IBM: Phase Change Memory to Operate Beyond 150°C

[Guest]

IBM has been granted a patent for an exotic phase change memory (PCM) cell structure the allows the technology to retain its data retention characteristics at temperatures above 150 degrees Celsius (300 degrees Fahrenheit).

IBM: Phase Change Memory to Operate Beyond 150°C : Read more

 

[funguseater]

And I thought my GTX480 was hot... imagine Ram at 150degrees.

 

[freggo]

No more LED lights in the case, just the romantic glow of the memory chips 🙂

 

[aoneone]

so what happens beyond this memory idea, is that increasing temperatures will forever hold any data information forever, thus making it practically indestructible.

In other words, porn viewers downloading data and info onto their harddrives and thinking you can wipe it away by burning it .. ha fat chance pervert!!

 

[sylvez]

[citation][nom]aoneone[/nom]so what happens beyond this memory idea, is that increasing temperatures will forever hold any data information forever, thus making it practically indestructible. In other words, porn viewers downloading data and info onto their harddrives and thinking you can wipe it away by burning it .. ha fat chance pervert!![/citation]

... why pervert?? Internet is for porn.

Back to topic, IBM really needs to file another patent of this with rounded corners just in case.

 

[Guest]

Great! I was waiting for a way to speed up my toaster!

 

[falchard]

This patent is way to generic. Are you kidding me? A specific material setup in a specific way for a specific purpose with a working model. Better luck next time IBM on your broad implementation of a specific method of memory cooling. I think we all came up with this common method for use a special glass material.

 

[K2N hater]

[citation][nom]sylvez[/nom]Back to topic, IBM really needs to file another patent of this with rounded corners just in case.[/citation]
Phase chips have a cold side and a hot side. Guess some IBM engineer switched the side, melted the whole thing and now patented the mess.

 

[razor512]

I wonder, what is the endurance of the various phase change chips coming out?

there are a few in development but since it is relying on what pretty much a chemical reaction or a gas meaning you are dealing with relatively short half lives (reason why plasma screens don't last as long), and other forms of decay.

if it is just designed for NV storage, then it can be good for machines that work in hot environments, or at least bring technology one step closer to designing a rover that can function on a planet such as Venus.

 

[nforce4max]

May as well use this with vacuum tubs, fallout 3 pc hello lol.

 

[shin0bi272]

So not only is it 100x faster than flash and lasts for millions of write cycles and is cheaper to produce than flash but now it even operates in temperatures well above what flash can do... Sooo why do we not have this in a hard drive yet there IBM? Whats the hold up?

 

[boiler1990]

[citation][nom]funguseater[/nom]And I thought my GTX480 was hot... imagine Ram at 150degrees.[/citation]
Now there's actually a reason to watercool RAM...

 

[mmstick]

[citation][nom]shin0bi272[/nom]So not only is it 100x faster than flash and lasts for millions of write cycles and is cheaper to produce than flash but now it even operates in temperatures well above what flash can do... Sooo why do we not have this in a hard drive yet there IBM? Whats the hold up?[/citation]
There are a lot of procedures and protocols to follow into getting new technology onto the market. And there is even more time and money that must be spent on creating manufacturing factories that can cheaply manufacturer this stuff with high precision, instead of only being a laboratory prototype constructed in ideal perfect conditions. The consumer market is usually 10 years behind latest scientific efforts, so don't expect to see this anytime soon.

 

[memadmax]

For some reason, all the talk about the phase changes crystalline growth had me thinking that one day we could have ram that "grows" with use.

 

[madjimms]

Give me my Ga (gallium) CPU at 800Ghz & I'll be happy.

 

[Guest]

now THIS is a patent, not pinching, flicking and shapes...

 

[murzar]

So.. now memory can be clocked higher without worrying about cooling it?

I hope the next graphic cards from AMD/NVIDIA come with 10000 MHz meory clocks!

 

[ojas]

[citation][nom]mmstick[/nom]There are a lot of procedures and protocols to follow into getting new technology onto the market. And there is even more time and money that must be spent on creating manufacturing factories that can cheaply manufacturer this stuff with high precision, instead of only being a laboratory prototype constructed in ideal perfect conditions. The consumer market is usually 10 years behind latest scientific efforts, so don't expect to see this anytime soon.[/citation]
Yeah it took around 15 years for Intel to get their tri-gate transistors to the market...

 

[digiex]

Global warming ready!

 

[master_chen]

BURN, BURN, BURN!!!! MUAHAHAHAHAHA!!! (c) De Loco

 

[ithurtswhenipee]

Did I miss what the advantage of this type of RAM is? Faster, more reliable? Only thing I see is increased ambient temperature in the chassis.

 

[mamailo]

More chips for the military gear.
Can't imagine other use, i don't want any appliance at home those temps except for the toaster and iron.