The flash you linked to the datasheet for is over a decade old. Any SSD built from it would fall short of adequate by an order of magnitude in every important m

The flash you linked to the datasheet for is over a decade old. Any SSD built from it would fall short of adequate by an order of magnitude in every important metric. The per-die capacity of typical current-generation NAND flash is 16x larger, the interface speeds are 8x higher, erase blocks are 24x larger, program latency can be 5-10x higher. And most importantly, all mainstream SSDs now use flash that stores three or four bits per physical memory cell, rather than one. So using that flash, you could build something that is recognizably an SSD. But it would be almost entirely useless: too expensive and too small and slow for production use, and too far removed from the current state of the art to serve as a research platform for the most important challenges the SSD industry has been dealing with for the past several generations (error correction strategies for TLC/QLC, and SLC caching).