DF300BAFDV

The HP Dual Port 300GB 15K 3G LFF SAS HDD is a high~performance hard disk drive for environments that require quick access to critical data. Its 15K speed ensures that the data retrieval is fast which is an ideal solution for applications that require fast read / write operations such as databases virtualization and large data processing.
With the dual port SAS 3GBPS connectivity this drive improves redundancy and reliability by enabling two independent data paths to ensure the minimum interruption in port errors. This feature also improves overall system performance by balancing the data load. The capacity of 300 GB meets a balance between sufficient memory and efficient power making both the applications for business memory and high availability applications suitable decisions.
This HDD is designed for environments that require a constant operating time such as data centers server farms and mission critical applications. The company's corporate building structures ensures reliable operation under heavy workloads and supports sophisticated data controlled tasks with ease.

Key Features and Specifications:

• Model: HP DF300BAFDV
• Capacity: 300GB
• Interface: Dual Port SAS
• Data Transfer Rate: 3Gbps
• Rotational Speed: 15,000 RPM
• Form Factor: 3.5-inch Large Form Factor (LFF)
• Hot-Swap Support: Yes
• Drive Type: Enterprise-grade HDD
• Average Latency: ~2 ms
• Cache: 16MB (varies by configuration)
• MTBF: Up to 1.6 million hours
• Power Efficiency: Optimized for balanced performance and power usage
• Compatibility: Designed for HP ProLiant and other enterprise-class servers
• Use Case: Ideal for databases, virtualization, data centers, and high-performance enterprise applications
• The HP Dual Port 300GB 15K SAS hard drive provides exceptional speed reliability and durability making it perfect for companies that require a consistent powerful memory. With dual port SAS connectivity and a high~speed 15K RPM design this drive ensures that critical data is always accessible if necessary supporting heavy workloads and permanent operations.