Telecommunication

  • Portfolio
  • Bend insensitive
  • Long haul
  • Others
Portfolio
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ITU-T G.657.A1 and G.652.D (+ Reduced Attenuation) FutureGuide™-Ace

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ITU-T G.657.A1 and G.652.D (+ Reduced Attenuation) FutureGuide™-Ace

  • Achieves lower attenuation than traditional ITU-T G.652.D fiber.
  • Achieves macrobend performance that exceeds ITU-T G.657.A1 preserving a mode field diameter (MFD) of 9.2μm at 1310nm.
  • Can be used for all networks where ITU-T G.652.D fibers are specified.
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ITU-T G.657.A2 and G.652.D FutureGuide™-BIS-B

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ITU-T G.657.A2 and G.652.D FutureGuide™-BIS-B

  • Can be used in applications where improved bending properties are required, such as high-density cabling or drop cable networks (e.g. minimum design radius of 7.5 mm).
  • Compliant with ITU-T G.657.A2, also G.652.D compliant and can be deployed throughout general transport networks as well as access networks.
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ITU-T G.652.D FutureGuide™- LWP

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ITU-T G.652.D FutureGuide™- LWP

  • Compliant with ITU-T G.652.D, allows transmissions in portions of an extended wavelength range from 1260 nm to 1625 nm.
  • ITU-T G.652 is the first ITU-T recommendation for single-mode fiber and cable and for this reason, G.652 fiber is often called "standard single-mode fiber."
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ITU-T G.654.E FutureGuide™- HSC-125

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ITU-T G.654.E FutureGuide™- HSC-125

  • This fiber has smaller macrobending loss specification equivalent to ITU-T G.652.D fibers, tightened range of nominal mode field diameter, and of the minimum/maximum chromatic dispersion in the wavelength range of 1530 nm to 1625 nm for deployment as terrestrial cables with improved OSNR characteristics to support higher bit-rate coherent transmission.
Bend insensitive
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ITU-T G.657.A1 and G.652.D (+ Reduced Attenuation) FutureGuide™-Ace

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ITU-T G.657.A1 and G.652.D (+ Reduced Attenuation) FutureGuide™-Ace

  • Achieves lower attenuation than traditional ITU-T G.652.D fiber.
  • Achieves macrobend performance that exceeds ITU-T G.657.A1 preserving a mode field diameter (MFD) of 9.2μm at 1310nm.
  • Can be used for all networks where ITU-T G.652.D fibers are specified.
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ITU-T G.657.A2 and G.652.D FutureGuide™-BIS-B

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ITU-T G.657.A2 and G.652.D FutureGuide™-BIS-B

  • Can be used in applications where improved bending properties are required, such as high-density cabling or drop cable networks (e.g. minimum design radius of 7.5 mm).
  • Compliant with ITU-T G.657.A2, also G.652.D compliant and can be deployed throughout general transport networks as well as access networks.
Long haul
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ITU-T G.654.E FutureGuide™- HSC-125

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ITU-T G.654.E FutureGuide™- HSC-125

  • This fiber has smaller macrobending loss specification equivalent to ITU-T G.652.D fibers, tightened range of nominal mode field diameter, and of the minimum/maximum chromatic dispersion in the wavelength range of 1530 nm to 1625 nm for deployment as terrestrial cables with improved OSNR characteristics to support higher bit-rate coherent transmission.
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ITU-T G.657.A1 / G.652.D (+ Reduced Attenuation) FutureGuide™-Ace

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ITU-T G.657.A1 / G.652.D (+ Reduced Attenuation) FutureGuide™-Ace

  • Achieves lower attenuation than traditional ITU-T G.652.D fiber.
  • Achieves macrobend performance that exceeds ITU-T G.657.A1 preserving a mode field diameter (MFD) of 9.2μm at 1310nm.
  • Can be used for all networks where ITU-T G.652.D fibers are specified.
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ITU-T G.652.D FutureGuide™- LWP

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ITU-T G.652.D FutureGuide™- LWP

  • Compliant with ITU-T G.652.D, allows transmissions in portions of an extended wavelength range from 1260 nm to 1625 nm.
  • ITU-T G.652 is the first ITU-T recommendation for single-mode fiber and cable and for this reason, G.652 fiber is often called "standard single-mode fiber."
Others
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ITU-T G.652.D FutureGuide™- LWP

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ITU-T G.652.D FutureGuide™- LWP

  • Compliant with ITU-T G.652.D, allows transmissions in portions of an extended wavelength range from 1260 nm to 1625 nm.
  • ITU-T G.652 is the first ITU-T recommendation for single-mode fiber and cable and for this reason, G.652 fiber is often called "standard single-mode fiber."

