Lenovo 16.40ft Fiber Optic Network Cable

Overview

The Lenovo 4Z57A10848 is a fiber optic network cable designed to provide a reliable, high-speed connection between networking devices over longer distances than traditional copper cables. Measuring 16.4 feet, it offers ample length to connect equipment across racks, cabinets, or wiring closets without compromising signal quality. Featuring OM4 multimode fiber, this cable supports fast data transfer rates suitable for demanding environments like data centers and enterprise networks.

Key features

• 16.4-foot length allows flexible routing between adjacent racks or cabinets, simplifying network layout.
• LC to LC connectors ensure seamless compatibility with standard optical transceivers, enabling straightforward installation without adapters.
• OM4 multimode fiber supports high-speed data transmission with minimal signal loss, ideal for bandwidth-intensive applications such as virtualization and video editing.
• Male connectors on both ends provide secure, tool-free connections that maintain network integrity.
• Bright yellow jacket enhances cable visibility, making it easier to identify and manage within dense cable bundles or crowded racks.

Key specs

• Length: 16.4 feet (5 meters)
• Fiber type: OM4 multimode
• Connector type: LC to LC, male on both ends
• Jacket color: Yellow

Connectivity and compatibility

This cable is compatible with a wide range of networking equipment that uses LC optical transceivers, including switches, storage arrays, and patch panels. Its OM4 fiber supports high data rates over multimode fiber infrastructure, making it suitable for modern enterprise and data center environments where fast and reliable connections are essential.

Ideal uses and environments

Well suited for data centers, server rooms, and high-performance office networks, this cable handles bandwidth-heavy tasks such as cloud backups, virtualization, and video editing workflows. Its length and visibility make it a practical choice for organizing and upgrading network infrastructure across racks and cabinets, ensuring consistent performance in complex setups.