Are you looking for a hard drive, especially to boost performance and expand storage capacity? Some of the reasons for wanting to buy a SATA solid-state drive include: the need for bigger storage space, performance issues such as taking longer to simply open documents or export large files such as videos, or you are building a new PC.
We recommend that you understand why you need a new drive before getting a SATA SSD. Some of the considerations include storage capacities, technical requirements, and budgetary considerations. It is always good to have different types of hard drives based on the benefits and drawbacks associated with each type.
Serial Advanced Technology Attachment (SATA or Serial ATA) interface is almost a default on a majority of drives based on its lower cost and large storage capacity. They offer greater value in terms of storage capacity and are suited for applications that do not require high read or write speeds. SATA interface replaced the parallel ATA (PATA) interface offering an increased data transfer rate of up to 6 Gbps and a throughput of 600 MB/s owing to the serial paired lines. SATA has backward compatibility with PATA owing to the ATA/ATAPI command set. The implementation of SATA happens in the connectors on the drives and motherboards as well as the SATA cables.
On the other hand, solid-state drives use non-volatile flash memory and do not have mechanical parts. SATA SSD implies that it is a solid-state drive with SATA connectors and happens to be more expensive compared to SATA HDDs. Generally, SSDs are faster, more durable, and have form factors that make them ideal for use in laptops. The speeds and sizes of specific SSDs are dependent on the manufacturer and form factor.
SATA SSDs can be used together with NVMe SSDs since you can have more than one drive on your computers and servers. The SATA SSDs will connect using the SATA connector whereas the NVMe SSDs will make use of the PCIe slot to offer faster performance. Concurrent use can also happen with the M.2 SSDs that are a replacement of the mSATA that only supported the SATA interface standard. M.2 SSDs are able to support different interface standards including PCIe 3.0, SATA 3.0, and USB 3.0 interfaces, and offer faster performance and greater storage capacities.