1×2 FBT Fiber Optic Splitter – Telecom-Grade Pigtail Type

This 1×2 fiber optic splitter uses FBT (Fused Biconical Taper / 拉锥式) technology to divide one incoming optical signal into two output fiber paths. It is designed for telecom, FTTH, PON, CATV and general fiber-optic distribution applications.

The product is available with SC, LC or FC connector configurations, depending on the selected version. Pigtail-style construction provides a compact solution for installation in fiber distribution boxes, optical termination equipment, cabinets and other fiber network systems.

Key Features

• 1×2 configuration – 1 optical input and 2 optical outputs
• FBT (Fused Biconical Taper) optical splitting technology
• Telecom-grade fiber network application
• Pigtail-style fiber construction
• SC, LC and FC connector options
• Single-mode versions commonly available
• Passive operation – no electrical power required
• Compact design for fiber distribution installations
• Suitable for FTTH, PON and telecom networks
• Compatible with appropriate optical networks from different telecom operators

General Specifications

Product Type	Fiber Optic Splitter / Optical Power Splitter
Splitter Configuration	1×2 (1 Input / 2 Outputs)
Technology	FBT – Fused Biconical Taper
Construction	Pigtail Type
Connector Options	SC / LC / FC (depending on selected version)
Operation	Passive Optical Component
External Power	Not Required
Primary Application	Fiber Optic Signal Distribution

FBT Optical Splitting Technology

FBT splitters are manufactured using fused biconical taper technology and are widely used for low-port-count optical splitting applications. A 1×2 FBT splitter divides an optical signal from one input fiber between two output fibers.

FBT technology also allows different coupling ratios to be manufactured, so the two outputs are not necessarily always 50/50 unless that splitting ratio is specifically stated for the selected product.

Connector Options

Different versions may be supplied with SC, LC or FC connectors. Connector polish such as UPC or APC must also be selected according to the optical equipment being connected.

Typical Applications

• FTTH / FTTx Networks
• Passive Optical Networks (PON)
• EPON / GPON Distribution
• Telecommunication Networks
• Fiber Distribution Systems
• Optical CATV Systems
• Fiber Communication Systems
• Optical Test Equipment
• Fiber Distribution Boxes
• Optical Termination Cabinets