Nanoscale molybdenum disulfide memristors integrated onto standard CMOS chips achieve the lowest switching voltage reported ...

Recent advances in materials, devices, and system architectures are driving a new generation of computing beyond traditional CMOS, with neuromorphic ...

Nanoscale ferroelectric tunnel junctions built on silicon show that shrinking device size dramatically boosts resistance contrast, offering a clear path to faster, denser non-volatile memory.

A research team led by Professor Taesung Kim from the School of Mechanical Engineering at Sungkyunkwan University has ...

A global shortage in memory chips sparked by artificial intelligence has dealt a “tsunami-like shock” to the smartphone industry, pushing prices to all-time highs, according to a new report.

As AI workloads surge, IEEE former president Tom Coughlin outlines how bottlenecks in memory supply and system architecture may quietly steer the industry's next phase.

A research team affiliated with UNIST has announced the successful development of a novel semiconductor circuit capable of ...

Designing and deploying DSPs FPGAs aren’t the only programmable hardware option, or the only option challenged by AI. While AI makes it easier to design DSPs, there are rising complexities due to the ...

Panelists repeatedly highlighted that AI compute scaling is dramatically outpacing traditional Moore’s Law transistor ...

None ...

Rather than forcing all data to reside near compute cores to minimize electrical routing costs, dynamically routed optical links allow architects to treat memory and compute resources across the ...

The memory crisis is reshaping enterprise storage. How the industry is responding, and what IT leaders should do now to ...