//**************************************************************************** // INTEL CORPORATION PROPRIETARY INFORMATION // This software is supplied under the terms of a license agreement or // nondisclosure agreement with Intel Corporation and may not be copied // or disclosed except in accordance with the terms of that agreement. // Copyright (c) 2009 Intel Corporation. All Rights Reserved. //**************************************************************************** // // File Header Information // _LF_NAME 'SL SDR File' _LF_VERSION '0.48' _LF_FMT_VER '1.50' _IPMI_VERSION '2.00' // // SDR Header Information // _SDR ( _START_ADDR 0000 _DATA_LEN 0000 _NVS_TYPE 'IMBDEVICE' _DEV_BUS FF _DEV_ADDRESS 20 //******************************************************* // SDR Type 01 Records //******************************************************* _SDR_TYPE 01 _SDR_TAG 'PROC_1D' _SDR_TAG 'PROC_1W' _SDR_TAG 'PROC_2D' _SDR_TAG 'PROC_2W' _SDR_TAG 'PROC_1CT' _SDR_TAG 'PROC_2CT' _REC_LEN 003C // Sensor Record Header 0001 // Record ID 51 // SDR Version 01 // Record Type 37 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 10 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 3F // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 1.20V) C6 // Normal Maximum (C6h = 1.25V) BA // Normal Minimum (BAh = 1.17V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D2 // Upper critical (D2h = 1.32V) CC // Upper non-critical (CCh = 1.29V) 00 // Lower non-recoverable AE // Lower critical (AEh = 1.10V) B4 // Lower non-critical (B4h = 1.13V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CC // Type/Length Code 'BB +1.2V Vtt' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_1WD' _SDR_TAG 'PROC_1HT' _SDR_TAG 'PROC_2WD' _SDR_TAG 'PROC_2HT' _REC_LEN 003C // Sensor Record Header 0001 // Record ID 51 // SDR Version 01 // Record Type 37 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 10 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 3F // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags AE // Nominal Reading (AEh = 1.10V) B5 // Normal Maximum (B5h = 1.15V) AA // Normal Minimum (AAh = 1.07V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable C0 // Upper critical (C0h = 1.21V) BB // Upper non-critical (BBh = 1.18V) 00 // Lower non-recoverable A0 // Lower critical (A0h = 1.01V) A4 // Lower non-critical (A4h = 1.03V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CC // Type/Length Code 'BB +1.1V Vtt' // String Bytes _SDR_TYPE 01 _REC_LEN 003C // Sensor Record Header 0002 // Record ID 51 // SDR Version 01 // Record Type 37 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 12 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 4E // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 1.50V) CA // Normal Maximum (CAh = 1.58V) B6 // Normal Minimum (B6h = 1.42V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D6 // Upper critical (D6h = 1.67V) D0 // Upper non-critical (D0h = 1.62V) 00 // Lower non-recoverable AB // Lower critical (ABh = 1.33V) B0 // Lower non-critical (B0h = 1.37V) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CC // Type/Length Code 'BB +1.5V AUX' // String Bytes _SDR_TYPE 01 _REC_LEN 0038 // Sensor Record Header 0003 // Record ID 51 // SDR Version 01 // Record Type 33 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 13 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 0D // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp D0 // R exp, B exp 07 // Analog characteristic flags 73 // Nominal Reading (73h = 1.50V) 77 // Normal Maximum (77h = 1.55V) 70 // Normal Minimum (70h = 1.46V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 81 // Upper critical (81h = 1.68V) 7D // Upper non-critical (7Dh = 1.63V) 00 // Lower non-recoverable 66 // Lower critical (66h = 1.33V) 69 // Lower non-critical (69h = 1.37V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C8 // Type/Length Code 'BB +1.5V' // String Bytes _SDR_TYPE 01 _REC_LEN 0038 // Sensor Record Header 0004 // Record ID 51 // SDR Version 01 // Record Type 33 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 14 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 67 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags B0 // Nominal Reading (B0h = 1.80V) B5 // Normal Maximum (B5h = 1.86V) AA // Normal Minimum (AAh = 1.75V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable C1 // Upper critical (C1h = 1.99V) BB // Upper non-critical (BBh = 1.93V) 00 // Lower non-recoverable 9F // Lower critical (9Fh = 1.64V) A4 // Lower non-critical (A4h = 1.69V) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C8 // Type/Length Code 'BB +1.8V' // String Bytes _SDR_TYPE 01 _REC_LEN 0038 // Sensor Record Header 0005 // Record ID 51 // SDR Version 01 // Record Type 33 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 15 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization AC // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 3.30V) CA // Normal Maximum (CAh = 3.47V) B6 // Normal Minimum (B6h = 3.13V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D6 // Upper critical (D6h = 3.68V) D0 // Upper non-critical (D0h = 3.58V) 00 // Lower non-recoverable AB // Lower critical (ABh = 2.94V) B0 // Lower non-critical (B0h = 3.03V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C8 // Type/Length Code 'BB +3.3V' // String Bytes _SDR_TYPE 01 _REC_LEN 003C // Sensor Record Header 0006 // Record ID 51 // SDR Version 01 // Record Type 37 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 16 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization AC // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 3.30V) C6 // Normal Maximum (C6h = 3.41V) BB // Normal Minimum (BBh = 3.22V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D2 // Upper critical (D2h = 3.61V) CC // Upper non-critical (CCh = 3.51V) 00 // Lower non-recoverable B0 // Lower critical (B0h = 3.03V) B5 // Lower non-critical (B5h = 3.11V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CC // Type/Length Code 'BB +3.3V STB' // String Bytes _SDR_TYPE 01 _REC_LEN 003C // Sensor Record Header 0007 // Record ID 51 // SDR Version 01 // Record Type 37 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 17 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 4E // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 1.50V) C6 // Normal Maximum (C6h = 1.54V) BA // Normal Minimum (BAh = 1.45V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D2 // Upper critical (D2h = 1.64V) CC // Upper non-critical (CCh = 1.59V) 00 // Lower non-recoverable AE // Lower critical (AEh = 1.36V) B4 // Lower non-critical (B4h = 1.40V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CC // Type/Length Code 'BB +1.5V ESB' // String Bytes _SDR_TYPE 01 _REC_LEN 0036 // Sensor Record Header 0008 // Record ID 51 // SDR Version 01 // Record Type 31 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 18 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 1A // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp D0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 5.00V) CA // Normal Maximum (CAh = 5.25V) B6 // Normal Minimum (B6h = 4.73V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D6 // Upper critical (D6h = 5.56V) D0 // Upper non-critical (D0h = 5.41V) 00 // Lower non-recoverable AB // Lower critical (ABh = 4.45V) B0 // Lower non-critical (B0h = 4.58V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C6 // Type/Length Code 'BB +5V' // String Bytes _SDR_TYPE 01 _REC_LEN 003B // Sensor Record Header 0009 // Record ID 51 // SDR Version 01 // Record Type 36 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 1A // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 3E // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp D0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 11.90V) CA // Normal Maximum (CAh = 12.52V) B7 // Normal Minimum (B7h = 11.35V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable DB // Upper critical (DBh = 13.58V) D4 // Upper non-critical (D4h = 13.14V) 00 // Lower non-recoverable A8 // Lower critical (A8h = 10.42V) AD // Lower non-critical (ADh = 10.73V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CB // Type/Length Code 'BB +12V AUX' // String Bytes _SDR_TYPE 01 _SDR_TAG 'BB09V' _REC_LEN 0037 // Sensor Record Header 000A // Record ID 51 // SDR Version 01 // Record Type 32 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 1B // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 30 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags BA // Nominal Reading (BAh = 0.90V) C0 // Normal Maximum (C0h = 0.92V) B5 // Normal Minimum (B5h = 0.87V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable CC // Upper critical (CCh = 0.98V) C6 // Upper non-critical (C6h = 0.95V) 00 // Lower non-recoverable A9 // Lower critical (A9h = 0.81V) AE // Lower non-critical (AEh = 0.84V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C7 // Type/Length Code 'BB 0.9V' // String Bytes _SDR_TYPE 01 _SDR_TAG 'SC5400RA' _REC_LEN 0039 // Sensor Record Header 000B // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 1C // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 61 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags BA // Nominal Reading (BAh = 0.90V) C0 // Normal Maximum (C0h = 0.92V) B5 // Normal Minimum (B5h = 0.87V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable CC // Upper critical (CCh = 0.98V) C6 // Upper non-critical (C6h = 0.95V) 00 // Lower non-recoverable A9 // Lower critical (A9h = 0.81V) AE // Lower non-critical (AEh = 0.84V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code 'BB2 +1.8V' // String Byte _SDR_TYPE 01 _REC_LEN 003E // Sensor Record Header 000C // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 30 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 32 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 26 // Nominal Reading (26h = 38.00C) 37 // Normal Maximum (37h = 55.00C) 14 // Normal Minimum (14h = 20.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 42 // Upper critical (42h = 66.00C) 3D // Upper non-critical (3Dh = 61.00C) 00 // Lower non-recoverable 05 // Lower critical (05h = 5.00C) 0A // Lower non-critical (0Ah = 10.00C) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'Baseboard Temp' // String Bytes _SDR_TYPE 01 _SDR_TAG 'FP' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0040 // Sensor Record Header 000D // Record ID 51 // SDR Version 01 // Record Type 3B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 32 // Sensor Number // Record Body Bytes 0C // Entity ID 01 // Entity Instance 79 // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 19 // Nominal Reading (19h = 25.00C) 28 // Normal Maximum (28h = 40.00C) 0A // Normal Minimum (0Ah = 10.