P49049-X21 HPE 1.6TB DS SFF SAS-24GBPS BC Mixed Use G10+ SSD

The HPE P49049-X21 1.6TB DS SFF SAS-24GBPS BC MU G10+ SSD

The HPE P49049-X21 1.6TB DS SFF SAS-24GBPS BC Mixed Use G10+ SSD is a high-performance solid-state drive designed specifically for enterprise storage environments. Built to provide both speed and reliability, this SSD offers a perfect balance between capacity, endurance, and energy efficiency. It is optimized for mixed-use workloads, allowing data centers to achieve higher storage efficiency while minimizing latency and maximizing I/O performance. Leveraging HPE's advanced storage technology and SAS-24GBPS interface, the P49049-X21 ensures seamless integration with HPE Gen10+ servers and storage systems.

Key Features of the HPE P49049-X21 SSD

High Capacity Storage for Enterprise Applications

With a total storage capacity of 1.6TB, the HPE P49049-X21 SSD is ideal for applications that require large-scale storage without compromising performance. Its small form factor (SFF) allows easy deployment in dense storage environments, providing enterprises with flexible options for data storage expansion. This makes it an excellent choice for databases, virtualization, cloud computing, and analytics workloads.

Mixed-Use Design for Versatile Workloads

The HPE P49049-X21 is classified as a Mixed Use SSD, meaning it is engineered to handle both read-intensive and write-intensive operations efficiently. Unlike read-optimized SSDs, mixed-use drives provide better endurance, allowing consistent performance over time. This makes it suitable for a variety of workloads including transactional databases, virtual desktop infrastructure (VDI), and high-performance computing (HPC) applications.

SAS 24Gbps Interface for Ultra-Fast Data Transfer

Equipped with the SAS-24GBPS interface, this SSD delivers ultra-fast data transfer rates. The high-speed SAS interface ensures low latency, stable connectivity, and high IOPS performance, enabling enterprises to accelerate mission-critical applications and optimize storage throughput. This is particularly advantageous in environments that require real-time data processing and low-latency responses.

Reliability and Endurance in Enterprise

Enterprise SSDs must endure intensive workloads while maintaining data integrity. The HPE P49049-X21 SSD is designed with advanced error correction mechanisms and robust firmware, ensuring high reliability and long lifespan. It supports endurance-intensive workloads, making it suitable for storage arrays in HPE Gen10+ servers, data centers, and other enterprise storage infrastructure.

Sequential and Random Read/Write Speeds

The HPE P49049-X21 SSD delivers impressive sequential and random read/write performance, enabling rapid access to large files and small random data blocks alike. Sequential read speeds are optimized to reduce delays in bulk data transfers, while random read/write operations are designed to handle complex workloads efficiently.

Endurance and Reliability

Terabytes Written (TBW) and Drive Writes Per Day (DWPD)

The HPE P49049-X21 SSD is engineered to deliver high endurance with impressive TBW ratings, ensuring it can handle sustained write operations over its lifespan. Drive Writes Per Day (DWPD) specifications indicate the SSD’s ability to maintain performance consistency even in highly transactional environments. This makes it ideal for data centers requiring high reliability for mission-critical applications.

Advanced Error Correction and Data Protection

Advanced error correction codes (ECC) and background media scanning technology are implemented in this drive to detect and correct data errors proactively. The SSD also supports power-loss protection mechanisms to prevent data corruption during unexpected outages. These features enhance overall data integrity and ensure uninterrupted service availability.

Seamless Integration with HPE Systems

Designed for HPE Gen10+ servers, the P49049-X21 SSD integrates seamlessly with HPE storage arrays, enhancing overall infrastructure performance. Compatibility with HPE Smart Storage features ensures simplified management, monitoring, and deployment. IT teams can utilize HPE’s management software to easily monitor drive health, performance metrics, and firmware updates.

Transactional Databases and High-Performance Computing

For transactional databases and high-performance computing (HPC) applications, the P49049-X21 provides the necessary endurance and speed to handle continuous read/write operations. It ensures that critical data is processed quickly, minimizing delays and supporting real-time analytics and business intelligence operations.

Data Center and Enterprise Storage

Enterprise storage systems rely on high-performance, reliable drives to support large-scale storage needs. The HPE P49049-X21 SSD is optimized for mixed-use workloads, making it suitable for storage arrays, RAID configurations, and high-density server environments. Its hot-swappable design and small form factor further enhance operational flexibility in data centers.

HPE Mixed-Use SSDs

This category includes SSDs designed for balanced performance in read and write operations. Mixed-use SSDs provide flexibility for workloads that vary between intensive read tasks and frequent write operations. HPE’s mixed-use SSDs, including the P49049-X21, are ideal for database servers, virtualization clusters, and cloud environments.

Enterprise SAS SSDs

Enterprise SAS SSDs offer high-speed connectivity and reliability for mission-critical applications. They are designed to handle intensive workloads, maintain low latency, and ensure consistent IOPS performance. The P49049-X21 is a prime example of a SAS SSD that delivers superior enterprise-level performance while ensuring compatibility with HPE storage systems.

Small Form Factor (SFF) Drives

SFF drives are optimized for high-density deployments where space efficiency is crucial. These drives are designed to fit into 2.5-inch drive bays, making them suitable for rack-mounted servers and high-density storage arrays. The compact design of the P49049-X21 allows organizations to maximize storage capacity while maintaining high performance.

High-Endurance SSDs for Critical Workloads

High-endurance SSDs are engineered to withstand heavy write cycles and maintain consistent performance over time. The P49049-X21’s mixed-use architecture and robust error correction capabilities make it a reliable choice for critical enterprise workloads that require sustained performance and data integrity.

Comparing HPE P49049-X21 to Other SSD Options

Mixed-Use vs Read-Optimized SSDs

While read-optimized SSDs are ideal for workloads with frequent read operations and minimal write activity, mixed-use SSDs like the P49049-X21 provide a balance suitable for both read and write operations. This versatility makes mixed-use SSDs more suitable for environments with varying workload patterns, ensuring consistent performance across all tasks.

Hot-Swap

The P49049-X21 supports hot-swapping, allowing drives to be replaced or upgraded without shutting down the server. This minimizes downtime and ensures business continuity. Hot-swap compatibility is especially valuable in data centers and mission-critical enterprise environments where uptime is a top priority.

Scalability in Enterprise Storage

Enterprises can scale storage capacity by integrating multiple P49049-X21 SSDs into server arrays. The compact SFF design allows maximum storage density without increasing physical footprint. Scalability ensures that organizations can accommodate growing data demands while maintaining consistent performance levels.

Hybrid Storage Deployments

In hybrid storage solutions combining SSDs and HDDs, the P49049-X21 SSD serves as a high-speed cache or tier for frequently accessed data. This tiered storage approach optimizes both performance and cost efficiency, allowing enterprises to allocate resources effectively based on workload requirements.