EnCharge AI, a startup that raised $144 million to date, announced the EnCharge EN100, an AI accelerator built on analog ...

A key element of the new hardware is its ability to perform in-memory computing within the memory array itself, mitigating the bottleneck that results from moving vast amounts of data back and ...

Our magnetic topological insulator Hall-bar array enables efficient implementation ... The research, titled "Cryogenic In-Memory Computing Using Magnetic Topological Insulators" and published ...

Most modern computing systems are built on ... Near-memory systems stack the logic and memory on top of one another in a 3D array, they’re layered PB&J-style, while in-memory systems intersperse ...

the new memory cells perform high-speed computations inside the memory array itself. In-memory computing is particularly useful for applications like artificial intelligence that need to process a ...

Industrial Technology Research Institute (ITRI) and Taiwan Semiconductor Manufacturing Company (TSMC) have announced the creation of a SOT-MRAM (spin-orbit torque magnetic random-access memory ...

An example is Mythic’s approach of computing directly inside the memory array (see figure). With clever design, the signal density of analog computing translates to high energy efficiency ...

These two powerhouses have joined forces to create a new type of memory ... computing even faster and more efficient. The spin-orbit-torque magnetic random-access memory (SOT-MRAM) array chip ...

Here’s how it works. A bizarre type of magnetic quasiparticle that looks like a tiny, swirling bubble could one day be used as a computing bit in future memory devices after scientists sped it ...