High-density Sub-unit Branch Multi Core Fiber Optic Cable

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High-density Sub-unit Branch Multi Core Fiber Optic Cable
Details
The GL-MCFC series adopts a discrete sub-unit architecture. Each sub-unit contains 12 color-coded fibers per TIA-598/IEC 60304, enabling straightforward floor-level branching without disturbing the main backbone run.
Fiber Type:OM3 / OM4 / OM5 / Single-mode (OS1/OS2)
Core Count:36 / 48 / 72 / 96
Outer Diameter:13.8 – 28.2 mm
Outer Jacket:PVC / LSZH
Working Temperature:-30℃ to +80℃
Tensile Force (Long-term):400 N
Category
Indoor Fiber Optic Cables
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Description

Glory Optical's GL-MCFC series high-density sub-unit branch multi-core fiber optic cable is engineered for indoor backbone and main riser distribution in large commercial buildings, campuses, and enterprise networks. With fiber counts of 36, 48, 72, and 96 cores organized into discrete 12-fiber sub-units, this cable supports structured floor-level branching from a single backbone run - minimizing conduit usage while preserving the full fiber count all the way to the primary distribution point.

Color coding per TIA-598/IEC 60304 ensures each fiber is uniquely identifiable at any branch or termination point, significantly reducing the time and risk associated with field splicing and labeling. Available in OM3, OM4, and OM5 multimode variants for bandwidth-intensive short and medium distance links, and in OS1/OS2 single-mode for longer backbone runs, the GL-MCFC series can be specified precisely to match the transmission requirements of each segment.

PVC and LSZH jacket options address both standard indoor building codes and the more demanding requirements of plenum spaces, air-handling zones, and public venues where low smoke emission and halogen-free combustion are mandated.

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Technical Specifications

Parameter Specification
Product Model GL-MCFC Series (36 / 48 / 72 / 96 Core)
Fiber Type OM3 / OM4 / OM5 Multimode | OS1 / OS2 Single-mode
Core Count 36 / 48 / 72 / 96 (custom available on request)
Fibers Per Sub-unit 12 (TIA-598 / IEC 60304 color-coded)
Sub-unit Outer Diameter Approx. 3.0 mm
Outer Diameter (OD) 13.8 mm (36-core) – 28.2 mm (96-core)
Outer Jacket Material PVC (standard) / LSZH (low smoke zero halogen)
Filling Material None
Long-term Tensile Force 400 N
Short-term Tensile Force 1,300 N
Dynamic Bend Radius (installation) ≥ 15 × cable outer diameter
Static Bend Radius (installed) ≥ 10 × cable outer diameter
Working Temperature -30℃ to +80℃
Storage Temperature -40℃ to +80℃
Net Weight 130 – 650 kg/km (varies by core count)
Flammability (LSZH option) IEC 60332-3-24, Category C compliant
Smoke Emission (LSZH option) IEC 61034 compliant

 

   

Application Scenarios

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  1. Enterprise Building Backbone Distribution. In large commercial office buildings, the GL-MCFC series provides the high-density backbone link between the main equipment room (MER) and telecommunications rooms (TRs) on each floor. The sub-unit branch structure allows targeted sub-units to be routed to floor-level patch panels without disturbing the remaining backbone - significantly reducing installation time and eliminating the need to re-enter or re-terminate an undisturbed portion of the cable.
  2. Data Center Inter-Floor and High-Density Zone Cabling. For intra-building data center environments where fiber counts and organized routing are non-negotiable, the GL-MCFC series delivers OM3/OM4/OM5 multimode support for direct integration with 10G, 25G, 40G, and 100G active equipment. The compact sub-unit profile minimizes footprint inside congested cable trays and riser shafts, keeping pathways accessible for future additions.
  3. Campus and Multi-Segment Network Infrastructure. For campus deployments requiring fiber interconnects across multiple floors, wings, or adjacent buildings, single-mode (OS1/OS2) configurations of the GL-MCFC series support transmission distances well beyond the reach of multimode fiber, while the identical sub-unit branch architecture keeps field termination consistent and manageable across the entire project.

Features

The sub-unit branch architecture is the defining characteristic of the GL-MCFC series. Each cable contains multiple discrete sub-units, each housing exactly 12 color-coded fibers in a thin secondary buffer tube. This internal organization allows an installer to peel off and route a single sub-unit to a floor-level distribution panel while the remaining sub-units continue undisturbed along the main backbone route. The result is a measurable reduction in installation complexity and a lower margin for error when working with high fiber counts in congested riser shafts.

