Elastic Optical Networks: Architectures, Technologies, and by Víctor López, Luis Velasco

By Víctor López, Luis Velasco

This booklet offers advances within the box of optical networks - in particular on learn and functions in elastic optical networks (EON). the cloth displays the authors’ huge learn and business actions and comprises contributions from preeminent researchers and practitioners in optical networking. The authors speak about the hot learn and functions that handle the difficulty of elevated bandwidth call for because of disruptive, excessive bandwidth purposes, e.g., video and cloud functions. The ebook additionally discusses matters with site visitors not just expanding yet turning into even more dynamic, either in time and course, and posits rapid, medium, and long term options through the textual content. The booklet is meant to supply a reference for community structure and making plans, conversation structures, and regulate and administration ways which are anticipated to guide the evolution of EONs.

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7). That is where protection switching is related with the least cost when compared to packet layer protection switching. g. [3]). Currently, several operators are following this approach and roll-out MLRbased core networks. The general concept works fine already with conventional fixed-grid technology but EON can bring further improvements. Fig. 7 Multi-layer restoration using a remote backup transit router 40 A. Stavdas et al. Case 1: Multi-layer Resilience Based on Elastic Flex-Rate Transceivers As reaction to the failure, the conventional optical network tries to recover by finding a backup path that detours the non-functioning link.

Since most of the network operators have a relatively small core network (typically 20–30 nodes) serving a much larger metro and/or aggregation network, the key question to be answered nowadays is: should operators keep to this design or should they look at much larger core networks to better exploit flex-grid technology capabilities? 8). The CAPEX associated with this architecture strongly depends on the number and size of metro areas, since they define, among others, the number and size of metro routers needed per area, the number and size of core routers to interconnect metro areas with the core, and the amount and characteristics of required BVTs and/or SBVTs.

The two polarizations should be simultaneously modulated, the line rate per carrier would be 200 Gb/s although the actual information rate might be somewhat less, pending on the FEC used. 5 GHz slot width granularity, the frequency slot can be as small as 50 GHz. In practice, the frequency slot may need to be larger, with additional bandwidth allocated at each side of the signal, to ensure sufficient optical isolation to facilitate add/drop and wavelength switching in intermediate nodes. 5 GHz per side is sufficient.

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