We demonstrate a two-channel FDMA-FSK star network using frequency- tunable two-electrode DFB lasers.
DEVELOPMENT of microwave communication facilities for Bell System use was undertaken in 1945, taking advantage of prewar research at Bell Telephone Laboratories and of the impetus in technology ach
A transparent cross-connect with broadcast, dynamic spectral equalization, and blocking capabilities based on wavelength selective 4x1 switching modules is presented.
Low-loss high-index-contrast designs enabling the monolithic integration of a 64 channel, 100 GHz VMUX in a compact die have been developed.
Low-loss high-index-contrast designs enabling the monolithic integration of a 64 channel, 100 GHz VMUX in a compact die have been developed.
This paper presents a theoretical comparison between traditional non-return-to-zero, PAM4 and duobinary signaling as ways to achieve high serial data rates over copper.
Nonlinear frequency division multiplexing (NFDM) with the modulation of the nonlinear Fourier spectrum (both discrete and continuous parts), have been recently considered as a promising transmissio
Unrepeatered transmission of 64 40Gbps PDM-RZ-BPSK channels, spaced by 33GHz is realized over a record distance of 468km of low loss and large effective area fiber using a high power booster and a
This paper reports a complete transmission system for next generation high speed optical communication systems networks for short reach applications such as access networks and data center intercon
We report bidirectional interleaved 8 wavelength DWDM/SCM transmission over 212 and 238 km of standard single-mode fiber in repeaterless and repeated system configurations.
