Unidad de estado sólido interna Lenovo 4XB7A82290 960 GB 2,5 pulgadas Serial ATA III 3D TLC NAND

The Lenovo 960 GB 2.5" SATA III SSD (model 4XB7A82290) is an internal drive for servers and workstations that delivers mixed read-write performance and enhanced endurance. Based on enterprise-class design principles and compatible with SATA III interfaces, this 2.5" 960 GB SSD uses 3D TLC NAND to provide reliable storage capacity for demanding applications and multitasking environments. It is suitable for data center and business use where cost-effective capacity and consistent performance are required.

Advantages

This 2.5" SATA III SSD offers a balance of performance and endurance suitable for mixed workload scenarios. The 960 GB capacity provides increased storage density in a standard 2.5" form factor while the SATA III interface ensures broad compatibility with existing server and workstation platforms. Constructed with 3D TLC NAND and enterprise-class design, the drive supports reliable operation and long-term data retention in business environments.

Suitable for

• Servers and workstations requiring higher-capacity SATA SSDs
• Mixed read-write workloads in data centers
• Business applications and multitasking environments
• System upgrades where a 2.5" SATA form factor is required

Key specifications

• Capacity: 960 GB
• Form factor: 2.5"
• Interface: SATA III
• NAND type: 3D TLC
• Weight: 0.07 kg
• Manufacturer part number (MPN): 4XB7A82290
• EAN: 0889488633814

How to use

Install the SSD in any compatible 2.5" drive bay or mounting adapter and connect it to a SATA III port on the host system. Initialize, partition, and format the drive using the operating system or storage management tools as required by your deployment. For servers, follow your platform vendor’s installation and hot-swap guidelines. Use the drive for primary storage, caching layers, or as a replacement for existing SATA drives to improve responsiveness and throughput.

Recommendations

For best results, ensure firmware is up to date and monitor drive health using vendor diagnostic tools. Use the drive in environments matching its endurance and workload rating; for heavy random-write or extremely write-intense workloads, consider confirming endurance requirements against workload characteristics.