8 articles in this category
You've got a dead SSD on your bench. Maybe it's a 2.5-inch SATA from 2016, or an NVMe pulled from a decommissioned server. The client says 'just get t...
It's 2022. A client walks in with a 2.5-inch SSD from a company that folded five years ago. The drive's not dead—the PCB looks clean, no burnt compone...
You've got a drive. Its NAND cells are shot—read retries are spiking, uncorrectable ECC errors are mounting, and the controller is flagging retirement...
You've got a dead SSD on your bench. Maybe it's a Samsung 870 EVO that stopped responding after a power blip. Maybe it's an old Intel 535 that won't i...
You plug in your SSD. Nothing. No spin-up, no click—just silence. The controller, that little chip that manages NAND flash, has likely died. In many c...
Here is a quiet disaster: a company buys carbon credit to offset its server refresh, then picks a resurrecal protocol that burns more energy than manu...
Your SSD's NAND might be rated for 300 TBW — enough to last a decade of normal use. Yet it died at 18 months. The controller locked itself after a fir...
Your data recovery lab just invested $200,000 in a solid-state resurrection rig. The drives are fast. The clients are happy. But the neodymium magnets...