GYTA stranded loose tube fiber optic cable cutaway

LF089 GYTA Fiber Optic Cable 4-288 Core Outdoor Cable

Available Specifications:

Fiber Count: 4, 6, 8, 12, 24, 48, 72, 96, 144, 288 Core

Fiber Types: G.652A / G.652D / G.657A1 / G.657B3

Custom fiber counts and types available upon request.


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Product Description

GYTA Fiber Optic Cable Engineering Guide for 4-288 Core Outdoor Networks

GYTA fiber optic cable is a custom loose tube fiber cable for high-capacity outdoor duct, backbone and separately supported aerial routes. Its stranded loose tubes isolate the fibres from installation and temperature stress, while an aluminum-polyethylene laminate provides a radial moisture barrier under the PE sheath. LinkFiber offers 4-288 cores with the final tube layout, mechanical values and reel schedule confirmed by construction.

GYTA should not be selected from fibre count alone. Buyers must distinguish moisture barrier from crush armor, self-supporting from supported installation, and standard loose-tube construction from a stranded ribbon fibre design. The existing GYTA page URL and its search themes - GYTA outdoor cable, custom loose tube fiber cable and wholesale supply - are retained while the technical limits are made explicit.

Where GYTA Outdoor Fiber Cable Fits

Route or project needWhy this construction fitsInformation required before quotation
Telecom backbone or metro networkStranded loose tubes support medium- and high-count capacity.Present/future count, link design, splice and ODF capacity.
Outdoor duct routeAluminum-polyethylene laminate and PE sheath provide an outdoor moisture-barrier construction.Duct size, pulling length/tension, water condition and reel schedule.
Supported or lashed aerial routeCable can be installed on an engineered support system.Support strand, lashing method, span, clamp and load design.
Campus or industrial backbone4-288 core options support scalable aggregation links.Fire transition, route environment, termination and documentation.

Understanding the GYTA Loose-tube Construction

  • Stranded loose tubes manage strain: fibres sit inside filled or dry-water-blocked tubes that are stranded around a central member. Tube excess length and lay direction are part of the mechanical design.
  • Aluminum laminate is primarily a moisture barrier: it should not be assumed to provide the same crush or rodent performance as corrugated steel tape or a double-sheath direct-burial armor.
  • GYTA is not inherently self-supporting: aerial installation requires a separately engineered support/lashing system. Use GYTC8S or ADSS when the cable itself must span between poles.
  • Standard GYTA is a loose-tube cable, not automatically a ribbon cable: if a tender asks for wholesale GYTA ribbon fibre, confirm whether a GYDTS or other ribbon-specific construction is actually required.
  • Mechanical values change with count and design: central member, tube count, diameter and sheath thickness must be tied to the approved datasheet.

Technical Specifications and Orderable Options

ParameterOffered configurationProfessional procurement note
Product typeGYTA stranded loose-tube outdoor optical fibre cableFor duct and engineered supported outdoor routes
Fibre count4, 6, 8, 12, 24, 48, 72, 96, 144 and up to 288 coresFinal tube/filler arrangement confirmed
Fibre optionsG.652.D standard; G.657A1/B3 or other project fibre by confirmationState attenuation and certificate requirement
Core structureLoose tubes stranded around a central strength memberApprove tube count, fibre-per-tube and colour code
Central strength memberSteel or project-specified member according to constructionConfirm metallic/dielectric requirement
Water blockingTube filling plus cable-core filling or dry materialsState water-penetration test
Moisture barrierAluminum-polyethylene laminate tapeMoisture barrier does not equal heavy burial armor
Outer sheathPE/HDPE standard; other compound by project reviewConfirm UV, thickness and destination requirement
Operating temperatureReference -40°C to +70°CFinal ordered datasheet governs
Storage temperatureReference -50°C to +80°CConfirm drum/storage limitations
Diameter and weightBy fibre count and approved constructionRequired for pulling, duct fill and freight
Long-/short-term tensile, 4-96 cores600 / 1,500 N typical referenceConfirm exact value/test method in the order
Long-/short-term tensile, 98-288 cores600 / 2,000 N typical referenceHigh-count design must be verified
Long-/short-term crush300 / 1,000 N per 100 mm typical referenceNot a universal value for every custom model
Minimum bend radiusStatic at least 10D; installation at least 20D typicalUse approved finished-cable diameter
Recommended installationDuct and supported/lashed aerial routesNot self-supporting and not direct-burial by default
Optical acceptanceContinuity and attenuation at agreed wavelengthsPer-reel report available by requirement
Cable markingSequential metres, model, count and OEM project printApprove artwork before production
Reel lengthCustom to pulling section and logisticsMatch handholes/closures and drum-handling limit
Standards/documentsIEC 60794-3/60794 series and applicable YD/T; CE/RoHS/CPR where exact model is coveredConfirm scope against construction and market

GYTA Selection Decisions That Protect Existing Link Performance

Decision or riskWhy it mattersControl before order
GYTA described as armored burial cableStandard laminate may be insufficient for soil, rodents or severe crush.Select a burial-approved armored variant after route review.
Unsupported aerial installationThe cable is not designed to carry pole-to-pole load by itself.Define lashing/support strand or choose self-supporting cable.
Ribbon search term assumed to mean standard GYTARibbon and loose-tube designs affect splicing, closures and count density.Approve an exact cross-section and ribbon/loose-tube designation.
Only total fibre count is statedTube capacity and colour code can conflict with closure and splicing plans.Include fibre-per-tube and colour sequence in the order.
One tensile value copied across 4-288 coresHigh-count designs can use different diameter and strength members.Use the exact datasheet for the selected core count.
Drum schedule ignoredExtra splices or excessive pulling length can result.Map each reel to route sections and closure positions.

