Get Quote
HomeAboutProductsSolutionsPartnersInsightsContact
Home/Products/Outdoor Cables/GYDTA Stranded Loose Tube Ribbon Fiber Optic Cable

GYDTA Stranded Loose Tube Ribbon Fiber Optic Cable

Stranded loose tube ribbon fiber optic cable with APL (aluminum-polyethylene laminated tape) moisture barrier, metallic central strength member (steel wire), and PE sheath for backbone, metro, and data center trunk routes requiring high fiber count and splice density.

Ribbon Fiber Stranded Loose Tube APL Moisture Barrier PE Sheath Metallic CSM
GYDTA Ribbon Fiber Optic Cable
GYDTA Cross-Section

Product Overview

GYDTA is a stranded loose tube ribbon fiber optic cable with an APL (aluminum-polyethylene laminated) sheath and PE outer sheath. It is designed for high-density outdoor duct, backbone, and metro network applications where ribbon fiber technology enables efficient splicing and high fiber counts. The APL layer provides a moisture barrier and improves mechanical protection. Final fiber count, tube configuration, and cable dimensions depend on the project specification.

Request Quote Download Datasheet

Product Answer

What is GYDTA fiber optic cable?
GYDTA fiber optic cable is a stranded loose tube ribbon fiber optic cable with an APL (aluminum-polyethylene laminated tape) moisture barrier, metallic central strength member (steel wire), and a PE outer sheath. It is designed for high-density fiber backbone, metro, and data center trunk routes where ribbon fiber splicing offers faster installation and higher splice density. MapleArashi manufactures GYDTA cables with up to 288 fibers (ribbon), G.652D or G.657 fiber types, and customizable sheath colors and drum lengths.

Quick Selection Guide

Compare GYDTA with other armored outdoor fiber cables to select the right design for your project.

RequirementGYDTA (Ribbon, APL)GYDTS (Ribbon, Steel Tape)GYDTA53 (Ribbon, Armored)GYDTS53 (Ribbon, Double Armor)
Fiber typeRibbon (max 288F)Ribbon (max 288F)Ribbon (max 288F)Ribbon (max 288F)
Moisture barrierAPL tapeWater-blocking onlyAPL tapeWater-blocking only
ArmorNoneCorrugated steel tapeCorrugated steel tapeCorrugated steel tape
SheathSingle PESingle PEDouble PEDouble PE
Best forBackbone/metro ductDuct with rodent riskDirect burialHarsh direct burial
Best Pick★★★Backbone/metro ductDuct with rodent riskDirect burialHarsh direct burial

Key Takeaways

  • GYDTA features stranded loose tube ribbon fiber design with APL moisture barrier for high-density backbone, metro, and data center trunk routes.
  • Ribbon fiber technology enables mass fusion splicing up to 12 fibers per splice, significantly faster than individual fiber splicing.
  • APL (aluminum-polyethylene laminated tape) moisture barrier provides radial water ingress protection, ideal for outdoor duct and high-humidity environments.
  • Available with G.652D, G.657A1, or G.657A2 fiber types; ribbon configurations up to 288 fibers; customizable sheath colors and drum lengths.
  • Not suitable for direct burial (no armor) or all-dielectric applications. For armored or non-metallic variants, see GYDTA53 or GYFTA.

Citable Specification Notes

  • Operating temperature: -40C to +70C (per IEC 60794)
  • Bend radius: 20x cable diameter (static), 10x (dynamic per IEC 60794)
  • Fiber count: Up to 288 fibers in mass fusion-ready ribbon configuration
  • Water-blocking: APL tape moisture barrier per IEC 60794-1-22

Product-Specific Structure

Confirmed specifications for GYDTA Stranded Loose Tube Ribbon Fiber Optic Cable

LayerComponentMaterial / Function
1Optical Fiber RibbonRibbon fiber / fiber ribbon structure, subject to project requirements
2PBT Loose TubeLoose tube for ribbon fiber protection
3Tube FillingWater-blocking compound or dry water-blocking material
4Central Strength MemberSubject to final cable design
5Stranded Cable CoreSZ-stranded loose tube cable core
6Water BlockingWater-blocking tape / filling material
7APL Moisture BarrierAluminum-polyethylene laminated tape for radial moisture protection
8Outer SheathPE outer sheath, subject to project requirements

General Optical Performance

Typical values for reference. Final cable parameters depend on fiber count, sheath, moisture barrier, strength member, and customer specification.

ParameterTypical Value
Attenuation @ 1310 nm≤ 0.35 dB/km (typical)
Attenuation @ 1550 nm≤ 0.22 dB/km (typical)
Operating TemperatureSubject to final cable design and project requirements
Storage TemperatureSubject to final cable design and project requirements
StandardsIEC 60794, ITU-T G.652/G.657
Compliance DocumentationCan be provided upon request when required for the project

Key Features

  • Ribbon Fiber Technology
    Mass fusion splicing enables simultaneous splicing of 12 or 24 fibers, reducing installation time and splice cost in high-count backbone networks.
  • APL Moisture Barrier
    Aluminum-polyethylene laminated sheath provides moisture protection and additional radial mechanical strength for outdoor duct and backbone routes.
  • High Fiber Density
    Ribbon fiber in stranded loose tube design maximizes fiber count per cable cross-section, ideal for space-constrained duct routes.
  • Fast Installation
    Ribbon fiber cable supports mass fusion splicing for faster backbone deployment compared to individual fiber splicing.
  • Future-Ready Capacity
    High fiber-count ribbon design provides room for network capacity expansion without additional cable installation.
  • Standards Compliance
    Compliance documentation available upon request for relevant standards.

