540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network | Brand New

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is a network adapter card that provides high-speed connectivity for servers. It is designed to support 10 Gigabit Ethernet (10GbE) networks and provides two Ethernet ports for connecting to a network.

Dual-Port Connectivity

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network provides dual-port connectivity, which means that it has two Ethernet ports that can be used to connect to a network. This provides redundancy and load balancing capabilities, allowing for better network performance and availability.

10 Gigabit Ethernet Speeds

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is designed to support 10GbE networks, which provide faster data transfer rates compared to traditional Ethernet networks. This makes it an ideal choice for businesses and organizations that require high-speed connectivity for their servers.

PCI Express (PCIe) Interface

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network uses the PCIe interface, which provides faster data transfer rates compared to older interfaces such as PCI or PCI-X. This allows for better network performance and throughput.

Intel Ethernet Controller

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network uses the Intel Ethernet Controller, which is a reliable and well-established network controller that provides high performance and reliability. The Intel Ethernet Controller is designed to work seamlessly with the 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network, providing optimal network performance and reliability.

Virtualization

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is ideal for virtualized environments, where multiple virtual machines are running on a single physical server. It provides the high-speed connectivity required for virtual machine communication and helps to ensure optimal virtual machine performance.

High-Performance Computing (HPC)

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is also ideal for high-performance computing (HPC) environments, where large amounts of data are processed and analyzed. It provides the high-speed connectivity required for fast data transfer rates, allowing for faster processing times and improved performance.

Storage Area Networks (SANs)

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is also ideal for storage area networks (SANs), where large amounts of data are stored and accessed. It provides the high-speed connectivity required for fast data transfer rates, allowing for faster access to storage data and improved performance of the SAN.

Large-Scale Data Centers

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is also ideal for large-scale data centers that require high-speed connectivity for their servers. Its dual-port connectivity, 10GbE speeds, and PCIe interface make it an ideal choice for data centers that require high-performance networking.

Energy-Efficient

The 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is also energy-efficient, consuming less power than other network adapter cards. This makes it an ideal choice for businesses and organizations that want to reduce their energy consumption and lower their carbon footprint.

Overall, the 540-10824 Dell Dual Port X520 DA 10-GB Server Adapter Ethernet PCIE Network is an ideal choice for businesses and organizations that require high-speed connectivity for their servers. Its dual-port connectivity, 10GbE speeds, PCIe interface, and compatibility with different server models make it a versatile and reliable networking solution. Its compatibility with virtualization platforms, easy installation, and energy-efficient design make it a cost-effective choice for businesses and organizations looking to improve their server performance while reducing their energy consumption.