Dell 300GB SAS 12Gbps 15K RPM 2.5 Inch Hot Plug Hard Drive for PowerEdge R730

The Dell 300GB SAS Hard Drive is designed to provide reliable and high speed storage performance for Dell PowerEdge servers operating in enterprise and data center environments. It is suitable for applications that require fast data access and dependable storage performance.

The drive offers 300GB storage capacity, allowing servers to store operating systems, application files and frequently accessed enterprise data.

It operates at 15,000 RPM rotational speed, delivering significantly faster read and write performance compared to standard 7200 RPM drives. This higher rotational speed makes it suitable for performance focused workloads such as databases and transactional applications.

The drive uses a 12Gbps SAS interface, which provides high bandwidth and improved reliability compared to SATA drives. SAS storage technology is widely used in enterprise server infrastructures where data integrity and consistent performance are essential.

This model uses a 2.5 inch small form factor, allowing it to fit into compact server drive bays commonly used in rack mounted servers.

It supports hot plug functionality, enabling administrators to replace or upgrade the drive without shutting down the server when used with compatible systems.

The drive is commonly used in Dell PowerEdge R730 and other 13th generation PowerEdge servers, which support multiple 2.5 inch SAS drives for scalable enterprise storage configurations.

With its high rotational speed and reliable SAS interface, the Dell 300GB 15K RPM hard drive provides a practical storage solution for performance oriented server environments.

Key Features

Model: Dell Enterprise Hard Drive

Capacity: 300 GB

Drive Type: Hard Disk Drive

Interface: SAS 12Gbps

Form Factor: 2.5 Inch Small Form Factor

Rotational Speed: 15,000 RPM

Hot Plug: Yes

Compatibility: Dell PowerEdge Servers including PowerEdge R730

Usage: Database servers, virtualization platforms, enterprise applications and performance focused workloads