813644-B21 HPE 400GB SAS 12GBPS LFF SCC Solid State Drive

813644-B21 HPE 400GB SAS 12GBPS LFF SCC Solid State Drive

The 813644-B21 HPE 400GB SAS 12GBPS LFF SCC Solid State Drive is a high-performance enterprise-grade storage solution designed to meet the needs of data-intensive workloads in modern IT environments. Built to deliver exceptional throughput, low latency, and reliability, this solid-state drive belongs to the family of HPE server storage components that ensure efficient handling of applications in data centers, virtualization platforms, and cloud infrastructures. Its SAS 12Gbps interface, 400GB storage capacity, and large form factor design make it a versatile choice for enterprises requiring stable and scalable storage options.

Performance Benefits

Performance is a critical metric in enterprise storage solutions, and the HPE 813644-B21 is designed to deliver consistently high IOPS (Input/Output Operations Per Second) alongside ultra-low latency. Compared to traditional spinning hard drives, this SSD provides superior speed, allowing for quick application launches, faster transaction processing, and reduced wait times in database queries. Its high bandwidth ensures smooth performance in multitasking scenarios and during peak workloads, enabling organizations to maintain service level agreements and operational efficiency.

High IOPS and Low Latency

The ability of this HPE SSD to sustain high IOPS rates makes it particularly suitable for workloads such as online transaction processing (OLTP), virtual desktop infrastructure (VDI), and real-time analytics. Low latency response ensures data can be accessed almost instantaneously, reducing downtime and optimizing resource utilization.

Compatibility with HPE Ecosystem

A key advantage of the 813644-B21 SSD is its seamless integration with HPE ProLiant servers, storage arrays, and other enterprise infrastructure. HPE engineers design and certify these drives to work within the HPE ecosystem, ensuring compatibility, optimized performance, and reduced risk of failures due to hardware mismatches.

ProLiant Server Optimization

The drive is optimized to function with HPE ProLiant server firmware and management tools, giving IT administrators the ability to monitor, manage, and configure storage resources with precision. This synergy ensures better stability, reduced downtime, and streamlined maintenance.

Firmware Updates and Reliability

Through HPE’s integrated tools, firmware updates can be easily applied to maintain drive health, security, and performance. Enterprises benefit from proactive support and automatic alerts that prevent unexpected storage failures.

Enterprise Applications

The 813644-B21 HPE 400GB SAS SSD is not just about specifications; it is designed for real-world enterprise workloads where speed, reliability, and scalability are paramount. Organizations that deploy this drive can optimize various use cases across industries.

Virtualization and Cloud Workloads

For virtualized environments, this SSD ensures that multiple virtual machines can operate efficiently on the same hardware without performance degradation. In cloud infrastructures, the 12Gbps SAS interface allows rapid scaling of storage to meet user demand.

Database Acceleration

Relational and non-relational databases benefit from faster read and write speeds, which translate into quicker queries, faster report generation, and optimized data warehousing. This is crucial for financial services, e-commerce platforms, and healthcare systems where milliseconds can impact decision-making.

Big Data Analytics

Enterprises working with big data platforms require continuous throughput and low latency to manage large volumes of structured and unstructured data. The 813644-B21 SSD provides the performance backbone necessary to accelerate data ingestion and real-time analysis.

Reliability and Endurance

Beyond performance, endurance and reliability are vital factors for enterprise SSDs. The 813644-B21 leverages advanced wear-leveling algorithms and error correction to extend the life of the drive and safeguard mission-critical data. Unlike consumer drives, which may degrade quickly under heavy workloads, this enterprise SSD is engineered for sustained usage in high-demand scenarios.

Data Integrity

Built-in error correction and protection mechanisms ensure data integrity even under intensive operations. This is critical for applications where data loss or corruption is unacceptable.

Power Loss Protection

The HPE 813644-B21 SSD incorporates power loss protection features that safeguard in-flight data during unexpected power failures. This guarantees that mission-critical information remains intact, reducing risks in disaster recovery scenarios.

Scalability in Modern Data Centers

Scalability is an essential requirement for enterprises managing expanding workloads. The 813644-B21 drive is designed to scale within HPE server and storage environments, supporting growing data requirements without compromising performance. IT administrators can easily add more drives to expand capacity, all while maintaining seamless integration with existing infrastructure.

Flexible Deployment Options

Whether deployed in rack-mounted servers, blade servers, or modular storage arrays, the HPE 813644-B21 SSD adapts to various IT architectures. Its large form factor design supports both performance and density optimization strategies.

Security Features

Data security is a top priority in enterprise environments, and the 813644-B21 SSD supports advanced security features that protect sensitive information. These include hardware-based encryption and secure erase functions, ensuring compliance with industry standards and regulations.

Encryption Capabilities

Built-in encryption secures data at rest, making it inaccessible to unauthorized users even if the physical drive is removed from the system. This is especially critical for industries handling confidential customer or patient data.

Compliance and Data Sanitization

With secure erase functionality, organizations can ensure that data is permanently wiped when drives are retired or repurposed. This helps maintain compliance with data protection laws such as GDPR and HIPAA.

Comparison with Other Storage Options

When compared to traditional hard drives and entry-level SSDs, the HPE 813644-B21 stands out due to its balance of speed, endurance, and reliability. While hard drives may offer larger capacities at lower costs, they cannot match the performance of enterprise SSDs in terms of latency and throughput. Consumer-grade SSDs, though faster than hard drives, often lack the endurance and integration features required for enterprise applications.

HDD vs. HPE 813644-B21 SSD

Hard disk drives rely on mechanical components, which introduce latency and increase failure risks. The 813644-B21 SSD, by contrast, uses flash memory technology, delivering instant data access and higher resilience under continuous workloads.

Environmental and Energy Efficiency

Power consumption and cooling are major considerations in data centers. The HPE 813644-B21 is designed to be energy efficient, producing less heat than traditional hard drives and requiring less power for operation. This reduces the overall carbon footprint and lowers operational costs associated with cooling and energy usage.

Reduced Cooling Requirements

Thanks to its efficient design, the SSD minimizes heat generation, leading to reduced reliance on cooling systems in data centers. This enhances both sustainability and cost efficiency.

Optimized Power Usage

The drive balances power consumption with performance delivery, ensuring that enterprises can achieve desired results without excessive energy usage. This is particularly valuable for large-scale deployments where multiple drives are in constant operation.

Business Continuity

With built-in resilience and endurance, the SSD ensures that business operations continue without interruption, even under heavy workloads or during unexpected power outages.

Future-Ready Infrastructure

By integrating the 813644-B21 SSD, organizations lay the foundation for future growth, enabling them to adapt to emerging technologies and rising data workloads seamlessly.