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HP 658604-001 1.2TB Multi-Level Cell (MLC) I/O Accelerator Board for BladeSystem c-Class
- Type: I/O Accelerator Board
- Technology: Multi-Level Cell (MLC) NAND Flash
- Capacity: Not specified (typically refers to cache or acceleration)
- Interface: PCIe (likely)
- Form Factor: Mezzanine card for BladeSystem c-Class
- Purpose: Accelerates storage I/O operations
- Enhances application performance
- Designed for high-performance computing and virtualization
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Product Overview
The HP 658604-001 is a Multi-Level Cell (MLC) I/O Accelerator Board designed for HP BladeSystem c-Class servers. It significantly enhances storage I/O performance for demanding workloads.
Technical Information
| Product Type | I/O Accelerator Board |
| Flash Technology | Multi-Level Cell (MLC) |
| Compatibility | HP BladeSystem c-Class |
Additional Specifications
| Function | Storage I/O Acceleration |
| Interface | PCIe (assumed) |
| Form Factor | Mezzanine Card |
Product Description
The HP 658604-001 is a specialized I/O Accelerator Board engineered to boost storage performance within HP's BladeSystem c-Class server infrastructure. This board utilizes Multi-Level Cell (MLC) NAND flash memory technology, which offers a balance of performance, endurance, and cost-effectiveness for accelerating input/output operations. By offloading I/O intensive tasks from the main processors and storage arrays, it significantly reduces latency and increases throughput for storage-bound applications. Designed as a mezzanine card, the 658604-001 integrates directly into the BladeSystem c-Class chassis, providing a high-bandwidth connection, typically via a PCIe interface, to the server blades. This direct integration ensures minimal latency and maximum data transfer rates. The primary function of this accelerator is to enhance the performance of storage-dependent workloads, such as databases, virtualization environments, and high-performance computing (HPC) applications, by providing faster access to data. This I/O Accelerator Board is crucial for organizations looking to maximize the efficiency and responsiveness of their storage infrastructure without necessarily upgrading their entire SAN or NAS. It acts as a high-speed cache or a dedicated I/O processing unit, improving application performance, reducing boot times, and enabling denser server virtualization by alleviating storage bottlenecks. The use of MLC NAND flash provides a robust solution for enterprise environments requiring consistent performance.



