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    Photonic Integrated Circuits Could Gain Efficiency, Reduce Size with New Modulator

    Article obtained from Photonics RSS Feed.

    Photonic integrated circuits promise greater speed, bandwidth, and efficiency than traditional electrical circuits, but they’re not yet small enough to be used broadly in computing and other applications.

    To achieve energy efficiency and operational speed within a smaller device, electrical engineers at the University of Rochester used a thin film of lithium niobate (LN) bonded on a silicon dioxide layer to create a miniaturized LN modulator. The engineers have created what they believe to be the smallest electro-optic modulator ever reported.

    A schematic drawing shows an electro-optic modulator developed in the lab of Qiang Lin, professor of electrical and computer engineering. The smallest such component yet developed,…

    Aug, 31 2020 |

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