A long-range plasmonic optical waveguide corner mirror chip
We present different fabrication techniques we have developed for a range of plasmonic waveguide-based active or passive configurations implemented in data router, sensor or interconnect demonstrators. We have integrated active plasmonic waveguide structures into recesses etched into SOI or silicon nitride photonic chips using either e-beam or opti...
Since the 1980s, researchers have been trying to design so-called "optical" computers, in which electrical signals would be replaced by photonic signals. For this, it is necessary to look at interconnection problems between components. This thesis deals with the problem of optical interconnection between electronic components. In order to propose a...
Published in Optical Materials Express
We present the design, fabrication and characterization of long-range surface plasmon polariton waveguide arrays with materials, mainly silicones, carefully selected with the aim to be used as mechanically flexible single-mode optical interconnections, the so-called “plasmonic arc” working at 1.55µm. The fabricated plasmonic arcs show a TM/TE polar...
Flexible Long-Range SPP (LRSPP) have been proposed as possible components in datacom interconnect systems1. From the point of view of both processability and reliability the choice of the most convenient polymer to be used as cladding remains an issue. In the context of FP7 IP PHOXTROT, different polymers have been tested. Here we report on the LRS...
As part as the European IP project “PhoxTroT” (*), aiming at developing Tb/s photonics combined with optical interconnect technology, a flexible long-range surface plasmon polariton (LR-SPP) waveguide structure is proposed and fabricated for mono-mode chip-to-board interconnections. The LR-SPP waveguides are designed for low-loss lightwave guiding ...