Optically enabled graphene-based transmitter for Gbit/s links at 93 GHz carrier frequency
Photonics in Switching and Computing, 2021•opg.optica.org
… Abstract: Integrated photonics is a promising technology for next generation sub-THz links.
We propose a new transmitter based on a graphene optoelectronic mixer as active material
and demonstrate its operation at ~100 GHz carrier frequency. … Here we show a 100 GHz
transmitter using a graphene-based OEM. The device and the experimental scheme are
shown in Fig.1. The OEM consists in a graphene photoconductor integrated on a Si3N4
photonic waveguide. …
We propose a new transmitter based on a graphene optoelectronic mixer as active material
and demonstrate its operation at ~100 GHz carrier frequency. … Here we show a 100 GHz
transmitter using a graphene-based OEM. The device and the experimental scheme are
shown in Fig.1. The OEM consists in a graphene photoconductor integrated on a Si3N4
photonic waveguide. …
Abstract
Integrated photonics is a promising technology for next generation sub-THz links. We propose a new transmitter based on a graphene optoelectronic mixer as active material and demonstrate its operation at~ 100 GHz carrier frequency.
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