多核处理器
串扰
光纤通信
光纤
计算机科学
多模光纤
单模光纤
衰减
偏振模色散
传输(电信)
电信
芯(光纤)
塑料光纤
材料科学
电子工程
光学
工程类
物理
并行计算
作者
Anna Ziołowicz,M. Szymański,Łukasz Szostkiewicz,T. Tenderenda,Marta Napierała,M. Murawski,Z. Hołdyński,Ł. Ostrowski,Paweł Mergo,Krzysztof Poturaj,Mariusz Makara,Mateusz Słowikowski,K. Pawlik,Tomasz Stańczyk,K. Stępień,K. I. Wysokiński,M. Broczkowska,Tomasz Nasiłowski
摘要
We present a multicore fiber dedicated for next generation transmission systems. To overcome the issue of multicore fibers' integration with existing transmission systems, the fiber is designed in such a way that the transmission parameters for each core (i.e., chromatic dispersion, attenuation, bending loss, etc.) are in total accordance with the obligatory standards for telecommunication single core fibers (i.e., ITU-T G.652 and G.657). We show the results of numerical investigations and measurements carried out for the fabricated fiber, which confirm low core-to-core crosstalk and compatibility with standard single-core single-mode transmission links making the fiber ready for implementation in the near future.
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