Acta Photonica Sinica, Volume. 53, Issue 2, 0206003(2024)

Design and Fabrication of a Non-zero Dispersion Shifted Fiber with Low Dispersion Slope in S+C+L Band and Large Effective Area Based on Outside Vapor Deposition

Jianjiang ZHA1, Yuanda WANG1, Xuerong HE1, Wei HOU1, Jingsheng WANG1, and Jianxiang WEN2、*
Author Affiliations
  • 1Shandong Futong Optelecom Science & Technology Co.,Ltd.,Jinan 250119,China
  • 2Key Laboratory of Specialty Fiber Optics and Optical Access Networks,Joint International Research Laboratory of Specialty Fiber Optics and Advanced Communication,Shanghai University,Shanghai 200444,China
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    Figures & Tables(14)
    Dispersion curves of several single mode optical fibers
    Refractive index profile schematic diagrams of several S+C+L non-zero dispersion shifted fibers
    Affective area and dispersion contrast of triangular index fiber and step index fiber
    Different refractive index profile schematic diagram
    Outside vapor deposition process
    The real refractive index profile of fabricated NZDSF
    Dispersion of fabricated NZDSF(Sample 1~4)
    Zero dispersion wavelength λ0 and effective area Aeff with various Δn1 and R2/R1
    Dispersion characteristics and loss spectrum of fabricated NZDSF
    The macrobending loss parameters of fabricated NZDSF(R=25 mm,100 turns)
    • Table 1. Profile parameters of designed fibers

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      Table 1. Profile parameters of designed fibers

      Sample1234
      Profile type
      R1/µm2.32.32.32.3
      Δn1/%0.570.550.530.52
      R2/µm5.25.55.86.2
      Δn2/%0.050.050.040.04
      R3/µm8.68.68.78.7
      Δn3/%0.170.150.140.13
    • Table 2. Parameters of designed fibers

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      Table 2. Parameters of designed fibers

      Sample1234
      Profile type
      MFD@1 550 nm/µm9.129.189.269.35
      Aeff@1 550 nm/µm265.366.167.368.6
      λccf/nm1 3411 3051 2661 222
      α1 383/(dB·km-10.3040.2940.2850.276
      α1 550/(dB·km-10.1970.1960.1940.195
      α1 625/(dB·km-10.2070.2050.2040.205
      D1 460/(ps·nm-1·km-13.582.882.321.74
      D1 530/(ps·nm-1·km-17.787.046.485.9
      D1 565/(ps·nm-1·km-19.919.128.567.98
      D1 625/(ps·nm-1·km-113.3712.6812.1211.54
      λ0/nm1400141114191432
      PMD/(ps·km-0.50.030.040.030.03
    • Table 3. The S+C+L characteristics of fabricated NZDSFs

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      Table 3. The S+C+L characteristics of fabricated NZDSFs

      ParameterUnitS bandC bandL band
      1 500 nm1 550 nm1 600 nm
      Dispersion,Dps·nm-1·km-15.38.211.2
      Dispersion slope,Sps·nm-2·km-10.059 40.059 40.059 4
      Effective area,Aeffµm2636873
      Attenuation,αdB·km-10.2110.1950.193
    • Table 4. Fabricated fiber parameters compared with other NZDSFs for wideband

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      Table 4. Fabricated fiber parameters compared with other NZDSFs for wideband

      Itemλ0/nmS0/(ps·nm-2·km-1MFD/μmAeff/μm²λccf/nm
      1 550 nm1 550 nm
      This paper1 4110.0599.35681 222
      TrueWave REACH≤1 405≤0.0458.6±0.455≤1 310
      HiPosh1 3950.0529±0.5631 200
      TeraLight Ultra≤1 4250.0529.2±0.563≤1 300
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    Jianjiang ZHA, Yuanda WANG, Xuerong HE, Wei HOU, Jingsheng WANG, Jianxiang WEN. Design and Fabrication of a Non-zero Dispersion Shifted Fiber with Low Dispersion Slope in S+C+L Band and Large Effective Area Based on Outside Vapor Deposition[J]. Acta Photonica Sinica, 2024, 53(2): 0206003

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    Paper Information

    Category: Fiber Optics and Optical Communications

    Received: Jul. 14, 2023

    Accepted: Oct. 11, 2023

    Published Online: Mar. 28, 2024

    The Author Email: WEN Jianxiang (wenjx@shu.edu.cn)

    DOI:10.3788/gzxb20245302.0206003

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