Intel E610XT2 Ethernet Network Adapter

Overview :

The Intel E610XT2 is a power-efficient, dual-port 10GBASE-T RJ45 network interface card engineered on the Intel Ethernet 600 Series controller architecture. Built for small-to-medium business servers, enterprise virtualization hubs, and high-density network appliances, this card simplifies technology transitions by delivering multi-gigabit Ethernet speeds over standard copper infrastructure. It resolves structural bottlenecks for organizations seeking higher network velocities without upgrading to costly fiber optic cabling.

Operating over a PCIe 4.0 x4 host interface, the card features multi-speed auto-negotiation, scaling fluidly across 10GbE, 5GbE, 2.5GbE, 1GbE, and 100Mbps links over existing Category 6 and Category 6A twisted-pair copper lines up to 100 meters. Power management is a central capability of this design, consuming an absolute maximum operational ceiling of just 5.1 watts. This represents a 45 percent reduction in power overhead compared to legacy X710 series hardware, lowering thermal pressure inside enclosed rack spaces.

This standard plug-in card ships with interchangeable full-height and low-profile brackets, allowing flexible physical provisioning within slot-constrained edge deployments, data centers, and traditional branch office tower nodes. The adapter hardens the network boundary using an integrated hardware Root of Trust (RoT) for platform firmware resiliency, satisfying FIPS 140-3 Level 1 requirements and NIST 800-193 platform safety rules. Do not deploy this adapter in environments requiring ultra-low latency SFP28/QSFP optical media connections or native iWARP/RoCEv2 storage offloads.

Key Features :

• Dual RJ45 ports deliver flexible data synchronization over standard copper lanes.

• Auto-negotiation scales across five distinct speeds from 100Mbps up to 10GbE.

• PCIe 4.0 x4 host system maximizes throughput while saving physical lane usage.

• Low-power architecture drops operational overhead to an efficient 5.1-watt max.

• Cryptographic security anchored by a physical hardware Root of Trust framework.