We have investigated various RRAM devices such as interface switching type, filament type and PMC type. We found that the scaling of device area and film thickness improved device performance and reliability. Understanding of the switching mechanisms and atomic scale film control are necessary to ...
compromises performance because capacitors need to be refreshed due to charge leakage — and sometimes will do so spontaneously when the memory heats up. Thus, over 60 years since its introduction, SRAM has remained the memory of choice in applications where lower latency and reliability are ...
and even digital logic within the same package may be developed at different nodes, depending upon how critical various types of data are to the end user. For example, AI processing (or machine learning or deep learning) data, which increasingly is being included in devices, utilizes a very ...
Moore's Law, the idea that every two years or so chips double in complexity and the cost of a transistor is always in decline, has been the foundation of the semiconductor industry for nearly 50 years. The main technical force behind Moore's Law has been lithography scaling: shrinking of ...
Intel’s SSD 670p features global wear-leveling and supports robust LDPC error correction capabilities, end-to-end data path protection, and DRAM ECC and SRAM ECC for data reliability. These, in conjunction with the new flash’s enhancements, enable Intel to back the Intel SSD 670p with a ...
“You can’t have parts fail because it impacts safety,” said Robert Cappel, senior director of marketing at KLA-Tencor. “So you’re seeing a much different level of quality and yield. There also is a focus on latent reliability defects. A part may pass a test but fail over time ...
“So you’re seeing a much different level of quality and yield. There also is a focus on latent reliability defects. A part may pass a test but fail over time within a car. The requirements are changing.” New options In vehicles, meanwhile, MCUs are used in embedded computers called ...