T-Of001-G. 657. A2 Single Mode Optical Fiber Bare Fiber for FTTH Network

• Application: Communication, FTTH Network
• Type: Single-mode Fiber
• Connection Structure: SC
• Material Shape: Round Wire
• Allowed Lateral Pressure: 100(N/100mm)
• Allowed Tensile Strength: <100N
• Model NO.: T-OF001-G. 657. A2
• Core: Single Core
• Certification: RoHS, CE, ISO9001
• Brand: Toem
• Sheath Material: Fibre Optic
• Transport Package: Plastic Drum
• Specification: Single-mode Fiber
• Origin: China
• HS Code: 9001100001

Product Description

AOF Bend-insensitive Single-mode Fiber
It encompasses all the features of Non-Dispersion Shift Single-mode Fiber and even does better in the aspect of bending property, particularly adapt the transmission system across the entire 1260nm to 1625nm wavelength spectrum. The AOF Fiber performs low bending additional loss in the long wavelength region. Even in the 1625nm wavelength window, the fibers only have a low additional loss equals to 0.8dB with a bending radius being 7.5mm.The Fiber can be used in all cable constructions, especially tight buffered cable which is the key of Fiber-To-The-Home and Fiber-To-The-Mansion
Features
The fiber complies with or exceeds the ITU-T Recommendation G.652.D and G.657.A1, the IEC International Standard 60793-2-50 type B.1.3 Optical Fiber Specification.
The fiber is manufactured using the advanced VAD process. Because of the advantages of the process, AOF fiber shows extremely refined refractive index profile control, excellent geometrical performance, low attenuation, etc.

1. Designed for operation over the 1260nm to 1625nm wavelength spectrum, completely low attenuation in the 1383 nm region;
2. Excellent bending property adapting special occasions which require bending radius;
3. Being compatible with existing G.652D Fiber;
4. Accurate geometrical parameters that insure low splicing loss and high splicing efficiency;
5. Excellent PMD factor supporting high-speed and distance upgrades.

Characteristics       Conditions         Units              Specified Values

Optical Characteristics

Attenuation  

                           1310nm                dB/km                      ≤0.35

                            1550nm               dB/km                      ≤0.21

                            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                      ≤0.03

              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                          1300-1322

Zero dispersion slope                    ps/(nm2·km)              ≤0.091

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                          1150-1330

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                             ≥9.1

                                                          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                        ≥20

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

What We Have In The Field Of Telecom Optical & Electric Cable :
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2>Complete Materials Demand Solutions For Cable Manufacturing And Technical Services
3>Overall Solutions And Customized Services In Factory Design, Equipment Configuration, Product Development And Rawmaterial Supply
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