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HP 872522-001 1.92TB SATA 6Gb/s SFF SSD - High Performance Small Form Factor Drive
The HP 1.92TB SATA 6Gb/s Small Form Factor (SFF) SSD delivers enterprise class performance in a compact 2.5 inch drive. Designed for high-density servers, storage arrays and workstations, this solid state drive combines large capacity with fast data ... Read More
price
$1,139.95
Ships from outside the USA. Please allow up to 47 days for delivery.
- In Stock: 1
- Manufacturer: HP
- Model or Part: 872522-001
- Condition: New
- Weight: 2.00lb
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Overview
The HP 1.92TB SATA 6Gb/s Small Form Factor (SFF) SSD delivers enterprise class performance in a compact 2.5 inch drive. Designed for high-density servers, storage arrays and workstations, this solid state drive combines large capacity with fast data access, helping you to accelerate critical applications while conserving rack space.
Key Features
- High capacity of 1.92TB in a 2.5 inch SFF chassis
- SATA III 6Gb/s interface for fast sequential read/write speeds
- Advanced NAND flash technology for reliable endurance and low latency
- Power efficient design reduces overall energy consumption
- Compatible with a wide range of HP and third-party platforms
- Built-in error correction and wear leveling for data integrity
Technical Specifications
- Form factor: 2.5 inch (SFF)
- Interface: SATA III 6Gb/s (Serial ATA)
- Capacity: 1.92TB
- Form factor dimensions: 100 mm x 69.85 mm x 9.5 mm
- Sequential read: up to 560 MB/s (typical)
- Sequential write: up to 540 MB/s (typical)
- Random read IOPS: up to 80,000 (4KB)
- Random write IOPS: up to 70,000 (4KB)
- Operating temperature: 0 to 70 degrees C
- Power consumption (active): approx 4.5 W
- Power consumption (idle): approx 0.1 W
Typical Applications
- High-performance database servers that require fast transaction processing
- Virtualization hosts running multiple VMs with intensive I/O demands
- Enterprise storage arrays where density and speed are critical
- Content creation workstations handling large media files
- Analytics platforms that need rapid data retrieval and processing
- Any mission-critical system that benefits from reduced latency and high reliability