In the world of optical communications, the demand for higher bandwidth and lower power consumption has led researchers to search for innovative alternatives. In this article, discover how the GENIUS project is revolutionizing high-speed electro-optical modulator technology and its impact on the value chain.

The GENIUS project, funded by AVI (Asociación Valenciana de la Innovación) through the program of “Consolidación de la Cadena de Valor“, might be co-financed European funds within the European Regional Development Fund program. This project focuses on high-speed electro-optic modulators based on graphene on silicon nitride. This unique combination of materials enables the development of technology platforms with low loss, high modulation speed, and small size, driving innovation in next-generation optical transceivers.

The main objective of the GENIUS project (AVI GENIUS INNCAD/2022/153) is to develop electro-optical modulators that enable the transmission of electrical signals encoded in near-infrared modulated light. These modulators, thanks to their high-speed capability and low power consumption, represent a significant breakthrough in the optical communications industry.

The combination of graphene and silicon nitride in GENIUS’ electro-optical modulators offers key benefits, such as low losses and reduced size. This not only boosts the efficiency of optical communications but also has a positive impact on the value chain by promoting research and innovation in this field.

The GENIUS project, funded by AVI and receiving European funds, is scheduled to run from May 2022 to September 2024, allowing ample time for comprehensive research and development. In summary, GENIUS is leading the state-of-the-art in the field of electro-optical modulator technology.