HPE 757383-001 1.6TB SATA 6GBPS 2.5 Inch Solid State Drive.

HPE 757383-001 1.6TB SATA 6Gbps 2.5-Inch Quick Release SSD

The HPE 757383-001 Solid State Drive delivers high performance, durability, and seamless compatibility for enterprise-grade storage solutions. Designed by Hewlett Packard Enterprise, this SSD supports mission-critical workloads while ensuring reliability and faster data access compared to conventional hard drives.

Key Specifications

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: 757383-001
• Storage Capacity: 1.6TB
• Interface: SATA 6Gbps
• Form Factor: 2.5-Inch
• Design: Value Endurance Quick Release

Performance and Reliability

With SATA 6Gbps bandwidth, this SSD ensures fast sequential read and write speeds, improving server response times and application performance. Its Value Endurance technology optimizes efficiency while extending drive lifespan, making it suitable for medium to high workload environments.

Compatibility and Integration

The HPE 757383-001 SSD integrates seamlessly into HPE ProLiant servers and storage arrays, ensuring optimal performance without compatibility issues. Its 2.5-inch form factor makes it adaptable across multiple system configurations.

Supported Applications

• Data center storage optimization
• High-performance computing environments
• Enterprise database acceleration
• Virtualization and cloud computing

Durability and Data Security

This SSD is built with endurance-focused NAND technology, reducing the risk of data corruption and ensuring long-term stability. It is engineered to withstand constant I/O operations, making it ideal for businesses requiring dependable and secure storage solutions.

Endurance Features

• Enhanced data protection against failures
• Reduced downtime with high reliability
• Optimized endurance for extended workloads
• Secure storage for sensitive enterprise data

Form Factor and Ease of Use

The 2.5-inch design with Quick Release capability allows IT professionals to replace or upgrade drives quickly, reducing downtime and simplifying system maintenance in enterprise environments.

Benefits of Upgrading to HPE 757383-001

• Improved speed and responsiveness for applications
• Enterprise-class reliability at competitive value
• Energy-efficient storage with optimized endurance
• Compatible with a wide range of HPE systems

HPE 757383-001 1.6TB SATA 6GBPS 2.5 Inch Value Endurance Quick Release Solid State Drive

The HPE 757383-001 1.6TB SATA 6Gbps 2.5-inch Value Endurance Quick Release Solid State Drive is designed for modern data center and enterprise environments that demand a balanced blend of cost-efficiency, endurance, and proven compatibility with HPE servers and storage arrays. This category covers value-endurance SATA SSDs manufactured and validated for HPE platforms, offering predictable performance for read-centric and mixed workload applications. Customers shopping this category are typically seeking a drop-in replacement or an economical capacity upgrade for boot volumes, cache tiering, virtualization hosts, distributed file systems, and archival acceleration where steady throughput and long service life are important but the highest, premium NVMe performance is not required.

Form factor, interface, and physical compatibility

The HPE 757383-001 comes in a standardized 2.5-inch form factor with a quick-release bracket option that simplifies insertion and removal in HPE chassis. The SATA 6Gbps interface ensures broad compatibility with a wide range of HPE ProLiant servers, blade enclosures, and legacy storage shelves that still prioritize SATA connectivity. This form factor and interface combination is particularly valuable for upgrades in mixed fleets where some systems are not NVMe-capable, or where customers want the cost and thermal benefits of SATA drives. The quick-release design lowers service time for drive swaps during maintenance windows and enables faster scaling in rack-level refresh projects.

Performance characteristics and workload suitability

Although SATA SSDs are limited by the 6Gbps interface ceiling, the HPE 757383-001 is engineered to maximize usable throughput within that constraint. Typical sequential read and write behavior is optimized for sustained streaming and medium-sized block transfers, while random read latency is substantially lower than spinning media, resulting in greatly improved application responsiveness. For virtualization hosts running many moderate I/O virtual machines, web-serving clusters, and database read-replicas, the drive delivers consistent I/O response times and reduces bottlenecks associated with rotational latency and seek overhead. Because performance curves are predictable, capacity planning and SLA enforcement for tiered storage become simpler and more reliable.

Read-heavy and mixed workload scenarios

Value-endurance SATA SSDs shine in scenarios where reads dominate or both reads and writes are moderate and predictable. Content delivery, caching layers, analytics read stores, and system boot volumes experience immediate benefit from faster reads and lower latency. In mixed workload situations—such as small databases with bursty writes—the drive’s endurance rating and wear-leveling algorithms ensure sustained operation over the warranty period. For write-intense logging use cases, it is important to match workload characteristics to the drive’s endurance class to avoid premature wear; however, for many standard enterprise workloads the HPE 757383-001 provides an excellent balance of durability and cost.

