Dell 0FVFDK 960GB SAS 12Gb/S MLC 2.5-Inch Hot-Pluggable Solid State Drive 0FVFDK

Description:

The Dell 0FVFDK 960GB SAS 12Gb/S Solid State Drive is engineered for high-performance, enterprise-level applications that require fast data access and reliability. With 960GB of storage and a 12Gb/s SAS interface, this 2.5-inch SSD offers enhanced read and write speeds, ensuring optimal performance for servers, workstations, and storage solutions.

This MLC (Multi-Level Cell) drive is ideal for a wide range of enterprise workloads, from databases and virtualized environments to file servers and cloud storage. The hot-pluggable feature allows you to replace or upgrade the drive without shutting down your system, ensuring zero downtime and minimal disruption to your workflow.

Designed for durability and speed, the Dell 0FVFDK SSD ensures consistent, reliable performance in demanding environments, supporting the needs of modern businesses and data centers.

Key Features:

Capacity: 960GB of high-performance storage, providing ample space for data-intensive applications.

Interface: SAS 12Gb/s, delivering fast data transfer speeds for enterprise-grade systems.

Form Factor: 2.5-inch drive, compatible with a wide range of servers and storage systems.

Hot-Pluggable: Replace or upgrade the SSD without shutting down your system, ensuring seamless operation and reduced downtime.

MLC Technology: Multi-Level Cell (MLC) technology strikes a balance between performance and endurance, making it ideal for high-demand applications.

Endurance: Designed for enterprise workloads, offering excellent reliability and performance over time.

Optimized for Enterprise: Perfect for use in servers, storage arrays, and workstations, handling heavy-duty tasks with ease.

Energy Efficient: Low power consumption helps reduce operational costs, making it an ideal choice for data centers.

Compatibility: Works seamlessly with a variety of Dell servers and storage solutions, providing quick integration.

High-Speed Data Access: Offers exceptional read and write performance, reducing latency and speeding up operations for data-intensive tasks.