• Time delay

    From Sunil Kumar@21:1/5 to All on Mon May 27 00:36:55 2019
    Hi,

    can someone please explain the time delay/transit delay between 10G and 100G in OTN.

    Regards,
    Sunil.

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  • From Huub van Helvoort@21:1/5 to All on Tue May 28 20:18:34 2019
    Hello Sunil,

    You ask:

    can someone please explain the time delay/transit delay between 10G and 100G in OTN.

    Would you please be more specific.
    Do you mean transfer delay, propagation delay, mapping delay...

    Kind regards, Huub.


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  • From Sunil Kumar@21:1/5 to Huub van Helvoort on Tue May 28 23:00:18 2019
    On Tuesday, May 28, 2019 at 11:48:35 PM UTC+5:30, Huub van Helvoort wrote:
    Hello Sunil,

    You ask:

    can someone please explain the time delay/transit delay between 10G and 100G in OTN.

    Would you please be more specific.
    Do you mean transfer delay, propagation delay, mapping delay...

    Kind regards, Huub.


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    Hi Huub,

    Tnx for your kind response.

    I want to delay interms of all aspects and how it can calculated.

    Thanks in advance.

    Regards,
    Sunil.

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  • From Huub van Helvoort@21:1/5 to You on Sun Jun 2 16:08:36 2019
    Hello Sunil,

    You replied:

    can someone please explain the time delay/transit delay between 10G and 100G in OTN.

    Would you please be more specific.
    Do you mean transfer delay, propagation delay, mapping delay...

    Kind regards, Huub.

    Hi Huub,

    Tnx for your kind response.

    I want to delay interms of all aspects and how it can calculated.

    Here are a few possibilities:

    1) if the internal bus is byte parallel, the parallel to serial
    conversion time
    2) the electrical to optical conversion, depends on the coding of
    the optical signal
    3) the propagation delay of the optical fiber: 5 microsec. per km
    4) the transfer delay of repeaters (optical-optical,
    optical-electrical-optical) depends on modulation technology
    4) the optical to electrical conversion
    5) the serial bit to parallel byte conversion

    The average transfer delay for OTN equipment from input port to
    output port including switching is in the order of 10 microseconds.

    I hope you understand it is not a simple figure.

    Best regards, Huub.


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  • From Sunil Kumar@21:1/5 to Huub van Helvoort on Sun Jun 2 22:49:18 2019
    On Sunday, June 2, 2019 at 7:38:37 PM UTC+5:30, Huub van Helvoort wrote:
    Hello Sunil,

    You replied:

    can someone please explain the time delay/transit delay between 10G and 100G in OTN.

    Would you please be more specific.
    Do you mean transfer delay, propagation delay, mapping delay...

    Kind regards, Huub.

    Hi Huub,

    Tnx for your kind response.

    I want to delay interms of all aspects and how it can calculated.

    Here are a few possibilities:

    1) if the internal bus is byte parallel, the parallel to serial
    conversion time
    2) the electrical to optical conversion, depends on the coding of
    the optical signal
    3) the propagation delay of the optical fiber: 5 microsec. per km
    4) the transfer delay of repeaters (optical-optical,
    optical-electrical-optical) depends on modulation technology
    4) the optical to electrical conversion
    5) the serial bit to parallel byte conversion

    The average transfer delay for OTN equipment from input port to
    output port including switching is in the order of 10 microseconds.

    I hope you understand it is not a simple figure.

    Best regards, Huub.


    --
    reply to hhelvooort with 2 'o's ================================================================
    http://www.van-helvoort.eu/ ================================================================
    Always remember that you are unique...just like everyone else...


    Hello Huub,

    Tnx for your response.

    Regards,
    Sunil.

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