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GYXTY Central Loose Tube Fiber Optic Cable

Central loose tube fiber optic cable with PE outer sheath, water-blocking, and a strength-member design subject to final cable confirmation for economical outdoor duct installation, campus backbone, and aerial routes with external support.

Central Loose Tube PE Sheath Strength Member: Final Design Lightweight Design
GYXTY Central Loose Tube Non-Armored Outdoor Fiber Optic Cable
GYXTY Cross-Section

Product Overview

GYXTY is a central loose tube non-armored outdoor fiber optic cable with black PE outer sheath. It is designed for outdoor duct installation where economical cabling is preferred. Non-metallic strength members can be specified according to project requirements. The central tube design minimizes cable diameter and weight. Fiber count and cable dimensions depend on the project specification.

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Product Answer

What is GYXTY fiber optic cable?
GYXTY fiber optic cable is a central loose tube outdoor fiber optic cable with a PE outer sheath, designed for economical outdoor duct installation. It features a single central tube and water-blocking materials; the strength-member design is subject to final cable design. It is lighter and more flexible than armored cables, and may be used for campus backbone, access networks, and aerial routes with external support when the route design permits.

Quick Selection Guide

Use this guide to decide whether GYXTY is suitable for economical central loose tube outdoor routes.

RequirementRecommended OptionReason
Economical outdoor duct routeGYXTYCentral loose tube structure with PE sheath is suitable for low-to-medium fiber count duct or access routes.
Direct burial or high-crush routeGYXTS / GYXTW53Use armored designs when stronger mechanical or underground protection is required.
Aerial route with external supportGYXTY with route confirmationUse only where the route provides proper external support and span requirements are confirmed.
Project confirmationConfirm fiber count, sheath, water blocking, and routeFinal selection depends on route design, installation conditions, and protection level.

Key Takeaways

  • GYXTY features a central loose tube design with PE outer sheath for economical outdoor duct installation.
  • Lightweight and flexible, suitable for campus backbone, access networks, and aerial routes with external support.
  • Strength-member material should be confirmed against the final cable design and project requirement.
  • Available with G.652D, G.657A1, or G.657A2 fiber types in low-to-medium fiber counts.
  • Not designed for direct burial; for direct-buried applications, consider armored cable types.

Citable Specification Notes

  • Operating temperature: Confirm the required range in the approved datasheet and project specification.
  • Bend radius: Confirm installation and operating limits against the final cable diameter and approved datasheet.
  • Fiber count: Subject to final cable design and project requirements.
  • Water blocking: Confirm water-blocking materials and acceptance criteria in the project specification.

Product Structure

GYXTY central loose tube outdoor fiber optic cable structure

GYXTY is a central loose tube outdoor fiber optic cable with PE outer sheath and a strength-member design subject to final cable confirmation. It is suitable for economical duct, campus backbone, access network, and supported outdoor routes.

  • Central loose tubeOptical fibers are placed inside one central loose tube for compact low-to-medium fiber count cable design.
  • Water-blocking protectionTube filling compound or water-blocking elements help protect fibers from moisture ingress.
  • PE outer sheathPE sheath provides outdoor environmental protection for economical duct and access applications.
LayerComponentMaterial / Function
1Optical fiber unitFibers in central loose tube according to project fiber count.
2Water blockingFilling compound or water-blocking elements protect the fiber unit.
3Strength designStrength elements and material are subject to final cable design.
4Outer sheathPE outer sheath provides environmental protection for outdoor routes.

General Optical Performance

Typical values for reference. Final cable parameters depend on fiber count, central tube structure, PE sheath, strength member, and customer specification.

ParameterTypical Value
Attenuation @ 1310 nmConfirm the fiber category and acceptance limit in the approved fiber and cable specification.
Attenuation @ 1550 nmConfirm the fiber category and acceptance limit in the approved fiber and cable specification.
Operating TemperatureConfirm the required range in the approved datasheet and project specification.
Storage TemperatureConfirm the required range in the approved datasheet and project specification.
StandardsConfirm applicable standards and acceptance requirements in the project specification.
Compliance documentationConfirm applicable documents and test requirements in the project specification.

