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Product Overview |
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The 409771-001 - HP Voltaire InfiniBand 24 x Ports Managed Switch is a specialized networking device designed to handle high-speed, low-latency data exchange in clustered computing and storage environments. It fits into infrastructures requiring precise network control and scalable interconnect solutions, facilitating smooth data transfers across multiple nodes. |
General Information |
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| Brand | HP |
| Condition | Refurbished |
Technical Information |
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| Switch Type | Managed Switch |
| Form Factor | Rack-Mountable |
| Mount Type | 1U Rack |
| Switch Ports | 24-Ports |
| Number of Ports | 24-Ports |
| POE Support | No |
| VLAN Support | No |
| Layer Support | Layer 2 |
Management and Configuration |
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| Remote Protocols | Yes |
| Management Type | Managed |
Physical Characteristics |
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| Weight | 3.00 |
Miscellaneous |
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| Assembly Required | No |
Product Description |
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The 409771-001 - HP Voltaire InfiniBand 24 x Ports Managed Switch delivers robust interconnect performance designed for demanding data center environments. It is commonly found in high-performance computing setups and storage clusters where rapid and reliable data exchange is critical. Built for IT professionals and network administrators who require precise control over their fabric infrastructure, this switch provides advanced management capabilities along with scalable connectivity. Key Features
Overall, this switch serves a critical role in maintaining efficient data throughput and network reliability. Its performance and management features make it a dependable component in environments where network consistency and speed matter most. |
Use Cases |
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This InfiniBand managed switch is typically deployed in data centers that support high-performance computing clusters, storage arrays, and virtualization platforms. It benefits environments where fast, reliable network fabrics are essential for maintaining workload efficiency and throughput. How It's Used:
By providing stable and high-performance connectivity, this switch helps sustain operational efficiency and supports scaling demands within intensive computational and storage settings. |