Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber

Product Details
Customization: Available
Application: Communication, FTTH Network
Type: Single-mode Fiber
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  • Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber
  • Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber
  • Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber
  • Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber
  • Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber
  • Low Loss Long Distance G. 654. E Standard Single Mode Bare Fiber
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  • Overview
  • Technology Parameters
Overview

Basic Info.

Model NO.
T-OF157
Connection Structure
Customized
Material Shape
Round Wire
Allowed Lateral Pressure
100(N/100mm)
Allowed Tensile Strength
<100N
Core
Single Core
Certification
RoHS, CE, ISO9001
Brand
Toem
Sheath Material
Fibre Optic
Transport Package
Plastic Drum
Specification
Single-mode Fiber
Trademark
Toem
Origin
China
HS Code
9001100001

Product Description

G655 Standard Single-Mode Fiber/T-OF655

G.654.E optical fiber has an extremely low attenuation coefficient, which makes the power loss of optical signals during transmission very small. Specifically, the attenuation coefficients at 1550nm and 1625nm wavelengths are very low, reaching 0.17dB/km and below 0.19dB/km respectively, which helps to achieve longer transmission distances without electrical relays. The effective area of G654E optical fiber is relatively large, which helps to reduce nonlinear effects during optical transmission, thereby supporting higher-speed optical transmission. G654E optical fiber has good bending performance and can be deployed in various complex environments, such as land long-distance transmission systems, submarine communication systems, etc.

 

Technology Parameters

 
Characteristics       Conditions         Units              Specified Values
Optical Characteristics
Attenuation  
                           1310nm                dB/km                      ≤0.35
                            1550nm               dB/km                      ≤0.22
                            1625nm               dB/km                      ≤0.24
                            1383nm               dB/km                      ≤0.32
Attenuation vs. Wavelength
              1310nm    1285-1330nm   dB/km                      ≤0.04
              1550nm    1525-1575nm   dB/km                      ≤0.02
              1550nm    1480-1580nm   dB/km                      ≤0.05
Dispersion coefficients     
             1288-1339nm                 ps/(nm·km)               ≥-3.5,≤3.5
             1371-1360nm                 ps/(nm·km)               ≥-5.3,≤5.3
              1480-1580nm                ps/(nm·km)                    ≤20
              1550nm                          ps/(nm·km)                   ≤18
              1625nm                          ps/(nm·km)                   ≤22
Zero dispersion wavelength          nm                          1302-1322
Zero dispersion slope                    ps/(nm2·km)              ≤0.090
Zero dispersion slope typical value
                                                       ps/(nm2·km)               0.086
PMD:
Maximum Individual Fiber              ps/√¯km                       0.2
Link Design Value(M=20,Q=0.01%)   
                                                        ps/√¯km                      0.1
Typical Value                                   ps/√¯km                     0.04
Cable cutoff wavelengthλcc                     
                                                        nm                              ≤1260
Fiber cutoff wavelengthλc               nm                          1180-1330
Mode field diameter(MFD)    
                                 1310nm          μm                            8.7±0.4
                                1550nm           μm                            9.6±0.5
Effective group index of refraction
                               1310nm                                             1.4672
                               1550nm                                             1.4683
Attenuation Discontinuity     
                                1310nm            dB/km                      ≤0.05
                               1550nm             dB/km                      ≤0.05
Attenuation Bidirectional Measurement
                               1310nm             dB/km                      ≤0.05
                               1550nm             dB/km                      ≤0.05
Attenuation Uniformity       
                               1310nm             dB/km                      ≤0.05
                               1550nm             dB/km                      ≤0.05
Welding Loss
Average Value     
                          1310nm,1550nm       dB                          ≤0.05
Maximum Value               
                         1310nm,1550nm       dB                          ≤0.1
Geometrical Characteristics
Cladding diameter                               μm                        125±0.7
Cladding non-circularity                        %                        ≤0.8
Core-cladding concentricity error        μm                         ≤0.5
Coating diameter                                 μm                       245±5
Cladding-coating concentricity             μm                       ≤12
Coating non-circularity                          %                         ≤3.0
Curl                                                        m                         ≥4
Environmental Characteristics        (1310nm,1550nm,1625nm)
Temperature Dependence   
                    -60ºC ~+85ºC              dB/km                       ≤0.05
Damp heat dependence     
           85ºC,RH85%,30days           dB/km                       ≤0.05
Water Immersion          
                    23ºC,30days               dB/km                       ≤0.05
Heat Aging               
                    85ºC,30days               dB/km                       ≤0.05
Mechanical Specification
Proof test                                           %                            ≥1.02
                                                           N                             ≥9.0
                                                          Gpa                         ≥7.04
Coating strip force      
                        Peak force                   N                        1.3-8.9
                 Typical average force         N                         1.9
Tensile Strength       
                   Weibull Probability 50%  Mpa                      ≥4000
                   Weibull Probability 15%  Mpa                      ≥3050
Dynamic stress corrosion susceptibility parameter 
                                                            Nd                        ≥27
Macro-bend Loss
10 turn around a mandrel of 15mm radius
                         1550nm                      dB                           ≤0.03
                         1625nm                      dB                           ≤0.1
1 turn around a mandrel of 10mm radius
                         1550nm                      dB                           ≤0.1
                         1625nm                      dB                           ≤0.2
1 turn around a mandrel of 7.5mm radius
                         1550nm                      dB                           ≤0.4
                         1625nm                      dB                           ≤0.8
Low Loss Long Distance G. 654. E Standard Single Mode Bare FiberLow Loss Long Distance G. 654. E Standard Single Mode Bare FiberLow Loss Long Distance G. 654. E Standard Single Mode Bare FiberLow Loss Long Distance G. 654. E Standard Single Mode Bare FiberLow Loss Long Distance G. 654. E Standard Single Mode Bare Fiber

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