P10444-B21 HPE 3.84TB SAS SSD RI 12GBPS SFF Sc Hot Swap

The HPE P10444-B21 3.84TB SAS-12GBPS RI SSD

The HPE P10444-B21 is a high-performance 3.84TB SSD specifically designed for enterprise-grade storage solutions. It utilizes SAS 12Gbps interface technology, providing fast, reliable, and consistent read-intensive performance for demanding workloads. Available in Small Form Factor (SFF) with SC Hot Swap capabilities, it is an ideal choice for data centers, high-performance servers, and enterprise storage arrays. This category offers a range of SSDs that balance capacity, speed, and reliability for professional IT environments.

Features of the HPE P10444-B21 SSD

High-Capacity Storage Solutions

With a total capacity of 3.84TB, the HPE P10444-B21 SSD provides ample storage for data-intensive applications, including virtualization, analytics, and database workloads. Enterprises can benefit from consolidated storage systems that reduce physical footprint without compromising performance.

Advanced SAS-12Gbps Interface

The 12Gbps SAS interface ensures high-speed data transfer rates, improving efficiency in multi-user environments. Read-intensive workloads, such as OLTP, data warehousing, and content delivery, are optimized with the HPE P10444-B21 SSD. The SAS interface also supports dual-port connectivity for redundancy and failover capabilities.

Read-Intensive Design for Enterprise Workloads

Engineered for read-intensive applications, this SSD is ideal for scenarios where frequent reading of large datasets occurs. The drive's endurance, optimized for read-heavy tasks, extends its lifecycle while ensuring consistent performance under high I/O operations.

Small Form Factor (SFF) Compatibility

The SFF 2.5-inch form factor allows seamless integration into modern servers and storage enclosures. Its compact design supports dense storage configurations, enabling data centers to maximize storage capacity within limited rack space. Hot-swappable capabilities further enhance maintenance efficiency without system downtime.

Performance and Reliability

HPE P10444-B21 SSDs deliver exceptional performance with low latency and high IOPS. With sequential read speeds optimized for SAS 12Gbps, these drives can handle large datasets quickly, improving application responsiveness and reducing bottlenecks. Random read operations are also enhanced, making the SSD suitable for databases, virtual desktop infrastructure (VDI), and other read-intensive environments.

Durability and Endurance

These SSDs are engineered with robust NAND flash memory technology, capable of handling high read workloads over extended periods. Endurance ratings ensure that even with intensive usage, the drive maintains performance consistency, reducing the need for frequent replacements.

Server and Storage System

The HPE P10444-B21 is compatible with a broad range of HPE ProLiant servers, storage arrays, and other enterprise-grade equipment. Its SFF design and hot-swappable functionality allow easy deployment and replacement without interrupting system operations.

Hot-Swap

Hot-swappable drives enable IT administrators to replace or upgrade SSDs without shutting down the system. This reduces downtime, enhances operational efficiency, and ensures continuous service delivery in critical environments.

High-Performance Computing (HPC)

HPC environments rely on consistent read performance for simulation, modeling, and scientific computations. The HPE P10444-B21 provides the throughput and reliability required to maintain data-intensive operations without slowdowns.

Read-Intensive SSDs

These drives, including the HPE P10444-B21, are designed for workloads dominated by read operations. They provide high IOPS, low latency, and long-lasting reliability for virtualized and database-intensive environments.

Mixed-Use SSDs

Mixed-use SSDs support both read and write-intensive tasks, balancing performance and endurance. They are suitable for environments where frequent data updates coexist with read-heavy workloads.

Write-Intensive SSDs

Write-intensive SSDs are optimized for applications requiring frequent and high-volume data writing, such as caching, logging, and big data analytics. They feature higher endurance and robust error correction for heavy write cycles.