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740320-B21 - HP 1.65TB Multi-Level Cell (MLC) PCI-Express x8 I/O Accelerator Board
- 1.65TB storage capacity
- Multi-Level Cell (MLC) NAND flash technology
- PCI-Express x8 interface for high-speed connectivity
- Designed to accelerate I/O operations and reduce latency
- Enhances application performance and data throughput
- Enterprise-grade reliability and endurance
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Product Overview
The HP 740320-B21 is a high-performance I/O Accelerator Board designed to significantly boost storage and application performance. Utilizing Multi-Level Cell (MLC) NAND flash technology, it offers a substantial 1.65TB capacity, making it suitable for demanding enterprise workloads. Its PCI-Express x8 interface ensures rapid data transfer speeds, reducing latency and improving overall system responsiveness.
Technical Information
| Capacity | 1.65TB |
| Interface | PCI-Express x8 |
| Flash Type | Multi-Level Cell (MLC) |
Additional Specifications
| Form Factor | PCIe Add-in Card |
| Product Type | I/O Accelerator Board |
Product Description
The HP 740320-B21 represents a significant advancement in storage acceleration technology. By leveraging the high bandwidth of the PCI-Express x8 interface, this I/O accelerator board bypasses traditional storage bottlenecks, delivering unparalleled data access speeds. This translates directly into faster application load times, quicker database queries, and improved overall system performance, especially in environments with heavy I/O demands. The use of Multi-Level Cell (MLC) NAND flash memory provides a balance of performance, endurance, and cost-effectiveness. MLC technology allows for higher data density compared to Single-Level Cell (SLC) NAND, enabling the substantial 1.65TB capacity within a compact form factor. This makes it an ideal solution for servers and workstations that require large amounts of fast, reliable storage for critical applications and data processing. Engineered for enterprise environments, the 740320-B21 is built to withstand rigorous workloads and deliver consistent performance. Its integration into server infrastructure can dramatically improve the efficiency of data-intensive tasks, virtualized environments, and high-performance computing clusters. The board's design focuses on minimizing latency and maximizing throughput, ensuring that applications have the rapid data access they need to operate at peak efficiency.
