FREE shipping on orders over US$200 
LC/UPC Female to LC/UPC Female Duplex Singlemode Plastic Fiber Optic Adapter/Coupler with Flange
The LC/UPC Female to LC/UPC Female Duplex Singlemode Plastic Fiber Optic Adapter/Coupler with Flange is designed for connecting two LC-port singlemode fiber optic patch cords, supporting 9/125μm fiber transmission for long-distance and high-precision communication. Its duplex design allows simultaneous connection of two fibers, while the UPC-polished end faces ensure low insertion loss and high return loss performance.
$1.20
LC/UPC Female to LC/UPC Female Duplex Singlemode Plastic Fiber Optic Adapter/Coupler with Flange
The LC/UPC Female to LC/UPC Female Duplex Singlemode Plastic Fiber Optic Adapter/Coupler with Flange is designed for connecting two LC-port singlemode fiber optic patch cords, supporting 9/125μm fiber transmission for long-distance and high-precision communication. Its duplex design allows simultaneous connection of two fibers, while the UPC-polished end faces ensure low insertion loss and high return loss performance. Made of lightweight, high-strength plastic, this adapter is both cost-effective and durable. It also features a flange for secure mounting on patch panels or adapter plates, making it widely used in fiber optic communications, data centers, and optical network testing equipment.
Specifications
| Connector Type | LC-LC | Body Style | Duplex |
| Polish Type | UPC | Fiber Mode | Singlemode |
| Insertion Loss | ≤0.2dB | Durability | 1000 Times |
| Color | Blue | Alignment Sleeve Material | Ceramic |
Features
Extending Fiber Connection with Adapters
With high-precision components and tool-less design, the adapters allow two devices to communicate from a distance through a direct connection with the fiber optic line.
Dimensions (Unit: mm)
Related Products
The LC/UPC Female to FC/APC Male Hybrid Simplex Singlemode Fiber Optic Adapter/Coupler is a high-performance hybrid coupler designed to connect dissimilar fiber optic connectors with precision and ease. Featuring an LC/UPC female interface and an FC/APC male interface, this adapter supports singlemode fiber in a simplex configuration, ensuring low insertion loss and high return loss. It is ideal for use in optical test systems, data centers, telecom networks, and any application requiring reliable connector type conversion. With durable construction and stable optical performance, this adapter provides a seamless and efficient solution for managing mixed-interface fiber optic connections.
The Square LC/UPC Simplex Singlemode Bare Fiber Optic Adapter/Coupler is designed to enable quick and repeatable connections between bare fibers and LC/UPC connectors without the need for fusion splicing or connector termination. Ideal for lab testing, optical power measurements, OTDR verification, emergency maintenance and temporary diagnostic use. Its high-precision ceramic sleeve ensures accurate alignment, low insertion loss, and stable optical performance, making it a valuable tool for fiber network troubleshooting, testing, and training environments.
Shop at SunmaFiber for premium LC/UPC Female to SC/UPC Male Simplex Singlemode/Multimode Fiber Optic Adapter/Coupler without Flange. Enjoy global sales and free shipping on purchases over $200.
Shop at SunmaFiber for premium MU to MU Duplex Metal Single Mode/Multimode Fiber Optic Adapter. Enjoy global sales and free shipping on purchases over $200. Get reliable Fiber Optic Adapter today.
The LC/UPC Female to LC/UPC Female Simplex SingleMode Fiber Optic Adapter is designed for high-precision LC connector mating, ensuring stable and low-loss fiber optic connections. Made of durable yet lightweight plastic, this adapter features a compact flangeless design, making it ideal for high-density fiber networks. Its high-precision ceramic sleeve ensures excellent alignment, reducing insertion loss and optimizing signal transmission. Compatible with 9/125μm single-mode fiber, it is widely used in data centers, telecommunications networks, FTTH, fiber distribution units, and optical patch panels.
Reviews
There are no reviews yet.