Topic
Optical Transport Network
About: Optical Transport Network is a research topic. Over the lifetime, 6055 publications have been published within this topic receiving 85783 citations.
Papers published on a yearly basis
Papers
More filters
TL;DR: A reconfigurable non-blocking 4-port optical router based on 4 thermally tuned microring resonators is demonstrated and wavelength division multiplexing data transmission with the data rate of 8×25 Gbps has been implemented.
Abstract: A reconfigurable non-blocking four-port optical router with the least optical switches is demonstrated. The device is based on microring resonators tuned through thermo-optic effect. The optical signal-to-noise ratio of the device at its nine routing states is about 15 dB. A 25 Gbps data transmission has been performed on its whole 12 optical links, and 8-channel wavelength division multiplexing data transmission has been implemented to expand its communication capacity. The energy efficiency of the device is 23 fJ/bit, and the response time of the device is about 25 μs.
22 citations
02 Dec 1990
TL;DR: An experimental system that transports ATM (asynchronous transfer mode) cells through a passive optical local network (APON) is described, permitting early economic deployment of ATM to smaller, or start up customers.
Abstract: An experimental system that transports ATM (asynchronous transfer mode) cells through a passive optical local network (APON) is described. It distributes a 155.52 Mb/s ATM stream from an ATM node to 64 customer ends, synchronizing return cells to interleave at the exchange. A variant of the Orwell protocol is used for bandwidth control. Key features demonstrated are clock phase alignment and an exchange optical receiver design to realize a practical system. APON provides dialog service to those smaller customers that cannot be economically served using dedicated point-to-point links, permitting early economic deployment of ATM to smaller, or start up customers. >
22 citations
Patent•
20 Sep 2006TL;DR: An optical aggregation device (20) can couple a plurality of optical line terminals (18) to a common plurality of Optical Network terminals (16) via a passive optical network (12) as mentioned in this paper.
Abstract: An optical aggregation device (20) can couple a plurality of optical line terminals (18) to a common plurality of optical network terminals (16). The device is coupled to the network terminals via a passive optical network (12). The aggregation device (20) makes it possible to more fully use all of the available bandwidth of the passive optical network (12).
22 citations
Proceedings Article•
20 Jun 2013
TL;DR: A technique of virtual channel parameters calculation in all-optical networks using 3D dependences for select optimal network parameters, at which requirements for virtual channel are satisfied.
Abstract: A technique of virtual channel parameters calculation in all-optical networks were designed. We use a 3D dependences for select optimal network parameters, at which requirements for virtual channel are satisfied.
22 citations
05 Jun 2017
TL;DR: From a service provider's point of view, the requirements on and status of datacenter optical interconnects are reviewed and the challenges for futureDatacenter networks, including both intra- and inter-datacenter Optical interconnect technologies are discussed.
Abstract: From a service provider's point of view, we review the requirements on and status of datacenter optical interconnects and discuss the challenges for future datacenter networks, including both intra- and inter-datacenter optical interconnect technologies.
22 citations