100Gb Single QSFP28 Port Ethernet Network Card with Intel E810-CAM2 Chip QDA1BLK,1 Optical Port PCIE X16 Fiber Optic Ethernet Adapter Support Windows Server/Vmware/Ubuntu
【Blazing-fast 25Gb/s quad-ports High-Speed Performance】Quad-port SFP28 ethernet adapter with intel E810XXVAM2 chip, stable performance,low consumption,low latency.The fiber NIC can offload TCP/UDP/IP checksum and execute TCP segmentation task,freeing up CPU resources to process other applications.Reduce CPU usage and improve throughput.Delivers 1/10/25GbE auto-negotiation for seamless server-to-switch connectivity, ideal for cloud data centers, virtualization, and high-throughput workloads
【PCIE X16 port and 2 kinds of brackets】The port of the 25Gb quad optical ports network card is PCIEV4.0(16.0GT/s)X16,Leverages PCIEV4.0(16.0GT/s) bandwidth to minimize CPU overhead, supporting VT-c (Virtualization Technology for Connectivity) for efficient VM traffic management.The SFP28 NIC comes with low-profile/ full height brackets.Compatible with standard and rack-mount servers
【Advanced Port Configuration】The 25Gb E810XXVAM2 fiber network interface card equipped with SFP28 ports, compatible with active optical cable(AOC),direct attach cable(DAC), and SFP28 optical modules for diverse deployment needs
【Cutting-edge virtualization,low-latency tech,parameter】The SFP28 fiber optic ethernet card features SR-IOV, RDMA (iWARP/RoCEv2), and IntelVT-C to optimize virtual machine performance and reduce data transfer latency.Supports PXE,DPDK,ISCSI,jumbo frame,PCOE.Support half/full duplex,Each SFP28 optical port has a unique MAC address.FCC,CE,ROHS certification
【Compatible with multiple operation systems】The 25Gb PCIE fiber optic network adapter is compatible with systems:windows,Linux,Vmware,RHEL,Ubuntu,FreeBSD,,etc. Ideal for mixed-OS enterprise environments,data centers, and high-performance computing (HPC) systems
Description
Lidkew 25Gb Quad SFP28 Ports Network Cards with Intel E810XXVAM2 Chip,PCIE X16 Fiber Optic Ethernet Adapter 4 Optical Ports NIC Support RDMA iWARP/RoCEv2