Searched refs:HTC (Results 1 - 3 of 3) sorted by relevance

/k10sensor/src/
H A Dk10s_kstats.c45 { "HTC capable", KSTAT_DATA_CHAR },
48 { "HTC", KSTAT_DATA_CHAR },
49 { "HTC slew-controlled", KSTAT_DATA_CHAR },
50 { "HTC Limit [C/1000]", KSTAT_DATA_INT32 },
51 { "HTC Hysteresis [C/1000]", KSTAT_DATA_INT32 },
127 v->limits[HTC].flags & TC_ENABLED ? "enabled" : "disabled");
129 v->limits[HTC].flags & TC_SLEWED ? "yes" : "no");
130 (knp++)->value.i32 = v->limits[HTC].tcrit;
131 (knp++)->value.i32 = v->limits[HTC].threshold;
H A Dk10sensor.h23 #define K10IOC_RHTC (K10IOC | 3) /* refresh cached HTC settings */
70 #define LHTC_CAPABLE 0x04 /* Local HTC capable flag */
73 #define TC_ENABLED 0x01 /* HTC/STC/LHTC enabled flag */
76 #define HTC 0 /* limit info index for HTC */ macro
111 /* HTC, STC limits. NOTE: Can usually be modified by special software. */
135 /** Populate v->limits[HTC] from the Hardware Thermal Control register based on
H A Dcommon.c407 /* 0Fh+, RO: HTC capable */
420 * Check the HTC register and populate v->limits[HTC].
429 tc_limit_t *limits = &v->limits[HTC];
434 /* Athlon64/Opteron has no HTC register. However for some CG and C0
471 /* RW: HTC enabled */
476 /* 0Fh has no further HTC info */
484 /* RW: HTC temperature limit */
486 /* RW: HTC hysteresis */
542 /* 12h, 14h, RW: local HTC temperatur
[all...]

Completed in 44 milliseconds