An optical frequency-division-multiplexed star network is analyzed and demonstrated experimentally using two 45 Mb/s frequency- shift-keyed laser channels at 1.5micron.
We demonstrate a two-channel FDMA-FSK star network using frequency- tunable two-electrode DFB lasers.
FABULOUS is an EU project pertaining to the 7th framework program with the aim of proving the effectiveness of a Passive Optical Network adopting WDM FDM/FDMA approach, able to grant increased band
Implementing ferrites in finite-difference time-domain (FDTD) modeling requires special care because of the complex nature of the ferrite impedance.
Single and multiple energy Fe ion implants are performed in n-type InGaAs. Rapid thermal and furnace anneals are used to activate the implanted material.
Digital subscriber lines (DSL) offer the possibility to deliver broadband services over the existing telephone network.
©Lidia Delrieu, Vincent Pialoux, Olivia Pérol, Magali Morelle, Agnès Martin, Christine Friedenreich, Olivia Febvey-Combes, David Pérol, Elodie Belladame, Michel Clémençon, Eva Roitmann, Armelle Duf
This paper examines the new Licensed Shared Access spectrum sharing case in Finland.
We study the feasibility of achieving 0.8-bit/s/Hz spectral efficiency at 160 Gb/s. We generate phase-correlated RZ signal by utilizing the Kerr shutter effect in a highly nonlinear fiber.
This paper demonstrates a feasibility for a 40Tbit/s capacity optical switching fabric in one single plane based on a broadcast-and-select architecture.
