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Product Overview |
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The P20015-S21 HP 960GB Triple-Level Cell PCI Express NVMe x4 Read Intensive 2.5-inch Solid State Drive delivers high-capacity storage optimized for environments requiring quick read access. It fits well within enterprise and data center setups where stable performance and efficient data handling are essential. |
General Information |
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| Brand | HP |
| Part Number | P20015-S21 |
Technical Information |
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| Capacity | 960GB |
| Memory Technology | Triple-Level Cell (TLC) |
| Form Factor | 2.5-inch |
| Interface | PCIe Gen 3.0 x4 |
| Hot Swappable | Yes |
| Hot Pluggable | Yes |
Physical Characteristics |
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| Weight | 1.10 |
| Condition | Refurbished |
Product Description |
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This 960GB solid state drive leverages Triple-Level Cell (TLC) NAND technology to offer a balance between capacity and performance. It is built for read-intensive tasks, making it suitable for environments where quick access to data is critical. Often found in enterprise servers and data centers, the P20015-S21 is designed to handle heavy read operations such as database querying, virtual desktop infrastructure, and content delivery. IT professionals and system administrators benefit from its reliability and speed when managing large data sets. Key Features
This SSD is typically deployed in enterprise storage arrays or servers where fast read speeds improve overall system responsiveness. It plays a crucial role in maintaining smooth access to frequently used data without the bottlenecks common in traditional storage. |
Use Cases |
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The HP 960GB TLC PCIe NVMe x4 Read Intensive 2.5-inch SSD is designed for deployment in environments where rapid data retrieval is critical, but write operations are less frequent. Ideal for IT professionals managing infrastructure that demands quick access to large datasets without the need for heavy write cycles. How It's Used:
This SSD supports operational efficiency by providing consistent read speeds that help reduce latency in data retrieval tasks. Its form factor and interface compatibility enable scalable integration into existing infrastructure while maintaining reliable performance under sustained read-intensive workloads. |