Dell 480GB SATA 6Gbps Read Intensive Solid State Drive with Gen15 3.5 Inch Tray

The Dell 480GB SATA Solid State Drive is designed to provide dependable storage performance for Dell PowerEdge servers operating in enterprise and data center environments. It delivers faster data access and improved system responsiveness compared to traditional hard disk drives.

The drive provides 480GB storage capacity, making it suitable for server operating systems, application data and frequently accessed enterprise workloads that require consistent performance.

It uses a SATA 6Gbps interface, delivering stable data transfer speeds and compatibility with a wide range of Dell server platforms. SATA SSDs are commonly deployed in enterprise environments where balanced performance and reliability are important.

This model is designed for read intensive workloads, meaning it is optimized for applications where data is frequently accessed but not constantly rewritten. These drives are commonly used for server boot environments, web servers and application hosting platforms.

The SSD uses a 2.5 inch solid state drive installed inside a Dell Gen15 3.5 inch tray, allowing the drive to be installed directly into compatible Dell PowerEdge server drive bays. The tray ensures proper mounting and integration within the server chassis.

Enterprise SSDs like this are often deployed in virtualization environments, application servers and enterprise storage systems, where reliable storage performance and fast access to frequently used data are required.

With its reliable solid state technology and compatibility with Dell PowerEdge servers, the Dell 480GB SATA Read Intensive SSD provides a dependable storage solution for modern server infrastructures.

Key Features

Model: Dell Enterprise SSD

Capacity: 480 GB

Drive Type: Solid State Drive

Interface: SATA 6Gbps

Form Factor: 2.5 Inch SSD in Gen15 3.5 Inch Tray

Workload Type: Read Intensive

Compatibility: Dell PowerEdge Servers

Usage: Server boot drives, application storage, virtualization platforms and read intensive workloads