Zibbix 1*2 Optical Fiber PLC Splitter

Zibbix 1*2 Optical Fiber PLC Splitter

The Zibbix 1×2 Optical Fiber PLC Splitter is a high-performance, passive fiber optic component engineered for precise and reliable signal distribution in modern telecommunications and data networks. Built using advanced Planar Lightwave Circuit (PLC) technology, this splitter evenly divides one input optical signal into two identical output signals with exceptional uniformity, low insertion loss, and minimal back reflection—ensuring consistent signal integrity across both channels.
Designed for use in FTTH, FTTB, PON (GPON/EPON/XG-PON), CATV, and enterprise fiber networks, the Zibbix 1×2 splitter operates across the full 1260–1650 nm wavelength range, making it fully compatible with multi-service optical systems, including data, voice, video, and RF overlay signals. With typical insertion loss of ≤3.8 dB, high return loss (>55 dB for APC), and ultra-low polarization-dependent loss (PDL), it delivers stable, high-fidelity performance in demanding environments.
The splitter is available in multiple form factors—including bare fiber pigtails, 900µm loose tube, ABS module, or stainless steel mini-module—to suit diverse installation needs in optical distribution frames, splice closures, wall boxes, or rack-mounted panels. Its compact, rugged design ensures durability and long-term reliability under extreme temperature (-40°C to +85°C) and humidity conditions.
As a completely passive device, the Zibbix 1×2 PLC Splitter requires no power or maintenance, offering a cost-effective, scalable solution for network expansion. It complies with international standards such as Telcordia GR-1209/1221 and IEC 61751, guaranteeing quality and interoperability.
Whether deployed for splitting signals to two end-users, enabling redundancy, or integrating into larger cascaded splitting architectures, the Zibbix 1×2 Optical Fiber PLC Splitter provides telecom providers, ISPs, and system integrators with a dependable, high-precision tool for building efficient, future-ready fiber optic infrastructures.

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