Network adapter INTEL E610-XT2 OCP 3.0 — dual 10Gb Ethernet ports

INTEL E610-XT2 OCP 3.0 — dual 10Gb Ethernet ports is a server-class network adapter designed for high-throughput, low-latency wired connectivity. This PCIe card follows the OCP 3.0 form factor and provides two independent 10 Gigabit Ethernet ports suitable for modern data center environments. It is intended for use in virtualization hosts, storage networks, top-of-rack uplinks and other server applications that require reliable multi-gigabit network links.

Advantages

The adapter delivers dual 10Gb Ethernet interfaces on an OCP 3.0 compliant card, enabling increased aggregate bandwidth and redundancy without consuming additional full-height PCIe slots. It is engineered for consistent performance under heavy load, offering reduced latency for packet processing and compatibility with common server NIC features. The design supports efficient cable and airflow management in rack servers and integrates with existing network infrastructure for straightforward deployment.

Подходит для

• Virtualization hosts and hyperconverged infrastructure
• Storage area networks (SAN) and NAS front-end connectivity
• Data center top-of-rack and leaf/spine uplinks
• High-performance computing clusters and distributed applications
• Network appliances requiring dual 10GbE links

Key specifications

• Form factor: OCP 3.0 compliant card
• Interface: PCIe (server PCI Express slot)
• Ports: 2 × 10 Gigabit Ethernet
• Operation: Wired Ethernet, full-duplex 10Gb/s per port
• Typical use: Data center networking, virtualization, storage connectivity
• Thermal/physical: Low-profile OCP card optimized for server chassis airflow

How to use

Install the INTEL E610-XT2 OCP 3.0 card into a compatible OCP 3.0 slot or an adapter cage as supported by the server platform, secure the card according to the server manufacturer instructions, and connect appropriate SFP+ or compatible 10Gb copper/fiber transceivers or cables to the two ports. Configure link aggregation, VLANs, offload features and driver settings in the operating system or hypervisor management interface according to network design. Verify link status and throughput using standard network diagnostic tools and the host firmware or OS utilities.

Usage recommendations

For optimal performance, use certified 10Gb transceivers and cabling, ensure the server BIOS/firmware and NIC drivers are up to date, and follow best practices for cooling and airflow in the rack. When deploying in virtualized environments, enable appropriate offloads and tune MTU settings for the expected workload to reduce CPU overhead and improve throughput.