This memory architecture achieves random access by connecting the memory cells to the bit lines in parallel. If any memory cell is turned on by the corresponding word line, the bit line goes low ...

A longer bit line links more SRAM cells and means the memory needs fewer peripheral circuits, shrinking the overall area.

Memory design does not follow the same rules as logic. “The SRAM bit-cell typically utilizes smaller than minimum size transistors in order to realize higher density,” says Hingarh.

T-bet is a transcription factor, one of the control proteins in the cell nucleus that can turn specific groups of genes on ...

Two design undertakings claim significant progress in reducing switching energy per bit and shrinking cell area compared to SRAM.

Source: imec Finally, imec is exploring routes toward true 3D integration, which will be needed to boost the density of the memory bit cells for next-gen compute system architectures. Daniele Garbin ...

Even a bunch of brain cells on a culture plate can show evidence of learning, but what we didn't realize was that the same is true for other types of human cells, like these kidney-derived cells.

In memory compute: A mirage In-memory compute refers to the many varied attempts over more than a decade to meld computation into the memory bit cells or memory macros used in SoC design. Almost all ...

A new machine learning model shows that star-shaped brain cells may be responsible for the brain's memory capacity, and ...

It affirmed Kilopass ownership of the fundamental 1T anti-fuse bit cell, and it also affirmed Sidense’s patent claims on peripheral circuitry. The ruling on the memory bit-cell, while expected, is ...

Monterey Research appealed from the PTAB following the invalidation of all challenged claims of U.S. Patent No. 6535805, SRAM Cell Design. The ‘805 patent protects a memory cell having multiple ...