Fiber Optic Patch Cord Duplex LC APC to LC APC

Price: Rs 0.00

Product Description: Patch Cord LC APC to LC APC 3.00mm Simplex

Introduction: The Patch Cord LC APC to LC APC 3.00mm Simplex is a premium fiber optic cable designed for high-performance, long-distance data transmission. Featuring LC APC (Angled Physical Contact) connectors on both ends, this patch cord minimizes signal reflection, ensuring high return loss and providing reliable connectivity. The 3.00mm outer jacket ensures durability and protection, while offering flexibility for a range of fiber optic installations. Designed for single-mode (SM) applications, this patch cord delivers exceptional performance for modern high-speed fiber optic networks, including data centers, telecommunications, and fiber optic backbone connections.

Technical Parameters:

Connector Type: LC APC to LC APC (Angled Physical Contact)
Cable Type: Simplex
Cable Diameter: 3.00mm
Fiber Mode: Single-mode (SM)
Fiber Type: OS2 (Single-Mode Fiber)
Insertion Loss: <0.3 dB (typical)
Return Loss: >50 dB (typical for LC APC connectors)
Operating Temperature: -40°C to +75°C
Storage Temperature: -40°C to +85°C
Compliance: RoHS Compliant, UL Listed
Attenuation: ≤0.4 dB/km (at 1310nm)

Key Features:

LC APC to LC APC Connectors: The LC APC connectors are designed with an angled polish to reduce signal reflection, providing high return loss and preserving signal integrity, making this patch cord perfect for long-distance and high-speed networks.
Simplex Configuration: The Simplex design allows for one-way fiber transmission, ideal for single-fiber connectivity in applications such as patch panels or network switches, ensuring efficient and reliable data transfer.
3.00mm Durable Jacket: The 3.00mm outer jacket offers robust protection against physical damage, ensuring durability while maintaining flexibility for easy routing and installation in tight spaces.
Single-Mode OS2 Fiber: The OS2 single-mode fiber is optimized for long-distance, high-bandwidth applications, ensuring minimal signal loss over extended distances and maintaining high transmission quality.
Low Insertion Loss & High Return Loss: The patch cord is designed to minimize insertion loss and provide a high return loss, ensuring that data transmission is efficient and clear, even over long distances.

Product Advantages:

Superior Performance: The LC APC connectors provide excellent signal integrity with low insertion loss and high return loss, ensuring that data transmission is reliable and maintains its quality even over long distances.
Ideal for Long-Distance Transmission: The single-mode OS2 fiber ensures that signals travel with minimal attenuation, making this patch cord ideal for long-distance connections in backbone networks and telecommunications systems.
Durability and Protection: The 3.00mm jacket provides additional protection against external damage such as abrasion, physical wear, and environmental factors, making the cable suitable for demanding environments.
Versatile Applications: Perfect for use in data centers, telecommunications, fiber-to-the-home (FTTH) networks, and other applications that require long-distance, high-speed fiber optic connectivity.
Flexibility for Medium-Range Installations: It offers versatility for medium-range connections, providing enough reach for various network setups while allowing for easier cable management in tight spaces.
Cost-Effective and Long-Lasting: Designed for high durability, this patch cord provides a long-lasting, cost-effective solution for your fiber optic infrastructure, reducing the need for frequent replacements or maintenance.

The Patch Cord LC APC to LC APC 3.00mm Simplex is an ideal solution for high-performance, long-distance fiber optic installations. With minimal insertion loss, high return loss, and superior durability, this patch cord provides reliable, efficient data transmission for a variety of professional networking environments. Whether used in data centers, telecommunications, or backbone fiber optic systems, it ensures excellent performance and long-term reliability.