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Product Overview |
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The HP 960GB Triple-Level Cell SATA SSD fits into enterprise environments as a reliable, read-focused storage option for servers like the ProLiant DL160 Gen10. It combines significant storage capacity with a form factor and interface designed to keep systems running smoothly and efficiently. |
General Information |
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| Brand | HP |
| Part Number | P19939-B21 |
Technical Information |
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| Capacity | 960GB |
| Memory Technology | Triple-Level Cell (TLC) |
| Form Factor | 2.5-inch |
| Interface | SATA 6GB/s |
| Hot Swappable | Yes |
| Hot Pluggable | Yes |
Physical Characteristics |
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| Weight | 1.10 |
| Condition | Refurbished |
Miscellaneous |
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| Eco Friendly | Yes |
| Compliance Standards | WEEE, RoHS, CE, FCC |
Product Description |
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This HP 960GB TLC SATA SSD is built to provide reliable, read-intensive storage tailored for enterprise servers. It’s commonly used in ProLiant DL160 Gen10 servers where consistent performance and capacity are needed without excessive cost. Often found in data centers and business environments, this drive supports workloads that prioritize fast read operations, making it suitable for applications like virtualization, web services, and database access. Key Features
This solid state drive is typically deployed in mid-range servers where balancing durability and storage density is key. It helps maintain system responsiveness and can be swapped out quickly during maintenance or upgrades. |
Use Cases |
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The HP 960GB TLC SATA SSD is typically deployed in enterprise server environments where read-intensive workloads demand reliable and efficient storage solutions. It is particularly suited for IT professionals managing ProLiant DL160 Gen10 servers in data centers requiring balanced cost and performance. How It's Used:
This SSD enhances operational efficiency by delivering stable read performance and hot-pluggable convenience, facilitating scalable storage upgrades without disrupting system availability. Its design supports IT infrastructure that demands a balance between cost-effectiveness and sustained throughput in read-heavy scenarios. |