Seagate Exos X18 10TB Standard Model FastFormat (512e/4Kn) SAS

The Seagate Exos X18 10TB Standard Model FastFormat (512e/4Kn) SAS hard disk belongs among the high load internal HDDs for NAS storage solutions. The 3.5" format is made chiefly for data centres and desktop PCs. One of the most important characteristics is undoubtedly the rotational speed. The 7200 rev/min RPM ensures faster data transmission. The overall data capacity of the HDD is 10000 GB. The drive features a 256 MB memory cache. You can link the Seagate hard disk and a computer or other device takes place via the SAS interface.

Seagate Exos X18 10TB Standard Model FastFormat (512e/4Kn) SAS Hard Drive Key Features

• 256 MB memory cache
• Seagate 3.5" drive fits into classic larger bays
• The data transfer is facilitated using the SAS interface

Other Hard Disk Features

The HDD boasts a unique design. The enclosure conceals a mechanism with moving platters, complete with hard disk heads that read and write the data. These mechanical parts don't take shocks and impact well, but on the upside, this design also delivers its amazing price/capacity ratio. The important criterion that affects the speed of a hard drive is the number of platter revolutions per minute, generally known as RPM. In case of the Seagate Exos X18 10TB Standard Model FastFormat (512e/4Kn) SAS, you would get 7200 rev/min revolutions per minute. This is welcome news for people with higher requirements, such as graphic designers, gamers, video editors, and people who tend to use large amounts of data. System responsivity and stability is also significantly affected by the disk buffer - the so-called cache. The Seagate hard disk includes a 256 MB cache that keeps the last written data for their fast retrieval and reading.

Connecting the Seagate Hard Disk

In order to mount the Seagate Exos X18 10TB Standard Model FastFormat (512e/4Kn) SAS in the device of your choice, it must be equipped with a 3.5" slot. All data transfer is done via the SAS interface with a standard speed of 12.0 Gbit/s. However, this technology is relatively uncommon now.