HPE P09847-001 960GB SATA 6GBPS SSD Read Intensive Low Bulk

In the ever-evolving landscape of data storage, Hewlett Packard Enterprise (HPE) stands at the forefront, consistently introducing cutting-edge solutions. The HPE P09847-001, a 960 Gigabyte (GB) Serial Advanced Technology Attachment (SATA) Solid State Drive (SSD), takes center stage with its impressive features. This comprehensive overview delves into the intricacies of this storage powerhouse, exploring its specifications, applications, and the technology that propels it forward.

The HPE P09847-001 is a 3.5-inch form factor SSD, designed to fit seamlessly into modern data storage infrastructures. Its capacity of 960GB makes it suitable for a wide range of applications, from enterprise-level data centers to high-performance computing environments. The integration of Serial-Attached SCSI (SAS) technology ensures a robust and reliable connection, while the 6GBPS transfer rate signifies high-speed data transfer capabilities.

At the heart of the P09847-001 is its robust storage capacity of 960GB. This substantial storage space caters to a spectrum of applications, from data-intensive tasks to critical business operations. The balance between capacity and performance positions it as a versatile storage solution.

The SATA interface is the backbone of the P09847-001, facilitating seamless connectivity to various devices. SATA is a widely adopted standard for connecting storage devices to motherboards, ensuring compatibility across a range of systems. This interface underscores the drive's versatility and ease of integration.

Operating at a speed of 6 Gigabytes Per Second (GBPS), the P09847-001 promises swift data transfers. This high-speed connectivity is pivotal for meeting the demands of modern applications, where quick access to data is a non-negotiable requirement. Whether in servers or storage arrays, the 6GBPS speed translates to enhanced overall system performance.

The Read Intensive designation characterizes the P09847-001 as a specialized SSD tailored for workloads with a predominant focus on read operations. This makes it particularly adept at applications and scenarios where rapid data retrieval is a priority, such as content delivery networks, virtualization environments, and read-heavy databases.

The 3.5-inch Small Form Factor (SFF) of the drive strikes a balance between compact design and ample storage capacity. This form factor ensures compatibility with various server and storage configurations, making it a versatile choice for diverse deployment scenarios.

At the core of the P09847-001's stellar performance is NAND flash technology. This non-volatile storage technology ensures data retention even when the power is turned off. The use of NAND flash contributes to faster data access times, lower latency, and increased reliability compared to traditional storage solutions.

Wear leveling is a crucial aspect of SSD technology, ensuring that write and erase cycles are distributed evenly across the storage cells. The P09847-001 employs advanced wear leveling algorithms, extending the lifespan of the SSD and enhancing its endurance. This is particularly beneficial in read-intensive scenarios where consistent performance over the long term is paramount.

Data integrity is a top priority, and the P09847-001 addresses this with Power Loss Protection. In the event of an unexpected power loss, this feature ensures that any data in transit is written to the drive, preventing data corruption or loss. This is especially critical in enterprise environments where uninterrupted operation is a must.

The P09847-001 incorporates sophisticated error correction mechanisms to safeguard data against potential errors or corruption. This proactive approach to data protection ensures the reliability of stored information, contributing to the drive's overall dependability.

The P09847-001 is engineered for optimal performance, with its 6GBPS SATA interface and read-intensive design. This combination ensures that read-heavy workloads, common in applications like virtualization and content delivery, are handled efficiently. The result is a storage solution that meets the demands of today's high-performance computing environments.

The integration of advanced wear leveling and NAND flash technology enhances the drive's endurance. This is particularly advantageous in scenarios where the drive is subjected to constant read-intensive operations. The drive's ability to manage wear and tear effectively contributes to its longevity and sustained performance.

The 3.5-inch Small Form Factor adds a layer of versatility to the P09847-001. It fits seamlessly into various server and storage configurations, offering flexibility in deployment. Whether it's part of a high-density server environment or a storage array, the drive's form factor ensures compatibility across different infrastructures.

The inclusion of features like Power Loss Protection, error correction, and data protection mechanisms underscores the drive's commitment to maintaining data integrity. In mission-critical applications, where the slightest data corruption can have severe consequences, these features provide an extra layer of assurance.

The Read Intensive designation makes the P09847-001 well-suited for applications characterized by frequent read operations. This specialization allows it to excel in scenarios where quick access to stored data is essential. Content delivery networks, virtualized environments, and read-heavy databases stand to benefit from the drive's targeted design.

Content Delivery Networks (CDN)

In Content Delivery Networks, speed is of the essence. The P09847-001's read-intensive design and high-speed SATA interface make it an ideal choice for CDN architectures. Quick access to cached content ensures faster content delivery, reducing latency and improving overall user experience.

