P49314-001 HPE 7.68 TB SAS 24GBPS RI SSD

P49314-001 HPE 7.68TB SAS 24Gbps Read Intensive SSD – Enterprise-Class High-Capacity Storage

Reliable Enterprise Storage Solutions with HPE SAS SSDs

The HPE P49314-001 solid-state drive represents a new level of reliability and speed tailored for modern data centers and enterprise environments. Built around a 7.68TB capacity and a blazing-fast SAS 24Gbps interface, this SSD is specifically optimized for read-intensive workloads, making it an essential solution for systems requiring high throughput, endurance, and efficiency. SAS (Serial Attached SCSI) drives are trusted for their advanced error correction, dual-port availability, and enhanced scalability compared to SATA and other entry-level interfaces.

Advanced SAS Interface for Improved Data Transmission

This drive leverages the latest 24G SAS (SAS-4) protocol, doubling the data transfer rate over its predecessor, 12Gbps SAS. By incorporating this enhanced bandwidth, users benefit from reduced latency, faster access to data, and more scalable deployment within enterprise environments. Ideal for mission-critical applications, virtualization, and read-heavy operations, the P49314-001 SSD enables data center architects to build highly responsive, stable systems.

High-Capacity Storage Designed for Read-Intensive Workloads

7.68TB Capacity Tailored for Enterprise Data Requirements

Enterprises are generating data at an unprecedented pace, and the demand for storage capacity is growing rapidly. The 7.68 terabytes available in this SSD provide ample room for structured databases, content delivery networks, virtual desktop infrastructures, and analytics platforms that demand high-volume reads rather than sustained write operations. These workloads include large-scale search indexing, content streaming, and database querying, where read speed and drive endurance are crucial.

Read-Optimized NAND for Efficient Data Access

As a read-intensive drive, the P49314-001 uses NAND flash memory optimized for high-read cycles. This architecture minimizes wear and power consumption while still delivering robust performance. In environments where data is read frequently and written infrequently, such as archiving systems or digital libraries, read-optimized SSDs significantly extend the system's lifespan while maintaining responsiveness.

Key Technical Specifications of P49314-001 SSD

• Brand: Hewlett Packard Enterprise (HPE)
• Part Number: P49314-001
• Capacity: 7.68TB
• Interface: 24G SAS (SAS-4)
• Form Factor: 2.5-inch Small Form Factor (SFF)
• Performance Class: Read Intensive (RI)
• Endurance Rating: Optimized for low write duty cycles
• Hot-Pluggable: Yes, suitable for live system replacements
• Usage Scenario: Enterprise storage arrays, rack servers, database servers, analytics nodes

Form Factor and Compatibility Benefits

2.5-Inch SFF – Enterprise-Grade Fit

With its small form factor (SFF) 2.5-inch design, this drive fits into standard enterprise enclosures, arrays, and server bays. Its compact dimensions help optimize rack density while maximizing storage capacity, enabling more terabytes per U of rack space. The drive is compatible with HPE ProLiant servers, HPE Synergy systems, and HPE storage platforms that support 2.5-inch 24G SAS drives.

Dual-Port Connectivity for Redundant Access

Dual-port capability allows the P49314-001 SSD to connect to two separate controllers simultaneously. This redundancy ensures continuous access even if one data path fails, which is essential for mission-critical applications that require high availability and fault tolerance. Dual-port SAS drives enhance multi-path configurations and are ideal for high-availability storage environments.

Performance Advantages of Read-Intensive SAS SSDs

Optimized for Sequential Read Operations

This SSD is engineered to excel in sequential data access, reading large files or databases efficiently. High read throughput supports data center applications like virtualization boot storms, log analysis, and archival retrieval. These operations depend on low latency and high throughput, both delivered seamlessly by the P49314-001's 24Gbps SAS interface.

