873363-B21 HPE 800GB SAS-12GBPS Mixed Use SFF SSD

HPE 873363-B21 800GB SAS-12GBPS MU SFF SSD Overview

The HPE 873363-B21 800GB SAS-12Gbps Mixed Use Small Form Factor Solid State Drive stands as a dependable enterprise storage solution crafted to enhance server performance, reliability, and efficiency. Built on the foundation of Hewlett Packard Enterprise’s advanced engineering, this SSD is designed to deliver consistent throughput for data-intensive workloads while maintaining optimal reliability and durability. With its SAS 12Gbps interface, the drive ensures faster data transfer rates, providing enterprise users with superior responsiveness for applications such as database management, virtualization, online transaction processing, and other critical workloads.

High-Performance Storage for Enterprise Servers

The HPE 873363-B21 SSD utilizes a SAS 12Gbps interface that significantly boosts data bandwidth compared to older 6Gbps models. This advanced connectivity allows seamless communication between the SSD and the host server, minimizing latency and maximizing throughput. The 800GB storage capacity offers an ideal balance between performance and capacity for mixed-use environments, accommodating both read and write operations efficiently. Designed specifically for HPE ProLiant and Apollo server families, the drive ensures maximum compatibility, stability, and optimized performance under various workloads. Its exceptional input/output operations per second (IOPS) performance supports data center environments requiring swift access to frequently used information.

Optimized SAS Interface Technology

The SAS 12Gbps interface in the HPE 873363-B21 provides dual-port capabilities that enhance data path redundancy, allowing continuous data access even in cases of connection interruptions. This dual-port design improves system resilience and availability, ensuring uninterrupted service in mission-critical environments. By supporting full-duplex communication, the drive can simultaneously read and write data, improving operational efficiency across multiple storage channels. Such performance optimization is essential for organizations handling real-time analytics or database operations where consistent access speed is paramount.

Reduced Latency and Faster Access Times

One of the most notable attributes of this SSD is its reduced latency during intensive workloads. The advanced NAND flash architecture allows the device to process data faster and minimize waiting times, making it suitable for environments that demand quick access to large datasets. The overall improvement in latency enhances the responsiveness of virtualized environments, accelerates boot times, and streamlines application loading speeds. With stable, predictable response rates, businesses can experience consistent service quality across diverse use cases.

Mixed Use Endurance and Reliability

As a mixed-use SSD, the HPE 873363-B21 offers a balanced endurance rating that allows it to manage both read-intensive and write-intensive workloads effectively. This makes it ideal for data centers and enterprises that run multiple applications requiring both heavy read and write operations. The drive leverages advanced wear-leveling algorithms and error-correction mechanisms to ensure data integrity, minimizing the risks of data corruption or drive failure over time. Its robust endurance characteristics make it suitable for environments that need reliable storage without compromising on speed.

Advanced NAND Flash Technology

The SSD utilizes enterprise-grade NAND flash memory designed to provide long-term stability and superior performance consistency. The NAND architecture enhances the drive’s ability to handle sustained workloads while reducing the probability of performance degradation. Through intelligent flash management techniques, such as garbage collection and over-provisioning, the drive can maintain consistent speed and reliability, even under heavy data activity. This level of optimization ensures that users can depend on stable performance during critical business operations.

Data Protection and Power-Loss Safeguards

The HPE 873363-B21 SSD includes end-to-end data protection features that safeguard against data loss or corruption. Its power-loss protection mechanism ensures that in the event of unexpected power interruptions, in-flight data is securely written to non-volatile storage. The drive’s built-in ECC (Error Correction Code) automatically detects and corrects minor data inconsistencies, preserving data accuracy. Additionally, its firmware-level security features support encryption options, enhancing overall system security in multi-tenant or virtualized data center environments.

Compatibility with HPE ProLiant Server Platforms

Engineered for seamless integration, the HPE 873363-B21 SSD is fully certified and validated for compatibility with HPE ProLiant Gen9, Gen10, and Gen10 Plus server systems. This compatibility ensures optimal firmware support, consistent system recognition, and complete integration with HPE Smart Array Controllers. The drive is designed to work harmoniously with HPE’s Smart Storage solutions, providing enterprises with easy deployment and management through Smart Carrier and SmartDrive technology. Users benefit from enhanced monitoring capabilities, predictive failure alerts, and optimized performance tuning using HPE’s advanced management tools.

