We propose and validate an upstream-traffic-disruption-free ONU activation method enabling low-latency services over TDM-PON.
Dual output DEML based ONU for `A-to-the-user' ultra-dense access network is demonstrated. 2.5Gb/s for each user with 5GHz channel spaced between uplink and downlink for UDWDM is presented.
The operation of multi-domain and multi-vendor EONs can be achieved by interoperable Sliceable Bandwidth Variable Transponders, a GMPLS/BGP-LS-based control plane and a planning tool.
(Title originally was "10 Gb/s Native Ethernet Optical Transport System.") The first system to transport native Ethernet data at a serial rate of 10 Gb/s is reported.
A new tensile strained material system, GaInNAs/InP, has been developed in order to achieve TM lasing around 1.55 mum, for further isolator integration.
Quantum dash lasers were irradiated for the first time, using 31-MeV protons.
The close relationship of the structure of ternary molybdenum chalcogenides to molecular cluster compounds suggests that these chalcogenides might be synthesized from such clusters or be solubiliz
By the time of this meeting, AT&T will have installed over 15,500 km of undersea lightwave systems, with major participation in the Transcontinental systems, TAT-8, TPC-3/HAW-4, plus a number o
We report the sudden appearance of a highly variable, conical nebula 1.5' south of a L(solar) IRAS and near infrared source in the southern part of the L1641 cloud in Orion.
The relaxed atomic structure of a model ceramic/metal interface, (222)MgO/Cu, is simulated, including lattice: constant mismatch, using first principles local-density functional Cheery plane wave p
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