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
ST32155W Seagate Hawk 2XL 2.1GB 5.4K

Wishlist Compare

Skip to the end of the images gallery

Skip to the beginning of the images gallery

ST32155W Seagate Hawk 2XL 2.1GB 5.4K RPM Ultra Wide SCSI 68-Pin 512KB Cache 3.5-inch Hard Drive

SKU:

ST32155W

Name: ST32155W Seagate Hawk 2XL 2.1GB 5.4K RPM Ultra Wide SCSI 68-Pin 512KB Cache 3.5-inch Hard Drive
Brand: Seagate
SKU: ST32155W
Price: 174.00 USD
Availability: InStock
Rating: 4.9 (108 reviews)

Weight: 1.76 lbs

Condition: Refurbished

2.1GB storage capacity 3.5-inch hard drive
5400 RPM spindle speed for energy-efficient operation
Ultra Wide SCSI 68-pin interface for reliable connectivity
512KB cache to improve data access performance

In stock

$174.00

Details
Reviews

Product Overview
The Seagate Hawk 2XL 2.1GB 3.5-inch Ultra Wide SCSI hard drive offers a compact storage solution with moderate speed and cache, optimized for legacy hardware environments that require reliable, low-capacity drives for system functions and archival data storage.

General Information
Brand	Seagate
Part Number	ST32155W

Technical Information
Form Factor	3.5-inch
Cache	512KB
Spindle Speed	5400 RPM

Interfaces/Ports
Interface	SCSI

Physical Characteristics
Condition	Refurbished
Weight	1.76

Product Description
The Seagate Hawk 2XL is a 2.1GB 3.5-inch hard drive featuring a 5400 RPM spindle speed and Ultra Wide SCSI 68-pin interface, designed for legacy systems requiring dependable storage. Its 512KB cache enhances read/write efficiency for smoother performance. Key Features 2.1GB capacity suitable for small-scale storage 5400 RPM spindle speed balances performance and power consumption Ultra Wide SCSI 68-pin interface ensures stable data transfer 512KB cache boosts overall data throughput This hard drive fits well in older server or workstation setups where compatibility and reliable storage are key, providing stable and consistent operation for less demanding workloads.