Seiko Epson has announced the release of their prototype for a flexible 16kb SRAM memory module. Seiko Epson says that it has “succeeded in transferring SRAM circuits initially formed on low-temperature polycrystalline Si TFT glass substrates onto plastic substrates using its proprietary “SUFTLA” technology.” …The SUFTLA process has allowed them to create other flexible mediums using low temperatures. The company has confirmed a successful demo of the flexible SRAM using an original 8 bit processor.
(Source: Takuya Otani, Nikkei Electronics)
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Seiko Epson has announced the release of their prototype for a flexible 16kb SRAM memory module. Seiko Epson says that it has “succeeded in transferring SRAM circuits initially formed on low-temperature polycrystalline Si TFT glass substrates onto plastic substrates using its proprietary “SUFTLA” technology.” …The SUFTLA process has allowed them to create other flexible mediums using low temperatures. The company has confirmed a successful demo of the flexible SRAM using an original 8 bit processor.
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