Nanochip technology offers up cheap, 100GB flash memory alternative
It's like we can't make it through the week these days without word of some outlandish memory technology solving all worldly ills; but it's not that we're complaining. This week's featured tech comes from Nanochip, and promises gains in storage quantity and cost per chip over flash memory. The first prototypes will store 100GB, and will be shipped to device makers next year for evaluation. Nanochip technology stores data on a thin-film material, and accesses it using microscopic cantilevers. Each bit will be 15 nanometers wide at first, with theoretical sizes as small as a couple nanometers. Speeds will be near that of flash, and the data could last longer. There are still some obstacles to accessing the data efficiently, but luckily Nanochip just scored $14 million in funding to complete its pursuit. IBM has been pursuing a similar tech since the late 90's.























YAY!
and will be shipped to device makers next year for evaluation....
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Zzzzz. Next year? Next year I could be in my spacesuit mapping Mars.
So I can't get one to plug into my MacBook Air yet?
This would be something nice to see out there! I hope it gains traction
Sounds like someone figured out how to make Info-Mica work without traditional read/write technology.
http://www.techjapan.com/Article122.html
hey! they stole my design!
No more moving parts! How difficult is it to realize that we need to move away from this kind of technology that's so susceptible to failure and impact shock. No thanks, I'll stick to solid state technology until something more future forward comes along.
I'm glad someone had the balls to say it. This is absolutely ridiculous, I'd rather have prices go down on real NAND flash than have moving parts. It's better to pay a premium for the real stuff than go with this stupid step backwards.
I don't know, are we sure that shock and vibration have the type of deleterious effect on structures at that scale? I mean, in theory I agree that moving parts = bad but this isn't inches of spinning platters this is nanometers of silicon. How do structures of that size respond to shaking and being dropped?
All moving parts adhere to the same laws of physics, although this will probably be more stable than our current disks. Aside from that, the article states that this technology isn't even as fast as solid state, so either way it's a step backward.
It sure would be nice to have 100 GB in my new little Eee PC. Apparently this is the future for the UMPC -- and a very productive future it will be. . . .
wait, it is gonna be cheaper?
i meant, how much cheaper
I can see the commercial now...
"Hey I can hear it clicking!"
"Yeah that's how you know it's working!"
could this be used on next gen consoles? cuz the Xbox 720 or PS4 could use these? n since they won't come out until 2010-2012 time frame it should be cheaper by then.That would really bring a change in video game graphics.
A storage medium affects a graphic card how exactly?
5 years, 1TB?... sooner, please?
But seriously, this is a great step towards selling laptops with flash drives regularly.
Cool!