Subject: General Tech | August 6, 2013 - 04:27 PM | Tim Verry
Tagged: RRAM, Panasonic, memristor
RRAM (Resistive RAM) and "Memrisitor" non-volatile memory technology has been theorized about in the past, but it is finally starting to make its way into actual products. Specifically, Panasonic announced a new series of 8-bit MN101R microcomputers that feature RRAM memory for storage.
The Panasonic microcomputers are intended to be used in environmental sensors, healthcare monitors (blood pressure, activity, et al), fire alarms, and electronic passports. Panasonic expects to ship a million of these ReRAM-equipped boards a month. The company claims that the move from NAND flash to ReRAM results in up to a 50% power savings and increased memory durability supporting as much as 10-times higher re-write cycles. Additionally, the ReRAM is five times faster at writes than both NAND flash and EEPROM due in part to not having to perform a data erase during each write.
Panasonic and Crossbar (a start-up working on RRAM) have some impressive figures to share, but enthusiasts should not get their hopes up just yet. The Panasonic microcomputers are using a scant 64KB of ReRAM paired with 4KB of SRAM. While a good first step, the technology still has a ways to go before we start to see it enter mobile devices and traditional PCs.
With that said, it does have a lot of potential, and I’m excited to finally see an actual physical product come out of all the resistive RAM research!
More information on the Panasonic MN101R series and the ReRAM technology can be found here.
Subject: General Tech | August 6, 2013 - 01:16 PM | Jeremy Hellstrom
Tagged: RRAM, non-volatile RAM, Crossbar
Resistive RAM has been one of the technologies that we have heard of which could become the next standard in non-volatile RAM. The technology promises high density storage, RAM level read and write speeds and a long storage life but while there has been a lot of research into this type of memory we haven't seen any commercially viable products being announced. A company called Crossbar could change that with their new implementation which claims that it is ready to go into production with an impressive display of technological advancement. They tout 20 times the write speed of NAND with 20 times less the power consumption as it is non-volatile and does not require electricity to hold data. With an estimated 20 year life for any data stored on the media this could be a great long term storage solution; not just high availability data that needs the high write speeds. Thanks to the use of 3D storage they can fit 1TB of data on a single 200mm2 chip. Read more at The Inquirer.
Not this kind of Crossbar
"CALIFORNIA CHIP STARTUP Crossbar has unveiled what it claims is the first commercially viable Resistive RAM (RRAM) memory chip, a new generation of non-volatile memory capable of storing up to 1TB of data on a single 200mm2 chip."
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