Dell Networking Cable, 100GbE QSFP28 to QSFP28, Passive Copper Direct Attach, 0.5 Meter, Cust Kit

Overview

The Dell Y97VT is a 100GbE QSFP28 to QSFP28 passive copper direct attach cable designed to provide high-speed, reliable connections between networking devices over short distances. With a length of 0.5 meters, it is ideal for linking switches and servers within data center racks or server rooms where space is limited. Its passive copper design helps reduce power consumption compared to optical cables, making it a practical choice for energy-efficient network setups.

This cable supports seamless integration with Dell Networking and PowerSwitch equipment, ensuring compatibility and straightforward deployment when expanding or upgrading your network infrastructure.

Key features

• Supports 100GbE data transfer rates for fast and efficient network communication
• QSFP28 connectors on both ends provide easy and secure connections to compatible devices
• Passive copper construction lowers power usage compared to active optical cables
• Compact 0.5-meter length fits well in tight spaces within racks and server rooms
• Designed for compatibility with Dell Networking and PowerSwitch hardware to simplify network expansion

Key specs

• Data rate: 100 Gigabit Ethernet (100GbE)
• Connector type: QSFP28 to QSFP28
• Cable type: Passive copper direct attach
• Length: 0.5 meters
• Power consumption: Reduced due to passive copper design

Connectivity and compatibility

This cable is engineered to work seamlessly with Dell Networking and PowerSwitch devices, ensuring reliable connections without compatibility issues. Its QSFP28 connectors support high-density ports commonly found in modern data center switches and servers, making it a strong choice for short-range interconnects within rack environments.

Ideal uses and environments

The Dell Y97VT cable fits well in data centers and server rooms where short, direct connections are needed between high-speed networking equipment. It is particularly suited for setups that prioritize energy efficiency and space optimization, such as dense rack configurations or network segments requiring consistent 100GbE performance without the complexity of optical transceivers.