| 1635 | | # change the hysteresis value to fit your needs |
| 1636 | | # This is a little bit tricky. Under Linux 2.4, this is a relative value |
| 1637 | | # and applies to both critical thresholds. This is a direct representation |
| 1638 | | # of the chipset register. |
| 1639 | | # set hyst 5 |
| 1640 | | # Under Linux 2.6 however, this is an absolute value and applies to |
| 1641 | | # tcrit2. Keep in mind that this is still internally represented as a |
| 1642 | | # relative, common value (because there's a single register, holding a |
| 1643 | | # relative value, in the chipset itself) so it is important to set it |
| 1644 | | # *after* setting tcrit2 (i.e. don't change the set lines order). |
| 1645 | | # set hyst 80 |
| 1646 | | # Tcrit1 hysteresis value will be set automatically, with the same delta. |
| 1647 | | # In this example (with tcrit1=75 and tcrit2=85), the internal register |
| 1648 | | # would be set to 5, and the hysteresis temperature for tcrit1 would be 70. |
| 1649 | | # Note that the internal register cannot hold values greater than 31, so |
| 1650 | | # the delta between critical temperatures and respective absolute hysteresis |
| 1651 | | # can never exceed this value. |
| | 1635 | # change the hysteresis values (to critical limits) to fit your needs |
| | 1636 | # note #1: hyst2 will be automatically set with the same delta |
| | 1637 | # note #2: the internal register, which stores a single, relative value |
| | 1638 | # for both channels, cannot hold values greater than 31, so the delta |
| | 1639 | # between critical temperatures and respective absolute hysteresis can |
| | 1640 | # never exceed this value |
| | 1641 | # set hyst1 70 |
