10Gtek® Carte Ethernet 10GB Intel X540 Chip, Single RJ45 Port, PCI Express 2.1 X8, Compatible pour X540-T1

x520-da1 A+1 x520-da1 A+1

10Gb PCI-E X8 Ethernet Converged Network Card Compatible for Intel X540-T2, Dual Copper RJ45 Port with Intel X540 Chipset, Ethernet LAN Adapter Support Windows Server/Windows/Linux/ESX/Vmware : Electronics

10Gtek® Intel X540 Chip 10Gb-s Carte reseau ethernet (NIC), Single RJ45 Port, PCI Express 2.1 X8, Compatible pour X540-T1 - Cdiscount Informatique

Ultra Fast Speed— 10G SFP+ port lets you connect to 10Gb/s SFP+ transceiver module/DAC/AOC and upgrade your ethernet speed to 10Gb/s(PCI-E X8 Lane

10Gb PCI-E Network Card NIC Compatible for Intel X520-DA1(Intel E10G42BTDA), with Intel 82599EN Controller, Single SFP+ Port, 10G PCI Express LAN

X540-T1 Intel 10GB PCIe 2.1 x8 Single Port Converged Network Adapter X540T1

Ultra Fast Speed— Dual copper RJ45 ports(100MbE/1GbE/10GbE) let you connect to network cable and upgrade your ethernet speed to 10Gb/s (PCI Express* 2.1.

10GB PCI-E Network Card Nic Compatible for Intel X540-T2, Dual RJ45 Copper Port, with Intel X540-BT2 Controller, PCI-E X8, 10g PCI Express LAN Adapter

✅Ethernet Controller: Base on original Intel X540-BT2，which supports Single Root I/O virtualization and improve servers stability. Compare to Intel

10Gb RJ45 PCI-E Network Card NIC, Compare to Intel X540-T1, with Intel X540-BT2 Chip, Single RJ45 Ports, PCI Express X8, Ethernet Converged Network

Equipped with original Intel X540 controller chip which supports Intelligent Offloads and make the servers more stable. Compatible with Windows Server

10Gtek 10Gb PCI-E NIC Network Card, Single Copper RJ45 Port, with Intel X540-BT1 Controller, PCI Express Ethernet LAN Adapter Support Windows

Intel Ethernet Server Bypass adapter X520 family is known for high performance, low latency, reliability, and flexibility. The addition of the Intel Ethernet Server Bypass adapter X520-T2 delivers all of the 10GbE performance in addition to business continuity in the event of a network failure. The bypass capability removes a single point of failure so that essential business communication can continue while a system issue is diagnosed and resolved.