Dell 960GB 12Gbps SAS Read Intensive TLC 2.5 Inch Solid State Drive

The Dell 960GB SAS Solid State Drive is designed to provide dependable and high speed storage performance for Dell PowerEdge servers used in enterprise and data center environments. It offers faster data access and improved reliability compared to traditional hard disk drives.

The drive provides 960GB storage capacity, allowing servers to store operating systems, application data and frequently accessed enterprise workloads that require consistent performance.

It uses a 12Gbps SAS interface, which delivers higher reliability and improved performance compared to SATA drives. SAS based SSDs are commonly deployed in enterprise server environments where stable performance and high availability are important.

This model is designed for read intensive workloads, meaning it is optimized for applications that frequently read data but do not continuously rewrite it. Typical use cases include web servers, application servers and virtualization environments.

The SSD uses a 2.5 inch small form factor, making it suitable for installation in compatible server drive bays used in many Dell PowerEdge systems.

The drive is built with TLC NAND flash technology, which provides efficient storage performance and reliability suitable for enterprise read intensive workloads.

Enterprise SAS SSDs are commonly used in data center infrastructure, virtualization platforms and high performance enterprise applications, where fast and reliable storage access is required.

With its reliable SAS interface and enterprise grade design, the Dell 960GB Read Intensive SSD provides a dependable storage solution for modern server infrastructures.

Key Features

Model: Dell Enterprise SSD

Capacity: 960 GB

Drive Type: Solid State Drive

Interface: SAS 12Gbps

Form Factor: 2.5 Inch Small Form Factor

Flash Technology: TLC NAND

Workload Type: Read Intensive

Compatibility: Dell PowerEdge Servers

Usage: Server boot drives, virtualization platforms, application servers and enterprise workloads