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Acal BFi assure la continuit de lapprovisionnement en SRAM Synchrone haute vitesse : Electronics

Acal BFi assure la continuité de l approvisionnement en SRAM Synchrone haute vitesse : Electronics News from Electronic Specifier

SRAM boasts operation as low as 0.425V

Fujitsu Semiconductor and SuVolta have cut the power consumption of SRAM blocks by cutting CMOS transistor threshold voltage variation by half.

IEDM: Deeply depleted channels run SRAM at 0.425V

Fujitsu has demonstrated SRAM blocks down running down to 0.425V, using a deeply depleted channel (DDC) transistor design from Californian start-up SuVolta. By replacing conventional mosfets with DDC transistors in an existing SRAM design...

Record-Breaking Energy Efficiency for SRAM - Printed Electronics Now

Opens door to a range of new energy-harvesting applications in body-area networks

ITC, Cypress, GSI, SRAM | Firm alleges collusion by SRAM vendors

The U.S. International Trade Commission said last week it would formally investigate a patent infringement complaint filed last month against the company by Cypress Semiconductor. < br/ > < br/ > View the full article < a

Firm alleges collusion by SRAM vendors

SRAM vendor GSI Technology has filed a complaint in US federal court alleging that Cypress Semiconductor and other SRAM vendors participated in a conspiracy to monopolize the market for high-performance SRAMs.

Cypress Semiconductor Announces Latest Members of its 65 nm SRAM Family

Cypress Semiconductor Announces Latest Members of its 65 nm SRAM Family

Cypress Completes High-Density QDRII+ SRAM Portfolio With New 65-nm 36-Mbit and 18-Mbit Devices

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Devices deliver 'industry's fastest' qdr sram operating speed claims Cypress

Cypress Semiconductor has unveiled new 65nm, 36Mbit, and 18Mbit devices which are said to offer the 'industry's fastest' quad data rate (qdr) sram operating speed of 550MHz. According to Cypress, the process technology reduces power consumption by up to 50% compared with 90nm sram.

Adding external memory to Atmega128 | Scientific, embedded, biomedical, electronics contents.

Atmega128 is equipped with internal 4Kbytes of SRAM memory. Is it enough? Well it depends on what project it’s gonna hold. If your project must deal with loads of data or run larger RTOS code you will definitely run out … <a

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