HP 693651-002 1.2TB SAS 6Gb/s 2.5" SFF 10K SC HDD

The HP 693651-002 1.2TB SAS 6Gb/s 2.5" SFF 10K SC HDD is a high-performance hard drive designed for enterprise-level storage solutions. Ideal for data centers and server environments, this drive is compatible with a wide range of HP ProLiant server models including ProLiant DX, DL, ML, SL, BL, XL, and CL series. Whether you need to expand your server’s storage capacity or replace an existing drive, this SAS hard drive offers reliable, fast, and efficient data access for mission-critical applications.

This hard drive boasts a 1.2TB capacity, providing ample space for databases, virtualization, and large-scale file storage. Its 10,000 RPM spindle speed and 6Gb/s SAS interface ensure rapid data transfer rates, minimizing bottlenecks in your system. The 2.5-inch Small Form Factor (SFF) with a Smart Carrier (SC) design supports hot-swapping, allowing easy maintenance without downtime. Additionally, the drive features dual ports for enhanced redundancy and a 64MB cache to boost performance.

Key specifications of the HP 693651-002 include:

• Brand: HP
• Capacity: 1.2TB
• Hot-Swappable: Yes, supports easy replacement without shutting down the server
• Spindle Speed: 10,000 RPM for fast read/write operations
• Carrier Type: Smart Carrier (SC) for secure and efficient drive handling
• Interface Type: SAS (Serial Attached SCSI) with 6Gb/s transfer rate
• Dual Port: Yes, provides enhanced reliability and failover support
• Cache: 64MB cache memory to improve data throughput
• Form Factor: 2.5" Small Form Factor (SFF), ideal for dense server configurations

For your convenience, here is a list of compatible spare part numbers that you can consider for replacements or upgrades:

• HP 697631-001
• HP 697574-B21
• HP 693648-B21
• HP 697574-S21
• HP 697578-003
• HP 697578-005
• HP 742934-001
• HP 760657-001
• HP 697577-001
• HP 777392-001
• HP 718162R-B21
• HP 718162-B21

Upgrade your server storage with the HP 693651-002 to ensure high reliability, speed, and capacity for your demanding workloads.