Super-Cooled Quantum Computing Is Coming
It’s very small, very cold and very hard to program; D-Wave says it’s the first working quantum computer and it recognizes images. Read More
- Oasis ratifies Open Document Format 1.1
- AMD releases new Imageon media processors for cellphones
- Intel to bring back Hyperthreading with Nehalem core
- Microsoft: We'll talk about the next Windows when we are ready
- A thin client computer for $140
- Pre-N to replace 802.11g faster than expected
- HDMI connections surge in PC market
- Infineon introduces silicon-based low noise amplifiers for...
- Wireless carriers face slowdown of subscriber growth
- Infineon looks to make Linux handsets more affordable
Renesas and Matsushita develop technique for stabilizing operation of 45nm on-chip SRAM
Source: Tom's Hardware US – Category : Miscellaneous 0 comment
Renesas Technology and Matsushita Electric Industrial have announced the development of a technique that achieves stable operation with 45nm process generation bulk CMOS for SRAM that can be embedded in SoC (system-on-chip) devices and microprocessors (MPUs). Tests of experimental chips with 512-Kbit SRAMs employing this technique have confirmed stable operation over a wide temperature range (-40 degrees C to 125 degrees C) and a larger operating voltage range margin with respect to process variations, according to the companies.
More here at DigiTimes.
-
Previous News Article
Oasis ratifies Open Document Format 1.1 -
Next News Article
More than 1 billion Wi-Fi chipsets...
React! Return to news index
- Intel and Novell announce virtual Windows to run unmodified on Linux
- More than 1 billion Wi-Fi chipsets expected to ship in 2012
- Renesas and Matsushita develop technique for stabilizing operation of 45nm on-chip SRAM
- Oasis ratifies Open Document Format 1.1
- AMD releases new Imageon media processors for cellphones
- Intel to bring back Hyperthreading with Nehalem core