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ITU-T G.652D Optical Fiber

    Buy cheap ITU-T G.652D Optical Fiber from wholesalers
     
    Buy cheap ITU-T G.652D Optical Fiber from wholesalers
    • Buy cheap ITU-T G.652D Optical Fiber from wholesalers

    ITU-T G.652D Optical Fiber

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    Brand Name : OptiNext
    Model Number : ITU-T G.652D Optical Fiber-A
    Payment Terms : T/T
    • Product Details
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    ITU-T G.652D Optical Fiber

    Product standards
    Fibre complies with or exceeds the ITU-T Recommendation G.652. D and the IEC 60793-2-50 typeB1.3 Optical Fibre Specification.


    Characteristics
    • Designed for operation over the full optical spectrum from 1260-1625 nm, which provides 50% more usable wavelengths and hence the transmission capacity is increased
    • Outstanding optical performance supporting high-speed transmission technologies such as DWDM and CWDM
    • Being compatible with existing 1310 nm equipment
    • Good protection and excellent strip force stability
    • Accurate geometrical parameters that insure low splicing loss and high splicing efficiency


    CharacteristicsUnitsSpecified values
    Optical characteristics
    Type of fiber

    Single mode, Doped

    silica

    Attenuation

    @1310nm @1383nm(after H2 aging) @1550nm

    @1625nm


    dB/km


    ≤0.334

    ≤0.334

    ≤0.194

    ≤0.234

    Attenuation Discontinuity @1310nm &1550nmdB≤0.05

    Attenuation Wavelength Characteristic @1285-1330nm vs. 1310nm

    @1525-1575nm vs. 1550nm


    dB/km


    0.04

    0.03

    Dispersion coefficient @1285-1339nm @1271-1360nm

    @1550nm

    @1625nm


    ps/(nm.km)

    -3.5~3.5

    -5.3~5.3

    ≤18

    ≤22

    Zero dispersion wavelengthnm1300~1324
    Zero dispersion slopeps/(nm2.km)≤0.092

    Polarization Mode Dispersion PMD Maximum Individual Fibre

    PMD Link Design Value


    ps/km1/2


    ≤0.1

    ≤0.06

    Fiber Cut-off wavelength λccnm≤1460
    Cable Cut-off wavelength λccnm≤1260

    Mode field diameter (MFD) @1310nm

    @1550nm

    μm

    8.7~9.7

    9.6~11.2

    Geometrical characteristics
    Cladding diameterμm125.0±1.0
    Cladding non-circularity%≤1.0
    Coating diameterμm245±10
    Coating/Cladding concentricity errorμm≤12.0
    Core/cladding concentricity errorμm≤0.6
    Curl (radius)m≥4
    Mechanical characteristics
    Proof test off line

    N

    %

    kpsi

    ≥8.5

    ≥1.0

    ≥10


    CharacteristicsUnitsSpecified values
    Optical characteristics
    Type of fiber

    Single mode, Doped

    silica

    Attenuation

    @1310nm @1383nm(after H2 aging) @1550nm

    @1625nm


    dB/km


    ≤0.334

    ≤0.334

    ≤0.194

    ≤0.234

    Attenuation Discontinuity @1310nm &1550nmdB≤0.05

    Attenuation Wavelength Characteristic @1285-1330nm vs. 1310nm

    @1525-1575nm vs. 1550nm


    dB/km


    0.04

    0.03

    Dispersion coefficient @1285-1339nm @1271-1360nm

    @1550nm

    @1625nm


    ps/(nm.km)

    -3.5~3.5

    -5.3~5.3

    ≤18

    ≤22

    Zero dispersion wavelengthnm1300~1324
    Zero dispersion slopeps/(nm2.km)≤0.092

    Polarization Mode Dispersion PMD Maximum Individual Fibre

    PMD Link Design Value


    ps/km1/2


    ≤0.1

    ≤0.06

    Fiber Cut-off wavelength λccnm≤1460
    Cable Cut-off wavelength λccnm≤1260

    Mode field diameter (MFD) @1310nm

    @1550nm

    μm

    8.7~9.7

    9.6~11.2

    Geometrical characteristics
    Cladding diameterμm125.0±1.0
    Cladding non-circularity%≤1.0
    Coating diameterμm245±10
    Coating/Cladding concentricity errorμm≤12.0
    Core/cladding concentricity errorμm≤0.6
    Curl (radius)m≥4
    Mechanical characteristics
    Proof test off line

    N

    %

    kpsi

    ≥8.5

    ≥1.0

    ≥100


    C

    ≥20


    Coating Strip Force


    N


    1.0~8.9

    Bending Dependence Induced Attenuation @1625nm 100 turns, 60mm diameter

    dB


    ≤0.1

    Bending Dependence Induced Attenuation @1625nm 100 turns, 60mm diameter

    dB


    ≤0.1

    Environmental characteristics

    Temperature Cycling Additional Attenuation (-60℃ ~

    +85℃) @1310nm, 1550nm


    dB/km


    ≤0.05

    Damp Heat Aging (+85±2℃, 85%RH, 30days)

    @1310nm,1550nm,


    dB/km


    ≤0.05

    High Temperature Aging (85±2℃, 30days)

    @1310nm, 1550nm


    dB/km


    ≤0.05

    Water Immersion Additional Attenuation (23±2℃, 30days) @1310nm, 1550nm

    dB/km


    ≤0.05

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