SKU:SFC2-FOFO-3M-ENC
The ENET SFP+ Network Cable SFC2-FOFO-3M-ENC is a high-performance 10-gigabit direct-attach copper cable designed for reliable and secure network connections. This 3-meter (9.84 ft) cable is fully compatible with a wide range of network devices, ensuring seamless integration and dependable performance across switches, servers, and routers. Each cable is individually programmed and tested in-house using the latest industry equipment to guarantee flawless functionality and compatibility for demanding network environments. Whether you're deploying a new infrastructure or upgrading existing hardware, this cable provides a straightforward solution for high-speed data transfer and network stability.
Constructed with industry-leading components, the ENET SFP+ cable delivers consistent operation and ease of use. Its passive design makes installation simple and straightforward, without the need for external power sources, while maintaining optimal signal integrity. The cable’s design ensures that it maintains secure, swift access to network data, reducing latency and improving overall system performance. Additionally, the cable is engineered to support industry standards, making it compatible with Fortinet devices and other OEM equipment, which ensures a barrier-free integration process.
ENET offers an extensive portfolio of over 1,000 cross-compatible and OEM-compatible direct-attach cable solutions, emphasizing their commitment to reliable and versatile networking components. Backed by a lifetime limited warranty, this product guarantees long-term peace of mind. Whether for data centers, enterprise networks, or high-performance computing environments, the ENET SFP+ Network Cable SFC2-FOFO-3M-ENC delivers the speed, reliability, and seamless connectivity needed for modern network infrastructure.
Features:
Couldn't load pickup availability
Logitech provides beautifully designed peripherals for everyone at work, home, and school. Discover Logitech's all-in-one solutions to suit your unique way of working.