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The design of multimode fiber consists of a germanium doped core and a silica cladding. A dual protective acrylate coating is applied over the fiber cladding to cushion the fiber against microbending losses, provide abrasion resistance, and preserve the mechanical strength of the glass.
Each fiber is proof tested so that it will survive installation loads and associated longterm residual stresses, even under extreme environmental conditions.
Finally, each fiber is measured for optical and dimensional properties for compliance with all specifications listed in the respective fiber data sheets.
 
 
 

Characteristics
Dual coated construction for excellent environmental performance
Excellent dimensional control for low splice loss
Available with long wavelength characteristics, or long and short, of short wavelength only
Mechanically strippable coating
 
Features
2.5 and 10 Gbps Capability
Longer distance and high speed in transmission
Excellent dimentional controls for low splice loss
 
Structure

Product specifications
Optical Specification
¡Ø Attenuation
¡Â 3.2 / 0.7 dB/km at 850/1300nm No point discontinuity greater than 0.1dB
Water peak at 1383¡¾3nm ¡Â 2.0 Macrobending 75mm 100turns ¡Â 0.5dB at 850/1300nm
 
¡Ø Bandwidth
Wavelength(nm) Bandwidth(MHz,km)
Grade A Grade B
850 200 160
1300 600 400
- Core Diameter : 62.5 ¡¾ 3.0um
- Numerical Aperture : 0.275 ¡¾ 0.01

Performance Specifications
¡Ø Effective Group Index of Refraction(Neff)
850nm = 1.496
1300nm = 1.487
 
¡Ø Fatigue Resistance Parameter (nd) 20 Coating Strip Force
1.3N ¡Â S.F. ¡Â 8.9 N

Geometrical Specifications
Glass Geometry Coating Geometry
Cladding Diameter 125.0 ¡¾ 1.0§­
Core-Cladding Concentricity ¡Â3.0 §­
Cladding Non-Circularity ¡Â1.0 %
Core Non-Circularity ¡Â5.0 %
Coating Diameter 245 ¡¾ 10§­
Coating-Cladding Concentricity ¡Â10 §­
 
¡Ø Standard Length (km/reel) : 2.2~8.8km
 
¡Ø Environmental Specifications
Wavelength(nm) Induced Attenuation(dB)
850 nm 1300 nm
Temperature Dependence
-60¡É to +80¡É
¡Â 0.20 ¡Â 0.20
Temp-Humid Cycling
-10¡É to +85¡É (4~98%RH)
¡Â 0.20 ¡Â 0.20

Ordering Information
Available upon Customer's Request
   
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