16MH5200, Research of Mode-Division-Multiplexing Optical Transmission Technology over 10 km Multi-Mode Fiber,
Kim Kwangjoon
Abstract
All-fiber 6-mode multiplexer composed of two consecutive LP11-mode selective couplers (MSC), two LP21-MSCs and an LP02-MSC is fully characterized by wavelengthswept interferometer technique. The MSCs are fabricated by polished-type fiber couplers coupling LP01 mode of a single mode fiber into a higher-order mode of a few mode fiber. A pair of the mode multiplexers has minimum mode dependent loss of 4 dB and high mode group selectivity of over 15 dB. Mode division multiplexed transmission enabled by the allfiber mode multiplexers is demonstrated over fiber spans of 117 km employing an in-line multi-mode optical amplifier. 6 modes of 120 Gb/s dual polarization quadrature phase shift keying signals combined with 30 wavelength channels are successfully transmitted.
KSP Keywords
All-fiber, Dual Polarization Quadrature phase shift keying, Fiber coupler, Group selectivity, High mode, In-line, Mode division multiplexing(MDM), Multi-mode, Optical amplifier, Single-mode fiber(SMF), few mode fiber(FMF)
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