Pushing a 16-Year-Old 64GB SSD to 3 Petabytes (It Glitched)

​I pushed a 16-year-old, 64GB SanDisk P4 SSD all the way to 3 PETABYTES (3,000,000 GB) of host writes, and the S.M.A.R.T. odometer is completely losing its mind. ​When I rescued this vintage 2010 drive out of scrap heap back in 2023, it already had nearly 50,000 power on hours on the clock. Standard modern tech logic says a drive this old on a legacy SATA II should have died long ago under this kind of stress test. ​Instead, by completely unthrottling the Windows kernel file system cache layer and building a highspeed volatile RAM buffer, I managed to bypass the interface bottlenecks entirely. i am talking Gen 3 NVMe link speeds passing completion tokens down to a legacy 16-year-old controller chip. ​In this video, we dive into the experimental computer science behind the project, look at the raw firmware hex data (SMART_READ_DATA), track why the health status indicator is actually counting UP (from 3% to 35% health) instead of down, and look at the recent telemetry errors after a maintenance reboot