Micromodule Fiber Optic Cable (Module 12) Manufacturer

Micromodule FO Cable (Module 12)

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Description

This micro-module fiber optic cable is designed for outdoor installation in duct by pulling, jetting orfloating technics. Mainly used for distribution and access network. Finger access to the fibers: no specific tool to open the elastomeric micro-module. This rigidity due to the rods embedded in the jacket avoids bends during installation andexcessive buckling of the cable. High tensile strength and crush resistance.

Structure

Micromodule Fiber Optic Cable (Module 12) Manufacturer — ZTO Micromodule FO Cable (Module 12)

Characteristics

With excellent mechanical and environmental properties
Has good bending performance, easy to install
The unique extruding technology provides the fibers in the tube with good flexibility and bending endurance
The unique fiber excess length control method provides the cable with excellent mechanical and environmental properties
Multiple water blocking material filling provides dual water blocking function

Standard

Standard IEC 60793-1, IEC 60793-2, IEC 60794-3-10, EN 50290-2-24

Applications

FTTH GPON – Telecom
Outdoor Installations

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FAQ

MOQ is 10 km per configuration. Standard lead time is 15–25 days depending on fiber count, jacket material, and custom requirements. For urgent orders with stock raw materials available, expedited lead time of 10 days can be arranged.

Yes. For mid-span access and branching applications in FTTH GPON networks, micromodule cables are often preferred over traditional loose tube designs because they allow finger access to individual fibers without tools — reducing splicing and mid-span access time by 40–60%. The compact diameter also fits better in congested urban ducts.

Pricing depends on fiber count (2–144 cores), jacket material (HDPE or LSZH), and order volume. As a rough reference: a 12-core single-mode G.652D version with HDPE jacket is typically 5–15% higher per meter than equivalent loose tube cable, due to the more complex micromodule extrusion process. For an exact quotation tailored to your fiber count and jacket specification, contact sales with your project details.

Up to 144 fibers, organized in micromodules of 2, 4, 6, 8, or 12 fibers each. For high-density applications above 96 cores, we recommend confirming duct fill ratio with our engineering team before ordering.

Each reel ships with a 100% OTDR test report at 1310 nm and 1550 nm, plus a Certificate of Conformance to IEC 60793-1, IEC 60793-2, IEC 60794-3-10, and EN 50290-2-24. CE and RoHS documentation are available on request. Custom certification (e.g., country-specific telecom approval) can be arranged for bulk orders.