I was thinking about the standards USB type C supports, and I remember reading that SATA was having issues with heat if they went beyond the SATA 3.0 standard for some reason. But USB type C supports up to 100 watts, and data of up to 40 Gbps over the Thunderbolt protocol. So is there any real reason that USB type C couldn't replaced SATA, or is it theoretically possible?
EDIT: Thanks for your reply Boogieman_WD. I looked up PCIe speeds, and the original specification was 250MB/s per lane, and 4.0 is nearly 2GB/s per lane, so it makes sense with SSDs to go with SATAexpress because it's so friggin' fast. And I was thinking that generally for HDDs, 6.0Gbps on SATA3 is probably fast enough that the drive is the bottleneck anyway (some searching on the interwebz indicated this is true), which means there's really no reason for a change to USB type C. In the link you gave me, he did mention that it may be theoretically possible to run two PCIe lanes across USB C connection, but he wasn't sure on the feasibility of such an endeavor.
EDIT: Thanks for your reply Boogieman_WD. I looked up PCIe speeds, and the original specification was 250MB/s per lane, and 4.0 is nearly 2GB/s per lane, so it makes sense with SSDs to go with SATAexpress because it's so friggin' fast. And I was thinking that generally for HDDs, 6.0Gbps on SATA3 is probably fast enough that the drive is the bottleneck anyway (some searching on the interwebz indicated this is true), which means there's really no reason for a change to USB type C. In the link you gave me, he did mention that it may be theoretically possible to run two PCIe lanes across USB C connection, but he wasn't sure on the feasibility of such an endeavor.