Opton Fiber Pigtail SC/UPC SM 0.9mm G657A Loose Tube 1.0m - Description
The Opton Fiber Pigtail SC/UPC SM 0.9mm G657A Loose Tube (1.0m) is designed for high-precision optical fiber splicing and distribution in modern telecommunications, data centers, and enterprise network installations. Built with premium singlemode G.657.A glass, it delivers exceptional resistance to macro-bending losses, making it ideal for compact optical distribution frames (ODF), splice trays, and wall outlets.
Key Features
- Easy Strip Loose Tube: The 0.9mm loose buffer construction allows for smooth, fast, and safe stripping, reducing fiber preparation time and preventing accidental core damage during fusion splicing.
- Bend-Insensitive G.657.A Fiber: Allows tight routing radii without causing significant signal degradation, making it ideal for high-density FTTH/FTTx deployments.
- High-Quality SC/UPC Connector: Features a factory-polished Ultra Physical Contact (UPC) ceramic ferrule delivering low insertion loss and high return loss for maximum signal clarity.
- Optimal 1.0m Length: Provides the perfect amount of slack for clean routing inside fiber management trays and splice cassettes.
Recommended Applications
Engineered for fiber-to-the-home (FTTH) termination, optical distribution cabinets, patch panels, testing instruments, and local area network (LAN) infrastructure requiring dependable, low-loss connectivity.
Opton Fiber Pigtail SC/UPC SM 0.9mm G657A Loose Tube 1.0m - Specifications
General
- Brand
- OPTON
- Model / Part Number
- MS-20494
- Product Type
- Fiber Optic Pigtail
Optical & Connector Specifications
- Connector Type
- SC
- Polish Type
- UPC (Ultra Physical Contact)
- Fiber Mode
- Singlemode (SM)
- Fiber Standard
- ITU-T G.657.A
- Core / Cladding Diameter
- 9/125 µm
Physical Attributes
- Buffer Diameter
- 0.9 mm
- Buffer Structure
- Loose Tube (Easy Strip)
- Cable Length
- 1.0 m
- Connector Count
- 1 (Simplex Pigtail)
Application & Environment
- Intended Use
- Splice Trays, ODF, Wall Outlets, FTTH Enclosures
- Termination Method
- Fusion Splicing / Mechanical Splicing