Products

From conventional fibre to ultra-high-density infrastructure

EcoFiber supports standard and project-engineered optical cable families, including high-density constructions exceeding 6,000 fibres for suitable applications.

High core count backbone optical fibre cable cross section

Ultra-High-Density Backbone Cable

Applications. Metro and long-haul backbone, inter-capital routes, campus and data-centre interconnect where duct space is finite and capacity growth is not.

  • Fibre-count capability exceeding 6,000 fibres for suitable constructions and projects
  • Loose tube, Ribbon and IBR high-density structure options
  • 200 μm fibre options to increase packing density and improve duct utilisation

Customisable: fibre count, fibre grade, structure, cable diameter, sheath, drum length, project marking and test requirements.

Ribbon / IBR Fibre Cable

Applications. Mass-splice backbone and data-centre trunks where splicing time dominates deployment cost.

  • Ribbon and Intermittently Bonded Ribbon (IBR) options
  • Mass-fusion-splicing efficiency for high fibre counts
  • Flexible high-density structures for backbone and data-centre applications

Customisable: Ribbon count, fibre type, sheath colour and printing, drum length.

MPO MTP pre-terminated high-density fibre cabling

MPO/MTP Pre-Terminated Solutions

Factory-terminated and tested assemblies for faster project deployment and reduced field splicing.

  • MPO/MTP trunk and breakout configurations available
  • Project-specific lengths, fibre counts, polarity and labelling
  • Factory testing and documentation options

Project-based: connector format, polarity, fibre grade, length, packaging and test requirements are confirmed before quotation.

Micro Duct Cable

Applications. Air-blown installation into congested micro-duct networks — metro access, campus and brownfield upgrades.

  • Reduced diameter and weight for long blowing distances
  • Low-friction sheath options
  • Upgrade capacity without new civil works

Customisable: Fibre count, cable diameter, sheath colour, longitudinal stripe, drum length.

ADSS (All-Dielectric Self-Supporting)

Applications. Aerial spans along power corridors and rail/road easements — no metallic elements, no bonding or earthing.

  • Span-engineered aramid strength system
  • All-dielectric: safe near energised lines
  • Track-resistant sheath options for high-field environments

Customisable: Span length and sag design, core count, sheath grade, drum length, project marking.

OPGW (Optical Ground Wire)

Applications. Transmission-line earth wire with embedded optical communication for utilities and grid operators.

  • Combines ground-wire protection with fibre transport
  • Engineered for lightning, fault current and long spans
  • Stainless tube fibre units

Customisable: Fault-current rating, core count, span design, hardware coordination — subject to project confirmation.

Indoor optical cable installed in an Australian data centre

Indoor Optical Cable

Applications. Risers, equipment rooms, data halls and in-building distribution where fire performance and handling matter.

  • LSZH flame-retardant sheath options
  • Tight-buffered and breakout constructions
  • Bend-insensitive fibre for tight indoor corners

Customisable: Core count, fibre type (G.657 A1/A2), colour coding, sheath printing, packaging.

Outdoor Armoured Cable

Applications. Duct, direct-buried and harsh-environment routes exposed to crush, rodents and abrasion — mining, utilities and industrial sites.

  • Steel or aluminium tape armour (GYTS / GYTA families)
  • Water-blocking construction throughout
  • High crush and impact resistance

Customisable: Armour type, core count, sheath grade, anti-termite options, drum length, sheath printing.

Hybrid power and fibre cable serving a 5G base station

Hybrid Power + Fibre Cable

Applications. 5G small cells, remote CCTV, sensors and unmanned equipment rooms — one cable delivers power and data in a single pull.

  • Copper conductors sized for Australian small-cell and security loads
  • One installation event instead of two
  • UV-stable outdoor sheath options

Customisable: Conductor size (e.g. 1.5mm²), fibre count, hybrid configuration, sheath printing, drum length.

Technician terminating FTTx drop cable on site in Australia

FTTx Drop Cable

Applications. Last-mile lead-ins where ducts are tight, bends are sharp and rework is expensive.

  • High crush resistance for congested conduits
  • Simplified stripping for faster termination
  • Indoor (GJXFH) and self-supporting outdoor (GJYXCH) variants

Customisable: Fibre type, span/strength member, colour coding, longitudinal stripe, drum length, OEM branding.

Ultra-high-density capability, subject to project confirmation. EcoFiber can support suitable cable constructions exceeding 6,000 fibres, alongside Ribbon/IBR, 200 μm fibre and pre-terminated options. Final fibre count, cable structure, minimum order quantity, test requirements, lead time and pricing are confirmed during technical review.
Custom Manufacturing

Built Around Your Project

EcoFiber uses a project-based factory-to-Australia supply model. Cable structure, identification, packaging and production scheduling can be configured around the confirmed project specification, subject to technical review and quotation.

  • Fibre count
  • Cable diameter
  • Loose tube structure
  • Ribbon fibre
  • Color coding
  • Longitudinal stripe
  • Outer sheath printing
  • Drum length
  • Packaging
  • OEM branding
  • Project identification
  • Hybrid power cable configuration
EcoFiber custom optical cable manufacturing line
Project-based production: structure, colours, marking and drum lengths built to order.