Pre-shipment Quality and Acceptance Plan

  1. Construction check: verify central member, tube/filler layout, water blocking, aluminum laminate and sheath.
  2. Optical check: continuity and attenuation by reel at agreed wavelengths.
  3. Mechanical/dimensional check: diameter, mass, tensile, crush and bend evidence against the order sheet.
  4. Water and sheath check: specified water-penetration evidence, sheath surface, print and sequential metre mark.
  5. Logistics release: reel length, drum size, gross/net weight, sealed ends and destination marks.

For repeat orders, the approved construction drawing, cable print, reel schedule and test-report template should be retained as controlled references. A generic model name is not sufficient evidence that a later batch uses the same fibre, tube layout, strength system, sheath or mechanical grade.

B2B Buyer Guide: Information Required for an Accurate Quote

  • Fibre count, fibre category, fibre-per-tube layout and colour code.
  • Duct, lashed aerial, tray, tunnel or other installation method.
  • Pulling length, allowable pulling tension, duct size/fill and bend limits.
  • Required tensile, crush, water, temperature and sheath values.
  • Whether a standard loose-tube or genuine ribbon construction is required.
  • Reel schedule, splice/closure plan, cable print and packing.
  • Quantity, destination, required documents and acceptance reports.
  • Related closures, ODF, pigtails and patching capacity for the complete BOM.

When to Choose a Different Cable Construction

  • Choose GYTC8S for an integrated-messenger self-supporting aerial route.
  • Choose ADSS for an all-dielectric self-supporting aerial route.
  • Choose GYXTW for a compact central-tube steel-tape armored access cable.
  • Specify GYTS/GYTA53 or another route-approved design when stronger steel armor or direct burial is required; request a ribbon-specific model when mass-fusion ribbon splicing is required.

MOQ, Samples, Lead Time and Packing

Commercial itemStandard arrangement
MOQ1 km or project-based quantity; specifications can be customized according to customer requirements
SamplesAvailable according to customer requirements for construction, stripping, installation and optical approval
Lead timeNormally 5-10 days after the technical specification, cable marking and commercial terms are confirmed
PackingWooden reel, carton or project-specified export packing according to cable size and reel length
CustomizationFibre count, fibre type, construction, mechanical grade, sheath, reel length, printing, documents and packing

Related Cable and Network Components

Compare this custom loose tube fiber cable with GYTC8S figure-8 cable, ADSS aerial cable and GYXTW armored access cable. Send the route and fibre schedule so the cable, closures and distribution hardware are sized together.

FAQ
Q:

What documents should be requested?

A:
Construction drawing, approved datasheet, optical test report, drum schedule, marking/packing approval and any project-required compliance documents.
Q:

What is the difference between GYTA, GYTS and GYXTW cable?

A:
GYTA is a stranded loose-tube cable with an aluminum-polyethylene laminate moisture barrier. GYTS uses steel-tape protection for greater crush resistance. GYXTW is a compact central-tube design with steel tape and parallel wires. Select by route, capacity and mechanical exposure.
Q:

Can GYTA fibre count, fibre type and reel length be customized?

A:
Yes. LinkFiber offers 4-288 cores with G.652.D and project-specified G.657 options, custom tube layout, sheath, marking and reel length. The approved drawing must state fibre-per-tube, colour code, diameter, weight, tensile/crush values and optical limits.
Q:

Which standards and compliance documents are available for GYTA?

A:
Model-specific documents may include IEC 60794-series test reports, applicable YD/T references, and CE, RoHS, REACH or CPR declarations where relevant. Availability must be checked against the exact construction and destination market; one certificate should not be assumed to cover every customization.
Q:

How does stranded GYTA differ from a central loose-tube cable?

A:
GYTA uses multiple loose tubes stranded around a central strength member, supporting higher fibre counts and flexible core layouts. A central loose-tube cable places fibres in one central tube and is generally simpler at lower counts. Diameter, weight, bend radius and splicing plans differ.
Q:

Is standard GYTA a ribbon fibre cable?

A:
No. Standard GYTA is a stranded loose-tube cable, not automatically a ribbon cable. For ribbon mass fusion, specify an appropriate ribbon construction such as a GYDTS-style model, including fibre-per-ribbon, ribbon stack, splice equipment and an approved cross-section.
Q:

Can GYTA cable be used for aerial installation or direct burial?

A:
Standard GYTA is intended mainly for ducts and supported aerial routes. Its aluminium-polyethylene laminate is a moisture barrier, not direct-burial armor, and it has no messenger. Use conduit or a support strand, or specify an armored burial design after route conditions are confirmed.
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