QK555AA HP 1TB 7.2K RPM SATA 6GB P/S Ncq Smart IV Hard Drive. New Retail Factory Sealed With Full Manufacturer Warranty.

Price: ₹21,000 - ₹11,999.00
(as of Jul 11, 2026 17:45:11 UTC – Details)

Upgrade your desktop storage with the HP QK555AA 1TB 3.5-inch Internal Hard Disk Drive designed for reliable everyday computing and business desktop performance. Featuring 7200 RPM speed and SATA 6Gb/s interface, this Original HP internal HDD delivers stable data transfer, fast system response and dependable storage for documents, media, office work and backups. Built for desktop PCs and compatible HP systems, this 1TB storage drive offers efficient performance with long-term durability and low power consumption. Ideal for upgrading existing desktops or replacing failed hard drives in home and office PCs.
Generous Storage Capacity: Features 1TB of storage space to accommodate your documents, media files, applications, and backup data
Standard Desktop Form Factor: 3.5-inch internal hard drive designed specifically for desktop PC installations and upgrades
High-Performance Speed: 7200 RPM rotational speed ensures fast data access and responsive system performance for everyday computing tasks
Advanced Interface Technology: SATA 6Gb/s high-speed interface provides efficient data transfer rates and seamless connectivity with modern desktop systems
Authentic HP Component: Original HP Desktop Storage Drive engineered to meet HP quality standards and compatibility requirements
Versatile Computing Solution: Reliable everyday computing and backup solution for home and business desktop environments
Desktop Upgrade Compatible: Suitable for desktop PC upgrade and replacement applications across compatible HP and standard desktop systems
Extended Protection Coverage: Includes 3 Years Warranty for long-term peace of mind and product support
Enhanced Performance Features: 32MB cache memory with NCQ and SMART IV technology for optimized performance and drive health monitoring
Energy Efficient Design: Low power consumption operation ensures efficient energy usage while maintaining reliable storage performance