ITU-T G657.A2

ITU-T G657.A2

• FutureGuide™-BIS-B
• FutureGuide™-BIS-B-200

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ITU-T G657.A1

ITU-T G657.A1

• FutureGuide™-SR15E
• FutureGuide™-SR15E-200
• FutureGuide™-Ace
• FutureGuide™-LWP -plus-200

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ITU-T G652.D
FutureGuide™- LWP

ITU-T G652.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 G654.E
FutureGuide™- HSC-125

ITU-T G654.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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PANDA

PANDA

• Low polarization crosstalk and low attenuation
• RoHS compliant

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TEC

TEC

• 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.

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Heat-Resistant

Heat-Resistant

• heat resistant coating

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Image

Image

• 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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Large Core

Large Core

• High Energy Density Optical Transmission
• Mechanical Strength

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Single Mode fiber
(850 nm band)

Single Mode fiber
(850 nm band)

• 850nm band single mode fiber
• RCHA85-SM-U17C is 80μm cladding diameter and High refractive index type.
• RoHS compliant

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