Dell 3VY7K 900GB 10K RPM SAS 2.5-inch hard drive with tray delivers reliable enterprise performance for PowerEdge servers. Available with 4–6 business days lead time.

3VY7K – Dell 900GB 10000RPM SAS 2.5-Inch Hard Drive with Tray

The Dell 3VY7K 900GB SAS Hard Drive is a dependable enterprise storage solution designed for Dell PowerEdge server environments requiring consistent performance and reliability. With a 10,000 RPM spindle speed, it delivers fast data access and low latency, making it suitable for business-critical applications.

Built in a 2.5-inch small form factor (SFF), this drive is optimized for high-density server configurations where space efficiency and performance are essential. The included hot-plug tray allows for easy installation and replacement without system downtime, ensuring maximum availability in enterprise environments.

Engineered for 24/7 operation, this drive is well-suited for virtualization, databases, and RAID storage systems where balanced capacity and performance are required.

Model Type:

Internal Enterprise HDD — 2.5″ SAS (10K RPM, with Tray)

Category:

Storage — Enterprise SAS Hard Disk Drive (HDD)

Key Features:
900GB Capacity — Balanced enterprise storage
10,000 RPM Speed — Fast and consistent performance
SAS Interface — Reliable enterprise connectivity
2.5-Inch SFF Design — Ideal for dense server environments
Hot-Plug Tray Included — Easy maintenance without downtime
Enterprise-Class Reliability — Built for 24/7 operation
Consistent Throughput — Suitable for critical workloads
RAID Compatible — Supports scalable storage systems
Technical Specifications:
Specification Details
Model 3VY7K
Capacity 900GB
Drive Type Internal HDD
Interface SAS (generation not specified)
Spindle Speed 10,000 RPM
Form Factor 2.5″ SFF
Included Accessory Hot-Plug Tray
Workload Type Enterprise / Performance
Compatibility Dell PowerEdge Servers & Storage Systems
Lead Time 4–6 Business Days
Typical Use Cases:
Virtualization environments
Database servers
RAID storage arrays
Enterprise applications
Data center workloads