Dr. Marco Marazzi Profile

Dr. Marco Marazzi

Senior Researcher at Corning OTI

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Proceedings Article | 3 April 2003 Paper

Low cost, small form factor, and integration as the key features for the optical component industry takeoff

Francesco Schiattone, Stefano Bonino, Luigi Gobbi, Angelamaria Groppi, Marco Marazzi, Maurizio Musio

Proceedings Volume 4944, (2003) https://doi.org/10.1117/12.472817

KEYWORDS: Modulators, Semiconducting wafers, Packaging, Optical components, Optical alignment, Transponders, Photodiodes, Waveguides, Integrated optics, Optical fibers

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In the past the optical component market has been mainly driven by performances. Today, as the number of competitors has drastically increased, the system integrators have a wide range of possible suppliers and solutions giving them the possibility to be more focused on cost and also on footprint reduction. So, if performances are still essential, low cost and Small Form Factor issues are becoming more and more crucial in selecting components. Another evolution in the market is the current request of the optical system companies to simplify the supply chain in order to reduce the assembling and testing steps at system level. This corresponds to a growing demand in providing subassemblies, modules or hybrid integrated components: that means also Integration will be an issue in which all the optical component companies will compete to gain market shares. As we can see looking several examples offered by electronic market, to combine low cost and SFF is a very challenging task but Integration can help in achieving both features. In this work we present how these issues could be approached giving examples of some advanced solutions applied to LiNbO₃ modulators. In particular we describe the progress made on automation, new materials and low cost fabrication methods for the parts. We also introduce an approach in integrating optical and electrical functionality on LiNbO₃ modulators including RF driver, bias control loop, attenuator and photodiode integrated in a single device.

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