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 30 // Upper critical (30h = 48.00C) 2C // Upper non-critical (2Ch = 44.00C) 00 // Lower non-recoverable 00 // Lower critical (00h = 0.00C) 05 // Lower non-critical (05h = 5.00C) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM D0 // Type/Length Code 'Front Panel Temp' // String Bytes _SDR_TYPE 01 _REC_LEN 0040 // Sensor Record Header 000E // Record ID 51 // SDR Version 01 // Record Type 3B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 48 // Sensor Number // Record Body Bytes 07 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u][c,nc]=1818 80 // Sensor Units 1 01 // Sensor Units 2 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags E1 // Nominal Reading (E1 = -31 degree C) 02 // Normal Maximum (02h = 2 degree C) C0 // Normal Minimum (C0h = -64 degree C) 7F // Sensor Maximum Reading (7Fh = 127 degrees C) 80 // Sensor Minimum Reading (80h = -128 degrees C) 00 // Upper non-recoverable (not specified) 08 // Upper critical (08h = 8 degree C) 04 // Upper non-critical (4h = 4 degree C) 00 // Lower non-recoverable (not specified) 00 // Lower critical (00h = 0) 00 // Lower non-critical (00h = 0) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM D0 // Type/Length Code 'Mem Therm Margin' // String Bytes //FAN // ================================================================================================== // CPU1 Fan (TACH1) // for SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'CPU1_TACH1' _REC_LEN 0039 // Sensor Record Header 000E // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 50 // Sensor Number ok // Record Body Bytes 1D // Entity ID 01 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 21 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 9A // Nominal Reading (9Ah = 5150RPM) FF // Normal Maximum (FFh = 8500RPM) 36 // Normal Minimum (36h = 1800RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 25 // Lower critical (25h = 1260RPM) 2B // Lower non-critical (2Bh = 1440RPM) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code 'CPU 1 FAN' // String Bytes // ================================================================================================== // CPU1 Fan (TACH1) // for Other chassis // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'CPU1_TACH1OT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0039 // Sensor Record Header 000F // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 50 // Sensor Number ok // Record Body Bytes 1D // Entity ID 01 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 21 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 87 // Nominal Reading (87h = 4500RPM) FF // Normal Maximum (FFh = 8500RPM) 0F // Normal Minimum (0Fh = 500RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 0A // Lower critical (0Ah = 350RPM) 0C // Lower non-critical (0Ch = 400RPM) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code 'CPU 1 FAN' // String Bytes // ================================================================================================== // CPU2 Fan (TACH3) // for SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'CPU2_TACH3' _REC_LEN 0039 // Sensor Record Header 0010 // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 51 // Sensor Number ok // Record Body Bytes 1D // Entity ID 03 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 21 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 9A // Nominal Reading (9Ah = 5150RPM) FF // Normal Maximum (FFh = 8500RPM) 36 // Normal Minimum (36h = 1800RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 25 // Lower critical (25h = 1260RPM) 2B // Lower non-critical (2Bh = 1440RPM) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code 'CPU 2 FAN' // String Bytes // ================================================================================================== // CPU2 Fan (TACH3) // for Other chassis // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'CPU2_TACH3OT' _SDR_TAG 'FCT' _REC_LEN 0039 // Sensor Record Header 0011 // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 51 // Sensor Number ok // Record Body Bytes 1D // Entity ID 03 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 21 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 87 // Nominal Reading (87h = 4500RPM) FF // Normal Maximum (FFh = 8500RPM) 0F // Normal Minimum (0Fh = 500RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 0A // Lower critical (0Ah = 350RPM) 0C // Lower non-critical (0Ch = 400RPM) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code 'CPU 2 FAN' // String Bytes // ================================================================================================== // SYS Fan 1 (TACH10) // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP);SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA) // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYSFAN1_TACH10P' _SDR_TAG 'SYSFAN1_TACH10B' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 0012 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 52 // Sensor Number ok // Record Body Bytes 1D // Entity ID 0A // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 12 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 9A // Nominal Reading (9Ah = 2900RPM) FF // Normal Maximum (FFh = 4800RPM) 35 // Normal Minimum (35h = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 25 // Lower critical (25h = 700RPM) 2A // Lower non-critical (2Ah = 800RPM) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 1 TACH' // String Bytes // ================================================================================================== // SYS Fan 1 (TACH10) // for SC5299-670W(SC5XXXWS);SC5299-550W(SC5XXXDP);SC5299-650W(SC5XXXBRP) // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYSFAN1_TACH10_P' _SDR_TAG 'HSBP_SYS1' _REC_LEN 003E // Sensor Record Header 0013 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 52 // Sensor Number ok // Record Body Bytes 1D // Entity ID 04 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 0F // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 92 // Nominal Reading (92h = 2300RPM) FF // Normal Maximum (FFh = 4000RPM) 26 // Normal Minimum (26h = 600RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 1A // Lower critical (1Ah = 420RPM) 1E // Lower non-critical (1Eh = 480RPM) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 1 TACH' // String Bytes // ================================================================================================== // SYS