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Product Overview |
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The Dell Emulex Oneconnect Quad-Ports 10Gbps PCI Express Network Adapter offers fast and reliable multi-port connectivity for enterprise servers. It fits well in data center environments where multiple high-speed network connections are needed to support heavy workloads and virtualization. Its design focuses on reducing latency and handling traffic efficiently, making it a dependable choice for IT teams managing complex networks. |
General Information |
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| Brand | Dell |
| Part Number | 0D6T93 |
Connectivity & Physical |
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| Weight | 3.00 |
| Condition | Refurbished |
Miscellaneous |
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| Compliance Standards | WEEE, RoHS, CE, FCC |
Product Description |
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The Dell Emulex Oneconnect Quad-Ports 10Gbps PCI Express Network Adapter is built for handling demanding network tasks with multiple 10Gbps connections. It's commonly found in data centers and enterprise server setups where fast, reliable networking is essential. Designed for IT professionals managing heavy workloads, this adapter supports virtualization and high bandwidth applications, making it a solid choice for environments needing stable and efficient network performance. Key Features
This network adapter is typically deployed in business data centers or server rooms where consistent high-speed connectivity is required. It plays a critical role in maintaining network efficiency and supporting virtualized environments without bottlenecks. |
Use Cases |
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The Dell Emulex Oneconnect Quad-Ports 10Gbps PCI Express Network Adapter is designed for enterprise data centers and virtualization platforms requiring multiple high-speed network interfaces. IT teams managing dense server deployments or clustered storage environments find this adapter particularly effective in optimizing network traffic and reducing latency. How It's Used:
This network adapter enhances operational efficiency by enabling scalable multi-port connectivity tailored to complex workloads. Its low-latency design supports demanding applications, making it a reliable component for maintaining performance consistency in high-density server environments. |