We report on 40-Gb/s transmission over 2000 km of NZDSF with 100-km amplifier spacing without FEC, by using an optimized but simple dispersion map.
We investigate 40-Gbit/s RZ-signal transmission in a transparent optical network equipped with wavelength-selective optical cross connects (WSOXC's).
We report pseudo-linear transmission of a single-channel 40- Gb/s signal over non-zero dispersion-shifted fiber (NZDSF) using an integrated electroabsorption- modulated laser (EML) in the transmitt
This paper reports oil the design of all optical-pulse source at a 40-Gb/s repetition rate integrating a single electro-absorption modulator (EAM) sinusoidally driven ky a 40-GHz low-power MMIC dri
We present a 40-wavelength, 100-GHz channel spacing, planar add-drop filter that has flattened passbands without excess loss.
We present a planar 40-wavelength, 100-GHz spacing, channel- dropping filter with wide in-to-through stopbands and low in-to-drop crosstalk, yet highly cascadable in-to-through passbands without si
We present a tunable laser based on an N sub 1 x N sub 2 chirped waveguide grating router that has N sub 1 N sub 2 wavelengths, accessible in a digitally, rapid manner, and only N sub 1 + N sub 2 +
We experimentally demonstrate real-time error-free transmission for longer than 65 h using a 400G rate-adaptive flexible-grid transponder in a metro regional Telecom Italia multivendor environment.
We report the error-free transmission over 544 km of standard fiber of 40 channels at 9.953 Gb/s from a spectrum-sliced supercontinuum source.
We demonstrate a 400G dual-polarization dual-wavelength IM-DD PON with >30 dB power budget.