Fan 1 (TACH10) // for Other Chassis // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYS1_TACH10_OT' _REC_LEN 003E // Sensor Record Header 0014 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 52 // Sensor Number ok // Record Body Bytes 1D // Entity ID 0A // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 46 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 86 // Nominal Reading (86h = 9500RPM) FF // Normal Maximum (FFh = 18000RPM) 0E // Normal Minimum (0Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 09 // Lower critical (09h = 700RPM) 0B // Lower non-critical (0Bh = 800RPM) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 1 TACH' // String Bytes // ================================================================================================== // SYS Fan 2 (TACH9) // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP);SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA) // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYSFAN2_TACH9P' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 0015 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 53 // Sensor Number ok // Record Body Bytes 1D // Entity ID 09 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 12 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 9A // Nominal Reading (9Ah = 2900RPM) FF // Normal Maximum (FFh = 4800RPM) 35 // Normal Minimum (35h = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 25 // Lower critical (25h = 700RPM) 2A // Lower non-critical (2Ah = 800RPM) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 2 TACH' // String Bytes // ================================================================================================== // SYS Fan 2 (TACH9) // for Other Chassis // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYS2_TACH9_OT' _REC_LEN 003E // Sensor Record Header 0016 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 53 // Sensor Number ok // Record Body Bytes 1D // Entity ID 09 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 46 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 86 // Nominal Reading (86h = 9500RPM) FF // Normal Maximum (FFh = 18000RPM) 0E // Normal Minimum (0Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 09 // Lower critical (09h = 700RPM) 0B // Lower non-critical (0Bh = 800RPM) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 2 TACH' // String Bytes // ================================================================================================== // SYS Fan 3 (TACH4) // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP);SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA) // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SFAN3_TACH4_R2P' _SDR_TAG 'SFAN3_TACH4_R2B' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 0017 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 54 // Sensor Number ok // Record Body Bytes 1D // Entity ID 04 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 15 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 96 // Nominal Reading (96h = 3250RPM) FF // Normal Maximum (FFh = 5500RPM) 2E // Normal Minimum (2Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 20 // Lower critical (20h = 700RPM) 25 // Lower non-critical (25h = 800RPM) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 3 TACH' // String Bytes // ================================================================================================== // SYS Fan 3 (TACH4) // for Other Chassis // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYS3_TACH4_OT' _REC_LEN 003E // Sensor Record Header 0018 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 54 // Sensor Number ok // Record Body Bytes 1D // Entity ID 04 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 46 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 86 // Nominal Reading (86h = 9500RPM) FF // Normal Maximum (FFh = 18000RPM) 0E // Normal Minimum (0Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 09 // Lower critical (09h = 700RPM) 0B // Lower non-critical (0Bh = 800RPM) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 3 TACH' // String Bytes // ================================================================================================== // SYS Fan 4 (TACH2) // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP);SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA) // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYSFAN4_TACH2P' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 0019 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 55 // Sensor Number ok // Record Body Bytes 1D // Entity ID 02 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 15 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 96 // Nominal Reading (96h = 3250RPM) FF // Normal Maximum (FFh = 5500RPM) 2E // Normal Minimum (2Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 20 // Lower critical (20h = 700RPM) 25 // Lower non-critical (25h = 800RPM) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 4 TACH' // String Bytes // ================================================================================================== // SYS Fan 4 (TACH2) // for Other Chassis // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYS4_TACH2_OT' _REC_LEN 003E // Sensor Record Header 001A // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 55 // Sensor Number ok // Record Body Bytes 1D // Entity ID 02 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 46 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 86 // Nominal Reading (86h = 9500RPM) FF // Normal Maximum (FFh = 18000RPM) 0E // Normal Minimum (0Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 09 // Lower critical (09h = 700RPM) 0B // Lower