Intel X540-T2 Dual-Port 10GbE Base-T Adapter

Brand: Intel | Category: Network Adapters & NICs

SKU: INTELX540T2DUALPORT10GBEBASET | Part #: X540-T2 | MPN: X540-T2

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Enterprise data centers and high-performance computing environments across the GCC and Asia-Pacific regions depend on reliable, standards-based 10 Gigabit Ethernet connectivity. The Intel X540-T2 delivers dual-port 10GbE connectivity in a low-profile PCIe form factor, making it the practical choice for network engineers and infrastructure teams who need straightforward copper-based 10GbE without optical transceivers or SFP+ modules. Each of the two 10 Gigabit ports operates independently at up to 10 Gbps, providing 20 Gbps of aggregate throughput for servers that require substantial east-west traffic, storage replication, or virtual machine migration across fabric.

Built on Intel's proven architecture, the X540-T2 uses a PCIe 3.0 x8 interface, which provides ample bandwidth for full-duplex 10GbE operation without bottlenecking. The adapter measures 167.65 mm in length and 68.9 mm in height, fitting comfortably into the low-profile slot configuration found in most modern 1U and 2U servers. Power consumption remains conservative at a maximum of 10W, meaning thermal management is straightforward and the adapter does not demand supplementary cooling or power distribution changes in rack-dense environments. Intel engineered the X540-T2 with Energy-Efficient Ethernet (IEEE 802.3az) support, allowing power negotiation during periods of lower utilization—a feature that compounds savings across hundreds of adapters in a large data center footprint.

Network architects evaluating the X540-T2 will recognize it as the copper equivalent of Intel's fiber-based 10GbE offerings. Where fiber requires SFP+ transceivers and single-mode or multimode cabling, the part number X540-T2 accepts standard RJ45 CAT6A or CAT7 cabling, reducing inventory complexity and lowering per-connection cost in environments where runs are under 100 meters. This practical advantage explains why many enterprises prefer the X540-T2 for in-rack connectivity and short inter-cabinet links, reserving optical uplinks for longer distances or spine-and-leaf architectures. The Intel driver stack ensures consistent performance across Windows Server 2008 R2 and later, Red Hat Enterprise Linux, Ubuntu Server, and VMware ESXi environments—eliminating the custom-driver hassle that older or less-supported adapters sometimes introduce. Most network operations teams will deploy the X540-T2 with standard Intel drivers available directly from the manufacturer, reducing certification overhead and support ticket volume.

In practice, the dual-port design appeals to servers running intensive database workloads, high-frequency trading platforms, and AI training clusters where intra-cluster communication dominates. A single server equipped with an X540-T2 can maintain redundant connections to two separate network switches, improving availability without requiring additional adapter slots. Virtual machine environments benefit equally; hypervisors running 50 or more guests per server can distribute traffic across the two ports, avoiding single-port saturation. Storage administrators frequently specify the X540-T2 when deploying NAS or SAN appliances that feed hundreds of clients, since the dual ports allow active-active load balancing without the cost and complexity of additional cards. For Omnixon Global customers in the region who operate multi-rack deployments, the X540-T2 remains a cost-effective way to backfill 10GbE capacity in existing hardware refresh cycles.

Omnixon Global maintains regional inventory of Intel networking adapters and provides the rapid supply chain support that data center teams across the UAE, Saudi Arabia, Bahrain, and wider Asia require. Our technical team can advise on port configuration, driver compatibility with your specific operating systems, and integration timelines for both new builds and retrofit projects. Request a quotation for the Intel X540-T2 or discuss your broader network adapter requirements through our standard procurement process.

Interface and Operational Specifications

• Dual 10 Gigabit Ethernet ports with RJ45 connectors; each port supports independent 10 Gbps operation for 20 Gbps aggregate throughput
• PCIe 3.0 x8 interface with no external power requirements; maximum power draw 10W across both ports
• Low-profile form factor (68.9 mm height, 167.65 mm length) compatible with standard 1U server slot configurations
• IEEE 802.3az Energy-Efficient Ethernet support for adaptive power management during low-traffic periods
• Full driver support for Windows Server 2008 R2 and later, Linux distributions (Red Hat, Ubuntu, Debian), and VMware ESXi 5.1 through current releases
• Copper-based 10BASE-T connectivity; supports standard CAT6A and CAT7 cabling up to 100 meters without optical transceivers
• Dual-port redundancy option for high-availability architectures and active-active load balancing across network fabric