot. Based on the start of a downlink frame, sub-frame, or resource slot, the TDD mode scheduler can identify a TDD transmission time-slot. The TDD mode scheduler can schedule high-powered downlink sub-frames during the TDD transmission time-slots where higher power output may be desirable. Based on the indication of the TDD transmission time-slot, a transmit/receive controller can increase the gain of the downlink communication and reduce the gain of the uplink communication.
    • 某些特征涉及操作以时分双工(“TDD”)模式传送频分双工(“FDD”)信号的分布式天线系统或中继器系统。 TDD模式调度器被配置为监视用于下行链路帧,子帧或资源时隙的开始的下行链路通信信道。 基于下行链路帧,子帧或资源时隙的开始,TDD模式调度器可以识别TDD传输时隙。 TDD模式调度器可以在TDD传输时隙期间调度高功率下行链路子帧,其中可能需要较高功率输出。 基于TDD传输时隙的指示,发送/接收控制器可以增加下行链路通信的增益并降低上行链路通信的增益。