Abstract
The performance of single and cascaded wavelength-division-multiplexed (WDM) optical interfaces that support 37.5-GHz-band 25-GHz-separated wavelength-interleaved dense WDM feeder networks for millimeter-wave fiber-radio systems are characterized experimentally. The interface offers a consolidated base station (BS) architecture by enabling a wavelength reuse technique with transparent optical add-drop-multiplexing functionality to the BS. The modeling of the system predicts that the interface can be cascaded up to ten units without much change in the existing setup.
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