You get the advantages of ASIC/CPU process for the processing component and the benefits of relatively tight coupling and high bandwidth to the memory banks afforded by the 3D chip stacking and ...

While processor speeds and memory storage capacities have surged in recent decades, overall computer performance remains constrained by data transfers, where the CPU must retrieve and process data ...

“As such, processing in memory (PIM), a decades-old concept, has reignited interest among industry and academic communities, largely driven by the recent advances in technology (e.g., die stacking, ...

The STE is a unique processing element thateliminates the need for external instructions and requires noaddressable memory. The basic circuit associated with an STE is shownin Figure 2. For ...

But building processing directly into memory adds integration and compatibility issues into the mix. “The big problem is the memory processes and logic processes don’t fit together, so you can’t do a ...

Most modern computing systems are based on the von Neumann computing architecture. There is a bottleneck that arises in such systems due to the separation of the processing unit and the memory. In the ...

GRENOBLE, France, Sept. 8, 2017 — UPMEM, a fabless semiconductor startup company, announces UPMEM Processing In-Memory (PIM), the next generation hardware solution for data intensive applications in ...

To satisfy thesecases, Micron has led the industry in the development of the HybridMemory Cube. Micron also recognized that in some cases, the memory wallwas simply due to processing inefficiency.

Processing in memory has a similar potential once you get it to work, and it will enable the next step in machine learning.” If the industry is willing to give von Neumann the boot, it should perhaps ...