Virtualization Environments

Virtualized environments demand storage solutions that can keep up with the dynamic nature of virtual machines. The P09847-001, with its read-intensive specialization, is well-suited for virtualization workloads where read operations are prevalent. This translates to improved performance in virtualized applications and databases.

Read-Heavy Databases

Databases with a focus on read-heavy operations can benefit significantly from the P09847-001. Its read-intensive design ensures that database queries are executed swiftly, contributing to enhanced database performance. This is crucial in scenarios where quick data retrieval is a key requirement.

Enterprise Servers

In enterprise server environments, where a balance of performance and reliability is essential, the P09847-001 shines. Its compatibility with various server configurations and its ability to handle read-intensive workloads make it a valuable asset in data centers supporting critical business operations.

Storage Arrays

The drive's 3.5-inch Small Form Factor makes it suitable for integration into storage arrays. Whether as part of a high-capacity storage solution or a backup system, the P09847-001's versatility ensures it can adapt to different storage array architectures.

• Manufacturer: HPE
• Part Number or SKU# P09847-001
• Device Type: Solid State Drive (SSD)
• Interface: 960GB

• Capacity: 960 GB
• Form Factor: 3.5-inch LFF
• Interface: SATA 6Gbps
• NAND Flash Memory Type: Triple-Level Cell (TLC)
• Connectivity: Single Port
• Plug Type: Hot Pluggable
• Carrier Type: Low Profile Converter (LPC)
• Workload Type: Read Intensive
• Features: Digitally Signed Firmware (DS)

• Random Reads: Up To 65000 IOPS
• Random Writes: Up To 29000 IOPS
• Sequential Reads: Up To 535 MBPS
• Sequential Writes: Up To 495 MBPS

• Idle Time: 1.23 Watt
• Random Read: 2.33 Watt
• Random Write: 2.33 Watt
• Sequential Read: 1.93 Watt
• Sequential Write: 2.63 Watt
• Random Read/Write: 2.33 Watt
• Maximum: 2.63 Watt

DL180 Gen10 (3.5 Inch)

• The DL180 Gen10 supports the 3.5-inch form factor, providing a balance between storage capacity and server density.

DL180 Gen10 Entry (3.5 Inch)

• The entry-level variant of the DL180 Gen10 also supports the 3.5-inch form factor, catering to businesses with varying storage needs.

DL325 Gen10 Series (3.5 Inch)

• DL325 Gen10 (3.5 Inch)
• DL325 Gen10 Base (3.5 Inch)
• DL325 Gen10 Entry (3.5 Inch)
• DL325 Gen10 Performance (3.5 Inch)
• DL325 Gen10 SMB Solution (3.5 Inch)
• DL325 Gen10 Solution (3.5 Inch)
• The DL325 Gen10 series in the 3.5-inch form factor provides flexibility for different performance and storage requirements.

ML110 Gen10 Series (3.5 Inch)

• ML110 Gen10 (3.5 Inch)
• ML110 Gen10 Entry (3.5 Inch)
• ML110 Gen10 Performance (3.5 Inch)
• ML110 Gen10 Solution (3.5 Inch)
• The ML110 Gen10 series supports the 3.5-inch form factor, catering to various deployment scenarios from entry-level to performance-oriented applications.

ML30 Gen10 Series (3.5 Inch)

• ML30 Gen10 (3.5 Inch)
• ML30 Gen10 Entry (3.5 Inch)
• ML30 Gen10 Performance (3.5 Inch)
• ML30 Gen10 Solution (3.5 Inch)
• The ML30 Gen10 series in the 3.5-inch form factor provides a range of options for businesses with different storage and performance needs.

ML350 Gen10 Series (3.5 Inch)

• ML350 Gen10 (3.5 Inch)
• ML350 Gen10 Base (3.5 Inch)
• ML350 Gen10 Entry (3.5 Inch)
• ML350 Gen10 High Performance (3.5 Inch)
• ML350 Gen10 Performance (3.5 Inch)
• ML350 Gen10 SMB (3.5 Inch)
• ML350 Gen10 Solution (3.5 Inch)
• ML350 Gen10 Special Server (3.5 Inch)
• ML350 Gen10 Sub-Entry (3.5 Inch)
• The ML350 Gen10 series in the 3.5-inch form factor is highly versatile, offering options for different performance levels and storage capacities to meet diverse business requirements.

Finally, the HPE P09847-001 960GB SATA SSD emerges as a powerful and versatile storage solution with a focus on Read Intensive workloads. Its combination of substantial storage capacity, high-speed SATA interface, and optimized performance for read operations positions it as a reliable choice for a variety of applications. Whether deployed in enterprise-level storage solutions, high-performance computing environments, or applications with consistent read-heavy workloads, the P09847-001 offers the performance, reliability, and versatility required in today's dynamic IT landscape.