Technical  Specifications

Product Description & Features

Overview

The 1x32 PLC fiber splitter is a high-performance passive optical device designed to evenly distribute a single input signal across thirty-two outputs using Planar Lightwave Circuit (PLC) technology. Housed in a robust ABS enclosure, this splitter features ultra-slim 2.0mm pigtails optimized for singlemode fiber networks. It is ideal for applications requiring massive signal distribution, such as large-scale FTTH deployments, data center backbone networks, or industrial surveillance systems.

Key Features

1. PLC Splitting Technology
   • Uniform 1:32 Split: Ensures equal power distribution across all outputs (typical imbalance
   • Low Insertion Loss: ≤2.0dB (typical), ≤4.0dB (max) per output for minimal signal degradation.

   • High Return Loss: APC connectors provide ≥60dB return loss to eliminate back reflections.

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2. ABS Enclosure Design
   • Compact & Durable: IP65-rated ABS box protects against dust, moisture, and physical impacts.

   • Flexible Installation: Wall/rack-mountable with pre-drilled holes for indoor/outdoor use.

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3. 2.0mm Ultra-Slim Pigtails
   • Space-Efficient Routing: Thin 2.0mm jacket diameter simplifies cable management in high-density trays.

   • Bend-Insensitive Fiber: G.657A2-compatible fiber supports tight bends (down to 10mm radius) without loss.

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4. Singlemode Compatibility
   • Broadband Support: Optimized for 1260–1650nm wavelengths, suitable for 1310nm/1550nm networks.

   • Low Dispersion: G.652D singlemode fiber minimizes modal and chromatic dispersion for long-haul transmission.

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5. Connector Interface

   • APC-Polished Contacts: Angle-polished connectors reduce wear during repeated mating cycles.

   • Color-Coded Design: Green-colored connectors (APC) for easy identification in dense fiber setups.

Typical Applications

1. Large-Scale FTTH Networks: Distribute broadband signals to up to 32 subscribers from a single OLT port.

2. Data Center Distribution: Split high-speed traffic to multiple switches or servers in dense rack environments.

3. Industrial Surveillance: Feed video signals to dozens of cameras or monitoring stations across expansive sites.

4. PON Deployments: Expand GPON/EPON capacity to 32 ONUs for metro or campus-wide networks.

   
   

Competitive Advantages

• Massive Scalability: 32 outputs reduce the need for cascading splitters, simplifying network architecture.

• Cost Efficiency: PLC technology lowers per-output costs compared to traditional fused splitters.

• Reliable Performance: ABS enclosure and bend-insensitive fiber ensure stability in harsh environments.