Versatile Axiom 10gbs Dual Port Sfp+ Pcie X8 Nic Card For Dell - 430-4436 85% Off - Today Only [o8OGNqiW]

Axiom 10Gbs Dual Port SFP+ PCIe x8 NIC Card

The Axiom 10Gbs Dual Port SFP+ PCIe x8 NIC Card is a cutting-edge network server adapter designed to revolutionize your network performance and IT flexibility. This high-performance card offers a bandwidth of up to 10Gbps, providing seamless connectivity and efficient data transfer. With its dual port SFP+ interface, it supports both copper and fiber-based connections, ensuring maximum flexibility and scalability. The card is optimized for virtualization and I/O consolidation, making it an ideal choice for demanding enterprise environments.

Key Features and Specifications

This adapter boasts a 4000 MB/s bandwidth, delivering exceptional performance and reliability. It features a PCIe 2.0 x8 interface, ensuring compatibility with a wide range of server and workstation platforms. The SFP+ technology allows for long-distance data transmission over optical fiber cables, enhancing connectivity between servers and network components. Additionally, the card supports 10GBase-X technology, offering a data transfer rate of up to 10Gbps over supported network cables. Its full-height and half-height mounting brackets ensure easy installation and compatibility with various server configurations.

Applications and Benefits

The Axiom 10Gbs Dual Port SFP+ PCIe x8 NIC Card is a versatile solution for various enterprise applications. It accelerates IT services, increases data center efficiency, and doubles your bandwidth without doubling your costs. The card's high performance ports maximize I/O consolidation, leveraging and protecting existing IT investments. It provides the connectivity and scalability required for enterprise environments, delivering enterprise-class connectivity for both data and storage I/O. With its support for Fibre Channel and Ethernet networks, this card extends the value of your network investments, achieving convergence and running concurrent TCP/IP and storage traffic over a single link.