Integration technologies for board-to-board optical interconnect systems are presented. In
the module architecture, optical transmitters and receivers are placed on the line cards and …

The Nd: YAG laser drilling performance of blind vias in epoxy/aluminium nitride (AlN)
composite and virgin epoxy is systemically studied through varying the average laser power …

Polymer multilayer optical interconnections have gained interest over the past few years in
view of their ability to increase the integration density, increase the routing flexibility, and …

More than 60% overall coupling efficiency is achieved in the demonstrator of an optical
interconnect comprising an input grating coupler, a multimode slab waveguide section and …

Optical interconnects can provide chip-to-chip data communication with much needed
bandwidth as processor speed and density keep growing. Optical waveguides and couplers …

The integration of optical interconnects in printed circuit boards (PCB) is a rapidly growing
field worldwide due to a continuously increasing need for high-speed data transfer. There …

The integration of optical interconnections in printed circuit boards (PCBs) is an emerging
field that arouses rapidly growing interest worldwide. At present the key issue is to identify a …

In this paper, laser ablation is presented as a versatile technology that can be used for the
fabrication of all building blocks and functional elements required for an optical …

Purpose–Low temperature co‐fired ceramics (LTCC) material is introduced as an excellent
alternative to silicon, glass, or plastic materials for the fabrication of miniaturised analytical …

We investigate the characteristics of crossing and branching nodes in monolayer soft-
lithography-based polymer optical interconnects with experimental and theoretical analysis …