- Product Description
- Specification
- Product Advantage
Product Description
1. Product Overview
Indoor tight-buffered optical cables feature 900μm tight-buffered fibers as the core structure, supplemented by Kevlar aramid yarns (in specific types) and flame-retardant jackets. Compared with outdoor loose-tube cables, they offer superior flexibility and a more compact design, making them the preferred choice for indoor applications. These cables are characterized by easy stripping, excellent flexibility, and universal installation, suitable for various amplification scenarios in communication and networking systems.
1.1 Key Certifications
UL, ETL, CE, CPR, RoHS, REACH, ISO9001
1.2 Basic Application Scenarios
• Connections between distribution frames and equipment (patch cords)
• In-house connectivity of devices (e.g., ONU, transceivers)
• Drop wiring for FTTH (Fiber to the Home) to provide line connections to residences
• Fabrication of fiber pigtails and patch cords
Specification
2. Product Classification & Technical Parameters
2.1 Tight-Buffered Fiber
Parameter | Specification |
Fiber Type | G.657.A1/A2, G.652.D |
Strength Member | None / Kevlar |
Jacket Type | Optional |
Typical Diameter | 0.9 mm (bare fiber) |
Structure | 900μm tight-buffered fibers; outer coat available or bare as needed |
Advantages | Simple for fusion or mechanical splicing, easy handling and wrapping |
Application Highlights | Pigtails, patch cords, splicing, short-distance indoor connections |
2.2 Simplex Round Indoor Cable
Parameter | Specification |
Fiber Type | G.652.D |
Strength Member | Kevlar Yarn |
Jacket Type | LSZH / PVC (flame-retardant) |
Typical Diameter | 2.0 / 3.0 mm |
Structure | One 900μm tight-buffered fiber reinforced with Kevlar strength members and flame-retardant sheath |
Advantages | High reliability, low smoke, LSZH compatible with standard connectors |
Application Highlights | Indoor patch cords, termination wiring, device-to-device connections, patch panels, FTTH, intelligent building wiring |
2.3 Standard Parallel Duplex Flat Indoor Cable (Type A)
Parameter | Specification |
Fiber Type | G.657.A2 |
Strength Member | None |
Jacket Type | LSZH (flame-retardant) |
Typical Diameter | 2.0x3.0 mm |
Structure | Two equal lengths of 900μm tight-buffered fibers with a flat LSZH jacket or surrounded by an outer jacket |
Advantages | Ideal for flat surface layouts, easy installation, maintains flexibility |
Application Highlights | Connections for optical transceivers, ONU devices, duplex communication modules |
2.4 Enhanced Duplex Flat Indoor Cable (Type B)
Parameter | Specification |
Fiber Type | G.657.A2 |
Strength Member | FRP / Steel Wire |
Jacket Type | LSZH (flame-retardant; available in black and white) |
Typical Diameter | 2.0x5.0 mm |
Structure | Fibers and FRP/Steel wire as strength components, protected by a flat LSZH jacket |
Advantages | Enhanced tensile and compression strength, suitable for longer connections and complex routing |
Application Highlights | Building backbone extension, splitter connections, indoor FTTH systems requiring higher mechanical durability |
3. Environmental & Installation Requirements
3.1 Temperature Range
• Maximum operating temperature: 70°C
• Minimum operating temperature: -20°C
3.2 Installation Conditions
• Flame-retardant performance compliant with relevant standards
• Suitable for in-conduit installation
4. Packaging & Customization
4.1 Packaging Options
Available in rolls, wooden spools, cartons, or pallets; can also be supplied in coils or bundled bags as specified.
4.2 Customization Services
• Length customization
• Color, printing, and labeling customization
• Jacket color printing
• Connector termination services
5. Material Sourcing
Fibers are sourced from leading manufacturers to ensure high quality and reliable performance.
Product Advantage
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1
Compact structure saves indoor installation space, adapting to narrow routing environments
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2
Excellent flame-retardant performance ensures safe operation in enclosed indoor spaces
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3
Superior flexibility enables easy bending and routing around obstacles during installation
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4
Easy-to-strip design simplifies termination and splicing, improving construction efficiency
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5
Compatible with standard connectors, supporting universal use in various communication systems
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6
Enhanced mechanical durability (for Type B) resists tension and compression in complex indoor layouts
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