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Toshiba has confirmed the performance of the new STT-MRAM memory element with a highly accurate processor simulator.
ENGADGET: Toshiba goes perpendicular to solve MRAM's power issues, rethink cache memory
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Toshiba's new memory element advances the company's pioneering work in STT-MRAM and overcomes the longstanding operating trade-off by securing improved speed while reducing power consumption by 90 percent.
ENGADGET: Toshiba goes perpendicular to solve MRAM's power issues, rethink cache memory
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Going forward Toshiba expects to bring the new memory element to STT-MRAM cache memory for mobile processors integrated into smartphones and tablet PCs, and will promote accelerated research and development toward that end.
ENGADGET: Toshiba goes perpendicular to solve MRAM's power issues, rethink cache memory
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Toshiba will present three papers on the new STT-MRAM and its technologies on December 11 and 12 at IEDM, the International Electron Device Meeting held by IEEE in San Francisco from December 10.
ENGADGET: Toshiba goes perpendicular to solve MRAM's power issues, rethink cache memory
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If you're a frequent reader you're surely well aware of the potential of spin torque transfer memory, or STT-MRAM, and how spin-polarized magnetic currents (and the electrons they love to caress) might hold the potential to revolutionize storage as we know it.
ENGADGET: IBM's prototype STT MRAM device spins your bits right round, baby, right round
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This modeled application of an STT-MRAM integrating the memory as cache memory and recorded a two-thirds reduction in power consumption by a standard mobile chip set carrying out standard operating functions, a result confirming that the new MRAM element has the lowest power consumption yet achieved.
ENGADGET: Toshiba goes perpendicular to solve MRAM's power issues, rethink cache memory
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TOKYO-Toshiba Corporation (TOKYO: 6502) today announced that the company has developed a prototype memory element for a spin transfer torque magnetoresistive random access memory (STT-MRAM) that achieves the world's lowest1 power consumption yet reported, indicating that it has the potential to surpass the power consumption efficiency of SRAM as cache memory.
ENGADGET: Toshiba goes perpendicular to solve MRAM's power issues, rethink cache memory