Supermicro 10Gigabit Ethernet Card – 4-Port Optical Fiber 10GBase-X

Discover the power and versatility of the Supermicro 10Gigabit Ethernet Card, a four-port optical fiber NIC engineered for modern data centers and enterprise servers. With 10GBase-X performance across four ports, this expansion card delivers scalable bandwidth, low latency, and dependable reliability to accelerate virtualization, storage networks, and high-demand workloads. The quad-port configuration provides substantial headroom for link aggregation, network segmentation, and multi-tenant environments, all while preserving PCIe slots for additional accelerators or storage controllers. Built for enterprise-grade uptime, this card is engineered to minimize operational complexity through straightforward installation, robust driver support, and compatibility with a wide range of server platforms. Whether you're expanding a hyper-converged cluster, enabling fast replication between data centers, or delivering deterministic inter-server communication for latency-sensitive applications, the Supermicro 10Gigabit Ethernet Card empowers you to design networks that scale with your business. Expect quiet, reliable performance under heavy load, with straightforward management that keeps your data flowing and your operations running smoothly.

• Quad-port design unlocks massive parallel bandwidth with four independent 10GbE fiber interfaces, enabling multiple traffic streams, NIC teaming, and advanced virtualization environments. This configuration simplifies the path to high-availability networking, reduces bottlenecks in storage and compute interconnects, and provides headroom for future growth without adding separate adapters.
• Optical fiber connectivity delivers long-distance reach and excellent EMI immunity, making it ideal for dense data centers, campus deployments, or inter-rack links. By leveraging 10GBase-X over fiber, you gain reliable performance across extended cable runs, improved signal integrity, and lower crosstalk compared with copper-based solutions.
• Flexible deployment supports a variety of architectures—from traditional two-tier networks to modern hyper-converged infrastructures—allowing you to scale bandwidth, segment traffic with VLANs, and implement robust link aggregation or bonding policies that maximize throughput and minimize latency.
• Seamless integration with enterprise servers and operating systems is facilitated by comprehensive driver support and management utilities, ensuring rapid recognition and consistent performance across Windows, Linux, VMware, and other common hypervisors. The card is designed to be maintenance-friendly, with firmware updates and diagnostics that help keep networks healthy over time.
• Reliability and efficiency come standard with a focus on uptime in mission-critical workloads. The four-port optical NIC is engineered for stable operation under heavy traffic, offering dependable throughput, predictable behavior during peak loads, and a robust design intended to withstand the rigors of data center environments.

Technical Details of Supermicro 10Gigabit Ethernet Card

• Ports: 4 x 10 Gb Ethernet (10GBase-X) over optical fiber
• Standard: 10GBase-X optical connectivity
• Port speed per port: 10 Gbps maximum
• Total port count: 4
• Intended use: Data centers, enterprise servers, virtualization, high-performance networks

how to install Supermicro 10Gigabit Ethernet Card

• Power down the server completely and unplug the power cord. Ground yourself to prevent static discharge and handle the card only by its edges.
• Open the chassis access panel and identify an available expansion slot that fits an add-on NIC; verify there is enough clearance for the card and any attached cables.
• Remove the slot cover if required, align the card with the motherboard connector, and firmly seat the card into the PCIe or appropriate expansion interface; secure the bracket to the chassis with a screw to prevent movement.
• Attach any required optical fiber transceivers and connect fiber cables to the card’s optical ports. Route cables neatly to avoid tension, and use proper strain relief to maintain connection integrity over time.
• Power on the server, install or update the latest drivers from Supermicro’s official site, and reboot if prompted. In the operating system, configure the new NIC (address assignment, bonding or link aggregation, VLAN tagging, and QoS policies as needed) to align with your network design.

Frequently asked questions

• Q: How many ports does the card have? A: The Supermicro 10Gigabit Ethernet Card features four optical fiber ports operating at 10 Gigabits per second each (4 x 10GBase-X).
• Q: What type of connections does it use? A: It uses optical fiber connections supporting the 10GBase-X standard, suitable for high-density data center interconnects and long-reach links with EMI resistance.
• Q: What workloads is this card best suited for? A: It excels in storage networks, virtualization platforms, high-performance computing clusters, database back-ends, and inter-server communications that demand high bandwidth and low latency.
• Q: Do I need special transceivers? A: Depending on your system, you may require compatible optical transceivers (such as SFP+/SFP modules) appropriate for your fiber type and distance. Verify compatibility with your switch, storage array, and chassis before installation.
• Q: Is there driver support for multiple operating systems? A: Yes. Supermicro provides drivers and utilities for a range of operating systems and hypervisors. Always check the official support page for the latest drivers and compatibility notes specific to your OS version and platform.