LW-PC-LCU-LCU-DX-SM-1M Fiber Patch Cord

LW-PC-LCU-LCU-DX-SM-1M Fiber Patch Cord

The LW-PC-LCU-LCU-DX-SM-1M Fiber Patch Cord is a high-performance duplex fiber cable designed for reliable optical connectivity in data centers, telecom rooms, enterprise networks, and cloud infrastructure. Featuring LC UPC to LC UPC connectors and OS2 single-mode fiber, it supports long-distance data transmission while maintaining excellent signal quality. Therefore, it is an ideal solution for modern networking environments that require dependable and efficient fiber connectivity.

Product Overview

This Lightwave fiber optic cable is built using OS2 9/125μm single-mode bend-insensitive fiber, allowing efficient data transmission across long distances. In addition, its duplex design supports bidirectional communication, making it suitable for a wide range of professional networking applications.

Moreover, the LSZH jacket enhances safety by reducing smoke and harmful emissions in the event of fire. As a result, this fiber jumper cable is well suited for use in data centers, enterprise buildings, and structured cabling systems where safety and performance are equally important.

The bend-insensitive construction also helps minimize signal loss when routing cables through tight spaces. Consequently, installers can achieve cleaner cable management while maintaining reliable optical performance throughout the network.

Key Features

• LC UPC to LC UPC connectors – Provides secure and reliable optical connections.
• OS2 single-mode fiber – Supports long-distance and high-bandwidth data transmission.
• Duplex cable construction – Enables simultaneous transmit and receive communication.
• 1-meter cable length – Ideal for patch panels, switches, and transceiver connections.
• LSZH jacket material – Enhances safety in enclosed networking environments.
• Bend-insensitive fiber design – Reduces attenuation caused by cable bends.
• High-speed network support – Compatible with 1G, 10G, 40G, 100G, and 400G Ethernet applications.
• Low insertion loss – Helps maintain signal integrity across fiber links.
• RoHS compliant construction – Supports environmental and safety standards.
• Compact design – Suitable for high-density rack and panel installations.

Technical Specifications

• Brand: Lightwave
• Model: LW-PC-LCU-LCU-DX-SM-1M
• Product Name: LW-PC-LCU-LCU-DX-SM-1M Fiber Patch Cord
• Connector Type: LC/UPC to LC/UPC
• Fiber Type: OS2 Single Mode (9/125μm)
• Cable Construction: Duplex (2 Core)
• Cable Length: 1 Meter
• Jacket Material: LSZH (Low Smoke Zero Halogen)
• Jacket Diameter: 3.0mm Typical
• Polish Type: UPC
• Insertion Loss: ≤ 0.3dB
• Return Loss: ≥ 50dB
• Operating Wavelength: 1310nm / 1550nm
• Transmission Distance: Up to 10km at 1310nm and 40km at 1550nm
• Operating Temperature: -20°C to +70°C
• Color: Yellow
• Compliance: RoHS, IEC, TIA/EIA Standards
• Warranty: To be confirmed

Why Choose This Fiber Patch Cord?

Reliable fiber connectivity is essential for modern networks. Therefore, the LW-PC-LCU-LCU-DX-SM-1M Fiber Patch Cord provides a dependable solution for connecting switches, transceivers, patch panels, and network equipment.

In addition, the duplex single-mode design supports high-speed communication over long distances. Moreover, the bend-insensitive fiber construction helps maintain performance even in tight installation spaces. As a result, network administrators and installers can benefit from improved cable management and consistent optical performance.

The LSZH jacket further enhances safety in enclosed environments. Consequently, this optical patch cable is a practical choice for enterprise networks, telecom infrastructure, and cloud computing facilities.

Final Recap & Call-to-Action

The LW-PC-LCU-LCU-DX-SM-1M Fiber Patch Cord combines reliable optical performance, bend-insensitive technology, and durable LSZH construction in a compact 1-meter design. Whether you are expanding a data center or upgrading a structured cabling system, this cable delivers dependable connectivity. Add to Cart today or Contact Us for additional information.

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