Multimode and single-mode versatility ensures that the GL-MCFC series can be specified to match the exact transmission requirements of any indoor backbone segment. OM3 delivers 10G connectivity up to 300 m; OM4 extends that reach to 550 m and improves 40G/100G performance; OM5 (wideband multimode) supports shortwave wavelength division multiplexing (SWDM) for 100G and beyond using a single fiber pair. OS1/OS2 single-mode options provide effectively unlimited backbone reach for large campus deployments, all within the same sub-unit branch cable format.

Fire-compliant jacket options address the full range of indoor installation environments. The standard PVC jacket satisfies common building code requirements and is a cost-effective choice for most commercial riser applications. The LSZH jacket - certified to IEC 60332-3-24 (Cat. C) for limited flame propagation and IEC 61034 for low smoke density - is the recommended choice for plenum spaces, server rooms, tunnels, transportation hubs, and any environment where toxic halogenic gases or heavy smoke from cable combustion would endanger personnel or equipment.

Robust mechanical performance underpins the cable's reliability during both installation and long-term service. A rated long-term tensile load of 400 N and a short-term installation peak of 1,300 N accommodate the demands of pulling through long conduit runs. A static minimum bend radius of 10× and a dynamic minimum of 15× the cable's outer diameter protect fiber integrity throughout the installation process and over the lifetime of the link.

Space-efficient high-density profiling keeps the outer diameter within a range of 13.8 mm (36-core) to 28.2 mm (96-core), delivering a high fiber count in a compact cross-section that makes efficient use of cable tray and conduit space. For projects requiring fiber counts beyond 96 cores, non-standard sub-unit configurations, specific jacket formulations, or custom branding, Glory Optical's OEM/ODM program supports fully bespoke designs with engineering consultation and formal acceptance testing.

 

Questions & Answers

Q1: What are the practical transmission differences between OM3, OM4, and OM5?

A: OM3 supports 10G up to 300 m and 40G/100G up to 100 m. OM4 extends 10G reach to 550 m and 40G/100G to 150 m. OM5 (wideband multimode) is optimized for SWDM across four wavelengths - enabling 100G transmission per fiber pair at distances up to 150 m - making it the best choice for high-density data center environments planning for network capacity growth. For backbone segments exceeding multimode distance limits, the OS1/OS2 single-mode option provides essentially unconstrained reach.

Q2: Can core count or sub-unit configuration be customized beyond the standard options?

A: Yes. Standard configurations cover 36, 48, 72, and 96 cores in 12-fiber sub-unit increments. Custom core counts, alternative sub-unit fiber counts, non-standard jacket colors, and branded packaging are all available through Glory Optical's OEM/ODM program. Minimum order quantities and engineering review timelines apply; please contact our sales team for a formal quotation and technical consultation.

Q3: What are the correct installation and static bend radius values for each variant?

A: The dynamic (during installation) minimum bend radius is 15 times the cable's outer diameter; the static (at-rest) minimum is 10 times the outer diameter. For the 36-core variant (OD ≈ 13.8 mm), the static minimum is approximately 138 mm. For the 96-core variant (OD ≈ 28.2 mm), it is approximately 282 mm. Violating these limits risks increased attenuation, micro-bend signal loss, and potential fiber breakage within the sub-unit.

Q4: Is this cable compatible with MTP/MPO connector systems for plug-and-play deployment?

A: Yes. Individual sub-units are fully compatible with LC, SC, and MTP/MPO termination at both ends. Glory Optical can supply pre-terminated assemblies with MTP/MPO trunk connectors for direct plug-and-play integration with patching cassettes and patch panels, eliminating the need for field splicing and accelerating commissioning time in data center or structured cabling projects.

Q5: In which installation environments is the LSZH jacket mandatory rather than merely recommended?

A: LSZH is typically mandated by local building codes and standards (such as EN 50575 CPR Class Dca or higher in Europe) whenever cable is installed in enclosed or poorly ventilated spaces - including raised-floor server rooms, plenum ceilings, HVAC air-handling zones, underground transit stations, airports, hospitals, and multi-occupancy residential buildings. In a fire event, LSZH materials produce substantially less smoke and zero halogenic acid gas, improving occupant evacuation safety and limiting corrosive damage to adjacent electronic equipment.


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