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MULTIIR 10G filter

Product Introduction:

MULTIIR 10G filter, a filter element suitable for 10Gbps high-speed optical transmission, supports higher bandwidth requirements, features low latency and high stability, and accurately screens the wavelengths of high-speed optical signals.

    Spectrogram:

    MULTIIR 10G
    SPECIFIC PARAMETERS

    Filter Specs Number/ Version Number

    10G XGPON

    Op. Wavelength Range(nm)

    1260.0-1620.0

    Center λc(mm)

    ITU

    Center λc Accuracy(nm)

     

    Passband(nm)

    1575-1583

    Reflect Band(nm)

    1260-1565&1596-1650

    Peak Insertion Loss(dB)

    <0.3

    Passband Ripple(dB)

     

    Reflect Isolation within Passband (dB)

     

    Transmission Isolation within ReflectBand(dB)

    >40

    Angle of Incidence(°)

    0

    Polarization Dependent Loss within Passband(dB)

    <0.1

    Operating Temperature(℃)

    -40~+85

    Wavelength Thermal Shifting △λ/△T (pm/°C

    <2

    Dimension(mm)

    1.4(±0.05)* 1.4(±0.05)*0.3(±0.05)

    Backside AR Coating

    0.2% Reflection

    THE ABOVE PARAMETERS CAN BE CUSTOMIZED
    Name Op. Wavelength Range (nm) Center λc (mm) Center λc Accuracy (nm) Passband (nm) Reflect. Band (nm) Peak IL (dB) Passband Ripple (dB) Passband Reflect. Isol. (dB) Reflect. Band Transm. Isol. (dB) Incid. Angle (°) Passband PDL (dB) Op. Temp. (°C) λ Thermal Drift △λ/△T (pm/°C) Dimensions (mm) Backside AR Coating Spectrogram
    10G XGPON 1260.0-1620.0 Comply with the standards of the International Telecommunication Union (ITU) - 1575-1583 1260-1565&1596-1650 <0.3 - - >40 0° <0.1 -40℃~+85℃ <2 1.4(±0.05)×1.4(±0.05)×0.3(±0.05) Reflectivity 0.2%
    MULTIIR 10G
    10G XGPON 1260.0-1620.0 Comply with the standards of the International Telecommunication Union (ITU) - 1260-1360 1475-1620 <0.3 - - >30 45° <0.1 -40℃~+85℃ <2 1.4(±0.05)×1.4(±0.05)×0.3(±0.05) Reflectivity 0.2%
    MULTIIR 10G
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    The 10G Filter is a high-end Optical Communication Filter launched by MULTI IR for high-speed optical communication scenarios. Optimized for 10Gbps rate transmission, it integrates the technical advantages of "low latency, high bandwidth, and high integration". The product adopts advanced dielectric thin film design and ion beam sputtering process, with a target wavelength transmittance of more than 98% (meeting the top standard of High Transmittance Filter). The insertion loss is ≤ 0.2dB and the isolation is ≥ 40dB, which can effectively suppress the dispersion and crosstalk problems in high-speed transmission, and ensure the integrity of 10Gbps signal transmission without relay within 80 kilometers. This product is compatible with high-speed optical modules such as 10G SFP+ and X2, supports channel spacing ≤ 100GHz of Dense Wavelength Division Multiplexing (DWDM) systems, and the wavelength tolerance is controlled within ±0.1nm, meeting the strict requirements of backbone networks for transmission accuracy. At the same time, the product has excellent environmental adaptability, stable optical performance in the temperature range of -40℃~85℃, and adopts lead-free and environmentally friendly materials, complying with RoHS international standards. Combined with MULTI IR's customization service (MULTI IR Filter Customization), it can adapt to high-speed optical equipment from different manufacturers, providing high-speed and reliable optical support for large data centers and core communication networks.

    Application Field

    This product is mainly applied to national communication backbone networks. As a key component of long-distance transmission links, it supports large-capacity data interaction between provinces and cities; in large and extra-large data centers, it is compatible with the interconnection of high-density server clusters and core storage equipment to meet the ultra-large bandwidth needs such as artificial intelligence training and ultra-high-definition video rendering; at the same time, it is suitable for supporting components of 100G optical transceivers (referring to the technical characteristics of 100G Optical Transceiver Filters), providing wavelength filtering function for high-speed optical modules; in addition, in scientific research institutions and supercomputing centers, it can ensure the high-speed transmission of experimental data and computing power scheduling, and is a high-end solution for the "core layer-backbone layer" optical communication system, fully adapting to the high-speed transmission needs in 5G/6G network construction.

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    Communication backbone network transmission

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    High-density interconnection of large data centers

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    High-speed Storage Area Network (SAN)