Fiber Cable Termination Box

This Fiber Cable Termination Box is compatible with mini-SC connectors, making it an ideal solution for FTTA and all FTTH outdoor environments (walls, corridors, basements), as well as other locations requiring FTTH or network connections.

Constructed from high-quality UV-resistant plastic and equipped with a rubber gasket, the FTTA NAP Fiber Cable Termination Box is designed to withstand rainfall and harsh outdoor conditions. Its customizable design allows for versatile applications, including FTTH projects, telecommunications networks, CATV networks, data networks, and local area networks (LAN).

• Compact size and sleek design
• Plug-and-play design for easy operation
• No need to open the FTTA NAP Fiber Cable Termination Box during connection of pre-terminated drop cables
• Dedicated pathways for cables, pigtails, and splitters to avoid interference; micro PLC splitter installation simplifies maintenance
• IP66 protection for drop cables with fast connectors
• Suitable for pole-mounted, aerial-mounted, or wall-mounted installations

The FTTA NAP 16 Ports Fiber Distribution Box is designed for efficient fiber management in wireless communication networks, particularly in Fiber-to-the-Antenna (FTTA) deployments. It serves as a centralized hub for distributing and protecting fiber connections in 5G base stations, outdoor cabinets, or tower-mounted equipment. Its rugged, weatherproof enclosure ensures reliable performance in harsh environments, while 16 ports support high-density fiber termination, splicing, and patching. This compact solution optimizes cable routing, reduces signal loss, and simplifies maintenance for mobile network operators.

Ideal for 5G infrastructure upgrades, the box enables seamless integration of RF and optical networks. Its modular design allows flexible port configuration for SC/LC adapters, supporting single-mode or multi-mode fibers. Features include splice tray organization, bend radius protection, and easy-access ports for quick field installations. By centralizing fiber distribution near antennas, it minimizes cable clutter, enhances signal integrity, and accelerates network deployment for high-speed, low-latency applications like smart cities and IoT connectivity.