Mode Division Multiplexing for limiting the power dissipation in high spectral efficiency systems

M. Martinelli, P. Boffi, A. Gatto, P. Martelli
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Abstract

Mode Division Multiplexing (MDM) is proposed not only as an additional dimension to increase the fiber capacity, but also as an efficient approach to reduce power dissipation in high spectral efficient systems with respect to solutions based on coherent detection and digital signal processing. In particular, fiber modes also known as circular vortices, characterized by a definite value of spin and of orbital angular momentum, are taken into account for MDM in this paper. Two different 100-Gb/s realizations based respectively on coherent technology and on MDM propagation are compared in terms of power consumption. Research objectives concerning energy sustainability and MDM development are evaluated with promising perspectives.
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用于限制高频谱效率系统功耗的模分复用
模分复用(MDM)不仅是增加光纤容量的额外维度,而且是基于相干检测和数字信号处理的高频谱效率系统中降低功耗的有效方法。特别地,本文考虑了光纤模式,也称为圆形涡流,其特征是自旋和轨道角动量的确定值。从功耗方面比较了分别基于相干技术和MDM传播的两种不同的100 gb /s实现。对能源可持续性和MDM发展的研究目标进行了展望。
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