Flat Drop Indoor Cables
Flat Drop Indoor Cables: Connecting High, Connecting Right
About
Our versatile flat drop cable range, developed with a proprietary and patent-backed design, spanning from 1 fiber to 6 fibers, boasts a gel-free composition, ensuring a seamless and efficient installation process. Lightweight and easy to handle, these cables are the epitome of convenience. Designed for various applications including indoor distribution, high-rise building branching, FTTx setups, as well as pigtails and patch cords, our optical fiber cables offer unparalleled performance and reliability.
Features
Benefits
Bend Insensitive
This flat drop cable type is bend insensitive up to 15mm for G.65. A2 fiber
Flame Retardant
Ensures fire safety and regulatory compliance
Strength Member Options
Choice of Aramid Reinforced Plastic (ARP), Fiber Reinforced Plastic (FRP), or steel wire
Key Specifications
Applications
- Indoor distribution
- Branching in high-rises
- FTTx
- Pigtails
- Patchcords
Variants
FAQs
A inline drop cable typically comprises a polyethylene jacket, multiple fibers, and two dielectric strength members, providing high crush resistance. These cables commonly include one or two fibers but can have higher strand counts.
Flat drop cables are frequently used in places with limited space or when a more subtle indoor setup is needed. Their flat design makes it simple to lay them neatly, and they can be tucked away without being easily noticed. This provides an advantage for straightforward installation in various indoor environments where space and aesthetics are considerations.
Fiber drop cables possess distinctive characteristics that contribute to their efficiency. With a small size and lightweight, these cables are easy to handle and install. Their simple structure ensures straightforward installation and convenient construction processes. The inclusion of two parallel glass fiber-reinforced plastic or metal-reinforced materials provides excellent compression resistance, protecting the optical fiber. Additionally, the low-smoke halogen-free polyethylene sheath enhances safety by minimizing smoke emissions and eliminating halogen compounds in the event of a fire.