HPE P09092-H21 1.6TB SAS 12G MLC DS SFF SSD

Comprehensive Product Details

Manufacturer Information

• Brand: HPE
• Model Number: P09092-H21
• Product Type: Solid State Drive (SSD)
• SKU: P09092-H21
• Spare Part Number: P09924-001
• Interface Type: SAS-12Gbps

Technical Specifications

• Storage Capacity: 1.6 TB
• Form Factor: 2.5 Inch Small Form Factor (SFF)
• Bytes Per Sector: 512
• Usage Type: Mixed Use (MU)
• Flash Memory Type: Multi-Level Cell (MLC)
• Hot Plug Support: Yes
• Carrier Type: Smart Carrier (SC)
• Firmware Features: Digitally Signed Firmware (DS)
• Included Accessories: HPE SmartDrive Carrier
• Drive Height: 15 mm

Performance Metrics

Transfer Rates

• External Drive Transfer Rate: 12 GB/sec
• Maximum Sequential Read Speed: 1,095 MiB/s
• Maximum Sequential Write Speed: 1,045 MiB/s

Endurance and Lifespan

• Total Lifetime Writes: 8,500 TB
• Endurance Rating (DWPD): 3.0 Drive Writes Per Day

Input/Output Operations

• Average Random Read Latency: 100 µSec
• Average Random Write Latency: 33 µSec
• Random Read IOPS (4KiB, Q=16): 130,000
• Random Write IOPS (4KiB, Q=16): 123,000
• Maximum Random Read IOPS (4KiB): 210,000 @ Q32
• Maximum Random Write IOPS (4KiB): 124,000 @ Q16

Power Requirements

Consumption Metrics

• Idle Power Consumption: 3.00 Watts
• Random Read Power Consumption: 6.30 Watts
• Random Write Power Consumption: 6.30 Watts
• Sequential Read Power Consumption: 5.39 Watts
• Sequential Write Power Consumption: 9.24 Watts
• Random Read/Write Power Consumption: 6.30 Watts
• Maximum Power Draw: 9.24 Watts

Compatibility Details

Supported Systems

• HPE ProLiant BL Series: Compatible with BL460c Gen10 (2.5 Inch)
• HPE ProLiant DL Series:
  • DL325 Gen10 (2.5 Inch)
  • DL325 Gen10 Entry (2.5 Inch)
  • DL325 Gen10 Performance (2.5 Inch)
  • DL325 Gen10 SMB Solution (2.5 Inch)
  • DL360 Gen9 (2.5 Inch)
  • DL385 Gen10 High-Performance (2.5 Inch)
  • DL385 Gen10 Performance (2.5 Inch)
  • DL385 Gen10 Solution (2.5 Inch)
  • DL560 Gen10 (2.5 Inch)
  • DL560 Gen10 Base (2.5 Inch)
  • DL560 Gen10 Entry (2.5 Inch)
  • DL560 Gen10 Performance (2.5 Inch)
  • DL580 Gen10 (2.5 Inch)
  • DL580 Gen10 Base (2.5 Inch)
  • DL580 Gen10 Entry (2.5 Inch)
  • DL580 Gen10 Performance (2.5 Inch)
• HPE ProLiant ML Series:
  • ML110 Gen10 (2.5 Inch)
  • ML110 Gen10 Entry (2.5 Inch)
  • ML110 Gen10 Performance (2.5 Inch)
  • ML110 Gen10 Solution (2.5 Inch)
  • ML30 Gen10 (2.5 Inch)
  • ML30 Gen10 Entry (2.5 Inch)
  • ML30 Gen10 Performance (2.5 Inch)
  • ML30 Gen10 Solution (2.5 Inch)
  • ML30 Gen9 (2.5 Inch)
  • ML30 Gen9 Base (2.5 Inch)
  • ML30 Gen9 Entry (2.5 Inch)
  • ML30 Gen9 Performance (2.5 Inch)
  • ML30 Gen9 Solution (2.5 Inch)
• HPE ProLiant XL Series:
  • XL190r Gen10 (2.5 Inch)
  • XL230k Gen10 Compute Tray (2.5 Inch)
  • XL270d Gen10 (2.5 Inch)
• HPE Synergy:
  • 480 Gen10 Base Compute Module (2.5 Inch)
  • 480 Gen10 Compute Module (2.5 Inch)
  • 480 Gen10 Entry Compute Module (2.5 Inch)
  • 480 Gen10 Performance Compute Module (2.5 Inch)
  • 480 Gen10 Premium Backplane Compute Module (2.5 Inch)
  • 480 Gen10 Standard Backplane Compute Module (2.5 Inch)
  • 480 Gen10 W/O Drives Compute Module (2.5 Inch)

Capacity

The HPE P09092-H21 SSD boasts an impressive capacity of 1.6 TB. This generous storage space allows users to store and access a vast amount of data, making it an ideal choice for businesses and individuals who deal with large files and applications.

Enhanced Performance

With a capacity of 1.6 TB, this SSD enables users to store a significant amount of data without compromising on performance. Traditional hard drives may struggle to maintain optimal speeds when dealing with large files, resulting in slower load times and reduced productivity. However, the HPE P09092-H21 SSD's ample storage capacity ensures that users can enjoy enhanced performance levels without sacrificing storage space.

