Lenovo 3M Mellanox Qsfp Passive Dac Cable

Overview

The Lenovo 00KF006 is a QSFP to QSFP direct attach copper cable designed for Ethernet connections over short distances, specifically 3 meters. It provides a reliable link between network switches, servers, and storage systems using QSFP connectors on both ends. Its passive design maintains signal integrity without requiring external power, making it an efficient choice for data center environments where simplicity and low latency are essential.

Key features

• Passive cable design that eliminates the need for external power, reducing complexity in dense rack setups
• 3 meter length ideal for connections within the same rack or between adjacent racks
• Compatible with Lenovo System x servers and Mellanox networking equipment, ensuring seamless integration
• Supports high data rate Ethernet transmission for fast and stable network performance
• Durable construction suited for frequent installation and maintenance in data center environments

Key specs

• Cable type: QSFP to QSFP direct attach copper
• Length: 3 meters
• Design: Passive, no external power required
• Compatibility: Lenovo System x and Mellanox hardware
• Data transmission: High-speed Ethernet over short distances

Connectivity and compatibility

This cable connects devices equipped with QSFP ports, commonly found on high-performance network switches, servers, and storage arrays. Its compatibility with Lenovo System x and Mellanox equipment ensures it fits well in existing infrastructures that rely on these brands. The passive design simplifies deployment by avoiding additional power connections, which is beneficial in tightly packed racks.

Ideal uses and environments

The Lenovo 00KF006 is well suited for data centers and server rooms where short-distance, high-speed Ethernet connections are needed. It works effectively for linking switches to servers or storage within the same rack or between adjacent racks. This cable is a practical choice for IT teams aiming to maintain low latency and reduce cabling complexity while managing cost-efficient network interconnects.