The increasing demand for computational has pushed GPUs to be built in cutting-edge technology down to 28nm fabrication process for the latest NVIDIA devices with operating clock frequencies up to 1GHz. The increases in operating frequencies and transistor density combined with the reduction of voltage supplies have made transistors more susceptible to faults caused by radiation interference due to reduced threshold voltages, reduced node capacitances and tightened noise margins [7]. Such faults, mainly caused by energized particles, make the newest GPUs potentially prone to experience radiation-induced errors [8], [9], even on terrestrial applications running at ground level, where neutrons are the main sources of soft errors [10].