MRAM has a number of attractive attributes: it is fast (random reads and writes); non-volatile and low power (magnetic technology); and offers low cost potential since the memory array can be embedded ...

When voltage is applied to the device, ions move within the channel, enabling simultaneous computation and data storage. This study reveals how ions and electrons behave under applied voltage, ...

For mainstream PCs, this won’t hold a huge advantage at the top end, but it will be a big boost for HEDT systems and enterprise servers, where much larger single CPU memory arrays will be ...

Pure Storage Tuesday expanded its all-flash storage array line into two different directions with the introduction of new memory modules to increase performance and the introduction of a new line ...

It takes a lot of energy to move back and forth. CRAM combines where data lives and gets processed, inside a "memory array," eliminating any need for communication between the two units.

A paper describing their work, "Computing High-degree Polynomial Gradients in Memory," appears in the journal Nature Communications. "The objective function of any optimization problem, such as an ...

Maximizing Manufacturing Yield For STT-MRAM IP Foundries need new equipment not used in conventional CMOS manufacturing such as ion beam etching while improving MTJ bit cell reliability to support the ...

Memory faults behave differently than classical Stuck-At faults. Therefore, the fault models are different in memories (due to its array structure) than in the standard logic design. Also, during ...

These days, designs contain a huge number of memory arrays embedded in the core, and these memories often consume a substantial portion of the total chip area. This increase in memory size and number ...