首页> 外文会议>2012 8th International Symposium on Communication Systems, Networks amp; Digital Signal Processing >Dynamic optical arbitrary waveform generation and measurement to increase the flexibility, fidelity and bandwidth of optical networks
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Dynamic optical arbitrary waveform generation and measurement to increase the flexibility, fidelity and bandwidth of optical networks

机译:动态光学任意波形生成和测量,以增加光学网络的灵活性,保真度和带宽

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We review spectral-slice dynamic optical arbitrary waveform generation and measurement (OAWG and OAWM) for bandwidth scalable and flexible bandwidth networking. OAWG and OAWM generate and measure wideband waveforms (terahertz) in many spectral slices that are less than 100 GHz wide with electronics. Within the system bandwidth, the OAWG transmitter and OAWM receiver can accommodate waveforms in a variety of modulation formats, variable channel spacings, and without any spectral guard bands. We demonstrate continuous generation of 60-GHz bandwidth optical waveforms using 5.5-GHz electronics and measurements of waveforms with 160 GHz of bandwidth using 20-GHz electronics.
机译:我们回顾了频谱切片动态光任意波形的生成和测量(OAWG和OAWM),以实现带宽可扩展和灵活的带宽联网。 OAWG和OAWM在电子设备产生的宽度小于100 GHz的许多频谱切片中生成并测量宽带波形(太赫兹)。在系统带宽内,OAWG发射器和OAWM接收器可以容纳多种调制格式,可变通道间隔且没有任何频谱保护带的波形。我们演示了使用5.5 GHz电子设备连续生成60 GHz带宽的光波形,以及使用20 GHz电子设备测量带宽为160 GHz的波形的过程。

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