David Kirkpatrick

September 1, 2010

Memristor storage coming in 2013

Filed under: Business, Science, Technology — Tags: , , , , , — David Kirkpatrick @ 9:48 am

Of course, we’ll have to see if this tech is still state-of-the-art three years down the road.

From the link:

An electronic component that offers a new way to squeeze more data into computers and portable gadgets is set to go into production in just a couple of years. Hewlett-Packard announced today that it has entered an agreement with the Korean electronics manufacturer Hynix Semiconductor to make the components, called “memristors,” starting in 2013. Storage devices made of memristors will allow PCs, cellphones, and servers to store more and switch on instantly.

Making memories: This colorized atomic-force microscopy image shows 17 memristors. The circuit elements, shown in green, are formed at the crossroads of metal nanowires.
Credit: StanWilliams, HP Labs

Memristors are nanoscale electronic switches that have a variable resistance, and can retain their resistance even when the power is switched off. This makes them similar to the transistors used to store data in flash memory. But memristors are considerably smaller–as small as three nanometers. In contrast, manufacturers are experimenting with flash memory components that are 20 nanometers in size.

“The goal is to be at least double whatever flash memory is in three years–we know we’ll beat flash in speed, power, and endurance, and we want to beat it in density, too,” says Stanley Williams, a senior fellow at HP who has been developing memristors in his lab for about five years.

June 4, 2009

Flexible memory

Via KurzweilAI.net— Flexible electronics are a hot development item and this flexible memory chip from NIST look like a promising addition to the field.

Electronic Memory Chips That Can Bend And Twist
Science Daily, June 3, 2009

A flexible memory switch that operates on less than 10 volts, maintains its memory when power is lost, and still functions after being flexed more than 4,000 times has been developed by National Institute of Standards and Technology(NIST) researhers.


The switchcan be built out of inexpensive, readily available materials and it performance is similar to that of a memristor (changes its resistance depending on the amount of current that is sent through it and retains this resistance even after the power is turned off).

Read Original Article>>