877013-004 HPE Smart Carrier 1.92TB SSD Read Intensive SATA 6GBPS

HPE 877013-004 1.92TB SFF SSD Overview

The HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD stands as a targeted storage solution for organizations that require dependable read-optimized performance in a compact form factor. Designed to fit small form factor drive bays while delivering enterprise-class reliability, this SSD is purpose-built for read-intensive server workloads such as content delivery networks, virtual desktop infrastructures where read-dominant I/O patterns prevail, database query acceleration, and large-scale caching layers. The product name itself—HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD—encodes critical buyer signals: the HPE OEM pedigree, the generous 1.92TB capacity for dense data sets, the SFF DS (small form factor, dual-sided or shallow depth) physical profile for space-constrained servers, SATA-6GBPS interface compatibility for broad platform support, and the read-intensive endurance class appropriate for workloads that perform more reads than writes. For procurement managers, systems architects, and data center operators, this drive occupies a middle ground between cost-effective SATA performance and enterprise reliability features expected from Hewlett Packard Enterprise components.

Form Factor

The small form factor (SFF) designation of the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD reflects a drive engineered to maximize storage density while minimizing the physical footprint inside rack servers and storage arrays. SFF DS drives enable higher drive counts per chassis compared with larger 3.5-inch devices, allowing data center operators to scale capacity without increasing the number of server nodes or expanding rack space. This drive’s mechanical profile includes considerations such as shock and vibration tolerance, connector placement compatible with HPE Gen9 and Gen10 chassis backplanes, and thermal characteristics tuned for typical server airflow patterns. When used in blade enclosures, dense storage shelves, or hyperconverged nodes, the compact profile reduces wasted bay space and provides flexible layout options for hybrid configurations where a mix of SSD and HDD devices coexists. The SFF DS format also simplifies retrofit upgrades since many HPE systems and third-party enclosures accept the SFF footprint, making the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD an attractive direct-replacement or refresh option for aging SATA-based storage pools.

Interface

SATA-6GBPS remains a widely supported interface across server generations, and the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD leverages that pervasive compatibility to support straightforward deployment in heterogeneous fleets. Its SATA 6Gb/s signaling ensures compatibility with legacy controllers and modern SATA ports while delivering predictable latency and throughput characteristics for typical enterprise read workloads. Certification and validation with HPE Gen9 and Gen10 servers ensure that firmware, hot-plug behavior, SMART reporting, and thermal management operate seamlessly within HPE’s system software stack. Administrators benefit from familiar management workflows, drive health telemetry, and integration with system event logs. Choosing a SATA-based SSD rather than NVMe may be driven by controller compatibility, existing infrastructure investments, or workloads that do not demand the ultra-low latencies of NVMe but still benefit from the improved IOPS and power efficiency of solid-state media over spinning disks.

Workload

Read-intensive SSDs are engineered with endurance and firmware tuning that prioritize sustained read throughput and the predictable performance behavior necessary for applications dominated by read operations. The HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD is ideal for workloads that include high-volume content distribution, web serving, object stores, and read-cached database layers. The read-optimized endurance class typically means the drive guarantees a lower drive-write-per-day (DWPD) rating than mixed-use or write-intensive enterprise SSDs, but provides cost efficiency and capacity appropriate to workloads where writes are comparatively limited. Performance characteristics to expect include consistent read IOPS at modest queue depths, low latency for random reads, and solid sequential throughput for large object retrieval. Firmware optimizations reduce read amplification and manage background maintenance activities like wear leveling and garbage collection in a way that minimizes impact on foreground read performance, ensuring sustained responsiveness under heavy read loads.

Capacity

The 1.92TB capacity point of the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD allows architects to consolidate larger data sets onto a single drive while maintaining the SFF density advantage. For tiered storage designs, these drives can serve as a fast-read tier ahead of bulk HDD storage, enabling frequently accessed data to be served rapidly and reducing load on slower media. Data lifecycle planning should include clear policies for which datasets remain on read-intensive SSDs and which are migrated to lower-cost, higher-capacity magnetic media. Additionally, snapshot and replication strategies must consider the drive’s capacity and endurance profile: because write volumes contribute to wear, frequent write-heavy snapshots should be scheduled and deduplicated to minimize unnecessary writes. Capacity planning also factors in usable capacity after RAID and data-protection overhead; for enterprise RAID configurations, ensure that rebuild and resilience requirements are balanced against the available spare capacity and expected rebuild times in the event of drive failure.

Reliability

Enterprise SSDs like the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD are characterized not only by raw performance but also by features that improve overall system reliability. SMART attribute reporting, power-loss protection mechanisms, stable firmware releases validated on the target server generations, and comprehensive thermal management contribute to predictable operation in production environments. Read-intensive drives typically provide a warranty and endurance specification aligned with their design point; administrators should review the specified TBW (terabytes written) or DWPD figure and correlate it with expected daily write volumes to estimate service life. Additionally, using vendor-recommended firmware and monitoring tools allows for proactive health management: SMART alerts, drive-level metrics, and integration with HPE’s management suites help detect early signs of degradation and facilitate orderly replacements. The HPE OEM context often includes access to HPE support channels and replacement programs that can simplify lifecycle logistics compared to generic or rebranded components.

Deployment

There are multiple validated deployment patterns where the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD can add clear value. In hyperconverged infrastructure nodes, these drives can function as the fast read tier supporting virtual machine boot storms and accelerating read-heavy VDI environments. In scale-out file or object storage, deploying these SSDs in front of capacity HDDs as a caching tier reduces latency for repetitive reads and improves perceived performance for end users. In dedicated caching appliances and content delivery edge nodes, the combination of SFF density and 1.92TB capacity allows more cached objects to reside locally, reducing upstream bandwidth and latency. In normalized database architectures, keeping hot index partitions or frequently-queried tables on read-intensive SSDs can reduce query response times without incurring the higher cost of write-optimized or NVMe-class devices for all data. Each scenario benefits from intelligent orchestration: caching policies, hot-data identification, and lifecycle rules ensure the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD is used where it delivers the highest return on investment.

Integration

In enterprise environments, deploying SSDs requires seamless alignment with backup, snapshot, and replication strategies. The HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD is no exception: ensure that backup windows, snapshot frequencies, and replication schedules are chosen to respect the drive’s endurance characteristics while maintaining business continuity objectives. RAID levels optimized for read performance and redundancy, such as RAID-10 or read-optimized erasure coding schemes, can protect data while preserving read throughput. For critical datasets, combining RAID protection with synchronous or asynchronous replication provides geographic redundancy, and leveraging HPE’s management tools can streamline failover orchestration. It is also important to size spares and consider hot-swap strategies so that a failed drive can be replaced quickly to avoid prolonged rebuilds that may affect both performance and exposure to additional failures.

Comparative

When comparing the HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD to other SSD classes, it is important to weigh raw performance needs against cost and endurance requirements. NVMe drives deliver lower latency and higher parallelism but at a higher cost per gigabyte and with different infrastructure requirements. Write-intensive enterprise SSDs provide higher DWPD ratings for heavy write workloads such as logging, real-time analytics ingestion, or heavy database indexing, but those capabilities are unnecessary for read-dominant patterns and come with a price premium. The HPE 877013-004 1.92TB SFF DS SATA-6GBPS Read Intensive G9 G10 SSD therefore sits in a practical niche: delivering the affordability and compatibility of SATA, the compactness of SFF DS form factor, and endurance tuned for read-heavy enterprise use cases. For many deployments where predictable read performance and dense capacity matter most, this drive represents a pragmatic and cost-effective choice.