Low-latency fiber-wireless bridge for flexible fronthauling in future mobile networks
2015 European Microwave Conference (EuMC), 2015•ieeexplore.ieee.org
We propose a flexible and low-latency cascaded fiber-wireless system for future mobile
fronthauling using seamless combination of fiber-optic and millimeter-wave links. Successful
transmission of intraband and interband carrier aggregation LTE-A signals over the system
is experimentally confirmed. Satisfactory performance is achieved owing to the use of a high-
quality optical millimeter-wave signal generation technique at the transmitter and a
proposed high-performance self-homodyne detection at the receiver.
fronthauling using seamless combination of fiber-optic and millimeter-wave links. Successful
transmission of intraband and interband carrier aggregation LTE-A signals over the system
is experimentally confirmed. Satisfactory performance is achieved owing to the use of a high-
quality optical millimeter-wave signal generation technique at the transmitter and a
proposed high-performance self-homodyne detection at the receiver.
We propose a flexible and low-latency cascaded fiber-wireless system for future mobile fronthauling using seamless combination of fiber-optic and millimeter-wave links. Successful transmission of intraband and interband carrier aggregation LTE-A signals over the system is experimentally confirmed. Satisfactory performance is achieved owing to the use of a high-quality optical millimeter-wave signal generation technique at the transmitter and a proposed high-performance self-homodyne detection at the receiver.
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