Splitter 1×64 Tube Splitter Without Connector

Maximize your network density with the PLC Splitter Mini Tube, the professional solution for high-performance optical branching in space-constrained environments. Driven by a powerful processor of light-wave geometry—utilizing advanced silica glass waveguide technology—this splitter ensures a perfectly symmetrical power distribution across both output fibers. Unlike fused biconical taper (FBT) splitters, this PLC (Planar Lightwave Circuit) device delivers superior uniformity and low insertion loss (≤3.8dB) across the entire 1260nm to 1650nm wavelength range. The “without connector” design features 250µm bare fibers housed in a micro-stainless steel tube, making it the ideal choice for direct fusion splicing inside compact splice trays and fiber-to-the-room (FTTR) termination boxes.

The  PLC Mini Tube series is engineered for the rigors of outside plant (OSP) environments, offering exceptional thermal stability and low Polarization Dependent Loss (PDL ≤0.2dB). The  bend-insensitive fiber leads allow for tighter routing in miniature enclosures without risking signal attenuation. Each  splitter undergoes rigorous testing for spectral uniformity and return loss, ensuring that your high-speed XGS-PON or GPON architecture maintains peak efficiency. With its ultra-compact footprint and un-terminated ends, this splitter provides a “zero-connector” low-loss interface that is essential for long-haul reliability and professional-grade fiber management.

1×64 Mini Tube Splitter Highlights:

• Ultra-Compact “Steel Tube” Design: The micro-scale stainless steel housing fits into the smallest splice trays, saving valuable space in high-density cabinets.

• Superior PLC Waveguide Technology: Provides a more stable and uniform split than traditional FBT technology, ensuring consistent performance across all wavelengths.

• Low-Loss Fusion Ready: The 250µm bare fiber ends are optimized for high-precision fusion splicing, eliminating the bulk and signal reflection of mechanical connectors.

• Wide Operating Bandwidth: Fully compatible with GPON, EPON, and XGS-PON systems, supporting 1310/1490/1550nm and 1625nm monitoring wavelengths.