Check out this thread: <http://lists.lm-sensors.org/pipermail/lm-sensors/2005-June/012825.html> Sounds like you have the same chips as me, at least. With appropriate kernel patches I am able to read the sensors. Richard On Tue, Jul 05, 2005 at 08:47:06PM +0200, Sch?fer Raumgestaltung wrote: > Chips on this Board: > > Super-I/O National (now Winbond) PC 87427 > mBMC National PC 87431 > > No Info available as i read in Section 'newdrivers' > > I found some 'Documentation' on INTEL Support CD (see partial Cut below) > > if useful, please E-Mail for further Data....... > > hth > > Uli > > > //**************************************************************************** > > > // > // File Header Information > // > > _LF_NAME 'SE7320SP2/SE7525GP2 SDR File' > _LF_VERSION '1.10' > _LF_FMT_VER '1.50' > _IPMI_VERSION '1.50' > > // > // SDR Header Information > // > > _SDR ( > _START_ADDR 0000 > _DATA_LEN 0000 > _NVS_TYPE 'IMBDEVICE' > _DEV_BUS FF > _DEV_ADDRESS 20 > > > // ================================================================ > > ######################## Cut here '########################################## > > // ================================================================ > // CPU1 12V Sensor SDR entry (0Ah) > // ================================================================ > > _SDR_TYPE 01 > _REC_LEN 0038 > > // Sensor Record Header > 000B // Record ID > 51 // SDR Version > 01 // Record Type > 33 // Record Length > > // Record Key Bytes > 20 // Sensor Owner ID > 00 // Sensor Owner LUN > 0A // Sensor Number > > // Record Body Bytes > 07 // Entity ID > 01 // Entity Instance > 79 // Sensor Initialization > 68 // Sensor Capabilities > 02 // Sensor Type > 01 // Event / Reading Base Type > 8532 // Assertion Event Mask > 8532 // Deassertion Event Mask > 1B1B // Reading Mask & Settable / Readable Threshold Masks > 00 // Sensor Units 1 > 04 // Sensor Units 2 > 00 // Sensor Units 3 > 00 // Linearization > 3E // M > 00 // M, Tolerance > 60 // B > 00 // B, Accuracy > 00 // Accuracy, Accuracy Exp > D0 // R exp, B exp > 07 // Analog characteristic flags > C1 // Nominal Reading > D2 // Normal Maximum > B3 // Normal Minimum > FF // Sensor Maximum Reading > 00 // Sensor Minimum Reading > 00 // Upper non-recoverable > D9 // Upper critical > D3 // Upper non-critical > 00 // Lower non-recoverable > AD // Lower critical > B2 // Lower non-critical > 02 // Positive hysterisis value > 02 // Negative hysterisis value > 00 // Reserved > 00 // Reserved > 00 // OEM > C8 // Type/Length Code > 'CPU1 12V' // String Bytes > > > ######################## Cut here '########################################## > > // ================================================================ > // Proc1 VCCP Sensor SDR entry (15h) > // ================================================================ > _SDR_TYPE 02 > _REC_LEN 002A > > // Sensor Record Header > 0016 // Record ID > 51 // SDR Version > 02 // Record Type > 25 // Record Length > > // Record Key Bytes > 20 // Sensor Owner ID > 00 // Sensor Owner LUN > 15 // Sensor Number > > // Record Body Bytes > 03 // Entity ID > 01 // Entity Instance > 79 // Sensor Initialization > 68 // Sensor Capabilities > 02 // Sensor Type > 03 // Event / Reading Base Type > 0100 // Assertion Event Mask > 0100 // Deassertion Event Mask > 0100 // Reading Mask & Settable / Readable Threshold Masks > C0 // Sensor Units 1 > 00 // Sensor Units 2 > 00 // Sensor Units 3 > 0100 // Sensor Record Sharing > 00 // Positive-going Threshold Hysteresis > 00 // Negative-going Threshold Hysteresis > 00 // Reserved > 00 // Reserved > 00 // Reserved > 00 // OEM > CA // Type/Length Code > 'Proc1 VCCP' // String Bytes > _______________________________________________ > lm-sensors mailing list > lm-sensors at lm-sensors.org > http://lists.lm-sensors.org/mailman/listinfo/lm-sensors
