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ftth-drop-cable

FTTH Drop Cable

Overview

FTTH fiber optic drop cables are laid out at the user’s end and used to connect the terminal of the backbone optical cable to the user’s building or house. It is characterized by small size, low fiber count, and a support span of about 80m. It is common for overhead and pipeline construction, the most common indoor one is two parallel steel wires or FRP reinforcements, with an optical fiber in the middle.

Application

  • Laying modes: Aerial & Conduit
  • Access network, local trunk line

PRODUCT PHOTOS

PRODUCT PARAMETERS

Optical fiber characteristics ( G657A FIBER)

CategoryDescriptionSpecifications
G657A
Optical SpecificationsAttenuation@1310nm≤0.35dB/km
@1383±3nm≤0.35dB/km
@1550nm≤0.21dB/km
@1625nm≤0.23dB/km
Attenuation discontinuity≤0.05 dB
Attenuation vs. Wavelength≤0.03 dB/km
Zero Dispersion Wavelength1300~1324nm
Zero Dispersion Slope≤0.090ps/(nm2.km)
Dispersion@1288-1339nm≤3.5 ps/nm.km
@1271-1360nm≤5.3 ps/nm.km
@1550nm≤18 ps/nm.km
Polarization Mode Dispersion(PMD)≤0.1ps/km
Cable Cutoff Wavelength(λc)1550-1340nm
Cable Cutoff Wavelength(λcc)≤1260nm
Effective Group Index of Refraction@1310nm1.4675
@1550nm1.4681

 

 

 

Macro bend loss

R15mm/10circle /1550nm≤0.03 dB
R10mm/1circle /1550nm≤0.1 dB
R7.5mm/1circle /1550nm≤0.5 dB
R15mm/10circle /1625nm≤0.1 dB
R10mm/1circle /1625nm≤0.1 dB
R7.5mm/1circle /1625nm≤1 dB

Geometric

Specifications

Mode Field Diameter

 

@1310nm

(8.6~9.2)±0.4μm
 Cladding Diameter125±0.7μm
Cladding Non-Circularity≤1.0%
Coating Diameter243±7μm
Coating/Cladding  Concentricity Error≤8μm
Core/Cladding  Concentricity Error≤0.5μm

Mechanical

Specifications

Tensile strength2.76GPa
 Proof Test level≥1.0%
Fiber Curl Radius≥4.0m
Peak Coating Strip Force1.3~8.9N
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