Showing 1–9 of 16 results
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Glass Fiber : Corning ClearCurve® Wavelength: 850/1300nm . Polish Type: UPC to UPC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Glass Fiber : Corning ClearCurve® Wavelength: 850/1300nm . Polish Type: UPC to UPC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Glass Fiber : Corning ClearCurve® Wavelength: 850/1300nm . Polish Type: UPC to UPC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Glass Fiber : Corning ClearCurve® Wavelength: 850/1300nm . Polish Type: UPC to UPC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Fiber Mode: OS2 9/125μm SM Polish Type: APC to APC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at 850nm: ≤0.32dB/km Jacket…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Fiber Mode: OS2 9/125μm SM Polish Type: APC to APC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at 850nm: ≤0.32dB/km Jacket…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Fiber Mode: OS2 9/125μm SM Polish Type: APC to APC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at 850nm: ≤0.32dB/km Jacket…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Fiber Mode: OS2 9/125μm SM Polish Type: APC to APC. Insertion Loss: 0.35dB Max（0.15dB Typ.) Attenuation at 850nm: ≤0.32dB/km Jacket…
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Detailed Specification Product Description Features Connector A: MPO Female (pinless). Glass Fiber: Corning ClearCurve®. Wavelength: 850/1300nm. MPO Connector IL: 0.35dB Max(0.15dB Typ.) MPO Connector RL: ≥20dB Attenuation at 850nm: ≤2.3dB…