The Dell EMC 0962FP (962FP) is an enterprise-class 1.92TB Read Intensive (RI) SATA SSD manufactured by SK Hynix and based on the advanced SE5110 Series platform. Featuring OEM model HFS1T9G3H2X069N, this drive is engineered for enterprise workloads that require consistent read performance, low latency, excellent reliability, and efficient operation in data center environments.
Built with enterprise-grade 3D TLC NAND flash technology, the SE5110 Series delivers dependable performance for virtualization, cloud computing, boot storage, web applications, and read-focused database environments. The drive is supplied with Dell EMC qualified firmware for seamless integration with PowerEdge servers.
Key Features
- 1.92TB Enterprise Solid State Drive
- SK Hynix SE5110 Series
- Dell EMC Qualified Firmware
- Read Intensive (RI) Endurance Class
- SATA III 6Gb/s Interface
- Enterprise 3D TLC NAND Flash
- 2.5-inch Small Form Factor (SFF)
- 7mm Drive Height
- Hot-Plug / Hot-Swap Capable
- Power Loss Protection (PLP)
- Enterprise Reliability Features
- Low Latency Performance
- Optimized for Read-Centric Workloads
Technical Specifications
General
- Manufacturer: Dell EMC / SK Hynix
- Dell EMC Part Number: 0962FP
- Dell EMC Identifier: 962FP
- OEM Model Number: HFS1T9G3H2X069N
- Series: SK Hynix SE5110
- Capacity: 1.92TB (1,920GB)
Performance
- Workload Type: Read Intensive (RI)
- NAND Technology: 3D TLC NAND
- Sequential Read Speed: Up to 600 MB/s
- Sequential Write Speed: Up to 555 MB/s
- Random Read Performance: Up to 96,000 IOPS
- Random Write Performance: Up to 35,000 IOPS
- Endurance Rating: Approximately 0.6 to 1.0 DWPD
- Target Usage: Read-Optimized Enterprise Applications
Interface
- Interface Type: SATA III
- Interface Speed: 6Gb/s
- Sector Format: 512e / 512n Compatible
Physical Specifications
- Form Factor: 2.5-inch Small Form Factor (SFF)
- Height: 7mm
- Hot Swappable: Yes
Related Part Numbers
- 0962FP
- 962FP
- HFS1T9G3H2X069N
OEM Series Information
- Manufacturer: SK Hynix
- Product Family: SE5110 Series
- Workload Profile: Read Intensive (RI)
- NAND Type: Enterprise 3D TLC
- Dell EMC Cross Reference: 0962FP / 962FP
Compatible Dell PowerEdge Servers
14th Generation
- PowerEdge R340
- PowerEdge R440
- PowerEdge R540
- PowerEdge R640
- PowerEdge R740
- PowerEdge R740XD
- PowerEdge T440
- PowerEdge T640
15th Generation
- PowerEdge R450
- PowerEdge R550
- PowerEdge R650
- PowerEdge R650XS
- PowerEdge R750
- PowerEdge R750XS
- PowerEdge R7525
- PowerEdge T550
16th Generation
- PowerEdge R660
- PowerEdge R760
- PowerEdge R760XS
- PowerEdge R7625
Enterprise Features
- Dell EMC Qualified Firmware
- Read Intensive Endurance Profile
- Power Loss Protection (PLP)
- End-to-End Data Integrity Protection
- Enterprise Error Correction
- Advanced Wear Leveling
- RAID Environment Optimization
- Hot-Plug Capability
- Enterprise-Class Reliability
Security Information
The 0962FP / HFS1T9G3H2X069N configuration is a Non-SED (Non Self-Encrypting Drive) model. It does not provide active hardware-based self-encryption but supports enterprise secure erase and sanitization procedures for secure drive retirement and redeployment.
Ideal Applications
- VMware Virtualization
- Microsoft Hyper-V
- Cloud Computing Platforms
- Enterprise RAID Arrays
- Boot Drives
- Operating System Storage
- Web Hosting Infrastructure
- Backup Repositories
- Read-Intensive Databases
- Data Center Storage
Additional Information
The SK Hynix SE5110 Series was developed specifically for enterprise environments requiring high-capacity SATA storage with excellent read performance, consistent latency, and low power consumption. It is well suited for virtualization clusters, cloud deployments, content delivery platforms, operating system storage, and enterprise applications where read activity significantly outweighs write activity.
Note: Tray/Caddy is NOT included. A compatible Dell EMC 2.5-inch drive carrier is required for installation in PowerEdge servers and other hot-swap storage systems. This SSD provides enterprise-grade reliability, efficient operation, and dependable performance for modern data center workloads.
