For the context of bulk consumer storage (or even SOHO NAS) that’s irrelevant, though, because people are already happily using spinning mechanical 3.5" hard drives for this purpose, and they’re all already SATA. Therefore there’s no logical reason to worry about the physical size or slower write speeds of packing a bunch of flash chips into the same sized enclosure for those particular use cases.
There are reasons a big old SSD would be suitable for this. Silence, reliability, no spin up delay, resistance to outside mechanical forces, etc.
For the context of bulk consumer storage (or even SOHO NAS) that’s irrelevant, though, because people are already happily using spinning mechanical 3.5" hard drives for this purpose, and they’re all already SATA. Therefore there’s no logical reason to worry about the physical size or slower write speeds of packing a bunch of flash chips into the same sized enclosure for those particular use cases.
There are reasons a big old SSD would be suitable for this. Silence, reliability, no spin up delay, resistance to outside mechanical forces, etc.