Breakout Cables
Offering Seamless Adaptation, Uninterrupted Connectivity- HFCL's Breakout Cables
About
Don’t let challenging environments hinder your network connectivity. Our breakout cables, featuring a 900 µm tight buffered termination with one fiber per sub-unit, ensure robust performance. Encased in a durable outer jacket, these cables consist of jacketed simplex or premise distribution cables. Each simplex cable effortlessly breaks out from the outer jacket, transforming into a seamless patch cable. This innovative breakout cable is perfect for your fiber-to-the-desk needs in office buildings, providing efficiency and reliability.
Features
Benefits
Fiber Versatility
Offers flexibility with both single-mode and multimode fiber options, enabling reliable performance across diverse network environments and applications
Buffer Size Variety
Available in 600 µm and 900 µm tight buffer constructions, providing installation flexibility for different routing, termination, and handling needs
Fire-resistant
Designed with flame-retardant materials that enhance safety, reduce fire propagation risk, and support compliance with stringent building standards
Key Specifications
Applications
- Premises distribution network
- Riser and Plenum
- Distribution networks
- LAN and FTTx
- Last-mile connectivity
Variants
FAQs
Fiber breakout cables commonly vary in length, with standard options ranging from 1 meter (3.3 feet) to 100 meters (328 feet). Breakout cables consist of multiple jacketed simplex cables or premise distribution cables enclosed within an outer jacket. The distinctive feature of breakout cables is that each individual simplex cable within the outer jacket can "break out," functioning independently as a patch cable. This design offers flexibility in network installations, allowing for adaptability and ease of connectivity, particularly in applications like fiber to the desk in office buildings.
Breakout optical fiber cables offer distinct advantages, featuring a flexible design with multiple individual cables within a common outer jacket. This provides ease of installation, modularity for simple modifications, space efficiency, simplified maintenance, versatility for various applications, and overall cost-effectiveness. The breakout design enhances adaptability, making these cables a practical choice for diverse network setups and scenarios, including fiber-to-the-desk installations.
Breakout optical fiber cables enhance adaptability by featuring a flexible design, allowing individual cables within a common outer jacket to function independently. This adaptability is valuable in various network configurations, facilitating seamless adjustments and expansions to meet evolving connectivity needs.