EPFL engineers develop a computer chip with logic and data storage on a single architecture

Engineers at EPFL have made a breakthrough in electronics with the development of a computer chip combining logic operations and data storage into a single architecture. The breakthrough paves the way for more efficient computing devices in the future. The breakthrough came from the EPFL’s Laboratory of Nanoscale Electronics and Structures.

Engineers say the architecture could have major benefits for artificial intelligence systems. The tech is the first to use a 2D material for a logic-in-memory architecture. That architecture combines both logic and memory functions. The energy efficiency of computer chips is traditionally limited by the von Neumann architecture currently used with data processing and data storage in two separate units.

Having data processing and storage in separate units means data has to be transferred continuously between the two using up time and energy. Combining processing and storage into a single architecture allows a reduction of both time and energy

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