The only strange thing is that the Seagate website states a manufacturer's warranty of 5 years for the Barracude 3.5" series.
Or is this simply an extended rescue warranty from Seagate?
Thank you very much for letting us know. We will be happy to pass this on internally to the relevant department and hope that this will be checked promptly.
The hard disk is compatible with the TerraMaster F6-424 Max NAS, which supports 3.5-inch hard disks with a SATA interface, like this one. This 6-bay NAS is designed for intensive use and offers great flexibility for different types of hard drives, including those with 7200 RPM and CMR technology. This means that this 7200 RPM 3.5-inch SATA hard disk can be used without any problems in this NAS.
Yes, this hard disk can be installed on a PC with an ASUS Prime X870-P WIFI motherboard and Windows 11.
The drive is a 3.5-inch model with a SATA 6 Gb/s interface, which is a standard supported by most modern desktop motherboards, including the ASUS Prime X870-P WIFI. In addition, the Windows 11 operating system is compatible with SATA drives of this type. For installation, simply mount the drive in a 3.5-inch slot of the case, connect the SATA data cable to the motherboard and the power cable from the PSU, then format the drive in Windows.
The drive has a rotational speed of 7200 RPM and CMR technology, ideal for gaming and desktop use, ensuring good performance and reliability.
The desktop Barracuda 24TB HDD with 7200 rpm and SATA interface is primarily designed and optimised for desktop computers. It offers high capacity and performance for desktop applications, but is not specifically designed for use in NAS systems.
For NAS systems, especially with small workloads, Seagate generally recommends dedicated NAS hard drives that are optimised for continuous operation and the requirements of NAS environments. The Barracuda series is designed more for desktop use and is not explicitly labelled as NAS-compatible.
Therefore, this HDD is not ideal for NAS systems, even if it could technically work, it is not designed for continuous operation and typical NAS workloads. For NAS with small workloads, hard drives specially developed for NAS are more suitable.
This is an incorrect photo, the correct figure is 20 TB. Thank you very much for pointing this out, I will pass it on internally and hope that the images will be corrected as soon as possible.