Endurance, reliability, and data integrity features

Endurance is a core selling point of this category. The HPE 757383-001 is specified with endurance metrics appropriate for value-endurance class drives, enabling predictable write lifetime under enterprise usage patterns. Drives in this category typically incorporate enterprise-grade NAND, robust error correction algorithms, sophisticated wear-leveling, and background garbage collection that together maintain performance and reduce the risk of data corruption over long duty cycles. HPE-validated firmware and integration with server management tools ensure that SMART attributes and health reporting are accessible to administrators, enabling preemptive replacement strategies and minimizing unplanned downtime.

Power-loss protection and firmware resiliency

While ultra-high-end enterprise SSDs may include full power-loss capacitance to guarantee in-flight data protection, value-endurance SATA drives often implement firmware-level safeguards and write caching strategies that significantly mitigate data loss risk in power interruption events. The HPE 757383-001 benefits from HPE system-level integration that further reduces exposure by coordinating RAID controller cache policies, operating system flush commands, and platform telemetry. Firmware updates, when applied as part of HPE’s validated update streams, refine performance and reliability behavior without jeopardizing server warranties or compatibility.

SMART reporting, monitoring, and predictive replacement

Drive health monitoring and predictive failure analysis are standard expectations for enterprise purchases. Within this category, the drives expose SMART attributes that HPE Integrated Lights-Out (iLO) and HPE management utilities can read, allowing centralized dashboards to track wear-level indicators, bad block counts, reallocated sector counts, and other telemetry. This information permits administrators to set proactive replacement thresholds, schedule maintenance in low-impact windows, and keep hot-spare inventories aligned with actual fleet health rather than purely chronological replacement cycles.

Compatibility and validation with HPE platforms

One of the primary advantages of selecting HPE-branded or HPE-validated drives—such as the HPE 757383-001—is assurance of compatibility across HPE server lines and storage arrays. Compatibility testing covers not only basic connectivity but also advanced behaviors like firmware handshake, error reporting, drive spin-up sequences (where applicable), and interaction with RAID controllers and hot-swap backplanes. Purchasing within this category reduces the risk of unexpected incompatibilities that can occur with third-party or consumer-grade SSDs. For procurement teams, validated drives simplify asset management and vendor support interactions.

Firmware and lifecycle management

Regular firmware maintenance is a critical part of long-term drive reliability. HPE provides firmware bundles and validated update procedures for its drives, which helps reduce the operational risk associated with firmware updates performed ad-hoc. Lifecycle management best practices in this category include tracking installed firmware versions across server fleets, scheduling coordinated updates during maintenance windows, and validating post-update behavior in a subset of systems before full rollout. These practices are particularly important in large environments where even small firmware regressions could scale into substantial operational impact.

Deployment patterns, RAID strategies, and architecture guidance

When integrating HPE 757383-001 drives into a storage topology, architects should consider RAID level selection, caching strategies, and tiering policies. Because SATA SSDs offer excellent read latency and steady write endurance, they are often used as a mid-tier in multi-tier storage architectures—faster than HDD bulk tiers but more economical than NVMe flash tiers. For RAID, the choice among RAID 1, 5, 6, or 10 will depend on the workload’s IOPS profile, capacity efficiency targets, and rebuild impact tolerance. RAID configurations that reduce rebuild stress while maintaining redundancy, paired with appropriate hot-spare provisioning, can extend drive lifetime and reduce rebuild-related performance degradation.

Virtualization and hyperconverged infrastructure

Virtualized platforms, including hyperconverged infrastructure (HCI) stacks, benefit from value-endurance SATA drives for distributed storage layers and caching nodes. The consistent latency profile of SATA SSDs improves VM boot times, reduces vMotion impact, and speeds up snapshot creation and restoration. In HCI clusters with tiering, these drives often act as capacity-optimized flash layers that complement a smaller set of NVMe devices used for write-heavy metadata operations. When designing HCI storage, ensure that write amplification and snapshot churn are modeled to keep drive wear within acceptable limits.

Use in hybrid storage arrays and cache acceleration

Hybrid arrays frequently use SATA SSDs as read cache or tiered capacity. In these roles, the HPE 757383-001 delivers faster response to frequently accessed objects, dramatically improving end-user experience for content delivery and database read workloads. Its capacity point—1.6TB—provides a significant cache reservoir per slot, enabling large hot sets to remain in flash and reducing I/O pressure on slower HDD tiers. Architects should consider cache warming, cache eviction policies, and the impact of cache device failure on stack behavior to ensure uninterrupted service.