Indoor Breakout Fiber Optic Cable
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Indoor Breakout Fiber Optic Cable is a multi-fiber tight-buffered cable designed with individually protected fiber subunits for indoor backbone and premises cabling. Each tight-buffered fiber is reinforced with aramid yarn and protected by an individual subunit sheath, allowing easy breakout, independent routing and direct termination of individual fibers.
FASOCOM Indoor Breakout Fiber Optic Cable is designed for indoor backbone, premises and equipment connectivity applications requiring individual fiber protection and convenient termination.
Each tight-buffered fiber is reinforced with aramid yarn and enclosed within an individual subunit sheath, forming an independently protected fiber subunit. Multiple subunits are assembled around a plastic-coated FRP central strength member, protected with water-blocking material and enclosed within a common outer jacket.
The breakout construction allows individual subunits to be separated, routed and terminated independently, providing convenient fiber access and installation for building cabling, telecommunications rooms, equipment connections and other indoor fiber connectivity systems.
Each tight-buffered fiber is reinforced with aramid yarn and enclosed within an individual subunit sheath, forming an independently protected fiber subunit. Multiple subunits are assembled around a plastic-coated FRP central strength member, protected with water-blocking material and enclosed within a common outer jacket.
The breakout construction allows individual subunits to be separated, routed and terminated independently, providing convenient fiber access and installation for building cabling, telecommunications rooms, equipment connections and other indoor fiber connectivity systems.
Cable Construction
1. Tight-Buffered Fiber
Each optical fiber is protected with a tight buffer layer for improved handling, fiber identification and convenient termination.
Each optical fiber is protected with a tight buffer layer for improved handling, fiber identification and convenient termination.
2. Aramid Yarn
Aramid yarn surrounds each tight-buffered fiber to provide tensile reinforcement and protect the fiber from mechanical stress.
Aramid yarn surrounds each tight-buffered fiber to provide tensile reinforcement and protect the fiber from mechanical stress.
3. Subunit Sheath
Each fiber and aramid yarn assembly is enclosed within an individual subunit sheath, forming an independently protected sub-cable that can be separated, routed and terminated individually.
Each fiber and aramid yarn assembly is enclosed within an individual subunit sheath, forming an independently protected sub-cable that can be separated, routed and terminated individually.
4. Plastic-Coated FRP
A plastic-coated FRP central strength member supports the cable structure and provides additional mechanical reinforcement.
A plastic-coated FRP central strength member supports the cable structure and provides additional mechanical reinforcement.
5. Water-Blocking Material
Dry-type water-blocking material is incorporated within the cable construction to provide additional protection against moisture migration.
Dry-type water-blocking material is incorporated within the cable construction to provide additional protection against moisture migration.
6. Outer Jacket
A common outer jacket encloses and protects the complete cable structure for indoor backbone and premises cabling applications.
A common outer jacket encloses and protects the complete cable structure for indoor backbone and premises cabling applications.
Key Features
• Individually protected fiber subunits for convenient breakout and independent routing.
• Tight-buffered fiber construction for easy handling, identification and termination.
• Aramid yarn reinforcement within each fiber subunit.
• Individual subunit sheaths provide additional mechanical protection.
• Plastic-coated FRP central strength member reinforces the overall cable structure.
• Dry-type water-blocking construction provides additional moisture protection.
• Individual subunits can be separated and terminated directly for equipment connectivity.
• Suitable for indoor backbone, premises and building cabling applications.
• Fiber type, fiber count, jacket material, color, cable length and other specifications can be customized.
• Tight-buffered fiber construction for easy handling, identification and termination.
• Aramid yarn reinforcement within each fiber subunit.
• Individual subunit sheaths provide additional mechanical protection.
• Plastic-coated FRP central strength member reinforces the overall cable structure.
• Dry-type water-blocking construction provides additional moisture protection.
• Individual subunits can be separated and terminated directly for equipment connectivity.
• Suitable for indoor backbone, premises and building cabling applications.
• Fiber type, fiber count, jacket material, color, cable length and other specifications can be customized.