Smart Carrier Design and Hot-Plug Functionality

The drive’s SFF (Small Form Factor) design allows for dense storage configurations, maximizing the available space within HPE server bays. With its hot-plug capability, IT administrators can replace or upgrade the drive without system downtime, ensuring uninterrupted service availability. The HPE Smart Carrier design features intuitive LED indicators that display drive activity and health status, making it easier to monitor system conditions and identify potential issues early. This convenience enhances overall operational efficiency in data center management.

Integration with HPE Smart Array Controllers

The HPE 873363-B21 SSD is optimized for use with HPE Smart Array Controllers, which offer advanced RAID support and drive performance monitoring. When paired with these controllers, the SSD benefits from improved data protection and efficient caching algorithms, resulting in faster input/output throughput. The integration ensures balanced workload distribution and fault-tolerant configurations that enhance system resilience. For enterprises operating mission-critical systems, this level of reliability is essential to maintain operational continuity and safeguard valuable data assets.

Energy Efficiency and Thermal Management

Energy efficiency remains a vital consideration for modern data centers, and the HPE 873363-B21 SSD is designed to deliver superior performance while minimizing power consumption. Its optimized architecture consumes significantly less power compared to traditional spinning drives, reducing the overall energy footprint of enterprise infrastructure. The lower thermal output also reduces the burden on cooling systems, contributing to improved energy management across the server environment. Such efficiency allows data centers to achieve both cost savings and sustainability goals without compromising on performance.

Low Power Operation and Cost Efficiency

The SSD’s efficient power management design enables it to deliver high I/O operations with minimal electrical draw. This translates into reduced operational costs for organizations running multiple storage arrays. Over time, the cumulative energy savings contribute significantly to overall cost efficiency, particularly in large-scale deployments. Furthermore, the consistent thermal stability enhances drive longevity, ensuring that the storage infrastructure remains durable and dependable under continuous workloads.

Enhanced Cooling and Thermal Performance

The compact SFF design of the HPE 873363-B21 ensures effective airflow management, allowing for better heat dissipation even under high-performance loads. The improved thermal performance prevents overheating, which can otherwise degrade SSD endurance and reliability. With its ability to maintain lower operating temperatures, the drive performs optimally in high-density server environments. Effective thermal regulation helps maintain performance consistency and prolongs the operational lifespan of the SSD.

Scalability for Modern Data Centers

As data demands continue to expand, scalability becomes crucial for enterprise storage solutions. The HPE 873363-B21 SSD provides a scalable storage foundation that can grow with business needs. Whether deployed in single-server environments or large-scale data centers, it offers the flexibility required to manage growing datasets effectively. Its SAS interface supports advanced configurations that enable multiple drives to operate simultaneously without compromising speed or performance.

Flexible Deployment Options

The SSD’s design allows for flexible deployment in a wide range of enterprise applications, from virtualized environments to high-availability clusters. It can be used for boot drives, cache layers, or as part of a larger tiered storage solution. The flexibility of integration enables businesses to adapt their storage architecture to suit specific workload requirements. By incorporating this SSD into existing infrastructures, organizations can achieve a balance between cost, capacity, and performance.

Support for Virtualization and Cloud Environments

The HPE 873363-B21 performs exceptionally in virtualized and cloud-based infrastructures where consistent IOPS performance is critical. It supports rapid provisioning and data migration, ensuring that virtual machines and containers have quick access to storage resources. In hybrid cloud deployments, the drive’s low latency and fast response times enhance workload mobility and reliability. Enterprises leveraging virtualization benefit from improved data throughput and reduced application latency, optimizing resource utilization across environments.

