Splitter 1×32 Tube Splitter With Connector

Accelerate your fiber deployments with the PLC Splitter 1×32 Blockless, the professional-grade solution for efficient optical branching. Driven by a powerful processor of light-wave geometry—utilizing advanced silica glass waveguide technology—this  splitter ensures a perfectly symmetrical 50/50 power distribution. Unlike traditional fused splitters, this PLC (Planar Lightwave Circuit) device delivers superior spectral uniformity and an insertion loss of ≤4.0dB (including connectors) across the 1260nm to 1650nm range. The “Blockless” design features 900µm loose tube leads protected by a micro-stainless steel tube, providing a compact footprint that fits easily into patch panels, wall-mount boxes, and splice closures without the bulk of a plastic module.

The 2026 PLC Blockless series is engineered for the rigors of modern telecommunications, offering exceptional thermal stability and low Polarization Dependent Loss (PDL ≤0.2dB). The factory-terminated SC/UPC (Blue) or SC/APC (Green) connectors utilize high-precision zirconia ceramic ferrules to ensure a secure, low-reflection connection every time. With G.657.A1 bend-insensitive fiber, these splitters allow for tighter routing in crowded enclosures without risking signal attenuation. Each unit undergoes rigorous 3D interferometer testing and end-face inspection, guaranteeing that your high-speed XGS-PON or GPON architecture maintains elite performance from the central office to the subscriber.

 Blockless Splitter Highlights:

• Compact “Blockless” Steel Tube: The micro-scale stainless steel housing saves valuable space in high-density cabinets while providing robust protection for the PLC chip.

• Plug-and-Play Efficiency: Factory-terminated with SC connectors for rapid installation, eliminating the need for time-consuming field splicing.

• Superior Uniformity: PLC waveguide technology provides a more stable and balanced split than FBT technology, ensuring consistent power levels on both output legs.

• 900µm Reinforced Leads: The loose-tube jacket provides significantly more protection than bare fiber, making it ideal for routing within patch panels and ODFs.