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The Mini Self-supporting Flat Drop Cable offers a compact, durable, self-supporting fiber cable in an easily accessible construction. The mini flat drop cable is of a polyethylene jacket, one Single-tube and two dielectric strength members to give high crush resistance. The single-tube design can be consists of 1 to 12 colored bare fiber and strands of water swellable yarns. Self-supporting Flat Drop Cable offers an ideal solution for the smaller fiber counts that are needed in the final sections of FTTx network. -
Figure 8 Aerial Self-Supporting Non-amored Fiber Optic Cable (GYTC8Y), the loose tube are made of high modulus plastic (PBT), which are filled with water resistant gel. Loose Tube are stranded around the non-metallic strengthen member (FRP). Outer sheath is made of UV Resistance PE jacket. Figure 8 self-supporting structure provide high tensile strength and enables easy and Cost saving aerial installations. The Steel strand wire self-supporting member gives high tensile resistant. -
The Multi-fiber Pre-terminated Breakout Cable Assemblies are a convenient and economical alternative to running multiple fiber optic jumpers or individual fiber optic cables. It can have from 4 to 144 fibers per trunk and distribute multiple Data channels. Fiberlink offers kinds of factory pre-terminated trunk fiber optic patch cables with custom connector configurations, breakouts, labels, and jacket material types. -
FTTH Drop cable patch cord provides for quick subscriber connections. The drop cable assemblies are precision manufactured to rigorous quality standards, assure reliable performance and compatibility. The SC FTTH drop cable patch cord, apply to FTTH project corridor boxes, drop cable distribution boxes, FTTH fiber boxes and other forms of installation. -
LED Traceable Fiber patch cord provides a fast and accurate method of identifying the endpoint of optical patch cords. Each end of the Tracer fiber patch cord features a flashing light allowing technicians to visually trace individual patch cords from one end to another without pulling or affecting the patch cord. We can provide special power sources which are easily attached to the Traceable fiber patch cord. This causes the LED on each end to keep flashing 30s and stay in lit. Simple LED tool to apply power to one end of jumper to easily identify the far end of a jumper in connected area. Traceable Fiber Optic Patch Cable must be working with the power driving to identify the exact cable. -
Simplex SC/APC Fiber Optic Patch cord with G.657.B3 fiber are a suitable solution for FTTh end connection of ONT units, or in high-density switchboards where there is a risk of critical bending. The G.657.B3 fiber is resistant to 0.5 cm macro-bends, and thus ensures full transmission of the light signal even under difficult conditions of mechanical deformation. -
Fiberlink’s 288 Cores Horizontal Optical Fiber Splice Closure are made of high density reinforced PC material. We supply different ports types, fittings and different fiber optic core numbers for horizontal fiber optic joint closure. Fiber Optic Splice Closures (FOSC) are suitable for protecting optical fiber splices in straight through and branching applications, and can be used in aerial, duct and direct buried fiber optic cable projects. -
Fiberlink’s Dome Fiber Splice Enclosure are made of high-strength engineering plastics, which used for direct connection during optical fiber transmission process, and provides joint connection protection, with 10 small round cable holes and 1 large cable hole. With good sealing performance, the simple installation and wide application range are the best choice for optical fiber connection. The Mini Fiber Dome Splice Closures are suitable for 144 cores optical fiber splices in straight through and branching applications, and can be used in aerial, duct and direct buried fiber optic cable projects. -
FOSC-GJS-D319 Heat-shrinkable Dome Optical Fiber Splice Enclosure can be used as joint box to protect fiber splice connection of fiber cables, and as branch application for cables of bunchy fiber and ribbon fiber. It is suitable for aerial, duct, or buried applications. 48 fiber or 72 fiber splice trays are pre-installed according to customer’s requirement, the splice capacity ranges from 48 to 576 fibers. The trays could be increased and reduced easily in on-site operation. -
FOSC-GJS-D317 Dome Fiber Optic Joint Closure can be used as joint box to protect fiber splice connection of fiber cables, and as branch application for cables of bunchy fiber and ribbon fiber. It is suitable for aerial, duct, or buried applications. 36 fiber or 72 fiber splice trays are pre-installed according to customer’s requirement, the splice capacity ranges from 36 to 576 fibers. The trays could be increased and reduced easily in on-site operation. -
Fiberlink’s Dome Fiber Optic Splice Closure are made of high density reinforced PC material. We supply different ports types, fittings and different fiber optic core numbers for horizontal / dome fiber optic splice closures. Fiber Optic Splice Closures (FOSC) are suitable for protecting optical fiber splices in straight through and branching applications, and can be used in aerial, duct and direct buried fiber optic cable projects. -
FOSC-GJS-D308 Vertical Fiber Optic Splice Closure can be used as joint box to protect fiber splice connection of fiber cables, and as branch application for cables of bunchy fiber and ribbon fiber. It is suitable for aerial, duct, or buried applications. 12 fiber or 24 fiber splice trays are pre-installed according to customer’s requirement, the splice capacity ranges from 12 to 240 fibers. The trays could be increased and reduced easily in on-site operation.
