Indoor Fiber Optic Cables for Buildings & Data Centers
Applications:
Indoor fiber optic cable is primarily designed to be installed inside buildings. It is mainly used for communication equipment, computers, switches, and end-user devices inside buildings to facilitate the information transmission. Indoor fiber cables are mainly composed of twisted tightly buffered optical fibers and non-metallic reinforcement components like aramid yarn.
When fiber numbers in the optical cable is more than 6 cores, the fibers are twisted around a non-metallic central reinforcement to form a stronger fibre cable. Fiber optic cables with more than 24 cores adopt a subunit structure to facilitate structural control, easy installation, and quick maintenance.
Structure
Indoor fiber optic cables support data transmission in buildings, offices and data centers. Depending on the application, designs may use tight-buffered or loose-tube fibers, different strength members, and jackets selected for installation and fire-safety requirements. Fiber type, core count, cable construction and material options vary by model.
Key Specifications
• Fiber Type: Single-mode or multimode, depending on the model
• Cable Design: Tight-buffered, distribution, breakout or other indoor configurations
• Fiber Count: Multiple options available
• Strength Members: Materials and construction vary by product
• Jacket: PVC, LSZH or other specified materials; flame rating varies by model
• Installation: Horizontal, riser or plenum use only when the cable is rated for that environment
• Technical Parameters: Attenuation, bend radius, tensile load and operating temperature vary by specification