Post by account_disabled on Jan 27, 2024 3:38:27 GMT -5
Computing advances rapidly, constantly introducing new solutions on existing components. At the recent CES 2024, transparent Mini LED panels were unveiled, which promise to change the visual experience. However, from the Tsinghua University research center in Beijing, a surprising advance has been developed in the field of RAM: FlexRAM. FlexRAM is a totally flexible resistive RAM memory, built with liquid metal. This innovation offers a new approach to the use of RAM in various applications, where flexibility and tiny dimensions can be beneficial. To create this FlexRAM memory, the researchers used a gallium-based liquid metal, which they subjected to an oxidation and reduction process, mimicking the hyperpolarization and depolarization of neurons.
This allows obtaining a high signal, similar to a 1, when the material Buy Phone Number List oxidizes, and a low resistance, or a 0, when it returns to its original state. Thanks to this reversible process, it is possible to store and delete data later. In a test conducted by the researchers, a software and hardware configuration was used to encode a string of characters using 8 units of FlexRAM, which is equivalent to 8 bits or one byte of information. Currently, this memory is volatile, meaning it stores information in the FlexRAM for up to 43,200 seconds (12 hours), even when powered off. So far, stable performance has been achieved after 3,500 operations.
However, researchers are also working on a version of non-volatile memory, although in the early stages of development, this concept promises to advance even further. FlexRAM represents a significant advance in the field of RAM, offering flexibility and innovative usage possibilities. Without a doubt, this new approach has the potential to revolutionize the way we use and store information on electronic devices. A flexible resistive RAM called FlexRAM has been developed. This memory is built with liquid metal and offers a new approach to the use of RAM in various applications. Using an oxidation and reduction process, similar to the functioning of neurons, it is possible to store and delete data in this memory in a reversible manner. In one test, a software and hardware configuration was used to encode a string of characters using 8 units of FlexRAM, equivalent to one byte of information.
This allows obtaining a high signal, similar to a 1, when the material Buy Phone Number List oxidizes, and a low resistance, or a 0, when it returns to its original state. Thanks to this reversible process, it is possible to store and delete data later. In a test conducted by the researchers, a software and hardware configuration was used to encode a string of characters using 8 units of FlexRAM, which is equivalent to 8 bits or one byte of information. Currently, this memory is volatile, meaning it stores information in the FlexRAM for up to 43,200 seconds (12 hours), even when powered off. So far, stable performance has been achieved after 3,500 operations.
However, researchers are also working on a version of non-volatile memory, although in the early stages of development, this concept promises to advance even further. FlexRAM represents a significant advance in the field of RAM, offering flexibility and innovative usage possibilities. Without a doubt, this new approach has the potential to revolutionize the way we use and store information on electronic devices. A flexible resistive RAM called FlexRAM has been developed. This memory is built with liquid metal and offers a new approach to the use of RAM in various applications. Using an oxidation and reduction process, similar to the functioning of neurons, it is possible to store and delete data in this memory in a reversible manner. In one test, a software and hardware configuration was used to encode a string of characters using 8 units of FlexRAM, equivalent to one byte of information.