non-critical (0Bh = 800RPM) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 4 TACH' // String Bytes // ================================================================================================== // SYS Fan 5 (TACH8) // for Other Chassis // FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYS5_TACH8_OT' _SDR_TAG 'FCT' _REC_LEN 003E // Sensor Record Header 001B // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 56 // Sensor Number ok // Record Body Bytes 1D // Entity ID 08 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 46 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 86 // Nominal Reading (86h = 9500RPM) FF // Normal Maximum (FFh = 18000RPM) 0E // Normal Minimum (0Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 09 // Lower critical (09h = 700RPM) 0B // Lower non-critical (0Bh = 800RPM) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 5 TACH' // String Bytes // ================================================================================================== // SYS Fan 6 (TACH6) // for SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // FOR FCT // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYSFAN6_TACH6' _SDR_TAG 'FCT' _REC_LEN 003E // Sensor Record Header 001C // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 57 // Sensor Number ok // Record Body Bytes 1D // Entity ID 06 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 0F // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 8F // Nominal Reading (8Fh = 2250RPM) FF // Normal Maximum (FFh = 4000RPM) 1F // Normal Minimum (1Fh = 500RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 16 // Lower critical (16h = 350RPM) 19 // Lower non-critical (19h = 400RPM) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 6 TACH' // String Bytes // ================================================================================================== // SYS Fan 6 (TACH6) // for Other Chassis // ================================================================================================== _SDR_TYPE 01 _SDR_TAG 'SYS6_TACH6_OT' _REC_LEN 003E // Sensor Record Header 001D // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 57 // Sensor Number ok // Record Body Bytes 1D // Entity ID 06 // Entity Instance 7D // Sensor Initialization 28 // Sensor Capabilities 04 // Sensor Type 01 // Event / Reading Base Type 0530 // Assertion Event Mask --[l][c,nc]=0530 0500 // Deassertion Event Mask --[l][c,nc]=0500 0303 // Reading Mask & Settable / Readable Threshold Masks --[l][c,nc]=0303 00 // Sensor Units 1 12 // Sensor Units 2 --(RPM) 00 // Sensor Units 3 00 // Linearization 46 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy //06 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 86 // Nominal Reading (86h = 9500RPM) FF // Normal Maximum (FFh = 18000RPM) 0E // Normal Minimum (0Eh = 1000RPM) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 00 // Upper critical 00 // Upper non-critical 00 // Lower non-recoverable 09 // Lower critical (09h = 700RPM) 0B // Lower non-critical (0Bh = 800RPM) 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'SYS FAN 6 TACH' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PS_1LX' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 001E // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 78 // Sensor Number ok // Record Body Bytes 0A // Entity ID 01 // Entity Instance 79 // Sensor Initialization E8 // Sensor Capabilities 03 // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1818 00 // Sensor Units 1 05 // Sensor Units 2 --(Amps) 00 // Sensor Units 3 00 // Linearization 3E // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp D0 // R exp, B exp 07 // Analog characteristic flags 60 // Nominal Reading (60h = 6.00) C6 // Normal Maximum (C6h = 12.30) 08 // Normal Minimum (08h = 0.50) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D2 // Upper critical (D2h = 13.10) CC // Upper non-critical (CCh = 12.70) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'PS1 AC Current' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PS_2LX' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 001F // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 79 // Sensor Number // Record Body Bytes 0A // Entity ID 02 // Entity Instance 79 // Sensor Initialization E8 // Sensor Capabilities 03 // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1818 00 // Sensor Units 1 05 // Sensor Units 2 --(Amps) 00 // Sensor Units 3 00 // Linearization 3E // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp D0 // R exp, B exp 07 // Analog characteristic flags 60 // Nominal Reading (60h = 6.00) C6 // Normal Maximum (C6h = 12.30) 08 // Normal Minimum (08h = 0.50) FF // Sensor Maximum Reaing 00 // Sensor Minimum Reaing 00 // Upper non-recoverale D2 // Upper critical (D2h = 13.10) CC // Upper non-critical (CCh = 12.70) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'PS2 AC Current' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PS_1LX' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0040 // Sensor Record Header 0020 // Record ID 51 // SDR Version 01 // Record Type 3B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 7A // Sensor Number // Record Body Bytes 0A // Entity ID 01 // Entity Instance 79 // Sensor Initialization E8 // Sensor Capabilities 03 // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1818 00 // Sensor Units 1 05 // Sensor Units 2 --(Amps) 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 22 // Nominal Reading (22h = 34.00) 44 // Normal Maximum (44h = 68.00) 05 // Normal Minimum (05h = 5.00) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 48 // Upper critical (48h = 72.00) 46 // Upper non-critical (46h = 70.00) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM