GXF5-04-Ⅱ Type Four Network Integrated Shared Optical Cable Junction Box

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Co-construction and sharing

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Product Description
Product parameters
Order Information

Product Overview:
　　In response toGB 50846-2012The Design Specification for Optical Fiber to the Home Communication Facilities in Residential Areas and Residential Buildings andGB 50847-2012The Construction and Acceptance Specification for Optical Fiber to the Home Communication Facilities in Residential Areas and Residential Buildings, twoFTTHnational standards for construction, to implement the requirement that the design of optical fiber to the home communication facilities in residential areas and residential buildings must meet the equal access of multiple telecom operators and allow users to freely choose telecom operators, achieving the construction of a shared model for national communication development. After conducting market research and analysis, our company provides the following various co-construction and sharing solutions and related products.
FTTHThe integrated optical fiber distribution box for three networks is designed to achieve the principle of 'free choice, equal access, and resource conservation' in residential communities. To facilitate maintenance by various operators, each operator has independent ownership of pipelines and optical cables within the community, sharing the corridor optical cables in the hallways. The three-network integrated optical fiber distribution box serves as the boundary, with each operator terminating at the three-network integrated optical fiber distribution box./Each operator terminates at the optical fiber distribution box, allowing users to freely connect when making their choice./The box has excellent anti-corrosion and aging resistance; each operator's compartment is independent and does not connect with others. The box is of moderate size, easy to install, and has good anti-theft properties. Product features:
1: Achieve co-construction and sharing among operators. Depending on the application scenario, options include three-in-one optical cable distribution boxes, three-in-one optical cable junction boxes, and three-in-one optical fiber distribution frames.
2: The interface between public areas and operator areas is separated and does not intersect, with construction, maintenance, and management being independent.3: Convenient for construction, maintenance, and management.
3: Convenient for construction, maintenance and management.
1. Product Overview

The GXF5-04-Ⅱ series plug-in type fiber optic splice closure is suitable for FTTX outdoor optical branch nodes, providing a safe and convenient solution for the connection and scheduling of main optical cables and distribution optical cables, as well as a stable and reliable protective environment for the splitting of main optical cables. Compared with traditional optical cable splice closures: the distribution side optical cables use a no-jump connection method, reducing the use of optical fiber active connectors and lowering optical power loss, effectively avoiding the risk of faults caused by adapters and jumpers, extending transmission distances, and enabling coverage for a range of users.

2. Technical Parameters

Dimensions: 1400X400X1750mm

1. Optical Parameters

nInsertion Loss: PC ≤ 0.2dB, APC ≤ 0.3dB;

nReturn Loss: PC ≥ 50 dB, APC ≥ 60 dB;

nPlugging Life > 1000 times;

nWorking Wavelength Range of Optical Splitter: 1310~1650nm;

nPower Distribution Ratio of Optical Splitter: Variable, unequal or equal distribution;

nInsertion Loss, Insertion Loss Uniformity, PDL of Optical Splitter: Comply with relevant industry standards.

2. Physical Parameters

nVoltage Resistance Level: The voltage resistance between the grounding device and the box body and rack is not less than 3000V (DC), no breakdown for 1 minute, no flying arc.

nInsulation Resistance: The insulation resistance between the grounding device and the metal parts of the box body is not less than 2x10⁴MΩ

nThe outer box protection level reaches IP65.

3. Implementation Standards

"YD/T 988-2007 Communication Optical Cable Splice Closure", "YD/T 1117-2001 All-Fiber Type Branch Device Technical Conditions", "YD 2000.1-2009 Planar Waveguide Integrated Optical Circuit Devices Part 1: Optical Power Splitters Based on Planar Waveguides."

3. Product Features

nThe division of functional areas is clearly designed, with a clear and intuitive layout, large operating space, facilitating personnel construction and maintenance, and reducing the risk of optical fiber link failures;

nThe main functional areas adopt a functionally compatible stack-type fully modular design, reducing SKU (small inventory), allowing for growth and investment, and achieving investment returns;

nThe distribution optical cables use splicing and distribution separation modules, combined with application splicing trays and fiber storage trays (some integrated splicing modules have storage functions), avoiding concentrated congestion and chaos in tail fiber accommodation, enhancing the neatness and aesthetics of routing and wiring;

nUsing universal plug-in type splitting modules, which are compact and quick to install, providing possibilities for rapid service activation and market capture;

nThe port corresponding area of the optical splitter is clearly divided and marked, laying the foundation for the scientific and reasonable management of tail fibers at the distribution end;

nUsing plug-in type splitters with different splitting ratios can meet the needs of first or second level splitting, providing a basis for the full utilization of valuable optical fiber link ports;

nIFC (user distribution side) no-jump fiber connection effectively reduces line optical power loss, enhances user coverage, and can effectively lower TCO (total cost), reducing investment pressure.