A novel all-optical packet switching using optically controlled switch matrix
Shilin Xiao, Qingji Zeng, Jianxin Wang, Ming Jiang, Jun Huang, Lihua Lu, YiYun Wang
Abstract
Shilin Xiao, Qingji Zeng, Jianxin Wang, Ming Jiang, Jun Huang, Lihua Lu, YiYun Wang
Abstract
A novel all-optical packet switching is presented. Adopting optical-controlled optical switch and multi-wavelength optical label technology, all the extraction of optical packet header, recognizing of route information and control of optical switch matrix can be processed in optical domain without O-E/E-O conversion. In this switching, the header label pulses are separated to different optical paths to control the optical-controlled optical switch matrix. According to different sequence and different wavelength of the header pulses, the different optical routes can be established, and a kind of all-optical packet switching is achieved.
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A novel all-optical packet switching is presented. Adopting optical-controlled optical switch and multi-wavelength optical label technology, all the extraction of optical packet header, recognizing of route information and control of optical switch matrix can be processed in optical domain without O-E/E-O conversion. In this switching, the header label pulses are separated to different optical paths to control the optical-controlled optical switch matrix. According to different sequence and different wavelength of the header pulses, the different optical routes can be established, and a kind of all-optical packet switching is achieved.
Key concepts: Header, Optical switch, Optical burst switching, Optical cross-connect, Optical transistor, Burst switching, Optical performance monitoring, Packet switching