118  * While the datasheet says the ARM voltage can be as low as 925mV at
120  * more than 200mV, and the minimum SOC voltage is 1150mV, so that
121  * dictates the 950mV entry in this table.
125 	uint32_t	mv;  member
162 vdd_set(struct imx6_anatop_softc *sc, int mv)  in vdd_set()  argument
170 	 * can't be more than 50mV above or 200mV below them.  We keep them the  in vdd_set()
178 	/* Convert mV to target value.  Clamp target to valid range. */  in vdd_set()
179 	if (mv < 725)  in vdd_set()
181 	else if (mv > 1450)  in vdd_set()
184 		newtarg = (mv - 700) / 25;  in vdd_set()
187 	 * The SOC voltage can't go below 1150mV, and thus because of the 200mV  in vdd_set()
188 	 * rule, the ARM voltage can't go below 950mV.  The 950 is encoded in  in vdd_set()
197 	 * 25mV step upward; we actually delay 6uS because empirically, it works  in vdd_set()
282 		vdd_set(sc, op->mv);  in cpufreq_set_clock()
317 		vdd_set(sc, op->mv);  in cpufreq_set_clock()
431 	 *   - 2b'10: 996000000Hz;  in cpufreq_initialize()
444 	sc->cpu_minmv = op->mv;  in cpufreq_initialize()
449 	sc->cpu_maxmv = op->mv;  in cpufreq_initialize()
594 	sc->temp_high_val = (cal & 0x000000FF) * 10;  in initialize_tempmon()
597 	 * Throttle to a lower cpu freq at 10C below the "hot" temperature, and  in initialize_tempmon()
618 	 * we'll use a callout handler to check at 10Hz.  Make sure we have an  in initialize_tempmon()