The use of CCD as a memory device dates back to 1970 but was soon overshadowed by the byte-addressable DRAM. The technology ...

In the wake of AI, unprecedented demand for data and computing power is outstripping capabilities. This will drive the ...

Researchers in Japan have developed a low power ME MRAM to reduce the energy consumption of memory systems particularly for ...

Abstract: As the dynamic random-access memory (DRAM) process is being scaled down ... A hidden-offset cancellation time and cross-coupled pre-sensing capacitor-coupled offset-canceled sense amplifier ...

Dynamic Random Access Memory (DRAM): A type of memory that stores each bit of data in a separate capacitor within an integrated circuit, requiring periodic refreshing to maintain data integrity.

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The new 40 nm technologies also leverage innovative high-dielectric (high-k) materials— such as hafnium gate dielectrics, nickel-silicide gate electrodes, and zirconium-oxide DRAM capacitors—that have ...

Conventional dynamic RAM (DRAM) devices have basic storage units consisting of transistors and capacitors. However, the stored data is volatile, meaning that energy input is required to retain the ...

Conventional dynamic RAM (DRAM) devices have basic storage units consisting of transistors and capacitors. However, the stored data is volatile, meaning that energy input is required to retain the ...

Fig. 1. Schematic of the interfacial multiferroic structure. (Image: T. Usami) Conventional dynamic RAM (DRAM) devices have basic storage units consisting of transistors and capacitors. However, the ...