HPE BF07285A36 Ultra320 SCSI 72.8GB 15K RPM HDD.

Interface: Ultra320 SCSI

The HPE BF07285A36 Hard Drive features the Ultra320 SCSI interface, which is a high-performance interface designed for enterprise-level storage systems. This interface offers several benefits and advantages for users, making it an essential feature for those looking for reliable and efficient storage solutions.

High Data Transfer Rates

One of the key benefits of the Ultra320 SCSI interface is its ability to provide high data transfer rates. With a maximum transfer rate of 320 MB/s, this interface ensures faster and more efficient data transmission between the hard drive and the system. This is especially important for businesses and organizations that deal with large amounts of data on a daily basis, as it allows for quicker access to critical information and improved overall productivity.

Improved Scalability

The Ultra320 SCSI interface also offers improved scalability, allowing users to easily expand their storage capacity as their needs grow. This interface supports a large number of devices in a single chain, making it ideal for environments that require multiple hard drives to be connected together. The ability to add more drives without compromising performance or stability is crucial for businesses that anticipate future growth and need flexible storage solutions.

Enhanced Reliability

Reliability is a crucial factor when it comes to storage solutions, especially in enterprise-level environments where data integrity is paramount. The Ultra320 SCSI interface provides enhanced reliability through features such as error detection and correction mechanisms, ensuring that data is transferred accurately and without any corruption. This helps to minimize the risk of data loss or corruption, giving users peace of mind knowing that their critical data is safe and secure.

Wide Compatibility

The Ultra320 SCSI interface has wide compatibility with various operating systems and hardware platforms, making it a versatile choice for users. Whether you are using a Windows, Linux, or UNIX-based system, or working with different server configurations, the Ultra320 SCSI interface is designed to work seamlessly across different environments. This compatibility ensures that users can easily integrate the HPE BF07285A36 Hard Drive into their existing infrastructure without any compatibility issues or additional configurations.

Capacity: 72.8GB

The HPE BF07285A36 Hard Drive offers a capacity of 72.8GB, providing users with ample storage space for their data and applications. This capacity is especially beneficial for users who require fast access to large volumes of data or need to store resource-intensive applications on their hard drive.

Ample Storage Space

With a capacity of 72.8GB, users have plenty of room to store their important data, documents, multimedia files, and applications. This is particularly advantageous for businesses that deal with large databases or multimedia content, as it allows for quick and easy access to the required information without the need for external storage devices.

Efficient Data Organization

The large capacity offered by the HPE BF07285A36 Hard Drive enables users to efficiently organize their data. With ample storage space, users can create logical partitions or allocate specific areas for different types of data, ensuring efficient data management and easy retrieval when needed. This organization helps to optimize workflow and minimize time spent searching for specific files or information.

Scalability and Future-Proofing

The 72.8GB capacity of this hard drive also ensures scalability and future-proofing for users. While this may seem like a substantial capacity now, it is important to consider future needs and potential growth. By choosing a hard drive with a larger capacity upfront, users can avoid the hassle of frequent upgrades or replacements as their storage requirements increase over time.

Optimized Performance

The capacity of 72.8GB strikes a balance between storage space and performance. With a larger capacity, users can store more data without sacrificing the overall performance of their system. This is particularly important for applications that require fast access to data, such as multimedia editing or database management. The HPE BF07285A36 Hard Drive ensures that users can maintain optimal performance while still having sufficient storage space for their needs.

Speed: 15K-RPM

The HPE BF07285A36 Hard Drive boasts a rotational speed of 15,000 revolutions per minute (RPM), making it a high-performance storage solution for users who require fast and responsive data access.

Rapid Data Access

The 15K-RPM rotational speed of this hard drive enables rapid data access. With faster spinning platters, the read/write heads can access the required data more quickly, resulting in reduced latency and improved overall system responsiveness. This is especially beneficial for applications that demand real-time data processing or require quick retrieval of information.

Enhanced I/O Performance

Higher rotational speed directly correlates with increased input/output (I/O) performance. The 15K-RPM speed of the HPE BF07285A36 Hard Drive ensures faster data transfer rates, which is crucial for applications that rely heavily on I/O operations, such as databases or virtualization environments. This enhanced I/O performance translates into improved application performance and reduced processing times.

Reduced Access Time

Access time refers to the time taken by the hard drive to locate and retrieve requested data. The 15K-RPM speed significantly reduces access time compared to slower drives, resulting in quicker retrieval of data from the disk. This is particularly important for users who work with large files or applications that require frequent access to different parts of the disk. The reduced access time ensures a smoother user experience with minimal waiting periods.

Optimized Sequential and Random Read/Write Performance

The high rotational speed of 15K-RPM contributes to optimized sequential and random read/write performance. Sequential read/write operations involve accessing data in a continuous manner, while random read/write operations involve accessing data in a non-sequential manner. The HPE BF07285A36 Hard Drive excels in both types of operations, ensuring efficient data transfer for various applications and workloads.

Connector: 80-pin LVD

The HPE BF07285A36 Hard Drive features an 80-pin Low Voltage Differential (LVD) connector, which offers several benefits in terms of reliability, compatibility, and ease of use.

Enhanced Signal Integrity

The 80-pin LVD connector provides enhanced signal integrity compared to other connector types. LVD technology minimizes signal degradation and interference, ensuring reliable and error-free data transmission between the hard drive and the system. This improved signal integrity is especially important for enterprise-level environments where data integrity is crucial.

Wide Compatibility

The 80-pin LVD connector is widely compatible with various server and storage systems. It ensures seamless integration with different hardware configurations, allowing users to easily connect the HPE BF07285A36 Hard Drive to their existing infrastructure without any compatibility issues or additional adapters. This compatibility ensures that users can leverage the benefits of this hard drive without the need for extensive modifications.

Ease of Use

The 80-pin LVD connector offers ease of use and installation. Its plug-and-play nature allows for quick and hassle-free installation, saving users valuable time and effort. Additionally, the connector's design ensures a secure and reliable connection, minimizing the risk of accidental disconnections or data loss.

Support for Long Cable Lengths

The 80-pin LVD connector supports longer cable lengths compared to other connector types. This is particularly advantageous for large-scale storage systems or setups that require the hard drive to be located further away from the system. The longer cable lengths supported by the 80-pin LVD connector offer flexibility in terms of physical placement and ensure optimal connectivity without compromising performance.