- High-Speed Connectivity: Experience lightning-fast connections with this 2.5G PCIe X1 network card. Powered by the Intel i226-v Ethernet controller chip, it ensures seamless performance and stable connections for your desktop PC(Not an Intel network card).
- Multi-System Compatibility: The i226-v PCIe Ethernet card is compatible with a wide range of operating systems, including Windows 10/11, Linux kernel 5.16.18/RHEL 8.6, and VMware ESXi 8.0. Enjoy efficient performance across various systems with this internal computer networking solution.
- Driver Installation Required: To ensure optimal performance, this 2.5G network card requires driver installation before use. Please visit our official website's(xikestor.com) Download Center to download the appropriate drivers. For detailed installation steps, refer to the instructions in the product description below.
- Versatile Design: Featuring standard and low-profile brackets (12cm and 8cm), the network interface card fits seamlessly into various computer cases, from standard computer case to compact HTCPs and 2U servers.
- Flexible Slot Compatibility: This 2.5GB PCIe network card with RJ45 interface utilizes a PCI-E X1 slot, compatible with X4, X8, and X16 slots. With gold-plated connectors for enhanced contact performance and longevity, it supports transmission rates of 100M/1G/2.5G, ensuring optimal performance and durability.
- Advanced Heat Dissipation: Equipped with a premium alloy heat sink, our network adapter effectively dissipates heat, ensuring reliable and stable operation even under heavy workloads. Say goodbye to overheating concerns with this 2.5GB NIC.
- Note: Before purchasing this 2.5G network card featuring the Intel I226-V chip, please ensure that your motherboard is compatible with this specific chip and check the BIOS settings to ensure that the NIC interface is enabled. We recommend checking with your motherboard manufacturer or reviewing the relevant compatibility documentation to confirm that this chip is supported. This will help prevent any potential issues during installation and avoid compatibility-related inconveniences.
