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Fiber optic G.652D

Classification:


The advanced rod-making process and drawing process are adopted for the wavelength-extended dispersion-shifted single-mode fiber, which reduces the water peak loss at 1383nm, extends the working wavelength to E-band (1360nm-1460nm), and realizes the full-band transmission of O, E, S, C and L(1260nm-1625nm). At the same time, through the advanced PMD rubbing equipment, the stable and superior polarization mode dispersion coefficient can be realized in high-speed production, which can meet the long-distance and high-speed transmission.

Keywords:

Fiber optic G.652D

Product Description

The advanced rod-making process and drawing process are adopted for the wavelength-extended dispersion-shifted single-mode fiber, which reduces the water peak loss at 1383nm, extends the working wavelength to E-band (1360nm-1460nm), and realizes the full-band transmission of O, E, S, C and L(1260nm-1625nm). At the same time, through the advanced PMD rubbing equipment, the stable and superior polarization mode dispersion coefficient can be realized in high-speed production, which can meet the long-distance and high-speed transmission.

Non-dispersion-shifted single-mode fiber with extended wavelength band adopts ultraviolet curing technology and uses double-layer acrylic resin coating which is insensitive to bending loss, which has a good protective effect on fiber cladding and meets the application in different occasions. The optical fiber adopts advanced coating curing technology to provide superior dynamic fatigue resistance and increase the service life of the optical fiber.

Main Features

Non-dispersion-shifted single-mode fiber with extended wavelength band has small polarization mode dispersion, low long wavelength attenuation, excellent bending resistance and large transmission bandwidth, and is suitable for various transmission technologies and systems.

  • Realize O, E, S, C and L(1260nm-1625nm) full-band transmission, and increase transmission bandwidth;
  • Flexible selection of various coatings to meet the needs of different applications;
  • Low polarization mode dispersion coefficient, meeting the requirements of high-speed transmission;
  • Excellent dynamic fatigue resistance, suitable for use in different environments.

Wide Application

The optical fiber is suitable for all kinds of optical cable structures, and the main structural optical cables include:

  • Ribbon cable
  • Skeleton optical cable
  • Central loose tube optical cable
  • Tightly sleeve optical cable
  • ADSS optical cable
  • Submarine optical cable

Package

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