Nonvolatile Programmable Switch With Adjacently Integrated Flash Memory and CMOS Logic for Low-Power and High-Speed FPGA


Novel nonvolatile programmable switch for low-power and high-speed field-programmable gate array (FPGA) where flash memory is adjacently integrated to CMOS logic is demonstrated. The flash memory and therefore the high-speed switching transistor (SwTr) are fabricated shut to each different without deteriorating their respective performance. Furthermore, programming schemes to write down and erase the flash memory are optimized therefore that the memory is successfully programmed while not any injury to the SwTrs. Flash-based mostly configuration memory in the nonvolatile programmable switch has only [*fr1] the world of the traditional static random-access memory-based mostly one, and it can be placed in each block in FPGA, enabling economical power gating that provides low-power FPGA operation.

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