StarTech 1-Port 2.5G NBASE-T PCIe Network Card, Computer Network Interface Card, Intel®I225-V; Single-Port Ethernet, Multi-Gigabit NIC

StarTech 1-Port 2.5G NBASE-T PCIe Network Card, Computer Network Interface Card, Intel®I225-V; Single-Port Ethernet, Multi-Gigabit NIC

This 2.5 GbE network interface card (NIC) features an Intel I225-V chipset with Intel vPro technology, to enhance performance and data integrity. Variable multispeed options (2.5/1Gbps and 100/10Mbps) enable support for both new and legacy network hardware. Leverage existing Cat5e or CAT6 cabling infrastructure while adding NBASE-T (802.3bz) compatibility for seamless integration.

Increased Network Speed

The PCIe network card leverages Intel vPro technology for remote management and troubleshooting capabilities. Improve bandwidth for data-intensive applications, network sharing, FTP, online or local storage/backup, and the streaming of online content - while reducing network slowdowns. Access up to 2.5GBASE-T speeds over Cat5e (or better) cabling, to maximize existing networks and equipment.

Enhance Existing Hardware

The network interface card connects via an available x1 PCI Express 2.0 (or higher) expansion slot. The card ships in a standard profile bracket and includes a low-profile bracket for installation into small form factor systems and servers. This Ethernet NIC card is compatible with Windows, Windows Server, and Linux.

This card supports the following advanced features: PXE boot, WoL, VLAN tagging, 9 K jumbo frame, full-duplex, and Intel vPro technology.

• 2.5Gigabit Ethernet Adapter offers maximum efficiency and usability
• This 500 MB/s bandwidth PCI Express 2.0 x1 adapter ensures easy connectivity and plug-in form-factor for affordable and reliable Ethernet network
• Connect to a wired network with this single port network adapter for a hassle-free and quick response
• Supports cost-efficient twisted pair cables for speedy data transfer up to 100 meters
• 2.5GBase-T network technology for convenient, easy sharing of data and information with maximum feasibility