QLC isn’t evil so long as you know its limits, but not everyone does
The never-ending push for faster personal solid-state storage drives with larger capacities gave NAND manufacturers a complex equation to solve. The late 1990s brought widespread adoption of SSD storage based on NAND flash, and at the time, they stored a single bit per cell, so they were known as SLC SSDs. But scaling the number of bytes per millimeter quickly ran into physical limitations, as the transistors and other electronic structures on NAND can only be shrunk down so far before physics takes over, and you can't store the data bit reliably.
The never-ending push for faster personal solid-state storage drives with larger capacities gave NAND manufacturers a complex equation to solve. The late 1990s brought widespread adoption of SSD storage based on NAND flash, and at the time, they stored a single bit per cell, so they were known as SLC SSDs. But scaling the number of bytes per millimeter quickly ran into physical limitations, as the transistors and other electronic structures on NAND can only be shrunk down so far before physics takes over, and you can’t store the data bit reliably.
Ayush Suvarna
India
India
Published by: aplhsindia.in
