Testing a drive like this is a pretty straight forward process. A mechanical drive does not have the same impact from wear and tear as solid state drives and as such the drive doesn’t require any long-time conditioning test. I’ll still be running extensive tests with various data fillage scenarios and benchmark applications.
First, I’ll test the drive empty after which I’ll gradually fill it with 25% data at a time and retest it under each of these fill scenarios. This will give us a detailed view on the drives performance as it fills up and whether that has any impact on the performance or not. For these tests I’ll be using the well-known ATTO, Anvil’s Storage Utilities, AS SSD, and CrystalDiskMark benchmark tools.
Following the fillage tests, I’ll be using AIDA 64 and IOmeter to get a more detailed view of the drive’s raw performance. These tests run best with an unpartitioned drive and as such exclude data fillage, but in return, we get even more details on the drive’s performance, including access times, sequential, and random performance.
Test system:
Software used:
System Power 10 850W has been built with price-conscious users in mind that do not…
The DS223j is an efficient one-stop solution for all your data storage and sharing needs.…
Unleash and sustain the maximum performance with a VRM design built with a total of…
TUF Gaming A520M-Plus WIFI distills essential elements of the latest AMD platform and combines them…
The GameMax Abyss ARGB is an upgrade from the RGB edition and joins the already…
Get your hands on the ultimate collectible — the officially licensed Han Solo™ Drive. Designed…