FC/UPC 12 Cores Bundle Fan-out Fiber Optic Pigtail Single Mode 9/125μm Yellow Jacket 3M

The FC/UPC 12-cores bundle fan-out fiber optic pigtail features 9/125µm single-mode fibers with a yellow jacket for easy identification and organized routing. Pre-terminated FC/UPC connectors on one end and unconnectorized fan-out strands on the other simplify fusion splicing and installation. OEM/ODM customization is available for length, connector type, and fan-out configuration.

SKU FP-12FCSM9-3 Category
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The FC/UPC 12-cores bundle fan-out fiber optic pigtail is engineered for high-performance single-mode networks, delivering reliable and stable connectivity for long-distance telecom, enterprise, and CATV applications. Each of the 12 fibers is factory-terminated with precision FC/UPC connectors on one end, while the other ends remain blunt and unconnectorized for efficient fusion splicing into patch panels, drop cables, or splice trays.

Featuring a durable yellow jacket, the pigtail is easily identifiable as a single-mode assembly, while the fan-out design separates fibers into individually color-coded strands for organized routing in high-density enclosures. Constructed to minimize insertion loss, maintain low back reflection, and deliver long-term optical stability, this pigtail meets ISO9001, RoHS, and Bellcore GR-326 standards. Its robust design ensures dependable performance in LAN, WAN, CATV, and other high-capacity optical networks.

Featured Fiber Optic Pigtail Products Selection Table

SKU Fiber Count Fiber Type Pigtail Construction Connector Type Length Cable Color Features
FP-12FCASM9-3 12 OS2 Single Mode Bundle Fanout FC/APC 3M Yellow
FP-12FCMM3-3 12 OM3 Bundle Fanout FC/UPC 3M Aqua
FP-12FCASM9U-3 12 OS2 Single Mode Single Bare Fiber FC/APC na
FP-12FCMM6-3 12 OM1 Bundle Fanout FC/UPC 3M Orange
FP-12LCMM6U-3 12 OM1 Single Bare Fiber LC/UPC na
FP-12STSM9-3 12 OS2 Bundle Fanout ST/UPC 3M Yellow
FP-1FCASM9-1 1 OS2 Single Bare Fiber FC/APC 0.9M Yellow
FP-1SCMM3-1 1 OM3 Single Bare Fiber SC/UPC 0.9M Aqua
FP-24SCSM9B2-2 24 SM Bundle Fanout SC/UPC 2M Yellow
FP-4SCSM9-2 4 SM Bundle Fanout SC/UPC 2M Yellow
FP-288LCSM9-150 288 OS2 Single Mode Bundle Fanout LC/UPC 150M Yellow Cardboard Spool
FP-72SCSM9B6-2 72 OS2 Single Mode 6 * 12 Bundle Breakout SC/UPC 2M Yellow
FPB-12LCASM9-3 12 OS2 Single Mode Ribbon Bare Fiber LC/APC 3M na
FPF-12LCASM9-10 12 OS2 Single Mode Ribbon Bare Fiber LC/APC 10M Yellow
FWP-2SCSM9-1 2 OS2 Single Mode Bundle Fanout SC/UPC 1M Black Waterproof
FWP-2FCASM9-1 2 OS2 Single Mode Bundle Fanout FC/APC 1M Black Waterproof
FWP-4FCASM9 4 OS2 Single Mode Bundle Fanout FC/APC 1M Black Waterproof
FWP-4SCSM9-1 4 OS2 Single Mode Bundle Fanout SC/UPC 1M Black Waterproof

Connector Types:FC/UPC
Fiber Count12 cores
Mode:Single Mode 9/125µm
Cable Length:3 Meters
Color:Yellow
Jacket:OFNR
Fiber IdentificationColor-coded | industry standard
Insertion Loss≤ 0.3 dB typical
Return Loss (Back Reflection)≥ 35 dB (UPC)
Standards ComplianceISO9001 | ROHS | Bellcore GR-326
Operating Temperature-40°C to +75°C
Storage Temperature-45°C to +85°C
Customization OptionsLength | jacket type | connector type | fiber count | packaging available
  • 12 single-mode 9/125µm fibers for low-loss, long-distance transmission

  • FC/UPC connectors pre-terminated on one end

  • Opposite ends blunt for fusion splicing into main cables or patch panels

  • Fan-out design with individually color-coded fibers for easy routing

  • Yellow jacket for single-mode fiber identification

  • Low insertion loss and minimal back reflection

  • Durable construction compliant with ISO9001, RoHS, and Bellcore GR-326

  • Ideal for high-capacity LAN, WAN, CATV, and enterprise networks

  • Fusion splicing into patch panels, drop cables, or splice trays

  • High-density telecom and enterprise network installations

  • LAN, WAN, and CATV backbone connections

  • Structured cabling in data centers, equipment rooms, and optical distribution frames

  • Network expansion, maintenance, and upgrades requiring organized fiber routing

  • High-performance indoor and outdoor optical distribution

  • Custom lengths and fiber counts to meet project requirements

  • Optional connector types including SC, LC, ST, or FC

  • OEM labeling, packaging, and part numbering for deployment projects

  • ODM support for fan-out arrangement, connector orientation, and splicing preparation

  • Engineering guidance for high-density network planning, routing, and installation

  • Tailored solutions for CATV, enterprise, and telecom optical networks

Customized Fiber Optic Pigtail Solutions

Fiber Type OS2 Single Mode, OM3, OM4, OM5 Multimode
Connector Type LC, SC, ST, FC, E2000, MPO/MTP
Polishing Type UPC, APC
Fiber Count 1 Fiber, 4 Fibers, 6 Fibers, 12 Fibers, 24 Fibers, Custom Counts
Pigtail Construction Single Fiber, Bundle Fan-out, Breakout, Ribbon
Fiber Structure 250μm Bare Fiber, 900μm Tight Buffer
Cable Diameter 0.9mm, 1.6mm, 2.0mm, Customized
Cable Length Customized Length Available
Jacket Material PVC, LSZH, OFNR, Plenum
Packaging & Labeling Customized Packaging and Private Label

Ordering & Service Information
Standard 3-meter FC/UPC 12-cores bundle fan-out pigtails are ready for deployment. Custom lengths, connector types, and fan-out configurations are available, complete with optical and mechanical test reports.

Q1: What are the advantages of the bundle fan-out design?
A: The fan-out structure organizes individual fibers, simplifies routing, and reduces installation errors in high-density enclosures.

Q2: Is the yellow jacket significant?
A: Yes. It identifies the assembly as a single-mode fiber pigtail, simplifying network management and differentiation.

Q3: Does this pigtail support long-distance transmission?
A: Yes. The 9/125µm single-mode fibers ensure low attenuation and stable long-distance performance.

Q4: Can the connector type or length be customized?
A: Absolutely. FiberMania provides OEM/ODM options for connectors, pigtail length, and fan-out configuration.

Q5: What networks are suitable for this pigtail?
A: Ideal for CATV, LAN, WAN, FTTH, and other high-capacity optical networks requiring low-loss, organized fiber management.