Winzer Peter J, Neilson David T, Chraplyvy Andrew R
Opt Express. 2018 Sep 3;26(18):24190-24239. doi: 10.1364/OE.26.024190.
Celebrating the 20 anniversary of Optics Express, this paper reviews the evolution of optical fiber communication systems, and through a look at the previous 20 years attempts to extrapolate fiber-optic technology needs and potential solution paths over the coming 20 years. Well aware that 20-year extrapolations are inherently associated with great uncertainties, we still hope that taking a significantly longer-term view than most texts in this field will provide the reader with a broader perspective and will encourage the much needed out-of-the-box thinking to solve the very significant technology scaling problems ahead of us. Focusing on the optical transport and switching layer, we cover aspects of large-scale spatial multiplexing, massive opto-electronic arrays and holistic optics-electronics-DSP integration, as well as optical node architectures for switching and multiplexing of spatial and spectral superchannels.
值此《光学快报》创刊20周年之际,本文回顾了光纤通信系统的发展历程,并通过审视过去20年的情况,尝试推断未来20年光纤技术的需求和潜在的解决方案路径。我们深知对20年的推断本质上伴随着巨大的不确定性,但我们仍希望,与该领域大多数文章相比,从一个显著更长远的视角来探讨,将为读者提供更广阔的视野,并鼓励大家进行急需的突破常规的思考,以解决我们面前非常重大的技术规模扩展问题。本文聚焦于光传输和交换层,涵盖了大规模空间复用、大规模光电阵列以及光学-电子-数字信号处理整体集成等方面,还涉及用于空间和频谱超通道交换与复用的光节点架构。