Nonvolatile Lookup Table Design Based On Ferroelectric Field-Effect Transistors
2018 IEEE INTERNATIONAL SYMPOSIUM ON CIRCUITS AND SYSTEMS (ISCAS)(2018)
摘要
As a nonvolatile (NV) device, ferroelectric field-effect transistors (FeFETs) have the potential to reduced power and area by integrating NV storage elements into logic. In this paper, we exploit FeFET nonvolatility to design lookup tables (LUTs), which have obvious utility in field-programmable gate arrays, etc. With nonvolatility, a single FeFET can be used as a storage cell in an LUT, which can help reduce both power and area. We design both static and dynamic logic style LUTs. Read and write schemes are also designed for the proposed LUTs. Evaluation results show that our LUTs outperform both conventional static random-access memory based LUTs as well as other NV LUTs in term of area-power-delay product.
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关键词
NV storage elements,FeFET nonvolatility,lookup tables,field-programmable gate arrays,single FeFET,storage cell,static logic style LUTs,dynamic logic style LUTs,area-power-delay product,nonvolatile lookup table design,ferroelectric field-effect transistors,nonvolatile device,conventional static random-access memory
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