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    Photonic Communication - Edited

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    sanu
    Photonic communication uses light to transmit data instead of traditional copper wires. It was first developed in the 1960s from semiconductor research. Researchers have now created photonic chips that can move data with light while computing electronically, replacing less efficient copper wires. These chips are believed to reduce energy consumption for data transmission between chips by 95% and in large data centers by 30-50%. The goal of photonic communication research is to increase data transmission speeds since light can transmit multiple signals simultaneously unlike copper wires.

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    Photonic Communication - Edited

    Uploaded by

    sanu
    8 views4 pages
    Photonic communication uses light to transmit data instead of traditional copper wires. It was first developed in the 1960s from semiconductor research. Researchers have now created photonic chips that can move data with light while computing electronically, replacing less efficient copper wires. These chips are believed to reduce energy consumption for data transmission between chips by 95% and in large data centers by 30-50%. The goal of photonic communication research is to increase data transmission speeds since light can transmit multiple signals simultaneously unlike copper wires.

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    Photonic Communication.edited

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    Photonic communication uses light to transmit data instead of traditional copper wires. It was first developed in the 1960s from semiconductor research. Researchers have now created photonic chips that can move data with light while computing electronically, replacing less efficient copper wires. These chips are believed to reduce energy consumption for data transmission between chips by 95% and in large data centers by 30-50%. The goal of photonic communication research is to increase data transmission speeds since light can transmit multiple signals simultaneously unlike copper wires.

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    © All Rights Reserved
    Download as DOCX, PDF, TXT or read online from Scribd
    Download as docx, pdf, or txt
    8 views4 pages

    Photonic Communication - Edited

    Uploaded by

    sanu
    Photonic communication uses light to transmit data instead of traditional copper wires. It was first developed in the 1960s from semiconductor research. Researchers have now created photonic chips that can move data with light while computing electronically, replacing less efficient copper wires. These chips are believed to reduce energy consumption for data transmission between chips by 95% and in large data centers by 30-50%. The goal of photonic communication research is to increase data transmission speeds since light can transmit multiple signals simultaneously unlike copper wires.

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    Photonic Communication

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    Photonic Communication:

    Photonics is the physical science of light generation or the detection. Most of the applications
    are in the range of the visible and near-infrared light. Regarding the photonic, it was first
    developed as the outgrowth of the first practical semiconductor which was invented in the
    1960s. The photonic has now being developed and used in the computers to transmit the data.
    With the help of the Optoelectronic and the top silicon manufacturer, the Ayar labs aim to
    increase the speed of computing and to reduce the energy consumption in the computers
    (Roelkens et al. 2015). It has been a great discovery as the chip has been developed to move
    the data with light, but it computes electronically. This is a unique design which has replaced
    the less efficient copper wires with efficient optical communications into the traditional
    computer chip.

    Figure: Photonic Communication

    It has been believed that the chip can reduce the consumption of energy by 95% regarding
    data transition by the chip to chip. It has been seen that the chip can also be used in the larger
    data centres which that believe can reduce the energy consumption by 30 to 50 per cent. The
    main idea of research of photonic communication is to increase the data transmission
    (Roelkens et al. 2015). It has been seen that the number of the transistor has been doubled by
    the year, but the amount of data pushed across the copper wire has not been increased. The
    researcher has used the light as because the researcher has found that the optical wire can
    transmit the data signals in various wavelengths while the copper wire can transmit only one
    signal at a time.
    Reference:

    Roelkens, G., Abbasi, A., Cardile, P., Dave, U., De Groote, A., De Koninck, Y., ... & Huang,
    Q. (2015, September). III-V-on-silicon photonic devices for optical communication and
    sensing. In Photonics (Vol. 2, No. 3, pp. 969-1004). Multidisciplinary Digital Publishing
    Institute.

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