ENET SFC2-INPA-1M-ENC Twinaxial Network Cable for 10GBASE-CU SFP+ Connections

ENET Intel to Palo Alto Compatible TAA Compliant Functionally Identical 10GBASE-CU SFP+ Direct-Attach Cable (DAC) Passive 1m

The ENET SFC2-INPA-1M-ENC Twinaxial Network Cable is a high-performance 1-meter (3.28 ft) direct-attached cable designed for reliable 10GBASE-CU SFP+ connectivity. Individually programmed and tested in our state-of-the-art lab, this cable guarantees seamless integration with a wide range of network switches, servers, and routers, ensuring optimal network performance. Its compatibility with industry-leading equipment makes it an essential component for high-speed data transfer and dependable network access. Whether deploying new infrastructure or upgrading existing systems, this cable provides a straightforward solution for secure, high-speed connections. Its passive design enhances operational efficiency by simplifying installation and reducing power consumption, making it suitable for various enterprise environments. The Twinaxial connector configuration ensures a stable, secure connection, supporting uninterrupted signal transmission across supported devices. Built with durability and performance in mind, this cable supports demanding network environments and provides a lifetime warranty for peace of mind. The ENET SFC2-INPA-1M-ENC is an ideal choice for organizations seeking a reliable, cross-compatible, OEM-compatible direct-attach cable that guarantees consistent, high-speed data transfer with minimal setup effort.

Features:

• Network cable provides secure access to networked data, ensuring swift and dependable connectivity for consistent system performance

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

• Passive feature enhances usability and operational efficiency, providing reliable performance and simplifying everyday connectivity tasks

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