FCJ factory Optical Fiber (G. 657. A1) Bend Insensitive Single-Mode - FCJ OPTO TECH

Categories	Single Mode Optical Fiber
Brand	FCJ Fiber Optic Products Manufacturer
Model	Optical Fiber (G. 657. A1)
Fiber Type	G.657.A1
Operating Temperature	-40°C to + 70°C
Installation	Aerial/Direct Buried/Duct
FOB port	Shanghai
Terms of Payment	L/C, D/A, D/P, Western Union, T/T, Paypal
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Update Time	Nov 7,2024

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Detail Information

Type

Bend Insensitive Single-mode Optical Fiber (G.657.A1)

Standard

The fiber complie with or exceed the technical specifications in ITU-T G.657.D /A1.

Features

Superior anti-bending property;
Fully compatible with G.652 single-mode fiber. Full band (1260~1626 nm) transmission;
Low PMD for high bit-rate and long distance transmission. Extremely low micro-bending attenuation, applicable for all optical cable types including ribbons;
High anti-fatigue parameter ensures service life under small bending radius.

Application

All cable constructions, 1260~1626nm full band transmission, FTTH high speed optical routing, optical cable in small bend radius, small-size optical fiber cable and device, L-band.

Technical Specifications

Attributes			specification
Dimensional Specifications	Cladding Diameter		125.0±0.7 um
	Cladding Non-Circularity		≤0.7 %
	Coating Diameter		243±7 um
	Coating-Cladding Concentricity		≤10 um
	Coating Non-Circularity		≤6 %
	Core-Clad Concentricity		≤0.5 um
	Fiber curl (radius)		≥4 m
	Delivery length		2.1-50.4( km/reel)
Optical Specifications Optical Specifications	Mode-Field Diameter (MFD)	@1310nm	8.8±0.4 um
		@1550nm	9.8±0.6 um
	Attenuation	@1310nm	≤0.35 dB / km
		@1383nm	≤0.35 dB / km
		@1550nm	≤0.21 dB / km
		@1625nm	≤0.23 dB / km
	Attenuation VS. Wavelength	@1285-1330nm, Ref. λ@1310nm	≤0.03 dB / km
		@1525-1575nm, Ref. λ@1550nm	≤0.02 dB / km
	Point Discontinuity	@1310nm	≤0.04 dB
		@1550nm	≤0.04 dB
	Polarization Mode Dispersion(PMD)	Maximum Individual Fiber PMD	≤0.1 ps/(km1/2)
		PMD Link Design Value (M=20, Q=0.01%)	≤0.06 ps/(km1/2)
		Typical Value	0.04 ps/(km1/2)
	Zero Dispersion Wavelength(λ0)		1312±12 nm
	Zero Dispersion slope(S0)		≤0.092 ps/(nm2.km)
	Dispersion	1550nm	≤18 ps/(nm.km)
		1625nm	≤22 ps/(nm.km)
	Cable cutoff wavelength λcc		≤1260 nm
Mechanical Specifications	Proof test		≥9.0N, ≥1.0%, ≥100Kpsi
	Dynamic stress corrosion susceptibility parameters Nd		≥20
	Coating strip force	Average	1.5 N
		Peak	1.3-8.9 N
	Macrobend loss	1 turn Φ20mm@1550nm&1625nm	≤0.5 dB,≤1.0 dB
		10 turns Φ30mm@1550nm&1625nm	≤0.15 dB,≤0.75 dB
		100 turns Φ50mm@1310nm&1550nm&1625nm	≤0.01 dB
Environmental Specifications	Temperature Dependence (-60ºC to +85ºC,@1310nm&1550nm&1625nm)		≤0.05 dB / km
	Temperature Humidity Cycling (-10ºC to +85ºC, at 85%RH @1310nm&1550nm&1625nm)		≤0.05 dB / km
	Water Immersion (23±5ºC, 30 days@1310nm&1550nm&1625nm)		≤0.05 dB / km
	Dry Heat Soak(85±2ºC, 30 days@1310nm&1550nm&1625nm)		≤0.05 dB / km
	Damp Heat (85±2ºC at 85%RH, 30 days@1310nm&1550nm&1625nm)		≤0.05 dB / km

The company produces and tests optical fiber independently, all qualified fibers meet the requirements of technical specifications.

Packaging and storage

Ensure no foreign matter on the reel and fiber surface, wrap it with film and cover, and label fiber coding on the reel and cover respectively.

The packaged optical fiber is stored at a constant temperature of 25ºC in a light-proof warehouse. The products are fixed in the carton when they are shipped out of the warehouse. The carton number and fiber coding information are attached to the carton, and the electronic test report is attached to each shipment.

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