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MicroCore 3.0
MicroCore 3.0 MicroCore-3-SWR

Sub-unitized Premise MicroCore® 3.0 with SpiderWeb Ribbon® Technology


  • Plenum NFPA 262 Rated
  • Tested to meet or exceed EIA/TIA 568-B3,Telcordia GR-409-CORE (Issue 2 - Horizontal Backbone Cables) and ANSI/ICEA S-83-596
  • CSA 22.2#232 (FT6)
  • Compliant to Directive 2002/95/EC (RoHS)
  • Flexible dielectric FRP central strength member
  • All aramid tensile strength members within sub-units


  • In-building cable runs where space is a premium
  • Trunk applications where flexibility and small bend radii are required to route cable
  • High density cable areas like data centers and central offices
  • Lower cost cable runs where easy handling of tight buffered fibers not needed because cable will be spliced to factory terminated pigtails
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Product Description

The third generation of AFL's Sub-Unitized Premise MicroCore Cable with SpiderWeb Ribbon® (SWR®) Technology is another astounding evolution of high performance premise cabling. Enabling even greater pathway density than our 2.0 version, the 3.0 revolutionizes cable deployment and allows the end user to realize savings in space, routing infrastructures and fiber management. Combining the highest quality materials with rigorous testing to industry standards, this generation builds on the same quality of construction as the previous versions of our Sub-Unitized Premise MicroCore cables. Additionally, this version features stand-alone sub cables. Each sub cable is independently qualified and is suitable for individual routing paths within the rack/panel architecture. This flexibility of design and deployment is not available in comparable high-density designs. Designed for direct termination and supportive of both single-fiber and multi-fiber architectures, this cable family is capable of serving as the backbone in any deployed system.

SpiderWeb Ribbon is a bonded fiber design allowing for either a highly efficient ribbonizing application or for individual fiber break-outs. This flexibility allows for the application of a single cable design to cover a diverse set of applications. High density round designs allow for the most efficient use of space and materials, resulting in a cost effective solution.

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