JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.

Home
Storage
Internal Hard Drives
Server Hard Drives
9DJ066-050 Seagate 300GB 10000RPM 16MB Cache

Wishlist Compare

Skip to the end of the images gallery

Skip to the beginning of the images gallery

9DJ066-050 Seagate 300GB 10000RPM 16MB Cache SAS 3GB/s 3.5-inch Hard Drive with Tray

SKU:

9DJ066-050

Name: 9DJ066-050 Seagate 300GB 10000RPM 16MB Cache SAS 3GB/s 3.5-inch Hard Drive with Tray
Brand: Seagate
SKU: 9DJ066-050
Price: 144.00 USD
Availability: InStock
Rating: 4.9 (108 reviews)

Weight: 1.76 lbs

Condition: Refurbished

300GB storage capacity
10,000 RPM spindle speed for balanced performance
SAS 3Gb/s interface with 16MB cache
3.5-inch form factor with tray for easy installation

In stock

$144.00

Details
Reviews

Product Overview
The 9DJ066-050 Seagate 300GB 10,000RPM SAS hard drive combines solid performance, enterprise reliability, and easy deployment with its pre-installed tray. Designed for systems that demand dependable storage, it supports workloads like database access, virtualization, and operational data processing.

General Information
Brand	Seagate
Part Number	9DJ066-050

Technical Information
Capacity	300GB
Form Factor	3.5-inch
Cache	16MB
Spindle Speed	10000 RPM

Interfaces/Ports
Interface	SAS

Physical Characteristics
Condition	Refurbished
Weight	1.76

Miscellaneous
Eco Friendly	Yes

Product Description
The Seagate 300GB 10,000RPM SAS hard drive with tray is designed to deliver reliable performance and fast data access in enterprise environments where uptime and scalability are key priorities. Key Features 300GB capacity suited for business-critical data handling 10,000 RPM speed enables responsive application performance SAS 3Gb/s interface ensures dependable data throughput 16MB cache improves read/write operations Includes tray for seamless integration into server systems Ideal for use in enterprise servers, data centers, and storage arrays that require consistent performance, simplified maintenance, and efficient data access across high-availability environments.