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MULTIIR 5G filter

Product Introduction:

MULTIIR 5G filter, a high-precision filter component compatible with a 5Gbps optical transmission rate, can reduce signal crosstalk and ensure the stable transmission of medium and high-speed optical signals.

    Spectrogram:

    MULTIIR 5G
    SPECIFIC PARAMETERS

    Filter Specs Number/ Version Number

    5G 1270&1330

    Op. Wavelength Range(nm)

    1250.0-1360

    Center λc(mm)

    ITU

    Center λc Accuracy(nm)

     

    Passband(nm)

    1255~1285

    Reflect Band(nm)

    1315~1345

    Peak Insertion Loss(dB)

    ≤0.3

    Passband Ripple(dB)

     

    Reflect Isolation within Passband (dB)

     

    Transmission Isolation within ReflectBand(dB)

    ≥ 30

    Angle of Incidence(°)

    45

    Polarization Dependent Loss within Passband(dB)

    <0.1

    Operating Temperature(℃)

    -40~+85

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

    <2

    Dimension(mm)

    1.8(±0.05)* 1.8(±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
    5G 1270&1330 1250.0-1360 Comply with the standards of the International Telecommunication Union (ITU) - 1255~1285 1315~1345 ≤0.3 - - ≥30 45° <0.1 -40℃~+85℃ <2 1.8(±0.05)×1.8(±0.05)×0.3(±0.05) Reflectivity 0.2%
    MULTIIR 5G
    5G 1270&1330 1250.0-1360 Comply with the standards of the International Telecommunication Union (ITU) - 1255~1285 1315~1345 ≤0.3 - - ≥30 45° <0.1 -40℃~+85℃ <2 1.8(±0.05)×1.8(±0.05)×0.3(±0.05) Reflectivity 0.2%
    MULTIIR 5G
    5G 1270&1330 1250.0-1360 Comply with the standards of the International Telecommunication Union (ITU) - 1320~1343 1260~1285 ≤0.3 - - ≥30 0° <0.1 -40℃~+85℃ <2 1.8(±0.05)×1.8(±0.05)×0.3(±0.05) Reflectivity 0.2%
    MULTIIR 5G
    5G 1270&1330 1260.0-1360 Comply with the standards of the International Telecommunication Union (ITU) - 1258~1286 1310~1360 ≤0.3 - - ≥30 0° <0.1 -40℃~+85℃ <2 1.8(±0.05)×1.8(±0.05)×0.3(±0.05) Reflectivity 0.2%
    MULTIIR 5G
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    The 5G Filter is an Optical Communication Filter specially designed by MULTI IR for 5Gbps medium-speed optical transmission systems, focusing on the core needs of "anti-interference, high stability, and medium-sized scenario adaptation". The product adopts a multi-layer dielectric thin film structure, and realizes high-selectivity filtering of target wavelengths by precisely controlling the film thickness and material ratio. The insertion loss is ≤ 0.25dB and the Polarization Dependent Loss (PDL) is ≤ 0.1dB, which can effectively reduce the risk of signal attenuation and distortion at 5Gbps rate. As a key component adapting to medium-speed scenarios, it supports full-band coverage of C-band (1530-1565nm) and L-band (1565-1625nm), is compatible with medium-rate optical modules such as SFP+ and XFP, and has passed rigorous tests such as high and low temperature cycles and damp heat aging. The performance fluctuation is ≤ 1% in the environment of -40℃~85℃, meeting the requirements of industrial-grade reliability. At the same time, the product adopts a miniaturized packaging design (minimum support 1.6×1.6mm) to adapt to the high-density installation needs of equipment. Combined with MULTI IR's mature OEM customization capability (OEM Optical Filters), the wavelength tolerance (±0.3nm~±0.5nm) can be adjusted according to customer needs, providing a cost-effective optical transmission solution for metropolitan area networks and medium-sized data centers.

    Application Field

    This product is mainly applied to the backbone transmission links of operators' metropolitan area networks. As a core component of Wavelength Division Multiplexing (WDM) equipment and Optical Cross-Connect (OXC) equipment, it supports the convergence and transmission of voice, data and video signals of hundreds of thousands of users; in medium-sized data centers, it is compatible with the high-speed interconnection of servers and storage equipment to meet the medium and high bandwidth needs in cloud computing and big data analysis scenarios; at the same time, it is suitable for industrial backbone transmission networks, providing stable optical links for multi-production line collaboration and robot cluster control in intelligent manufacturing factories; in addition, in government and enterprise private line networks, it can ensure the safe transmission of key business data (such as transaction data, scheduling instructions) in industries such as finance and energy, and is a core supporting component of the "metropolitan area layer-regional layer" optical communication system.

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    Metropolitan area network backbone transmission

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    Medium-sized data center link

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    Industrial Ethernet device interconnection