Cabo QSFP CBO MC2210130-002 2 m preto – cabo de cobre de ligação direta QSFP, 2 m

The CBO QSFP Cable MC2210130-002 2 m Black is a QSFP direct-attach copper (DAC) cable designed for short-reach, high-density interconnections in data center environments. With a fixed 2 m length and a compact QSFP form factor, this cable creates a low-latency electrical connection between QSFP ports on switches, servers and storage systems. The black jacket and robust connector housings are intended to simplify rack cabling while maintaining predictable signal integrity for multi-gigabit links.

Advantages

This QSFP direct-attach copper cable provides a cost-effective, low-power alternative to optical transceivers for short-distance links. The fixed-length 2 m design reduces the need for additional patching hardware and helps to minimize insertion loss variability. Direct electrical connectivity eliminates the need for separate transceivers and fiber patch cords, delivering minimal latency and simplified maintenance in high-density racks.

Suitable for

• Interconnecting QSFP ports on network switches and routers within the same rack or adjacent racks
• Connecting QSFP-enabled servers to top-of-rack or leaf switches
• Short-reach links between storage arrays and compute nodes requiring multi-gigabit throughput

Key specifications

• Connector type: QSFP direct-attach copper (fixed cable with QSFP plugs)
• Cable length: 2 meters
• Cable jacket color: Black
• Application: Short-reach electrical link for QSFP ports in data center equipment
• Latency: Low, due to direct electrical connection (no optical conversion)
• Compatibility: Designed for QSFP port interfaces on switches, servers and storage systems

How to use

Insert each QSFP plug into the matching QSFP port on the two devices to be connected, ensuring the latch engages securely. Route the 2 m cable to avoid sharp bends and mechanical stress; maintain the manufacturer’s minimum bend radius for copper cables. No additional transceivers or fiber patching is required. After insertion, verify link status and network configuration on connected devices to confirm operational multi-gigabit connectivity.

Recommendations

For reliable operation, use the cable within rack or adjacent-rack distances and avoid running it alongside high-power electrical lines. Ensure QSFP ports on both ends support the intended data rates and that firmware or NIC drivers are up to date. Replace the cable if the jacket or connectors show physical damage.