ENET SFC2-DESY-5M-ENC 5M 10G SFP+ Direct Attach Cable Dell to Synology

5M 10GBASE-CU SFP+ Direct Attach Cable Dell to Synology Compatible

The Enet SFC2-DESY-5M-ENC is a high-performance, 5-meter 10GBASE-CU Direct Attach Cable (DAC) designed for reliable and cost-effective high-speed networking. This passive copper cable is an excellent alternative to fiber transceivers for short-distance connections, providing a robust solution for connecting a Dell device to a Synology device. It offers low power consumption, low latency, and a high data rate, making it an ideal choice for data centers and enterprise networking environments.

As a leading provider of compatible networking solutions, Enet ensures that this cable is fully tested and guaranteed to be 100% compatible with the specified Dell and Synology equipment. Its plug-and-play design allows for simple and fast installation, making it a reliable and hassle-free solution for your network expansion needs. This cable is a perfect way to link a high-speed NAS to a server or switch for rapid data transfers and streamlined operations.

Features :

This Direct Attach Cable is an essential component for building a high-speed network. Its 10GBASE-CU technology supports data transfer rates of up to 10Gbps, enabling fast file sharing, backups, and virtualization. The SFP+ connectors on each end ensure a secure and stable connection between compatible devices. The 5-meter length provides flexibility in network configuration, allowing you to connect devices that are a short distance apart without the need for expensive fiber transceivers and cables.

Advanced Options :

The Enet SFC2-DESY-5M-ENC is a powerful tool for optimizing network performance in professional settings. By enabling a 10Gbps connection between a Dell server and a Synology NAS, it eliminates network bottlenecks and allows for smoother operation of demanding applications. This cable is a strategic upgrade for any user looking to maximize the efficiency of their high-bandwidth network storage and server infrastructure.