The Hitachi Travelstar 7K750 HTS727550A9E364 is a high-performance 500GB laptop hard drive engineered for users who need faster data access, reliable storage, and improved system responsiveness. Featuring a 7200 RPM spindle speed, SATA 3Gb/s interface, and 16MB cache, this 2.5-inch hard drive delivers enhanced performance compared to standard 5400 RPM notebook drives, making it ideal for operating systems, business applications, multimedia storage, gaming laptops, and everyday mobile computing. Its 9.5mm form factor ensures compatibility with a wide range of notebook computers and mobile storage systems.
As part of Hitachi’s trusted Travelstar 7K750 family, the HTS727550A9E364 combines strong performance with dependable reliability and energy-efficient operation. Designed with advanced power management and enhanced shock protection, this drive is built to withstand the demands of mobile environments while maintaining consistent performance. Whether upgrading an existing laptop, replacing a failed drive, or expanding storage in an external enclosure, this Travelstar model offers an excellent balance of speed, capacity, and durability. Specifications for the Travelstar 7K750 series include 7200 RPM performance, SATA connectivity, up to 750GB capacity, and enhanced mobile storage reliability.
Key Features:
- 500GB storage capacity
- 7200 RPM spindle speed for faster data access
- 2.5-inch notebook hard drive form factor
- SATA II 3Gb/s interface
- 16MB cache buffer
- 9.5mm drive height for broad laptop compatibility
- Faster boot times and application loading than typical 5400 RPM drives
- Advanced power management for mobile computing
- Enhanced shock resistance for notebook environments
- Quiet and reliable operation
- Ideal for laptops, mobile workstations, external enclosures, and system upgrades
- Trusted Hitachi Travelstar 7K750 series design for dependable performance
The Travelstar 7K750 platform was developed to provide higher notebook storage performance while maintaining low power consumption, strong durability, and reliable operation in portable computing environments.