Increased Productivity

The 1.6 TB capacity of this SSD allows users to conveniently store and access their files, applications, and databases in one place. This eliminates the need for external storage devices and reduces the time spent searching for specific files across multiple drives. With quick and easy access to all their data, users can streamline their workflow, resulting in increased productivity and efficiency.

Seamless Expansion

The significant storage capacity of the HPE P09092-H21 SSD allows for seamless expansion as data requirements grow. Users can store a vast amount of data without worrying about running out of space in the near future. This scalability is particularly beneficial for businesses that anticipate rapid growth or need to accommodate large datasets without having to invest in additional storage solutions.

Interface

The HPE P09092-H21 SSD is equipped with a SAS 12GBPS interface, providing users with high-speed data transfer capabilities. This interface ensures that data can be quickly and efficiently transmitted between the SSD and other devices, resulting in improved overall performance.

Rapid Data Transfer

The SAS 12GBPS interface of the HPE P09092-H21 SSD enables lightning-fast data transfer speeds. This is especially crucial for tasks that involve working with large files or running resource-intensive applications. By minimizing data transfer times, users can complete their tasks more efficiently and effectively.

Reduced Latency

The high-speed SAS 12GBPS interface significantly reduces latency, ensuring minimal delays when accessing or retrieving data from the SSD. This is particularly beneficial for applications that require real-time data processing or large-scale data analysis. Users can experience seamless performance without any noticeable delays, resulting in a smooth computing experience.

Compatibility

The SAS 12GBPS interface is widely supported by various servers, workstations, and storage systems. This ensures compatibility with existing infrastructure, allowing users to seamlessly integrate the HPE P09092-H21 SSD into their current setup. The ability to easily connect and use the SSD with different systems provides flexibility and convenience to users.

Technology

The HPE P09092-H21 SSD utilizes MLC (Multi-Level Cell) technology, offering users a balance between performance, capacity, and cost-effectiveness. MLC technology provides several benefits that make this SSD an excellent choice for various applications and workloads.

Improved Performance

MLC technology enhances the performance of the HPE P09092-H21 SSD by increasing the number of bits stored in each cell. Compared to Single-Level Cell (SLC) technology, MLC enables higher storage density and faster read/write speeds. This results in improved overall performance, allowing users to handle demanding tasks and applications with ease.

Cost-Effectiveness

MLC technology offers a more cost-effective storage solution compared to SLC technology. The increased storage density of MLC allows for higher capacity drives at a lower cost per gigabyte. This makes the HPE P09092-H21 SSD an attractive option for users who require ample storage space without breaking the bank.

Reliability and Endurance

While MLC technology may not match the endurance of SLC, it still provides excellent reliability and endurance for most applications. The HPE P09092-H21 SSD's MLC technology ensures reliable data storage and retrieval, making it suitable for a wide range of workloads. Additionally, HPE implements advanced wear-leveling algorithms to optimize the lifespan of the SSD, further enhancing its durability.

Form Factor

The HPE P09092-H21 SSD features a Small Form Factor (SFF), making it compact and space-efficient. This form factor offers numerous benefits and is particularly advantageous for systems with limited physical space.

Space Optimization

The Small Form Factor of the HPE P09092-H21 SSD allows for efficient use of available space within a system. Whether it's a desktop computer, server, or storage array, the compact size of this SSD ensures that it can be easily integrated without occupying excessive physical space. This is especially beneficial for environments where space is at a premium.

Improved Airflow and Cooling

The compact design of the Small Form Factor SSD promotes improved airflow within a system. With less obstruction from bulky components, air can circulate more freely, aiding in cooling and preventing overheating. This helps maintain optimal operating temperatures, ensuring the longevity and reliability of the SSD.

Flexibility and Compatibility

The Small Form Factor of the HPE P09092-H21 SSD allows for greater flexibility in terms of installation options. It can be easily fitted into various drive bays, slots, or adapters, providing compatibility with different systems and configurations. This versatility ensures that users can integrate the SSD into their existing infrastructure without any compatibility issues.

Dual Port

The HPE P09092-H21 SSD features dual ports, offering redundancy and enhanced data availability. This feature is particularly crucial for mission-critical applications and systems that require continuous operation and fault tolerance.

Redundancy and Data Protection

The dual port configuration of the HPE P09092-H21 SSD provides redundancy, ensuring that data remains accessible even in the event of a port or cable failure. This redundancy protects against potential disruptions or downtime, allowing for uninterrupted access to critical data. Users can have peace of mind knowing that their data is protected and available at all times.

High Availability and Load Balancing

Dual ports enable load balancing, distributing read and write operations across both ports. This helps optimize performance by evenly distributing the workload, preventing any single port from becoming a bottleneck. The high availability provided by the dual port configuration ensures that users can achieve maximum performance and efficiency from the SSD.

Improved Scalability

The dual port capability of the HPE P09092-H21 SSD allows for improved scalability in storage systems. Multiple SSDs with dual ports can be connected to achieve higher capacities and performance levels. This scalability is particularly beneficial for businesses that anticipate future growth or need to accommodate expanding storage requirements.