Key Features

  • Compact Central Tube
    Single PBT tube minimizes cable diameter and weight for economical duct installation.
  • Non-Armored Design
    Non-armored central tube design reduces cable weight and is suitable for protected duct routes where steel tape protection is not required. Grounding requirements depend on the final strength member design.
  • Lightweight & Flexible
    Non-armored design provides lower weight and bending resistance compared to steel tape armored central tube cables.
  • Compact Central Tube Structure
    Central loose tube structure keeps the cable compact and suitable for low-to-medium fiber count duct applications.
  • Cost Effective
    Non-armored central tube design offers one of the most economical outdoor cable solutions for duct installations.
  • Project Documentation
    Confirm applicable documents, test records, and project-specific declarations in the RFQ.

Application Scenarios

FTTH Feeder & Distribution

Last-mile feeder and distribution cable from cabinet to building or curb in FTTH networks.

Campus Duct Cabling

Inter-building duct connections in campuses and industrial parks where non-armored cable is sufficient.

Enterprise LAN Duct

Outdoor duct sections of enterprise LAN connecting buildings with economical non-armored cable.

Telecom Duct Network

General duct cabling in telecom access and distribution networks where armored cable is not required.

FTTx & Broadband

Cost-effective duct cabling for FTTx and broadband network deployment in protected duct infrastructure.

Model Comparison: GYXTY vs Other Outdoor Fiber Cables

Compare GYXTY with related central loose tube and armored outdoor cable designs before confirming project requirements.

GYXTY

Structure: Central loose tube non-armored outdoor cable with PE sheath for economical duct installation.

Typical Use: Outdoor duct, campus backbone, access network, and aerial routes with external support.

Selection Note: Choose GYXTY when lightweight non-armored central tube design is required and direct burial is not required.

GYXTW

Structure: Central loose tube outdoor cable with steel-polyethylene composite protection / PSP.

Typical Use: Access and distribution routes requiring stronger crush or rodent protection than GYXTY.

Selection Note: Use GYXTW when central tube design is needed with steel-polyethylene composite protection / PSP, subject to final design.

GYXTS

Structure: Central loose tube outdoor cable with steel tape protection.

Typical Use: Outdoor routes requiring compact structure and mechanical protection.

Selection Note: Confirm sheath and armor requirements before choosing between GYXTY, GYXTW, and GYXTS.

GYFTY

Structure: Non-metallic stranded loose tube outdoor cable.

Typical Use: Outdoor routes requiring non-metallic construction and higher design flexibility than central tube cable.

Selection Note: Choose GYFTY when a stranded non-metallic outdoor structure is required by the project.

Cable Configurator

Configure the key requirement for GYXTY Central Loose Tube Fiber Optic Cable. Select standard options or enter custom notes, then send your RFQ by WhatsApp or email.

FAQ About GYXTY Central Loose Tube Non-Armored Outdoor Fiber Optic Cable

Q: What is the difference between GYXTY and GYXTW?
GYXTY is a non-armored central loose tube cable with PE outer sheath. It is lighter and more flexible than steel tape armored central tube cables. Non-metallic strength members may be specified when the project requires non-metallic construction, subject to final cable design. GYXTW adds steel-polyethylene composite protection / PSP over the central tube, providing rodent and crush protection at the cost of increased weight and stiffness. GYXTY is preferred for economical duct installations; GYXTW is chosen when mechanical protection is required.
Q: Can GYXTY be used outdoors?
Yes, GYXTY is designed for outdoor duct installation. The PE outer sheath and water-blocking provide outdoor weather resistance. For environments requiring mechanical protection against rodents or crushing, armored cable types such as GYXTW or GYTS are recommended.
Q: What is the typical strength member design for GYXTY?
GYXTY strength-member construction should be confirmed against the final cable design. Non-metallic strength members may be specified when the project requires them, but the page does not lock a default material.
Q: What fiber counts does GYXTY support?
GYXTY is a central tube design. Typical configurations depend on the project specification. For higher core counts, stranded loose tube cables such as GYTS or GYTA are typically recommended.
Q: How should drum length and marking be specified?
State the required drum length, packaging, sheath marking, and labeling in the RFQ. The final arrangement should be confirmed against the cable design and project requirements.
Q: What installation methods are suitable for GYXTY?
GYXTY is suitable for duct installation, outdoor access networks, indoor-outdoor cable transitions, campus backbone routes, and aerial routes with external support. It is not designed for direct burial, self-supporting aerial installation, or applications requiring steel tape or PSP armoring. Please confirm the installation method and environment with the project specification.