Mode-division multiplexing is a promising and cost-effective way to increase the
communication capability of integrated photonic circuits, for both classical and quantum …

A 72/spl times/72 wavelength-selective crossconnect switch, that is scalable to 1296/spl
times/1296 with current technology, is presented. Silica-on-silicon wavelength multiplexers …

Both, the continuously increasing performance of microchips (logic LSIs, microprocessors,
etc.) and the rapid increase in network traffic (Internet, enterprise networks, etc.) require …

This paper reports on the scalability of MEMS optical cross-connect (OXC) switches which
use 2D planar waveguide architecture and an integrated waveguide lens to enhance free …

Planar waveguides and embedded microelements such as 45 o vertical mirrors, lateral
mirrors, bends, and microlenses comprise main building blocks of the waveguide-based …

Large-scale integrated optical switch matrices require a complex mesh interconnection
which is not well supported by single layer waveguides [1]. A number of dual-layer …

On‐chip multimode transmission has drawn tremendous interest for its ability to expand the
link capacity with a single wavelength carrier. The waveguide crossing is a basic component …

A silicon metamaterial chip-to-chip coupler for photonic flip-chip applications Page 1 Th2A.39.pdf
OFC 2017 © OSA 2017 A Silicon Metamaterial Chip-to-Chip Coupler for Photonic Flip-Chip …

Nonblocking crossconnect photonic switches based on light beam deflection require planar
optical modules with hybrid integration of active deflector chips. In this work we present …

Major requirements for photonic switching elements are scalability, low loss and low
crosstalk. Wafer fusion technique can be used to combine planar waveguides fabricated on …