HPE - SSD - Value Endurance - 480 GB - internal - 2.5 SFF - SATA 6Gb/s"
- 480 GB storage capacity for ample data storage
- Data transfer rate of 600 MBps for fast performance
- 2.5" SFF design for compact integration
- Compatible with Serial ATA-600 for easy connectivity
- Value Endurance class for reliable performance
The HPE 480 GB solid state drive enhances your storage experience with speed and efficiency. Featuring a 2.5" SFF form factor, this internal hard drive boasts a data transfer rate of 600 MBps, ensuring quick access to your data for improved productivity. The Serial ATA-600 interface allows for seamless connectivity, making it an ideal choice for personal and professional setups. With its Value Endurance class, this drive is designed to provide a reliable storage solution for various applications.
With a compact form factor of 6.4 cm SFF, this solid state drive saves space and supports enhanced performance in a wide range of environments. Whether used for servers, workstations, or high-performance computing systems, the HPE 480 GB SSD meets diverse requirements while maintaining efficiency and reliability. Upgrade your system with this drive to experience speed and dependable storage capabilities.
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High capacity storage
This solid state drive offers 480 GB of storage, providing ample space for files, applications, and media, catering to personal and professional needs.
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Fast data transfer
The drive supports a data transfer rate of 600 MBps, allowing quick access to data and reducing load times, enhancing overall system responsiveness.
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Compact form factor
With its 2.5" SFF design, this drive is perfect for space-constrained environments, ensuring effortless installation in various applications.
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Efficient interface
Utilizing the Serial ATA-600 interface ensures smooth and efficient data transfer, making integration into existing setups quick and easy.
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Reliable endurance
Designed with Value Endurance in mind, this SSD is built to withstand extensive read and write operations, ensuring longevity and dependability in various use cases.
