Fanout Fiber Optic Cable

Description
The GJBFJV fanout fiber optic cable uses tight buffered fiber unit which has 6 cores and the diameter of the core is 900μm. Outside the tight buffered fiber is the aramid strength member and outer jacket for protection. Many small jackets are placed in parallel around the FRP, making up the cable core. Water blocking material is added outside. Outside the water blocking material is a layer of LSZH jacket which is extruded to be round. The fiber count ranges from 24 to 108. Fanout fiber optic cable can be used as the indoor main cable.

Applications
Used for indoor wiring, fiber to the home, fiber to the desktop.
Used for splitting sub-cables according to the requirement at the network demarcation point.
Thefanout fiber cable can be easily divided into single fiber lines.
Used for network constructions which include 3G, 4G, 5G, FTTH and CATV.

Standard Technical Parameters

cable type	fiber count	cable diameter(mm)	cable weight(kg/km)	tensile strength long-term/short-term (N)	crush resistance long-term/short-term (N/100mm)	bending radius dynamic/static (mm)
GJBFJV	24	10.4±0.5	96	400/1320	300/1000	20D/10D
GJBFJV	30	12.4±0.5	149	400/1320	300/1000	20D/10D
GJBFJV	36	13.5±0.5	185	400/1320	300/1000	20D/10D
GJBFJV	48	15.7±0.5	265	400/1320	300/1000	20D/10D
GJBFJV	60	18±0.5	350	400/1320	300/1000	20D/10D
GJBFJV	72	20.5±0.5	440	400/1320	300/1000	20D/10D
GJBFJV	96	20.5±0.5	448	400/1320	300/1000	20D/10D
GJBFJV	108	20.5±0.5	448	400/1320	300/1000	20D/10D

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Optical Properties

		50/125μm	65.5/125μm	G.652	G.655
attenuation	@850	≤3.5db/km	≤3.5db/km
	@1300	≤1.5db/km	≤1.5db/km
	@1310			≤0.5db/km	≤0.50db/km
	@1550			≤0.4db/km	≤0.40db/km
bandwidth (A grade)	@850	≥500Mhz.Km	≥200Mhz.Km
	@1300	≥1000Mhz.Km	≥600Mhz.Km
numerical aperture		0.200±0.015NA	0.275±0.015NA
cable cutoff wavelength				≤1260 nm	≤1450 nm
additional attenuations due to temperature (-20℃~+60℃)	@1300	≤0.25db/km	≤0.25db/km
	@1550			≤0.10db/km	≤0.15db/km

Features The fanout fiber optic cable can separate out sub-cables according to the requirements at the network demarcation point. The fanout fiber optic cable can be easily divided into subcables. There's no need for conducting the cutover of the whole cable. Reducing the number of the cable connectors can make the construction more convenient. Due to the reduction of the number of the cable connectors, the incidence rate of the fiber optic cable fault decreases and the reliability of the cable line increases.