Ubiquiti, 100GBase direct attach cable, QSFP28 (M) to QSFP28 (M), 0.5 m, 7 mm, fibre optic

Description

The Ubiquiti UACC-DAC-QSFP28-0.5M is a 100GBase direct attach cable designed for reliable network connectivity. This cable features male QSFP28 connectors on both ends, ensuring a secure connection for high-speed data transfer. With a power consumption of 2.5 watts and PVC housing, it combines durability with efficiency, suitable for various networking environments. Its compact design includes a jacket thickness of up to 7 mm and a bending radius of 37 mm, allowing for easy installation in tight spaces while maintaining performance. Operating in a range of conditions, this cable functions within a temperature range of 0°C to 70°C, accommodating various setups. Ideal for data centers and enterprise networks, the UACC-DAC-QSFP28-0.5M enables seamless connectivity and robust performance, a valuable addition to any networking solution.

• 100GBase direct attach cable for high-speed connectivity
• Male QSFP28 connectors on both ends for secure connections
• Power consumption of 2.5 watts
• Durable PVC housing and flexible design

• Efficient power consumption
  With a power consumption of 2.5 watts, this cable helps reduce energy usage while maintaining performance, a cost-effective choice for extended use.
• Robust construction
  The PVC housing provides durability against wear and tear, ensuring that the cable remains functional in demanding environments.
• Flexible installation options
  Featuring a bending radius of 37 mm and a jacket thickness of up to 7 mm, this cable can fit into tight spaces and complex setups.
• Optimal temperature range
  Designed to operate between 0°C and 70°C, this cable ensures reliable performance in various environmental conditions.
• High-quality connectors
  Equipped with male QSFP28 connectors on both ends, this cable ensures a secure and stable connection for critical network applications.

Main Specifications

Extended Specifications

General

Connectivity

Environmental Parameters