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A 2× logic density Programmable Logic array using atom switch fully implemented with logic transistors at 40nm-node and beyond

机译:使用原子开关的2倍逻辑密度可编程逻辑阵列完全由40nm节点以上的逻辑晶体管实现

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Programmable Logic (PL) with a high logic density is demonstrated by cross-bar (xbar) of atom switches, which are programmed through logic transistors. The PL has 4 4-input LUTs to minimize area-delay product owing to small area & capacitance of atom switch. Xbar with 50% and 100% populations mixed and programming lines shared architecture achieves a 2× higher logic density comparing to a commercial PL chip on same technology node of 40 nm. 3× higher operation frequency and 40% lower power consumption are also assessed.
机译:具有高逻辑密度的可编程逻辑(PL)通过原子开关的交叉开关(xbar)进行演示,该开关通过逻辑晶体管进行编程。 PL具有4个4输入LUT,以减小由于原子开关的面积和电容小而引起的面积延迟积。与在40 nm相同技术节点上的商用PL芯片相比,具有50%和100%人口混合且编程线共享架构的Xbar实现了更高的逻辑密度2倍。还评估了3倍更高的工作频率和40%的低功耗。

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