FTTA Distribution Box

Optimize Your Fiber Network with High-Density Distribution

Telhua's FTTA Distribution Box provides a robust, scalable solution for managing fiber optic connections in demanding outdoor environments. Engineered for Fiber-to-the-Antenna (FTTA) and other wireless infrastructure applications, this enclosure ensures reliable signal distribution while addressing critical installation and maintenance challenges faced by network operators and system integrators.

Engineered for B2B Performance and Reliability

Network downtime and complex installations directly impact operational costs. Our distribution box is designed to mitigate these pain points through superior engineering.

• Maximized Port Density: Accommodates a high fiber count in a compact form factor, optimizing space utilization in crowded tower bases and equipment cabinets.
• Enhanced Reliability: Features a fully sealed, corrosion-resistant housing with IP68 rating, protecting splices and adapters from moisture, dust, and extreme temperatures to ensure long-term performance stability.
• Accelerated Deployment: Pre-installed cable entry ports, intuitive internal routing guides, and a modular tray design significantly reduce on-site labor time and complexity during installation and future upgrades.

Telhua Engineer's Tip: Managing Bend Radius in Confined Spaces

When installing high-fiber-count cables in a dense distribution box, maintaining the minimum bend radius is critical to prevent signal attenuation and micro-bend losses. Our design incorporates radius-limiting cable guides at all entry points and within the splice tray compartments. For optimal performance, always route fibers along these guides and avoid sharp bends immediately after the cable gland. Using a loop of slack fiber stored in the dedicated tray chamber, rather than forcing a direct path, can preserve signal integrity in space-constrained installations.

Technical Specifications

Standards and Quality Assurance

This FTTA Distribution Box is manufactured in compliance with international standards for performance, safety, and environmental responsibility, including IEC standards for optical fiber closures, TIA/EIA standards for telecommunications infrastructure, and the RoHS directive restricting hazardous substances.