ENET NSI Industries SFC2-FOIN-5M-ENC 10GBASE-CU SFP+ Direct-Attach Cable, 5 Meters

ENET Fortinet to Intel Compatible TAA Compliant Functionally Identical 10GBASE-CU SFP+ Direct-Attach Cable (DAC) Passive 5m

The ENET NSI Industries SFC2-FOIN-5M-ENC is a high-performance 10GBASE-CU SFP+ direct-attach cable designed for reliable high-speed data transfer within your network. This 5-meter (16.4 feet) twinaxial cable offers a simple and efficient solution to connect multiple devices such as switches, servers, and routers, ensuring seamless communication and minimal latency. Individually programmed and tested in-house, this cable guarantees compatibility across various network hardware, including Fortinet and Intel devices, thanks to its cross-compatible design. The passive twinaxial connectors facilitate secure and stable high-speed connections, supporting uninterrupted signal transmission for critical applications. Built for convenience, the ENET SFC2-FOIN-5M-ENC simplifies setup and offers robust performance without the need for additional power sources, making it ideal for data centers and enterprise networks. Backed by a lifetime warranty, this cable combines industry-leading testing standards with dependable performance, ensuring your network infrastructure remains efficient and resilient. Whether upgrading existing systems or deploying new high-speed networks, this cable provides a reliable and cost-effective solution for seamless connectivity and data integrity.

Features:

• Provides a simple and efficient way to connect multiple devices within your business network, ensuring smooth communication and reliable data transfer

• Provides Twinaxial connector configuration for secure high-speed data transfer, ensuring smooth integration across supported devices

• Passive feature designed for convenience and ease of use, ensuring smooth operation and improved functionality across supported devices

• SFP+ Network provides a stable connection with network devices, supporting uninterrupted signal transmission and system integration