探讨同步传输技术在千兆光网络中的实际应用情况。通过介绍同步传输技术的基本概念,深入讨论超400G光传输网络面临的挑战及其在光传送网(Optical Transport Network,OTN)中的应用前景。研究重点分析调制与解码技术、自适应调整等关键技...探讨同步传输技术在千兆光网络中的实际应用情况。通过介绍同步传输技术的基本概念,深入讨论超400G光传输网络面临的挑战及其在光传送网(Optical Transport Network,OTN)中的应用前景。研究重点分析调制与解码技术、自适应调整等关键技术,并提出改善信号强度、纠正色散问题、克服光纤内非线性影响以及提高光放大器效率的方法。在研究过程中,还优化了前向纠错机制和错误率控制策略,以推动相干传输技术在400G OTN网络中的应用,提高光网络传输效率和扩展容量。展开更多
To meet the exponentially growing demand fbr bandwidth in Optical Transport Networks （OTNs）, 100-Gb/s （100G） coherent technology based oil Polarization-Division Multiplexed Quadrature Phase Shift Keying （PDM-QPSK...To meet the exponentially growing demand fbr bandwidth in Optical Transport Networks （OTNs）, 100-Gb/s （100G） coherent technology based oil Polarization-Division Multiplexed Quadrature Phase Shift Keying （PDM-QPSK）, which enables the capacity of a Wavelength Division Multiplexing （WDM） system to approach 10 Tb/s, is being widely deployed globally. As the first vendor to intro- duce a single-carrier 100G solution, A1- catel-Lucent has developed key transponder and network management technologies, which are reviewed in this paper together with their commercial evolution to 400G. Focusing on the Chinese market, we also review some key bench-mark testing results obtained in partner- ship with major Chinese operators. Finally, we discuss enabling technologies that are currently being researched to allow interfaces to scale to Terabit/s rates.展开更多
文摘探讨同步传输技术在千兆光网络中的实际应用情况。通过介绍同步传输技术的基本概念,深入讨论超400G光传输网络面临的挑战及其在光传送网(Optical Transport Network,OTN)中的应用前景。研究重点分析调制与解码技术、自适应调整等关键技术,并提出改善信号强度、纠正色散问题、克服光纤内非线性影响以及提高光放大器效率的方法。在研究过程中,还优化了前向纠错机制和错误率控制策略,以推动相干传输技术在400G OTN网络中的应用,提高光网络传输效率和扩展容量。
文摘To meet the exponentially growing demand fbr bandwidth in Optical Transport Networks （OTNs）, 100-Gb/s （100G） coherent technology based oil Polarization-Division Multiplexed Quadrature Phase Shift Keying （PDM-QPSK）, which enables the capacity of a Wavelength Division Multiplexing （WDM） system to approach 10 Tb/s, is being widely deployed globally. As the first vendor to intro- duce a single-carrier 100G solution, A1- catel-Lucent has developed key transponder and network management technologies, which are reviewed in this paper together with their commercial evolution to 400G. Focusing on the Chinese market, we also review some key bench-mark testing results obtained in partner- ship with major Chinese operators. Finally, we discuss enabling technologies that are currently being researched to allow interfaces to scale to Terabit/s rates.
