Apple needs to team up with HP
HP Labs Shows New Memristor Tech
April 9, 2010 10:23 AM
Daily Tech
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HP Labs produced another technological leap last week as it released information in the journalNature of a self-computing memristor. A device able to act as both a processor and a memory device. Without the need to send all instructions to a central processing unit, the memristor devices could contribute significantly to everything from supercomputers to hand-held electronics.
Memristors are faster than standard flash memory, able to hold more information then most current means of memory storage, and hold their "charge" without direct power. An instant-on device powered by memristors could literally be turned on and off at the users discretion without risk of losing data or lengthy boot-up times common to classical integrated circuit architecture.
Rather than storing data as an electrical charge, a memristor "remembers" the amount of voltage last run through it as a change in resistance in one layer. This resistance can be measured afterward and will not change even if the unit is not receiving power of any kind.
..."
HP Labs Shows New Memristor Tech
April 9, 2010 10:23 AM
Daily Tech
"..
HP Labs produced another technological leap last week as it released information in the journalNature of a self-computing memristor. A device able to act as both a processor and a memory device. Without the need to send all instructions to a central processing unit, the memristor devices could contribute significantly to everything from supercomputers to hand-held electronics.
Memristors are faster than standard flash memory, able to hold more information then most current means of memory storage, and hold their "charge" without direct power. An instant-on device powered by memristors could literally be turned on and off at the users discretion without risk of losing data or lengthy boot-up times common to classical integrated circuit architecture.
Rather than storing data as an electrical charge, a memristor "remembers" the amount of voltage last run through it as a change in resistance in one layer. This resistance can be measured afterward and will not change even if the unit is not receiving power of any kind.
..."