FibreFast™ Minicables

FibreFast™ Blown Minicables are engineered to be lightweight and feature a low-friction HDPE outer sheath, enabling efficient air-blown installation. With a reduced outer diameter compared to conventional cable designs, these minicables maximise microduct capacity, allowing for optimal fibre deployment.

Suitable for projects of all sizes, from small-scale installations to major infrastructure developments, the FibreFast™ range supports configurations of up to 576 fibres. All air-blown cables are routinely tested and validated on regional test tracks, utilising advanced manufacturing and design technologies. Testing is conducted either to customer-specific requirements or in accordance with IEC 60794-1-21:2015 standards across four dedicated blowing tracks.

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Description

The Emtelle cable portfolio incorporates gel-filled loose tubes and water-blocking yarns, providing effective protection against water ingress along the cable length. A range of colour coding standards is available, including ANSI/TIA 598, DIN VDE 0888, S12 and FIN2012, ensuring compatibility with global specifications.

Features

  • Fibre Type Options
    Available with G.652D and G.657.A1 fibres in either 200 μm or 250 μm configurations.
  • Outer Sheath Materials
    Supplied with a choice of polyethylene (PE) or polyamide (PA) outer jackets.
  • Enhanced Durability
    Designed to offer improved resistance to installation-related damage.
  • Superior Bend Performance
    Provides up to ten times greater bend resistance compared to standard single-mode fibres.
  • Ultra-Lightweight Variants
    ULW options are available, specifically suited for aerial installations.

Benefits

  • Compact and Lightweight Design
    Reduced diameter and weight simplify handling and installation processes.
  • Scalable Fibre Capacity
    Available in configurations ranging from 2 to 576 fibres, accommodating a wide variety of network requirements.
  • Dielectric Construction
    Fully non-conductive design removes the risk of electrical interference and eliminates the need for grounding.
  • Improved Network Performance
    Achieves up to 10% lower fibre attenuation, supporting enhanced transmission efficiency.