1:N 2:N PLC fiber splitter bare fiber type for FTTH and passive optical networks. Fusion splicing design, compact structure, G.657A1 fiber, wide wavelength range, supplied by a professional PLC splitter manufacturer.
The 1:N 2:N PLC fiber splitter bare fiber type supports direct fusion splicing to reduce insertion points and optimize space efficiency. This PLC optical splitter distributes optical signals from two input fibers to eight output fibers and is commonly installed in splice trays, optical distribution boxes, and pigtail cassettes. Manufactured using planar lightwave circuit technology and G.657A1 bend-insensitive fiber, the product delivers stable optical performance across 1260–1650 nm. As a professional PLC splitter manufacturer, YFY supports standard supply and PLC splitter OEM projects with flexible fiber length and packaging options.
Item | Specification |
|---|---|
Model | YFY-SPL-PLC-BW |
Configuration | 1×2/1×4/1×8/1×16/1×32/1×64 2×2/2×4/2×8/2×16/2×32/2×64 |
Package Type | Bare fiber (blockless) |
Fiber Type | G.657A1(Can be Customized) |
Fiber Coating Diameter | 0.25 mm |
Fiber Length (I/O) | 1 m(Can be Customized) |
Operating Wavelength | 1260–1650 nm |
Compliance | IEC, ITU, RoHS, REACH |
Distributes optical signals from 1/2 inputs to N outputs
Bare fiber PLC splitter design for fusion splicing applications
Reduces connector interfaces to improve space efficiency
Suitable for fixed installations in splice trays and distribution boxes
Stable optical performance across 1260–1650 nm
Uses G.657A1 bend-insensitive fiber for flexible routing
Supports OEM/ODM customization for fiber length and packaging
YFY maintains a stable production capacity of up to 40,000 fiber PLC splitters per month, supported by standardized manufacturing processes covering fiber preparation, assembly, polishing, and optical inspection.
As an experienced PLC splitter manufacturer, our dedicated production lines and in-house quality control ensure consistent optical performance, controlled tolerances, and predictable lead times for both standard supply and PLC splitter OEM programs.
Each fiber PLC splitter undergoes structured optical and mechanical inspection, including:
These procedures ensure long-term performance stability for FTTH PLC splitter deployments.
High-density fiber infrastructure for enterprise & hyperscale data centers.
Plug-and-play optical distribution deployment with reduced labor time.
Fiber-to-the-Home deployment for last-mile connectivity.
The difference lies in connector termination, not the steel tube itself. A bare fiber PLC splitter is supplied without connectors and is intended for fusion splicing, while a steel tube PLC splitter with connectors is factory-terminated for faster, plug-and-play installation. Both types may use steel tube protection; the choice depends on installation method and network design.
Yes. This fiber PLC splitter supports OEM/ODM customization, including labeling, packaging, fiber length adjustment, and connector configuration. As an experienced PLC splitter manufacturer, YFY evaluates customization feasibility based on project scope, order volume, and technical requirements.
This fiber PLC splitter is designed and manufactured in alignment with commonly applied international standards, including:
- ITU-T recommendations for passive optical network components - RoHS 2.0 and REACH requirements
Relevant test reports can be provided upon request.
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144-core inline fiber joint closure for FTTH and backbone networks. IP68 mechanical sealing design, horizontal structure, fiber splice closure configuration, and OEM/ODM manufacturing by a fiber joint closure manufacturer.
288-core inline fiber joint closure for FTTH and backbone networks. IP68 mechanical sealing design, horizontal structure, fiber splice closure configuration, and OEM/ODM manufacturing by a fiber joint closure manufacturer.
96-core inline fiber joint closure for FTTH and backbone networks. IP68 mechanical sealing design, horizontal structure, fiber splice closure configuration, and OEM/ODM manufacturing by a fiber joint closure manufacturer.
288-core inline fiber splice closure for FTTH and backbone networks. IP68 mechanical sealing design, horizontal structure, fiber splice closure configuration, and OEM/ODM manufacturing by a fiber joint closure manufacturer.
144-core inline fiber joint closure for FTTH and backbone networks. IP68 mechanical sealing design, horizontal structure, fiber splice closure configuration, and OEM/ODM manufacturing by a fiber joint closure manufacturer.
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192-core fiber joint closure for FTTH and backbone networks. IP68 fiber dome design, ITU-aligned structure, modular capacity, and OEM/ODM branding by a fiber joint closure manufacturer.
144-core fiber joint closure for FTTH and backbone networks. IP68 fiber dome design, ITU-aligned structure, modular capacity, and OEM/ODM branding by a fiber joint closure manufacturer.
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