Lower Power Consumption for Better Efficiency

By focusing on read-intensive performance, this drive maintains lower power draw compared to mixed-use or write-intensive SSDs. Lower energy usage translates to cooler system operation and reduced total cost of ownership (TCO) for enterprises running large-scale deployments. These savings scale up significantly when multiplied across thousands of drives in hyperscale data centers.

Use Cases and Deployment Scenarios

• Virtual Desktop Infrastructure (VDI): Serves virtual machine image reads with minimal delay
• Media Content Delivery: Streams multimedia data efficiently without lag
• Big Data Analytics: Delivers rapid access to large read-oriented datasets
• Enterprise File Storage: Manages high-frequency file reads with fast retrieval
• Cold Data Archival: Houses infrequently written, frequently read archival data
• Boot Drives in Virtualized Environments: Quick OS loading and configuration retrieval

Durability and Lifecycle Optimization

Write-Endurance Aligned with RI Workloads

Unlike general-purpose SSDs, the P49314-001 is fine-tuned for read-oriented operations, meaning it can handle an extremely high volume of reads over its lifecycle. Write endurance is calibrated for environments where write operations are minimal, ensuring longevity and operational stability over time. This targeted endurance profile helps IT administrators optimize both reliability and performance without paying for unnecessary write-heavy capabilities.

Reduced TCO and Longer Service Life

Because read-intensive drives cost less than mixed-use or write-intensive models, enterprises can meet their performance needs at a lower investment. By aligning the endurance characteristics with actual workload needs, the P49314-001 helps avoid overprovisioning and improves ROI over the life of the infrastructure.

HPE Integration and Firmware Reliability

Firmware Validation and Seamless Compatibility

This SSD is validated by HPE to meet stringent quality standards for enterprise deployments. Each drive undergoes thorough firmware testing and qualification to ensure stability with HPE Smart Array RAID controllers, HPE ProLiant servers, and enterprise storage solutions. Seamless compatibility simplifies deployment and reduces the risk of incompatibility issues, ensuring optimal uptime in mission-critical systems.

Smart Monitoring and Predictive Management

With HPE's advanced diagnostic features, including Smart Carrier technology and Integrated Management Logs, administrators can monitor drive health, performance, and error rates in real time. Predictive analytics allow proactive maintenance before failures occur, safeguarding data integrity and minimizing downtime across the data center.

Storage Efficiency and Scalability

Scalable Architecture for Future Growth

Deploying high-capacity 7.68TB SSDs allows businesses to consolidate workloads and reduce hardware sprawl. Fewer drives mean lower energy use, fewer cables, and simpler cabling, making scale-out architectures more manageable. This SSD fits into environments where physical space and energy efficiency are just as critical as performance and capacity.

Multipath I/O and Load Balancing

Thanks to SAS’s inherent support for multipath I/O, this drive enables higher throughput and better fault tolerance. Load balancing across multiple I/O paths ensures optimal performance and avoids bottlenecks, which is especially beneficial in database clusters and multi-user environments.

Key Advantages Over SATA SSDs

• Greater Bandwidth: Up to 24Gbps, compared to 6Gbps in SATA
• Dual-Port Redundancy: Enables high availability, which SATA lacks
• Enterprise-Grade Error Correction: Enhanced data integrity for mission-critical operations
• Firmware Integration: Seamlessly works with HPE infrastructure
• Higher Endurance: Optimized endurance for data center use

Industry Use Case Alignment

Finance, Healthcare, and Government Sectors

Organizations that deal with regulatory compliance, audit trails, or secure record-keeping rely on read-intensive storage that doesn’t compromise speed or integrity. This drive supports encryption, data-at-rest protection, and consistent access speeds, making it suitable for sensitive industries that cannot afford performance lags or data breaches.

Cloud and Hyperscale Data Centers

For cloud service providers and hyperscale operators, high-density read-focused SSDs like the P49314-001 help serve thousands of clients simultaneously. Hosting services, web applications, and virtual machines rely on these drives to deliver consistent quality of service (QoS) under heavy user load.