Dell 480GB SATA 6Gbps Mixed Use Solid State Drive 2.5 Inch with 3.5 Inch Hybrid Carrier Customer Kit

The Dell 480GB SATA Mixed Use Solid State Drive is designed to deliver reliable storage performance for Dell PowerEdge servers used in enterprise and data center environments. It provides balanced performance for workloads that involve both read and write operations.

The drive offers 480GB storage capacity, allowing servers to store operating systems, business applications and enterprise data that require consistent storage performance.

It uses a SATA 6Gbps interface, which provides stable data transfer speeds and compatibility with many Dell server platforms. SATA based SSDs are commonly used in server infrastructures where balanced performance and cost efficiency are important.

This model is designed for mixed use workloads, meaning it supports both read intensive and write intensive operations. Mixed use SSDs are commonly deployed in virtualization platforms, database systems and enterprise applications where data is frequently accessed and updated.

The drive uses a 2.5 inch SSD installed in a 3.5 inch hybrid carrier, allowing it to be installed into standard 3.5 inch drive bays used in many Dell PowerEdge servers.

It also includes a customer installation kit, which provides the necessary carrier and mounting components required for installing the drive into compatible servers.

The SSD supports 512e sector format, which provides compatibility with modern server storage environments while maintaining efficient data handling.

With its balanced performance and enterprise reliability, the Dell 480GB SATA Mixed Use 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 3.5 Inch Hybrid Carrier

Sector Format: 512e

Workload Type: Mixed Use

Compatibility: Dell PowerEdge Servers

Usage: Virtualization platforms, databases, enterprise applications and mixed workload environments