An impulse system for 60-GHz wireless networks based on polymer optical fiber
IEEE Photonics Technology Letters, 2007•ieeexplore.ieee.org
A specific impulse optical fiber system has been achieved to enhance the connectivity of 60-
GHz wireless networks. Using an impulse technology, this original configuration is an
efficient alternative to the conventional 60-GHz radio-over-fiber systems. Baseband
subnanosecond pulses first modulate the amplitude of a 60-GHz radio-frequency carrier and
second the intensity of a distributed feedback laser operating at 1300 nm. Properties of the
multimode plastic optical fiber based on a perfluorinated material are exploited to transmit …
GHz wireless networks. Using an impulse technology, this original configuration is an
efficient alternative to the conventional 60-GHz radio-over-fiber systems. Baseband
subnanosecond pulses first modulate the amplitude of a 60-GHz radio-frequency carrier and
second the intensity of a distributed feedback laser operating at 1300 nm. Properties of the
multimode plastic optical fiber based on a perfluorinated material are exploited to transmit …
A specific impulse optical fiber system has been achieved to enhance the connectivity of 60-GHz wireless networks. Using an impulse technology, this original configuration is an efficient alternative to the conventional 60-GHz radio-over-fiber systems. Baseband subnanosecond pulses first modulate the amplitude of a 60-GHz radio-frequency carrier and second the intensity of a distributed feedback laser operating at 1300 nm. Properties of the multimode plastic optical fiber based on a perfluorinated material are exploited to transmit such signals. The overall system performance has been tested experimentally in a multihop configuration; bit-error-rate measurements are better than for transmission data rates up to 200 Mb/s.
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