ST/UPC 12 Cores Bundle Fan Out Fiber Optic Pigtail, Single Mode 9/125um, Yellow Jacket, 3M

Name: ST/UPC Pigtail 12 Cores Bundle Fan Out | FiberMania
SKU: FP-12STSM9-3

P/N: FP-12STSM9-3

Categories:

ST Pigtails

Product Highlights:

12-core ST/UPC single mode 9/125 μm fan out pigtail designed for high-density fusion splicing and structured fiber management.
Yellow jacket with color-coded fibers and reinforced fan-out tubing ensures durability and easy installation across telecom and network environments.
Ideal for splice panel integration, backbone connection, and enterprise-level deployment.
FiberMania provides comprehensive OEM/ODM services

Description

The ST/UPC 12 cores bundle fan out fiber optic pigtail from FiberMania is designed for high-density splicing applications in telecom, data center, and enterprise network environments. Using single mode 9/125 μm fibers, this pigtail provides precise optical performance with stable transmission characteristics. Each of the 12 fiber strands is factory-terminated with an ST/UPC connector, offering consistent low insertion loss and high return loss, while the opposite ends remain blunt for seamless fusion splicing to feeder or distribution cables. The fan-out design ensures organized fiber management, enabling clean routing and easy identification using industry-standard color-coded buffers.

Manufactured with a durable yellow jacket and reinforced fan-out tubing, this pigtail delivers excellent mechanical protection during installation and long-term operation. The 3-meter length provides ample flexibility for patch panel integration, splice tray routing, and rack-to-rack connection needs. FiberMania’s advanced production ensures precise polishing, reliable end-face geometry, and 100% performance verification, making this product suitable for demanding single mode network deployments.

Specification

Product Type	Fan-out Pigtail
Fiber Mode / Type	SM 9/125µm
Number of Fibers / Cores	12
Connector Type	ST/UPC
Cable Length	3 m
Jacket Type & Color	Yellow
Cable Diameter	–
Duplex / Simplex	Fan-out
Transmission Speed	10G
Operating Environment	Indoor
Standards Compliance	ISO/IEC 11801, TIA/EIA, RoHS
Features	12C SM Fan-out

Features

Low insertion loss and stable back reflection performance
High interchangeability and durable mechanical reliability
Compliant with ISO9001, RoHS, and GR-326-Core standards
12-core fan-out design with color-coded fibers for easy identification
Available in various fiber counts including 4, 6, 8, 12, 24 and more
Reinforced fan-out tubing for organized, protected fiber routing

Application

CATV and broadband distribution systems
LAN and WAN single mode networks
Telecommunications backbone and access networks
Premise wiring and enterprise IT infrastructure
Test and measurement systems
Video, military, and industrial optical termination

Q&A

Q1: What is the typical splice loss when using 9/125 μm single mode fiber?
A1: With proper splicing conditions, splice loss typically ranges around 0.05–0.1 dB.

Q2: Why is a fan-out structure beneficial for 12-core pigtails?
A2: The fan-out tube provides mechanical protection and organizes individual fibers for easier routing and identification.

Q3: Can the ST/UPC connectors achieve stable performance in repeated reconnections?
A3: Yes, the ST bayonet-style mechanism offers secure mechanical engagement suitable for repeated use.

Q4: Is this product suitable for outdoor splicing enclosures?
A4: It can be used in protected outdoor enclosures as long as the environment follows the installation guidelines and appropriate protection is applied.

Q5: What color code is used for the 12 fiber strands?
A5: Industry-standard TIA/EIA color coding is used for easy identification during installation and splicing.

Quality Qulifications and Compliance

To get the detailed certification, please go to the Compliance.

Please Note: Our products comply with all internationally recognized and industry-standard specifications. For customized or special requirement products, we carry out testing and standards in accordance with the conformity criteria specified in the contract.