Zibbix Tube 10/90 Optical Fiber PLC Splitter

Zibbix Tube 10/90 Optical Fiber PLC Splitter

The Zibbix Tube 10/90 Optical Fiber PLC Splitter is a precision-engineered passive component designed for reliable signal distribution in fiber optic communication networks. Despite its name suggesting a pneumatic tube, this device is actually a 1×2 PLC (Planar Lightwave Circuit) splitter with a 10:90 split ratio—meaning it divides an incoming optical signal into two outputs: 10% (–10 dB tap) and 90% (–0.5 dB through). This asymmetric splitting is ideal for applications requiring optical monitoring, signal tapping, or power balancing without disrupting the main data path.
Housed in a compact, rugged 900µm loose tube or stainless steel micro-module, the Zibbix 10/90 splitter ensures durability and ease of integration into patch panels, splice closures, or inline monitoring setups. It operates across the full 1260–1650 nm wavelength range, supporting GPON, EPON, CATV, and RF overlay systems. With low insertion loss, high return loss (>55 dB for APC), and excellent environmental stability, it maintains signal integrity in demanding telecom and datacom environments.
The splitter uses advanced PLC technology for consistent performance, minimal polarization-dependent loss (PDL), and long-term reliability—complying with Telcordia GR-1209/1221 and IEC standards. Commonly used in FTTx networks, optical sensing, test equipment, and network diagnostics, the 10/90 configuration allows technicians to monitor live traffic or measure power levels while keeping the primary link operational.
Available with SC, LC, or bare fiber terminations (UPC or APC polish), the Zibbix Tube 10/90 PLC Splitter offers flexible deployment options. Its passive, maintenance-free design ensures zero power consumption and decades of service life.
Trusted by network engineers for its accuracy and robustness, this splitter is an essential tool for intelligent optical network management—enabling real-time diagnostics, fault detection, and performance optimization without service interruption.

No reviews yet. Be the first to leave a review!