StarTech.com Carte Réseau GbE SFP à 1 Port, PCIe 2.1 x1, Intel I210-IS, Carte Contrôleur 1GbE, 1000BASE Cuivre/Fibre Optique, Carte Réseau Gigabit Ethernet NIC, Backplanes de Serveur/PC - Compatible Windows/Linux

EUR 138.98 Il y a une offre pour ce produit.

Add a fiber/copper GbE SFP transceiver or Direct Attach Cable to a workstation or serverAdd a 1GbE SFP module to a PCI Express (PCIe) 2.1 x1 (or higher) slot in an IT Administrator workstation or server backplane. using this 1-Port SFP Network Controller.High Performance Intel ChipsetThe network controller features an Intel I210 chip known for its reliability and high-performance capabilities. offering low-latency and low CPU utilization. ensuring smooth and efficient network data transfer. which is critical for business applications and services. Support for VMDq. SR-IOV. and Intel® VT-c technologies allow for enhanced virtual machine performance. reduced CPU overhead. and improved network virtualization capabilities. The PCIe network card supports PXE boot. enabling centralized operating system deployment and updates. It also features 9K jumbo frame support. reducing packet overhead for improved data transmission efficiency. VLAN tagging support allows for efficient network management and segmentation.Hardware and Operating System CompatibilityThe network interface controller connects to an available x1 PCI Express 2.1 (or higher) expansion slot. It is compatible with Windows Server 2012 and newer. Windows 10 and newer. Linux. VMware ESXi 7.x. and Microsoft Hyper-V. This NIC is compatible with both MSA-compliant and branded 1GB SFP modules. as well as direct attach copper cables (DACC). Includes a low-profile bracket designed for small form factor systems.Flexible Network ConnectionsThe card features an SFP slot for interchangeable SFP modules. Select fiber transceiver modules that best suit the network needs of the application. based on the distance and connector type. StarTech.com offers a wide variety of SFP transceiver modules to meet many GbE network applications.