D0 // Type/Length Code 'PS1 +12V Current' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PS_2LX' _SDR_TAG 'FOQM' _REC_LEN 0040 // Sensor Record Header 0021 // Record ID 51 // SDR Version 01 // Record Type 3B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 7B // Sensor Number // Record Body Bytes 0A // Entity ID 02 // Entity Instance 79 // Sensor Initialization E8 // Sensor Capabilities 03 // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1818 00 // Sensor Units 1 05 // Sensor Units 2 --(Amps) 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 22 // Nominal Reading (22h = 34.00) 44 // Normal Maximum (44h = 68.00) 05 // Normal Minimum (05h = 5.00) FF // Sensor Maximum Reing 00 // Sensor Minimum Reing 00 // Upper non-recoverle 48 // Upper critical (48h = 72.00) 46 // Upper non-critica (46h = 70.00) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM D0 // Type/Length Code 'PS2 +12V Current' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PS_1LX' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 0022 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 7C // Sensor Number ok // Record Body Bytes 0A // Entity ID 01 // Entity Instance 79 // Sensor Initialization E8 // Sensor Capabilities 0B // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1818 00 // Sensor Units 1 06 // Sensor Units 2 --(Watts) 00 // Sensor Units 3 00 // Linearization 04 // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 66 // Nominal Reading (66h = 408.00) CC // Normal Maximum (CCh = 816.00) 19 // Normal Minimum (19h = 100.00) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D8 // Upper critical (D8h = 864.00) D2 // Upper non-critical (D2h = 840.00) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'PS1 +12V Power' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PS_2LX' _SDR_TAG 'FOQM' _REC_LEN 003E // Sensor Record Header 0023 // Record ID 51 // SDR Version 01 // Record Type 39 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 7D // Sensor Number // Record Body Bytes 0A // Entity ID 02 // Entity Instance 79 // Sensor Initialization E8 // Sensor Capabilities 0B // Sensor Type 01 // Event / Reading Base Type 8002 // Assertion Event Mask --[u][c,nc]=8002 8032 // Deassertion Event Mask --[u][c,nc]=8032 1818 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1818 00 // Sensor Units 1 06 // Sensor Units 2 --(Watts) 00 // Sensor Units 3 00 // Linearization 04 // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 66 // Nominal Reading (66h = 408.00) CC // Normal Maximum (CCh = 816.00) 19 // Normal Minimum (19h = 100.00) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable D8 // Upper critical (D8h = 864.00) D2 // Upper non-critical (D2h = 840.00) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CE // Type/Length Code 'PS2 +12V Power' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_1D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 003B // Sensor Record Header 0024 // Record ID 51 // SDR Version 01 // Record Type 36 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 98 // Sensor Number ok // Record Body Bytes 03 // Entity ID 01 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 37 // Nominal Reading (37h = 55.00C) 5A // Normal Maximum (5Ah = 90.00C) 14 // Normal Minimum (14h = 20.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 6C // Upper critical (6Ch = 108.00C) 63 // Upper non-critical (63h = 99.00C) 00 // Lower non-recoverable 05 // Lower critical (05h = 5.00C) 0A // Lower non-critical (0Ah = 10.00C) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CB // Type/Length Code 'Proc 1 Temp' // String Bytes //MARGIN _SDR_TYPE 01 _SDR_TAG 'PROC_1W' _SDR_TAG 'PROC_1WD' _REC_LEN 003F // Sensor Record Header 0025 // Record ID 51 // SDR Version 01 // Record Type 3A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 99 // Sensor Number // Record Body Bytes 03 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0000 // Reading Mask & Settable / Readable Threshold Masks --N/A 80 // Sensor Units 1 01 // Sensor Units 2 (Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags F1 // Nominal Reading (F1h = -15) 00 // Normal Maximum (00h = 0) BA // Normal Minimum (BAh = -70) 7F // Sensor Maximum Reading (7Fh = 127) 80 // Sensor Minimum Reading (80h = -128) 00 // Upper non-recoverable (00h = 0) 00 // Upper critical (00h = 0) 00 // Upper non-critical (00h = 0) 00 // Lower non-recoverable (00h = 0) 00 // Lower critical (00h = 0) 00 // Lower non-critical (00h = 0) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CF // Type/Length Code 'P1 Therm Margin' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_2D' _SDR_TAG 'FCT' _REC_LEN 003B // Sensor Record Header 0026 // Record ID 51 // SDR Version 01 // Record Type 36 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 9A // Sensor Number // Record Body Bytes 03 // Entity ID 02 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 03 // M, Tolerance 00 // B 2C // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 37 // Nominal Reading (37h = 55.00C) 5A // Normal Maximum (5Ah = 90.00C) 14 // Normal Minimum (14h = 20.