Specialty

  • PANDA
  • TEC
  • Heat-Resistant
  • Image
  • Large Core
  • Others
PANDA
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1550 nm band
PANDA

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1550 nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 1550 nm band (near infrared light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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1550 nm band
bend insensitive
PANDA
(Bending radius 15 mm)

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1550 nm band
bend insensitive
PANDA
(Bending radius 15 mm)

  • Polarization maintaining fiber capable of transmission in 1550 nm band (near infrared light)
  • Product for small bending radius (R15 mm)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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1550 nm band
bend insensitive
PANDA
(Bending radius 7.5 mm)

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1550 nm band
bend insensitive
PANDA
(Bending radius 7.5 mm)

  • Polarization maintaining fiber capable of transmission in 1550 nm band (near infrared light)
  • Product for small bending radius (R7.5 mm)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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1550 nm band
bend insensitive
PANDA
(Bending radius 5 mm)

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1550 nm band
bend insensitive
PANDA
(Bending radius 5 mm)

  • Polarization maintaining fiber capable of transmission in 1550 nm band (near infrared light)
  • Product for small bending radius (R5 mm)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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1400 nm band
PANDA

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1400 nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 1400 nm band (near infrared light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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1310 nm band
PANDA

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1310 nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 1310 nm band (near infrared light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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980 nm band
PANDA

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980 nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 980 nm band (near infrared light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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850 nm band
PANDA

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850 nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 850 nm band (near infrared light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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630 nm band
PANDA

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630 nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 630 nm band (near infrared light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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530nm band
PANDA

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530nm band
PANDA

  • Polarization maintaining fiber capable of transmission in 530 nm band (green light)
  • Excellent optical properties such as low attenuation and low polarization crosstalk
  • RoHS compliant
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480 nm band
PANDA

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480 nm band
PANDA

  • 480nm band (blue-green light) polarization maintaining fiber
  • Low attenuation and low polarization crosstalk
  • Pure silica core suitable for high energy light transmission
  • RoHS compliant
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0.41 μm band
PANDA

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0.41 μm band
PANDA

  • 0.41μm band (violet-blue light) polarization maintaining fiber
  • Low attenuation and low polarization crosstalk
  • Pure silica core suitable for high energy light transmission
  • RoHS compliant
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RGB band
PANDA

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RGB band
PANDA

  • RGB band (violet-red light) polarization maintaining fiber
  • Low attenuation and low polarization crosstalk
  • Pure silica core suitable for high energy light transmission
  • RoHS compliant
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Φ80 μm cladding
PANDA

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Φ80 μm cladding
PANDA

  • Small diameter cladding endures smaller radius bending than standard one
  • Low attenuation and low polarization crosstalk
  • RoHS compliant
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Polyimide coated
PANDA

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Polyimide coated
PANDA

  • Polyimide coated PANDA usable in wide range of temperature between -60 and +300 deg C.
  • Low attenuation and low polarization crosstalk
  • RoHS compliant
TEC
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TEC PANDA fiber
with heat resistant coating

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TEC PANDA fiber
with heat resistant coating

  • The heat resistance has been improved compared with conventional acrylate coatings, and can be used in a wide temperature range of -40 ˚C to +150 ˚C.
  • Thermally-diffused Expanded Core technology is applied to increase the mode field diameter by the heat generated during fusion bonding.
  • Suitable for bonding with silicon photonics devices.
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TEC SM fiber
with heat resistant coating

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TEC SM fiber
with heat resistant coating

  • The heat resistance has been improved compared with conventional acrylate coatings, and can be used in a wide temperature range of -40 ˚C to +150 ˚C.
  • Thermally-diffused Expanded Core technology is applied to increase the mode field diameter by the heat generated during fusion bonding.
  • Suitable for bonding with silicon photonics devices.
Heat-Resistant
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PANDA fiber
with heat resistant coating

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PANDA fiber
with heat resistant coating

  • The heat resistance has been improved compared with conventional acrylate coatings, and can be used in a wide temperature range of -40 ˚C to +150 ˚C.
  • Product for small bending radius (R5 mm)
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High temperature
resistant acrylate fiber

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High temperature
resistant acrylate fiber

  • Small variations of attenuation : ≤0.01 dB/km (200°C, 7 days / 150°C, 3 months)
  • Tensile strength : 5.2 GPa(Typical) 150℃, 3 months aged
  • Dynamic fatigue value nd: 21(Typical) 150℃, 3 months aged
Image
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FIGH series
N type

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FIGH series
N type

  • High Resolution and High Color Reproducibility
  • High heat resistance
  • Long size image fiber is possible by excellent light transmission properties
  • Applicable for biocompatibility(USP classⅥ)
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FIGH series
G type

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FIGH series
G type

  • Product that seeks a balance between high image quality and high density
  • High heat resistance
  • Long size image fiber is possible by excellent light transmission properties
  • Applicable for biocompatibility(USP classⅥ)
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FIGH series
S type

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FIGH series
S type

  • Ultra Thin Diameter and High Density
  • High heat resistance
  • Long size image fiber is possible by excellent light transmission properties
  • Applicable for biocompatibility(USP classⅥ)
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FIGH series
PI type

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FIGH series
PI type

  • High temperature resistant type with Polyimide resin coating
  • Higher heat resistance than other types
  • Long size image fiber is possible by excellent light transmission properties
  • Applicable for biocompatibility(USP classⅥ)
Large Core
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S series
High OH

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S series
High OH

  • High Energy Density Optical Transmission
  • Excellent optical transmission characteristics over a wide wavelength range
  • Mechanical Strength
  • UV Resistance
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SB series
Low OH

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SB series
Low OH

  • High Energy Density Optical Transmission
  • Excellent optical transmission characteristics over a wide wavelength range
  • Mechanical Strength
Others

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Dec.8.2023

Optical fibers

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