As SSDs have gotten ever cheaper, the appeal of traditional magnetic hard drives has waned. Well, for gamers if not some industrial scale storage applications. That's remained true even with flash memory prices on the up of late. But if you want maximum capacity, there's still no substitute for a spinning platter. Which is why Seagate has been demoing new hard drive tech that's expected to extend capacities to as much as 240TB per drive in the next 10 years or so.
The latest heat-assisted magnetic recording (HAMR) in cutting-edge drives offers as much as double the data density of the more traditional perpendicular magnetic recording (PMR) tech found in hard drives. But now a research team from Seagate Technology, NIMS, and Tohoku University has successfully demo'ed multi-level HAMR (via Tom's Hardware), thereby unlocking even further data density.
Apparently, the basic concept of multi-level magnetic recording isn't new. The problem has been finding a suitable material. And now the Seagate-led team has, namely two FePt-C nanogranular films separated by a Ru-C spacer layer with a cubic crystal structure. Well, obviously!
Incidentally, if you happen to be a material science PhD, you can check out the full research paper here. For everyone else, the Cliff Notes go something like this:
By adjusting the laser power and magnetic fields during writing, the FePT layers can be addressed independently, thereby doubling capacity. If that wasn't impressive enough, the researchers reckon this approach can be applied to three-level recording and may even work at four levels.
If so, you'd be looking at a 10-platter hard drive with a rough capacity of about 240TB. Which should just about cover installation of one or two of the latest data-munching games on Steam.
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