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HP 450699-B21 Voltaire InfiniBand 288 x Ports DDR Rev B Switch Chassis
- Voltaire InfiniBand Switch Chassis
- 288 x InfiniBand ports
- DDR (Double Data Rate) speed support
- Rev B model designation
- Designed for high-performance computing (HPC) clusters
- Enables low-latency, high-bandwidth communication
- Supports advanced fabric management features
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Product Overview
The HP 450699-B21 is a Voltaire InfiniBand switch chassis, specifically the Rev B model, designed for high-performance computing (HPC) environments. It supports 288 ports operating at DDR (Double Data Rate) speeds, enabling extremely fast interconnectivity for clusters.
Technical Information
| Product Type | InfiniBand Switch Chassis |
| Manufacturer | HP (Voltaire) |
| Model | Rev B |
| Ports | 288 x InfiniBand |
Additional Specifications
| Speed | DDR (Double Data Rate) |
| Application | High-Performance Computing (HPC) |
| Form Factor | Chassis |
Product Description
The HP 450699-B21, a Voltaire InfiniBand switch chassis, represents a critical component in building high-performance computing (HPC) clusters. This Rev B model is engineered to provide the extremely low latency and high bandwidth required for demanding parallel processing tasks. With a substantial 288 InfiniBand ports, it facilitates dense and efficient interconnectivity between compute nodes, storage systems, and other devices within an HPC environment. Operating at DDR (Double Data Rate) speeds, this switch chassis ensures that data can be transmitted rapidly between connected systems. This is crucial for applications that involve large datasets and complex computations, such as scientific simulations, financial modeling, and big data analytics. The InfiniBand architecture is specifically optimized for such workloads, offering superior performance compared to traditional Ethernet networks in terms of latency and throughput. As a chassis-based solution, the 450699-B21 likely supports modular expansion and advanced fabric management capabilities. This allows administrators to configure, monitor, and optimize the network fabric for maximum performance and reliability. Its deployment is typically found in supercomputing centers and research institutions where achieving the highest possible computational speeds is paramount.
