In enterprise settings, what you are likely to be interested in is how easy it is to recover a RAID with a failing member. Now, here's an interesting part: the larger the disk participating in the RAID, the more is recovery susceptible to failures of the disk controller. It's possible that the failure rate on the controller is so high that whenever you are trying to recover the data, you will have a very high (>50%) chance of introducing an error... and so a RAID virtually becomes unrecoverable. SATA controllers are in that later category (and that's partially why enterprise users preferred SAS before NVMe + PCIe became a thing).
In enterprise settings, what you are likely to be interested in is how easy it is to recover a RAID with a failing member. Now, here's an interesting part: the larger the disk participating in the RAID, the more is recovery susceptible to failures of the disk controller. It's possible that the failure rate on the controller is so high that whenever you are trying to recover the data, you will have a very high (>50%) chance of introducing an error... and so a RAID virtually becomes unrecoverable. SATA controllers are in that later category (and that's partially why enterprise users preferred SAS before NVMe + PCIe became a thing).