StarTech.com 1-Port 5G Gigabit PCIe Network Adapter Card, 5G/2.5G/1G/100M/10M, PCI Express NIC, Realtek RTL8126, Windows & Linux, TAA

StarTech.com 1-Port 5G Gigabit PCIe Network Adapter Card, 5G/2.5G/1G/100M/10M, PCI Express NIC, Realtek RTL8126, Windows & Linux, TAA

This TAA-compliant 5G Gigabit Ethernet card with Realtek RTL8126 chip adds a gigabit Ethernet interface to a desktop or server. 2.5G and 5G speeds maximize Cat5e infrastructure, providing multi-Gig performance without cabling upgrades.

Plug And Play Compatible

This 1-port network interface card is plug-and-play compatible, with drivers that auto-install on major operating systems such as Windows, Windows Server, and Linux. It is compatible with Intel and AMD hardware platforms equipped with PCI Express x1, x2, x4, x8, or x16 slots.

Performance and Management

This network card features link speed and activity LED indicators for visual network speed verification and issue diagnosis.

This PCIe network adapter supports 9K jumbo frames to minimize packet overhead, Wake-on-LAN (WoL) for remote system booting, auto-negotiation between 10/100M/2.5G/5G, and VLANs for streamlined network management. This network card supports virtually any environment, accommodating both the latest and slower legacy network connections. Futureproof your devices by ensuring your system is ready as more devices become 5G compatible.

Universal Fit

The PCI Express NIC includes full-height (pre-installed) and low-profile (accessory in the box) brackets for installation in compact and standard desktops or servers.

• 5Gigabit Ethernet Card offers maximum productivity with added dependability


• Enjoy superfast data transfer of up to 250 MB/s with PCI Express x1 card, between the network card and motherboards


• This single port 5gigabit ethernet card enables you to connect your computer system to your existing network


• Supports cost-efficient twisted pair cables for speedy data transfer up to 100 meters


• 5GBase-T network technology for convenient, easy sharing of data and information with maximum feasibility