GYFTA Outdoor Stranded Loose Tube Fiber Optic Cable

Product Overview

GYFTA is an outdoor stranded loose tube fiber optic cable with a non-metallic central strength member and APL aluminum-polyethylene laminated moisture barrier, subject to project requirements and cable design confirmation. Optical fibers are placed inside water-blocking filled loose tubes stranded around the central strength member. The APL layer provides enhanced moisture resistance compared to non-APL designs, while the PE outer sheath delivers outdoor environmental protection for backbone, duct, and distribution networks.

Request Quote Download Datasheet

Product Answer

What is GYFTA fiber optic cable?
GYFTA is an outdoor stranded loose tube fiber optic cable with FRP strength members and aluminum tape moisture barrier. It provides a balance of moisture protection and all-dielectric design for outdoor trunk and metro networks.

Quick Selection Guide

Compare GYFTA with similar cable types for your project.

Requirement	GYFTA (Alu Tape)	GYFTY (No Metal)	GYTA (Alu Armor)
Moisture barrier	Aluminum tape	None (water blocking)	Aluminum tape armor
Strength member	FRP	FRP	Steel/FRP
EMI safe	Partially (alu tape)	Yes	No
Fiber count	High	High	High
Best Pick	★★★Moisture + dielectric	★★★Full dielectric	★★★Full metal armor

Key Takeaways

GYFTA uses FRP strength members and an aluminum tape moisture barrier for outdoor trunk and metro applications.
The stranded loose tube design supports high fiber counts.
Aluminum tape provides moisture protection without full metallic armoring.
Partially non-metallic — the aluminum tape is metallic, but no steel/armor components.
For fully non-metallic outdoor cable, use GYFTY. For full metal armor, use GYTA.

Citable Specification Notes

Operating temperature: -40°C to +70°C (per IEC 60794)
Bend radius: 20× cable diameter (static), 10× (dynamic)
Aluminum tape moisture barrier per IEC 60794:Aluminum tape moisture barrier per IEC 60794
FRP strength members (dielectric) + water-blocking per IEC 60794:FRP strength members (dielectric) + water-blocking per IEC 60794

Product Structure

GYFTA fiber optic cable uses a stranded loose tube structure with a non-metallic central strength member, loose tubes, water-blocking elements, APL moisture barrier, and PE outer sheath. This structure is designed for outdoor duct, backbone, and distribution routes where moisture protection and non-metallic strength design are required.

Stranded loose tube core
Optical fibers are placed in loose tubes stranded around a non-metallic central strength member.
APL moisture barrier
Aluminum-polyethylene laminated tape improves moisture resistance for outdoor duct and backbone applications.
PE outer sheath
PE sheath provides outdoor environmental protection for standard duct and distribution routes.

General Optical Performance

Item	Typical Value / Option	Notes
Fiber type	G.652D / G.657A1 / G.657A2	Confirmed by project specification
Fiber count	2-288 fibers	Subject to cable diameter and final structure
Strength member	FRP / non-metallic central strength member	Project-specific design confirmation required
Moisture barrier	APL aluminum-polyethylene laminated tape	For outdoor moisture protection
Application	Duct / conduit / backbone / distribution	Final use depends on route design and installation conditions

Key Features

Stranded Loose Tube Design
Stranded loose tubes support flexible fiber management for outdoor backbone and distribution routes.
Non-Metallic Central Strength Member
FRP or equivalent central strength member can be used where a non-metallic CSM is preferred.
APL Moisture Barrier
Aluminum-polyethylene laminated tape provides radial moisture protection for outdoor duct environments.
Water-Blocking Protection
Filled loose tubes and cable core water-blocking materials help protect against longitudinal water migration.
Outdoor Duct & Backbone Use
Designed for duct, backbone, campus distribution, and project-confirmed outdoor routes.
Documentation Support
Compliance documentation can be provided upon request according to project requirements.

Application Scenarios

Duct & Conduit

Outdoor duct and conduit installations requiring moisture protection.

Backbone Routes

Backbone and trunk routes in metropolitan and campus networks.

Campus Distribution

Campus backbone and outdoor distribution links between buildings or facilities.

Moisture-Prone Routes

Project-confirmed outdoor environments requiring APL moisture barrier protection.

Model Comparison

Compare GYFTA with similar outdoor stranded loose tube cable models to select the right cable for your project.

G

GYFTA

Non-Metallic + APL

CSM: FRP / dielectric
Moisture: APL aluminum tape
Armor: None
Install: Duct, outdoor
EMI safe: Partially

Best for: Moisture protection + dielectric preference

Y

GYFTY

Fully Non-Metallic

CSM: FRP / dielectric
Moisture: Water blocking
Armor: None
Install: Duct, outdoor
EMI safe: Yes (fully)

Best for: Fully dielectric / EMI-sensitive routes

A

GYTA

Metallic CSM + APL

CSM: Steel / FRP
Moisture: APL aluminum tape
Armor: None
Install: Duct, outdoor
EMI safe: No

Best for: Standard outdoor duct with metallic CSM

S

GYTS

Steel Tape Armor

CSM: Steel / FRP
Moisture: Water blocking
Armor: Steel tape
Install: Duct, outdoor
EMI safe: No

Best for: Mechanical protection with steel tape

Why Choose MapleArashi for GYFTA Fiber Optic Cable?

Project-Based Supply Support

GYFTA 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, fiber type, sheath material, armor type, cable marking, and drum length.

Quality Control System

In-house tensile, bend, impact, and water-blocking 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.

Dedicated Sales Support

One-on-one engineering support for product selection. Technical data sheet and sample approval before mass production.

GYFTA Cable Configurator

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

Fiber Count / Core Count

Fiber Type / Connector Type

Jacket / Material

Installation / Application

Length / Drum Length

Quantity

Project Requirement

FAQ About GYFTA Outdoor Stranded Loose Tube Fiber Optic Cable

Q1: What is the difference between GYFTA and GYTA?

GYFTA uses a non-metallic central strength member, while GYTA typically uses a metallic central strength member. Both are stranded loose tube outdoor cables with APL moisture barrier, but the final design should be confirmed according to project requirements.

Q2: What is the difference between GYFTA and GYFTY?

GYFTA uses an APL aluminum-polyethylene laminated moisture barrier. GYFTY is also non-metallic but does not use APL as the defining moisture barrier structure. Choose based on the project moisture protection and cable design requirements.

Q3: Is GYFTA designed for self-supporting aerial installation?

No. GYFTA is not designed as a self-supporting aerial cable. For self-supporting aerial routes, consider ADSS or Figure-8 cable options according to span and load requirements.

Q4: Can GYFTA be used for direct burial?

Direct burial requires project-specific cable design confirmation. GYFTA is primarily described for duct, backbone, and outdoor distribution routes; armored or double-sheath options may be more appropriate for direct burial.

Q5: Which fiber types can be used?

GYFTA can use single-mode G.652D or G.657A1 fibers, subject to project requirements. Other fiber types can be reviewed during project confirmation.

Q6: What should be confirmed before ordering GYFTA?

Please confirm fiber count, fiber type, sheath requirement, drum length, installation environment, cable marking, and whether the non-metallic central strength member and APL moisture barrier match the project specification.