About HDS 3276139-C DF-F800-AVE1K 1T 7.2K 3.5 SATA Server Hard Drive
The
HDS 3276139-C DF-F800-AVE1K 1T 7.2K 3.5 SATA Server Hard Drive is a high-capacity storage solution tailored for enterprise environments that require robust and reliable data storage. With a storage capacity of 1TB and a rotational speed of 7,200 RPM, this hard drive is designed to handle extensive data loads while ensuring consistent performance. The 3.5-inch SATA interface provides a balance of capacity, speed, and reliability, making it an ideal choice for servers, data centers, and other enterprise applications.
Specifications
| Specification |
Details |
| Brand |
HDS (Hitachi Data Systems) |
| Model |
3276139-C |
| Capacity |
1TB |
| Interface |
SATA (Serial ATA) |
| Rotational Speed |
7,200 RPM |
| Form Factor |
3.5-inch |
| Application |
Enterprise Storage, Servers |
High Capacity Storage
The
HDS 3276139-C hard drive offers a substantial storage capacity of 1TB, making it suitable for storing large volumes of data. This capacity, combined with its 7,200 RPM speed, ensures that data is stored and retrieved efficiently, providing a seamless experience in high-demand environments.
Reliable SATA Interface
Equipped with a SATA interface, this hard drive offers dependable connectivity and high data transfer rates, ensuring that it meets the demands of enterprise storage solutions. The SATA interface is known for its ease of integration and reliable performance, making this hard drive a versatile choice for various server setups.
Engineered for Enterprise Use
The
HDS 3276139-C is engineered for use in enterprise environments where reliability and performance are critical. It is ideal for use in servers and data centers, providing the storage capacity and speed needed to keep enterprise applications running smoothly.
Cost-Effective Storage Solution
With its combination of capacity, speed, and reliability, the
HDS 3276139-C DF-F800-AVE1K 1T 7.2K 3.5 SATA Server Hard Drive offers a cost-effective solution for businesses looking to expand their storage infrastructure without compromising on performance.
