HPE P9M81A 1.2TB 10k RPM SAS-12GBPS SED Enterprise Hard New

Self-Encrypting Drive (SED) technology is a type of data security solution that provides encryption of data at rest, which means that data stored on the drive is automatically encrypted without the need for additional software or hardware. This type of encryption helps protect sensitive data from unauthorized access, theft, or loss.

SEDs use hardware-based encryption, which means that the encryption process is built into the drive itself. This provides several advantages over software-based encryption, including faster encryption and decryption speeds, improved performance, and reduced risk of encryption keys being lost or stolen.

One of the key benefits of SED technology is that it provides full disk encryption. This means that all data on the drive is encrypted, including the operating system, applications, and data files. This provides a higher level of security than other encryption methods that only protect specific data or partitions.

Another advantage of SED technology is that it provides improved ease of use. With software-based encryption, administrators must manage encryption keys and perform regular backups to ensure the protection of encrypted data. With SED technology, this is not necessary, as the encryption process is fully automated.

SEDs also offer improved data privacy, as the encryption keys are stored on the drive itself and not in software or on a separate device. This reduces the risk of unauthorized access to the encryption keys and helps ensure that the encrypted data remains protected.

Advanced Error Correction (AEC) is a technology that helps protect data from being lost or corrupted due to disk failures or other types of hardware errors. AEC works by detecting and correcting errors that occur during the storage or retrieval of data, ensuring that the data remains accurate and intact.

One of the key benefits of AEC is that it provides increased data protection, helping to minimize the risk of data loss due to disk failures or other types of hardware errors. This is especially important for organizations that store sensitive or critical data, as data loss can have significant consequences, including downtime, lost productivity, and reduced revenue.

AEC technology works by adding redundant information to the data being stored, which can be used to detect and correct errors. This redundant information is known as an error correction code (ECC), and it helps ensure that the data remains accurate, even if some of the bits are lost or corrupted.

Another advantage of AEC technology is that it provides improved reliability, as it helps to prevent data corruption that can occur due to hardware errors. This can lead to improved system performance and reduced downtime, as data is less likely to be lost or corrupted.

AEC technology is often used in combination with other data protection technologies, such as backup and recovery systems, to provide a comprehensive solution for protecting sensitive data. This helps organizations to ensure that their critical information is protected, even in the event of hardware failures or other types of data loss.

In conclusion, AEC technology is a valuable tool for organizations looking to improve their data protection and ensure that their sensitive or critical data remains accurate and intact. By detecting and correcting errors, AEC helps to minimize the risk of data loss and ensure that systems remain reliable and available.

Fast data transfer is a technology that enables organizations to quickly and efficiently transfer large amounts of data between devices or systems. By providing fast data transfer speeds, organizations can improve their data availability, ensuring that their critical information is accessible and up-to-date.

One of the key benefits of fast data transfer is that it can help organizations to meet their data availability requirements, particularly in environments where real-time data access is critical. This can include industries such as finance, healthcare, and e-commerce, where fast and reliable data access is essential for business operations.

Fast data transfer technology can be implemented using a variety of methods, including high-speed networking technologies, such as Ethernet, Fibre Channel, and Infiniband, or specialized data transfer protocols, such as iSCSI and SCSI. These technologies can provide data transfer speeds of several gigabits per second, allowing organizations to quickly and efficiently transfer large amounts of data.

Another advantage of fast data transfer technology is that it can improve data management efficiency. By enabling organizations to transfer data quickly and efficiently, fast data transfer can help reduce the time and resources required to manage and process data. This can lead to improved system performance and reduced downtime, as data is less likely to be lost or corrupted during the transfer process.

In conclusion, fast data transfer is a valuable technology for organizations looking to improve their data availability and ensure that their critical information is accessible and up-to-date. By providing fast and efficient data transfer speeds, fast data transfer technology can help organizations to meet their data availability requirements and improve their overall data management efficiency.

• Brand Name: HPE
• MPN: P9M81A
• Spare Part Number: 868233-001
• Model Number: ST1200MM0108
• Model Number: ST1200MM0039
• Assembly Number: 868152-001
• SKU : P9M81A
• Type: Hard Drive (Self Encrypting)
• Capacity: 1.2 TB
• Form Factor: 2.5 inch SFF
• Interface: SAS 12Gbps
• Bytes per Sector: 512
• Drive Technology (Fill): Air
• Plug Type: Hot Plug
• Carrier Type: Standard Carrier
• Workload Type: Enterprise
• Features: Self Encryption
• Bundled with: HPE Standard Carrier

• Drive Transfer Rate: 12 Gb/sec (external)
• Spindle Speed: 10K RPM

• Width : 2.8 Inch
• Depth : 3.9 Inch
• Height : 0.6 Inch
• Weight :0.50 lbs

• Interfaces: 1 x SAS 12Gbps
• Compatible Bay: 2.5 inch SFF

Compatibility Information

• HPE Modular Smart Array 2040 Dual Controller SFF Bundle, 2040 FC Dual Controller SFF Bundle, 2040 SAN Dual Controller SFF Bundle, 2040 SAN Dual Controller SFF Bundle Performance Tier, 2040 SAN Dual Controller SFF Storage, 2040 SAS Dual Controller SFF Bundle, 2040 SAS Dual Controller SFF Bundle Performance Tier, 2040 SAS Dual Controller SFF Storage, 2040 SFF Chassis, 2042 SAN Dual Controller SFF Storage, 2042 SAS Dual Controller SFF Storage