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HP AB291A PCI-X 12 x Ports 4X InfiniBand Copper Switch
- 12 x 4X InfiniBand Ports
- Copper interconnects
- PCI-X interface
- High-bandwidth networking
- Low-latency communication
- Designed for cluster computing
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Product Overview
The HP AB291A is a PCI-X InfiniBand switch equipped with 12 x 4X copper ports. It is engineered for high-speed, low-latency interconnectivity in demanding computing environments.
Technical Information
| Product Type | InfiniBand Switch |
| Number of Ports | 12 x 4X |
Additional Specifications
| Interface Type | InfiniBand Copper |
| Bus Type | PCI-X |
Product Description
The HP AB291A is a specialized network switch designed to provide high-performance connectivity for demanding applications, particularly within High-Performance Computing (HPC) clusters and research environments. It utilizes the InfiniBand architecture, known for its superior low-latency and high-bandwidth characteristics, which are essential for efficient parallel processing and data-intensive workloads. The switch features twelve 4X InfiniBand ports, offering substantial connectivity for linking multiple compute nodes, storage arrays, or other InfiniBand-enabled devices. This particular model employs copper cabling for its InfiniBand connections, which is typically suitable for shorter distances within a data center or server rack. Copper InfiniBand offers a balance of performance and cost-effectiveness for these scenarios. The integration of a PCI-X interface ensures compatibility with servers and systems that employ this high-speed expansion bus, common in enterprise-grade hardware of the period when this switch was prevalent. The AB291A facilitates rapid data exchange and communication between nodes in a cluster, enabling applications to scale effectively and achieve maximum computational throughput. Its role is crucial in environments where minimizing communication overhead and maximizing data transfer speeds are critical for achieving desired performance metrics. This switch is a key component for building powerful and responsive distributed computing systems.
