Q function aware optical packet switch with low packet loss rate

Optical packet switching (ops) is a very promising technology for the next generation data transfer due to the very large bandwidth of the optical fiber. the success of the ops relies heavily on design of the node architecture which supports comparatively larger buffering capacity without detiorating signal quality too much and it should provide very low packet loss probability with reasonably low average delay. in this paper,a design analysis of low complexity ops node architecture is discussed along-with its advantages. the presented architecture support both fixed and variable length packets. the packets are stored in a single piece of fiber using the wdm technology. physical layer analysis presented in this paper is to obtain the q function (bit error rate). finally,the monte carlo simulation is done to obtain the packet loss. the average delay performance of the switch and effect of q values on packet loss rates are discussed. © school of engineering,taylor’s university.