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Digital Coherent Technology for Optical Fiber and Radio-Over-fiber Transmission Systems

机译:光纤和无线光纤传输系统的数字相干技术

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摘要

Current status and the future perspective of digital coherent technology for optical fiber and radio-over-fiber (RoF) transmission systems will be reviewed. For the starter, we will review two key digital coherent techniques; the coherent receiver and compensation techniques for the fiber nonlinearity-induced impairments. Next, we will present a commercial deployment of 100 G digital coherent long-haul optical fiber transmission system and the R&D challenge to 400 G and beyond transmission systems. Finally, we will turn our focus on digital coherent RoF transmission systems. We will introduce an ongoing government-funded R&D program in Japan, entitled “Agile deployment capability of highly resilient optical and radio seamless communication systems.” It was initiated after the disaster in Japan in March 2011, aiming at optical fiber and millimeter-wave-band radio seamless transmission system. It would be a good use case of cutting-edge radio-over-fiber technology for an immediate social need.
机译:将回顾光纤和光纤无线电(RoF)传输系统的数字相干技术的现状和未来展望。首先,我们将回顾两种关键的数字相干技术:光纤非线性引起的损伤的相干接收器和补偿技术。接下来,我们将介绍100G数字相干长距离光纤传输系统的商业部署以及对400G及更高传输系统的研发挑战。最后,我们将把重点放在数字相干RoF传输系统上。我们将在日本引入一项由政府资助的正在进行的研发计划,该计划名为“高弹性光和无线电无缝通信系统的敏捷部署能力”。它是在2011年3月日本大地震之后发起的,旨在光纤和毫米波波段无线电无缝传输系统。这将是满足社会迫切需求的尖端光纤无线技术的很好用例。

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