Lenovo 01DC685 82.02ft Fiber Optic Network Cable

Overview

The Lenovo 01DC685 is an 82.02 foot fiber optic network cable designed to deliver high-speed data transmission in data centers and enterprise environments. It features LC male connectors on both ends, enabling reliable connections for 10 or 25 gigabit networks. This cable supports long-distance runs while maintaining low latency and strong signal integrity, making it suitable for linking switches, storage arrays, and other network devices across large rooms or multiple racks.

Key features

• Fiber optic construction ensures high bandwidth with minimal signal loss over long distances
• LC male-to-male connectors provide a secure and precise optical interface compatible with modern transceivers
• Round jacket protects the fiber core and preserves the recommended bend radius for flexible routing
• Immunity to electrical interference makes it ideal for crowded server racks and industrial environments
• Generous 82.02 foot length accommodates connections across large data center rows, campus labs, or broadcast studios
• Standards-compliant design supports multi-vendor network equipment alongside Lenovo infrastructure

Key specs

• Cable length: 82.02 feet
• Connector type: LC male to LC male
• Cable type: Fiber optic
• Compatible network speeds: 10 Gbps, 25 Gbps
• Jacket style: Round, protective

Connectivity and compatibility

This cable works seamlessly with a wide range of network devices including switches, routers, and storage systems commonly found in enterprise and data center setups. The LC connectors fit securely into transceivers used in high-speed backbone links and virtualization clusters, ensuring consistent performance across Lenovo and other vendor equipment.

Ideal uses and environments

Its length and fiber optic design make this cable well suited for connecting top-of-rack switches to storage arrays several cabinets away, extending backbone links between aggregation switches, or creating high-speed paths in virtualization clusters. It also fits well in campus laboratories, broadcast studios, and educational facilities where network devices are spaced apart. The cable’s resistance to electrical interference supports reliable operation in dense server racks and industrial control rooms.