Zibbix 46/60 Optical Fiber PLC Tube Splitter

Zibbix 46/60 Optical Fiber PLC Tube Splitter

The Zibbix 46/60 Optical Fiber PLC Tube Splitter is a specialized passive fiber optic component designed for precise optical power distribution in advanced telecommunications and network monitoring applications. Despite the "46/60" designation—which may refer to tube dimensions (4.6mm x 60mm) or a custom split ratio—this device is typically a 1×2 asymmetric PLC splitter, engineered to divide an input signal into two outputs with a defined power ratio (e.g., 40:60, 50:50, or another calibrated split), commonly used for signal tapping, power balancing, or optical sensing.

Housed in a compact, durable 900µm loose tube or mini-module casing (approximately 4.6mm diameter and 60mm length), the splitter is ideal for tight-space installations in splice trays, distribution boxes, or inline monitoring setups. It leverages Planar Lightwave Circuit (PLC) technology to ensure low insertion loss, high uniformity, excellent return loss (>55 dB with APC connectors), and minimal polarization-dependent loss (PDL), delivering stable performance across the full 1260–1650 nm wavelength range—compatible with GPON, EPON, XG-PON, and CATV systems.

The Zibbix 46/60 splitter is built to meet Telcordia GR-1209/1221 and IEC standards, offering reliable operation under extreme temperature and humidity conditions. Its passive design requires no power, ensuring maintenance-free, long-life performance in FTTH, FTTx, data centers, and optical test environments.

Available with bare fiber pigtails or connectorized ends (SC, LC, UPC/APC), it integrates seamlessly into existing fiber infrastructures. Commonly deployed for real-time network monitoring, optical power sampling, or signal redundancy, this splitter enables technicians to tap a portion of live traffic without disrupting the main link.

Engineered for precision and durability, the Zibbix 46/60 Optical Fiber PLC Tube Splitter is a trusted solution for network operators seeking intelligent, non-intrusive optical management in high-performance fiber networks.

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