Axiom PCI 100Mbps Single Port Fiber Network Adapter FX-NIC-SC-M-AX

Axiom 100Mbs Single Port SC 2km MMF PCI NIC Card - FX-NIC-SC-M-AX

The Axiom PCI 100Mbps Single Port Fiber Network Adapter FX-NIC-SC-M-AX is a versatile solution designed to enhance network connectivity for servers and enterprise environments. This plug-in card supports optical fiber cables, enabling longer-distance data transmission while maintaining high performance. It is ideal for data centers, server rooms, and office networks where reliable and scalable connectivity is essential.

Featuring a single port for fiber-based connections, this network adapter provides a robust 100Mbps data transfer rate using 100Base-X technology. It effortlessly integrates into existing network infrastructures, supporting both data and storage I/O with compatibility for Fibre Channel and Ethernet networks. Its design ensures seamless operation alongside your current IT investments, maximizing efficiency and reducing operational costs.

Constructed to fit into any standard PCI 2.2 slot, the FX-NIC-SC-M-AX offers flexible system integration while consuming less power. It is equipped with full-height and half-height mounting brackets for versatile installation options. The card's reliable performance is backed by a three-year limited warranty, providing peace of mind in mission-critical applications. Whether upgrading an existing server or building a new network, this adapter delivers enterprise-class connectivity with ease of use and long-term dependability.

Features:

• Supports optical fiber cable to span longer distances and provides high-performance data transmission between servers and network components.

• Supports 100Base-X technology, delivering up to 100Mbps data transfer rate over supported network cables.

• Plug into any PCI 2.2 slot for flexible system design, compatible with a wide range of server configurations.

• Includes full height and half height mounting brackets for versatile installation options.

• Designed for enterprise environments to optimize network performance and scalability, supporting both data and storage I/O.