This is an AI summary, which is an experiment of ours, AI can make mistakes and people should always refer to the official brand write-ups for certainty.

The Ubiquiti UDC-2 UniFi Direct Attach Copper Cable is a high-performance, cost-effective I/O solution designed to support 10G Ethernet and 10G Fibre Channel applications. This 2-metre passive copper cable features SFP+ to SFP+ connectors, engineered to deliver a reliable 10 Gbps throughput for modern enterprise networking environments.

High-Speed Connectivity and Performance
Part of the Ubiquiti UniFi ecosystem, the UDC-2 is ideal for short-distance connections within racks or between adjacent racks. By utilising SFP+ copper modules, it allows hardware manufacturers to achieve high port density and configuration flexibility while maintaining a reduced power budget. The cable is constructed with a 30AWG wire gauge and a durable black jacket, ensuring both flexibility and longevity in demanding data centre installations.
Seamless Integration
The UDC-2 UniFi Direct Attach Cable is specifically optimised for use with Ubiquiti routing and switching products, including the EdgeRouter, EdgeSwitch, and UniFi Switch. As a passive DAC, it offers a plug-and-play experience with hot-swappable SFP+ connectors, facilitating rapid deployment and network scaling without the need for additional fibre transceivers.
Key Features
10 Gbps Throughput: Supports high-speed data transmission for 10G Ethernet applications.
Passive Copper Technology: Provides a cost-effective, low-latency alternative to optical cabling for short-range links.
2-Metre Length: Perfectly suited for connecting equipment within the same or adjacent server racks.
SFP+ to SFP+ Connectors: Industry-standard interface for maximum compatibility with 10-Gigabit SFP+ ports.
Robust Design: Features a 30AWG cable diameter and is rated for operating temperatures between 0 to 70°C.
Whether you are managing a small office network or a large-scale data centre, the Ubiquiti UDC-2 provides the stability and speed required to maintain peak network performance.