Next generation multi-service optical networks
D. CavendishJr., Pengfei Ji, Dewei Qian, T. Wang, Zong Li
Abstract
D. CavendishJr., Pengfei Ji, Dewei Qian, T. Wang, Zong Li
Abstract
Current optical transport networks are based on non-transparent SONET/SDH technology. Wavelength multiplexed systems (WDM) modulate optical signals with SONET/SDH digital formats at 2.5 and 10Gb/s rates. Transparent Optical Networks have been actively researched as a way to make optical transport independent from the electronic signals transmitted. In this article, we review recent developments in optical components that facilitate a flexible spectrum usage of DWDM systems. In addition, we discuss emerging optical transport services and how they can be best served by a state-of-the-art transport network.
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Current optical transport networks are based on non-transparent SONET/SDH technology. Wavelength multiplexed systems (WDM) modulate optical signals with SONET/SDH digital formats at 2.5 and 10Gb/s rates. Transparent Optical Networks have been actively researched as a way to make optical transport independent from the electronic signals transmitted. In this article, we review recent developments in optical components that facilitate a flexible spectrum usage of DWDM systems. In addition, we discuss emerging optical transport services and how they can be best served by a state-of-the-art transport network.
Key concepts: Synchronous optical networking, Multiwavelength optical networking, Wavelength-division multiplexing, Optical Transport Network, Optical performance monitoring, Optical cross-connect, Computer science, Passive optical network