Time: 18:00 – 20:00
Location: The Merrion Room, RDS
Photonic Integrated Circuits (PICs) are now actively being developed in multiple market sectors, far beyond telecommunications and datacomm, impacting product developments in aerospace, industrial internet of things, automotive sensors, diagnostic tools in healthcare through to fibre-optic sensing.
The barriers to entry have been radically redued with the open access model pioneered in Europe, enabling businesses large and small to innovate and researchers to push technology limits. Manufacturing pilot lines are now facilitating a route to production through more robust design flows and processes. New research directions are enabling combinations of technologies.
The European Photonic Integration Forum holds its 10th edition at ECOC in Dublin.
17:30 -: Welcome drink
18:00 - Introduction of JePPIX and ePIXfab
18:10 - Talk by Prof. Dries Van Thourhout (Ghent University – imec)
18:30 - Networking + Refreshments
19:10 - Talk by Dr. Kai Shi (Microsoft)
19:30 - Networking + Refreshments
The event and drinks are free of charge. Due to room capacity limits, we ask for registration to ensure admittance. Register at epif2019.eventbrite.com.
Prof. Dries Van Thourhout, Ghent University
New materials for advanced silicon photonics based transceivers
Summary: It is clear that silicon photonics requires a directly integrated laser source using wafer-scale technologies, and an efficient modulator without any coupling between amplitude and phase modulation to implement low power and high speed integrated transceivers.
To achieve these targets, an increasing amount of research is geared towards the integration of novel materials and the development of new integration methods on the silicon photonics platform. This presentation will give a review of the state-of-the-art in this domain, covering novel methods for III-V integration, novel materials for pure phase modulation (LN, BTO, PZT, polymers, 2D-materials) and novel materials focusing on pure amplitude modulation (Ge, SiGe, Graphene).
Dr. Kai Shi, Microsoft
Prototyping of a sub-nanosecond wavelength switching source using JePPIX
Summary: An all-optical switch can potentially reduce the cost and power consumption of today's data center networks, by eliminating opto-electronic conversions.
A fast wavelength tunable source is a key component to enable fast network reconfigurability. In this presentation, we will share some of our experiences of prototyping a sub-nanosecond wavelength switching source using the JePPIX platform.
JePPIX - the joint European platform for photonic integrated components and circuits provides low-cost access to advanced indium phosphide and silicon nitride photonic integration processes. JePPIX connects the complete value chain for a seamless design flow from concept to packaged part for multiproject wafer prototyping runs, and now starts Pilot Line manufacturing.
ePIXfab is the European alliance of companies and research institutes that promotes silicon photonics science, technology and applications. ePIXfab members cover the entire supply chain of silicon photonics prototyping and manufacturing. ePIXfab organizes training and workshops and is involved in roadmapping activities.