Data Integrity and Security Features

Data integrity is a cornerstone of enterprise storage, and the HPE 873363-B21 SSD incorporates multiple layers of protection to ensure data remains accurate and secure. Its end-to-end data path protection verifies the integrity of every bit transferred between the host and storage media. In addition, it employs advanced firmware algorithms to manage data blocks, ensuring even distribution of wear across the drive for sustained reliability. The drive supports secure erase capabilities, allowing administrators to safely remove sensitive information when decommissioning hardware.

End-to-End Data Path Protection

The end-to-end data path protection technology monitors data transactions from the host interface through the controller and into the NAND storage cells. This feature ensures that data remains accurate throughout its journey, reducing the risk of corruption due to electrical interference or controller faults. The drive continuously checks and validates data integrity, which is essential in financial, healthcare, and research environments where accuracy cannot be compromised.

Secure Erase and Encryption Support

For organizations prioritizing data privacy, the HPE 873363-B21 offers optional encryption and secure erase functionality. These features allow administrators to protect sensitive business information from unauthorized access or recovery. The secure erase feature provides a quick, reliable method for data sanitization, ensuring compliance with data protection standards and regulations. Combined with the reliability of HPE hardware, these security measures contribute to an overall safer and more compliant storage environment.

Durability and Longevity in Enterprise Applications

Designed for enterprise-grade durability, the HPE 873363-B21 800GB SSD offers exceptional endurance under demanding conditions. It can withstand continuous read and write cycles without performance degradation, ensuring stable operation over extended periods. The drive’s robust build and firmware-level optimizations make it an ideal choice for organizations requiring 24/7 uptime and consistent data performance. With its advanced wear management and over-provisioning mechanisms, it sustains reliability throughout its operational lifespan.

Advanced Wear-Leveling and Over-Provisioning

The wear-leveling technology within the HPE 873363-B21 evenly distributes write operations across the entire NAND array. This prevents any single cell from wearing out prematurely, extending the overall life of the drive. Over-provisioning reserves additional capacity within the SSD to manage background operations efficiently, ensuring that performance remains consistent even as the drive reaches higher utilization levels. These intelligent endurance features maintain operational stability, especially in environments with constant data access and modification.

Consistent Performance Over Time

Enterprise workloads often demand continuous performance without dips or throttling. The HPE 873363-B21 is engineered to deliver steady throughput even under peak operational pressure. Its ability to sustain predictable performance levels over time allows organizations to plan capacity and performance metrics accurately. This predictability is crucial for maintaining service-level agreements (SLAs) and supporting mission-critical business functions where performance reliability directly impacts productivity.

Applications and Ideal Use Cases

The versatility of the HPE 873363-B21 SSD makes it suitable for a wide variety of applications. From supporting large-scale virtual environments to hosting transactional databases, this drive is optimized to meet the storage demands of diverse business scenarios. It serves as an excellent choice for mixed workload environments where both read and write operations occur frequently, such as ERP systems, financial processing, and content delivery networks.

Performance-Driven Database Applications

Databases that rely on fast access to data benefit immensely from the low latency and high IOPS of the HPE 873363-B21. Whether running SQL queries or handling real-time analytics, the SSD ensures that the data retrieval and writing processes are smooth and efficient. The consistent performance helps prevent bottlenecks, enabling faster transaction times and improved overall system responsiveness. Its endurance also ensures that write-heavy applications remain stable and reliable over extended periods.

Virtualization and Cloud Infrastructure Optimization

In cloud and virtualized environments, the HPE 873363-B21 acts as a performance accelerator that enhances virtual machine startup and migration speeds. It enables high-density virtual machine hosting by delivering predictable I/O performance across multiple concurrent sessions. The SSD’s low latency and steady throughput contribute to efficient workload distribution and resource management. Businesses relying on private or hybrid cloud models gain improved flexibility, faster provisioning, and seamless scalability.

Enterprise Storage and Data Analytics

The HPE 873363-B21 SSD proves invaluable in data analytics environments where large datasets are processed continuously. Its rapid read/write capabilities ensure faster data indexing, query execution, and real-time analysis. By enabling near-instant access to critical data, businesses can make informed decisions faster. This drive’s stable performance also supports machine learning workloads, scientific computations, and large-scale data modeling where consistent speed and reliability are essential.