A 6-input nonvolatile logic element (NV-LE) using domain-wall motion (DWM) devices is presented for low-power and real-time reconfigurable logic LSI applications. Because the write current path of a DWM device is separated from its read current path and the resistance value of the write current path is quite small, multiple DWM devices can be reprogrammed in parallel, thus affording real-time logic-function reconfiguration within a few nanoseconds. Moreover, by merging a circuit component between combinational and sequential logic functions, transistor counts can be minimized. As a result, 2-ns 64-bit-parallel circuit reconfiguration is realized by the proposed 6-input NV-LE with 67% lesser area than a conventional CMOS-based alternative, with a simulation program with integrated circuit emphasis (SPICE) simulation under a 90 nm CMOS/MTJ technologies. (C) 2014 The Japan Society of Applied Physics