Application Scenarios

Backbone Network

Long-haul and regional backbone routes where high fiber count and efficient splicing are required.

Metro Network

Metropolitan area network duct infrastructure for telecom operators requiring high fiber-density ribbon cables.

Access Network

Feeder and distribution segments in operator access networks where future capacity growth is expected.

Data Center Interconnect

High-count ribbon trunk cable between data center facilities in duct infrastructure.

FTTx Feeder

High-capacity feeder cable from central office or OLT to distribution cabinets in FTTH and FTTB networks.

Model Comparison

Compare GYDTA with similar ribbon fiber and outdoor cable models to select the right cable for your project.

DA

GYDTA

Ribbon, APL, Non-Armored

  • CSM: Steel / FRP
  • Moisture: APL aluminum tape
  • Armor: None
  • Install: Duct, outdoor
  • Sheath: Single PE
Best for: Ribbon fiber outdoor duct w/ APL barrier
TA

GYTA

Stranded Loose Tube, APL

  • CSM: Steel wire (metallic)
  • Moisture: APL aluminum tape
  • Armor: None
  • Install: Duct, outdoor
  • Sheath: Single PE
Best for: Stranded tube outdoor duct w/ APL barrier
D5

GYDTA53

Ribbon, Armored

  • CSM: Steel / FRP
  • Moisture: APL aluminum tape
  • Armor: Steel tape
  • Install: Direct burial, duct
  • Sheath: Double PE
Best for: Ribbon fiber direct burial w/ armor
TS

GYTS

Stranded Tube, Steel Tape

  • CSM: Steel / FRP
  • Moisture: Water-blocking
  • Armor: Steel tape
  • Install: Duct, outdoor
  • Sheath: Single PE
Best for: Stranded tube duct w/ steel tape protection

Why Choose MapleArashi for GYDTA Fiber Optic Cable?

Project-Based Supply Support

GYDTA cables are supplied through qualified production resources in China, with project-based quotation support and coordinated order fulfillment.

International Project Support

Fiber optic cable supply support for telecom operators, contractors, distributors, and project buyers in international markets.

Custom OEM/ODM Solutions

Flexible customization: fiber count, ribbon configuration, fiber type, sheath, drum length, packaging. OEM/ODM branding available.

Quality Control System

In-house tensile, bend, crush, water-blocking, and dimensional testing per IEC 60794 standards. Compliance documents available upon request.

Global Logistics Network

Standard FCL and LCL shipping from Shenzhen port. DDP and express logistics available for samples and small orders.

Dedicated Sales Support

One-on-one engineering support for product selection. Sample approval before mass production.

GYDTA Cable Configurator

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

FAQ About GYDTA Stranded Loose Tube Ribbon Fiber Optic Cable

Q: What is GYDTA fiber optic cable?
GYDTA is an outdoor stranded loose tube ribbon fiber optic cable. It features a ribbon fiber structure packed into PBT loose tubes, which are SZ-stranded around a central strength member, with an APL (aluminum-polyethylene laminated tape) moisture barrier and a PE outer sheath. It is designed for high-fiber-count backbone and trunk routes.
Q: What is the difference between GYDTA and GYDTS?
GYDTA uses an APL (aluminum-polyethylene laminated tape) moisture barrier, while GYDTS uses a corrugated steel tape armor instead of APL. GYDTA is suited for duct and backbone routes where moisture protection is sufficient. GYDTS provides additional crush resistance and rodent protection through its steel tape layer.
Q: What is the advantage of ribbon fiber in GYDTA?
Ribbon fiber technology packs multiple fibers into a flat ribbon structure, significantly increasing fiber density per tube. This allows GYDTA to achieve high fiber counts in a compact cable diameter, making it ideal for high-density trunk routes, backbone networks, and FTTN applications.
Q: Is GYDTA suitable for direct burial?
GYDTA is designed for duct and backbone routes with APL moisture barrier. For direct burial applications, armored versions such as GYDTA53 (with steel tape armor and double PE sheath) should be considered. The appropriate cable type depends on the installation environment and project requirements.
Q: What fiber counts does GYDTA support?
Fiber count depends on the ribbon type, tube count, and project specification. Ribbon fiber configurations enable high fiber counts in a single cable. Please confirm the required fiber count and ribbon type with your supplier before finalizing the cable design.
Q: Can drum length and ribbon type be customized?
Yes. Custom drum lengths, fiber count, ribbon type (e.g., 4-fiber ribbon, 12-fiber ribbon), sheath material, and cable marking can be discussed based on project requirements.

Related Products