We present and demonstrate the alarm correlation capability executed as an SDN application in an open, partially disaggregated multi-vendor optical network.
All-optical OR operation has been demonstrated using a semiconductor optical amplifier (SOA) and delayed interferometer (DI) at 20 and 40 Gb/s.
All-Raman single 53 nm ultra-wideband dispersion managed soliton transmission of 128×10 Gb/s over 4000 km of NZ-DSF (non-zero dispersion shifted fiber) is demonstrated for the first time.
We experimentally demonstrate that an electronic dispersion compensator can substantially improve the performance of a metropolitan area network.
We present the design and characterization of a cladding-pumped amplifier with erbium doping located in an annular region near the core.
This paper describes the implementation of an FPGA prototype of an application based on embedded ASIC technology.
We demonstrate an integrated optical buffer, fabricated in silica, with data storage up to 100 ns.
We report experiments on a continuously tunable true time delay and demonstrate high resolution tuning for the first time using a multi-stage all-pass filter device implemented with Ge-doped silica
Abstract An open converged metro-access network approach allows for sharing optical layer resources like fibers and optical spectrum among different services and operators.
A cost effective bi-directional 25Gbps TDM-PON utilizing a novel optical bit interleaved PAM-4 scheme in the downstream and 3-level duobinary modulation in the upstream using exclusively 10 Gbps pa