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 6C // Upper critical (6Ch = 108.00C) 63 // Upper non-critical (63h = 99.00C) 00 // Lower non-recoverable 05 // Lower critical (05h = 5.00C) 0A // Lower non-critical (0Ah = 10.00C) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CB // Type/Length Code 'Proc 2 Temp' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_2W' _SDR_TAG 'PROC_2WD' _REC_LEN 003F // Sensor Record Header 0027 // Record ID 51 // SDR Version 01 // Record Type 3A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 9B // Sensor Number // Record Body Bytes 03 // Entity ID 02 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0000 // Reading Mask & Settable / Readable Threshold Masks --N/A 80 // Sensor Units 1 01 // Sensor Units 2 (Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags F1 // Nominal Reading (F1h = -15) 00 // Normal Maximum (00h = 0) BA // Normal Minimum (BAh = -70) 7F // Sensor Maximum Reading (7Fh = 127) 80 // Sensor Minimum Reading (80h = -128) 00 // Upper non-recoverable (00h = 0) 00 // Upper critical (00h = 0) 00 // Upper non-critical (00h = 0) 00 // Lower non-recoverable (00h = 0) 00 // Lower critical (00h = 0) 00 // Lower non-critical (00h = 0) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CF // Type/Length Code 'P2 Therm Margin' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_1CT' _SDR_TAG 'PROC_1HT' _REC_LEN 0040 // Sensor Record Header 0028 // Record ID 51 // SDR Version 01 // Record Type 3B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 9C // Sensor Number // Record Body Bytes 03 // Entity ID 03 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0000 // Reading Mask & Settable / Readable Threshold Masks --N/A 80 // Sensor Units 1 01 // Sensor Units 2 (Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags F1 // Nominal Reading (F1h = -15) 00 // Normal Maximum (00h = 0) BA // Normal Minimum (BAh = -70) 7F // Sensor Maximum Reading (7Fh = 127) 80 // Sensor Minimum Reading (80h = -128) 00 // Upper non-recoverable (00h = 0) 00 // Upper critical (00h = 0) 00 // Upper non-critical (00h = 0) 00 // Lower non-recoverable (00h = 0) 00 // Lower critical (00h = 0) 00 // Lower non-critical (00h = 0) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM D0 // Type/Length Code 'P1B Therm Margin' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_2CT' _SDR_TAG 'PROC_2HT' _REC_LEN 0040 // Sensor Record Header 0029 // Record ID 51 // SDR Version 01 // Record Type 3B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 9D // Sensor Number // Record Body Bytes 03 // Entity ID 04 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0000 // Reading Mask & Settable / Readable Threshold Masks --N/A 80 // Sensor Units 1 01 // Sensor Units 2 (Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags F1 // Nominal Reading (F1h = -15) 00 // Normal Maximum (00h = 0) BA // Normal Minimum (BAh = -70) 7F // Sensor Maximum Reading (7Fh = 127) 80 // Sensor Minimum Reading (80h = -128) 00 // Upper non-recoverable (00h = 0) 00 // Upper critical (00h = 0) 00 // Upper non-critical (00h = 0) 00 // Lower non-recoverable (00h = 0) 00 // Lower critical (00h = 0) 00 // Lower non-critical (00h = 0) 02 // Positive hysteresis value 02 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM D0 // Type/Length Code 'P2B Therm Margin' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_1D' _SDR_TAG 'PROC_1W' _SDR_TAG 'PROC_1WD' _SDR_TAG 'PROCHOTMFG' _SDR_TAG 'FCT' _REC_LEN 003F // Sensor Record Header 002A // Record ID 51 // SDR Version 01 // Record Type 3A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN C0 // Sensor Number // Record Body Bytes 03 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 0002 // Assertion Event Mask --[u][c]=0002 0002 // Deassertion Event Mask --[u][c]=0002 1010 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c]=1010 01 // Sensor Units 1 00 // Sensor Units 2 --(Unspecified) 00 // Sensor Units 3 00 // Linearization 27 // M 03 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp E0 // R exp, B exp 07 // Analog characteristic flags 00 // Nominal Reading (00h = 0%) 33 // Normal Maximum (33h = 20%) 00 // Normal Minimum (00h = 0%) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 7F // Upper critical (7Fh = 50%) 4C // Upper non-critical (4Ch = 30%) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CF // Type/Length Code 'P1 Therm Ctrl %' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_2D' _SDR_TAG 'PROC_2W' _SDR_TAG 'PROC_2WD' _SDR_TAG 'FCT' _REC_LEN 003F // Sensor Record Header 002B // Record ID 51 // SDR Version 01 // Record Type 3A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN C1 // Sensor Number // Record Body Bytes 03 // Entity ID 02 // Entity Instance 7F // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 0002 // Assertion Event Mask --[u][c]=0002 0002 // Deassertion Event Mask --[u][c]=0002 1010 // Reading Mask & Settable / Readable Threshold Masks --[u,l][c]=1010 01 // Sensor Units 1 00 // Sensor Units 2 --(Unspecified) 00 // Sensor Units 3 00 // Linearization 27 // M 03 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp E0 // R exp, B exp 07 // Analog characteristic flags 00 // Nominal Reading (00h = 0%) 33 // Normal Maximum (33h = 20%) 00 // Normal Minimum (00h = 0%) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable 7F // Upper critical (7Fh = 50%) 4C // Upper non-critical (4Ch = 30%) 00 // Lower non-recoverable 00 // Lower critical 00 // Lower non-critical 00 // Positive hysteresis value 00 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CF // Type/Length Code 'P2 Therm Ctrl %' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_1D' _SDR_TAG 'PROC_1W' _SDR_TAG 'PROC_1WD' _SDR_TAG 'FCT' _REC_LEN 003A // Sensor Record Header 002C // Record ID 51 // SDR Version 01 // Record Type 35 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN D0 // Sensor Number ok // Record Body Bytes 03 // Entity ID 01 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0000 // Reading Mask & Settable / Readable Threshold Masks --N/A 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 3F // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 1.20V) E1 // Normal Maximum (E1h = 1.42V) 8A // Normal Minimum (8Ah = 0.87V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable EE // Upper critical (EEh = 1.50V) E7 // Upper non-critical (E7h = 1.46V) 00 // Lower non-recoverable 80 // Lower critical (80h = 0.81V) 84 // Lower non-critical (84h = 0.83V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CA // Type/Length Code 'Proc 1 Vcc' // String Bytes _SDR_TYPE 01 _SDR_TAG 'PROC_2D' _SDR_TAG 'PROC_2W' _SDR_TAG 'PROC_2WD' _SDR_TAG 'FCT' _REC_LEN 003A // Sensor Record Header 002D // Record ID 51 // SDR Version 01 // Record Type 35 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN D1 // Sensor Number ok // Record Body Bytes 03 // Entity ID 02 // Entity Instance 7F // Sensor Initialization 69 // Sensor Capabilities 02 // Sensor Type 01 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0000 // Reading Mask & Settable / Readable Threshold Masks --N/A 00 // Sensor Units 1 04 // Sensor Units 2 --(Volts) 00 // Sensor Units 3 00 // Linearization 3F // M 00 // M, Tolerance 00 // B 00 // B, Accuracy 00 // Accuracy, Accuracy Exp C0 // R exp, B exp 07 // Analog characteristic flags C0 // Nominal Reading (C0h = 1.20V) E1 // Normal Maximum (E1h = 1.42V) 8A // Normal Minimum (8Ah = 0.87V) FF // Sensor Maximum Reading 00 // Sensor Minimum Reading 00 // Upper non-recoverable EE // Upper critical (EEh = 1.50V) E7 // Upper non-critical (E7h = 1.46V) 00 // Lower non-recoverable 80 // Lower critical (80h = 0.81V) 84 // Lower non-critical (84h = 0.83V) 01 // Positive hysteresis value 01 // Negative hysteresis value 00 // Reserved 00 // Reserved 00 // OEM CA // Type/Length Code 'Proc 2 Vcc' // String Bytes //******************************************************* // SDR Type 02 Records //******************************************************* _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 002E // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 01 // Sensor Number ok // Record Body Bytes 15 // Entity ID 01 // Entity Instance 65 // Sensor Initialization 40 // Sensor Capabilities 09 // Sensor Type 6F // Event / Reading Base Type F300 // Assertion Event Mask --Power down/Power cycle/A/C lost/Soft power control failure/Power unit failure =F300 F300 // Deassertion Event Mask --Power down/Power cycle/A/C lost/Soft power control failure/Power unit failure =F300 F300 // Reading Mask & Settable / Readable Threshold Masks --Power down/Power cycle/A/C lost/Soft power control failure/Power unit failure =F300 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 'Power Unit' // String Bytes _SDR_TYPE 02 _SDR_TAG 'RED_650W' _REC_LEN 0030 // Sensor Record Header 002F // Record ID 51 // SDR Version 02 // Record Type 2B // Record Length // Record Key Bytes 20 // Sensor ID 00 // Sensor LUN 02 // Sensor Number // Record Body Bytes 15 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 09 // Sensor Type 0B // Event / Reading Base Type FF00 // Assertion Event Mask --Fully Redundant/Redundancy Lost/Redundancy degraded //Non-red: suff res from redund/Non-red: suff from insuff /Non-red: //insufficientRedun degrade from fully redun/Redun degrade from non-redundant =FF00 FF00 // Deassertion Event Mask --Fully Redundant/Redundancy Lost/Redundancy degraded //Non-red: suff res from redund/Non-red: suff from insuff /Non-red: //insufficientRedun degrade from fully redun/Redun degrade from non-redundant =FF00 FF00 // Reading Mask & Settable / Readable Threshold Masks --Fully Redundant/Redundancy Lost //Redundancy degraded/Non-red: suff res from redund/Non-red: suff from insuff /Non-red: //insufficientRedun degrade from fully redun/Redun degrade from non-redundant =FF00 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 00 00 00 D0 // Type/Length Code 'Power Redundancy' // String Bytes _SDR_TYPE 02 _REC_LEN 002C // Sensor Record Header 0030 // Record ID 51 // SDR Version 02 // Record Type 27 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 03 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 41 // Sensor Capabilities 23 // Sensor Type 6F // Event / Reading Base Type 0F01 // Assertion Event Mask --Timer expired, status only/Hard reset/Power down/Power cycle/Timer interrupt =0F01 0000 // Deassertion Event Mask --N/A 0F01 // Reading Mask & Settable / Readable Threshold Masks --Timer expired, status only/Hard reset/Power down/Power cycle/Timer interrupt =0F01 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 CC // Type/Length Code 'BMC Watchdog' // String Bytes _SDR_TYPE 02 _REC_LEN 002F // Sensor Record Header 0031 // Record ID 51 // SDR Version 02 // Record Type 2A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 04 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 41 // Sensor Capabilities 06 // Sensor Type 6F // Event / Reading Base Type 2100 // Assertion Event Mask --Secure mode violation attempt/Out-of-band access password violation =2100 2100 // Deassertion Event Mask --Secure mode violation attempt/Out-of-band access password violation =2100 2100 // Reading Mask & Settable / Readable Threshold Masks --Secure mode violation attempt/Out-of-band access password violation =2100 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 CF // Type/Length Code 'Scrty Violation' // String Bytes _SDR_TYPE 02 _SDR_TAG 'CINTUS' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0032 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 05 // Sensor Number ok // Record Body Bytes 17 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 05 // Sensor Type 6F // Event / Reading Base Type 1100 // Assertion Event Mask --Chassis intrusion/Lan least lost =1100 1100 // Deassertion Event Mask --Chassis intrusion/Lan least lost =1100 1100 // Reading Mask & Settable / Readable Threshold Masks --Chassis intrusion/Lan least lost =1100 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 CE // Type/Length Code 'Physical Scrty' // String Bytes _SDR_TYPE 02 _REC_LEN 002C // Sensor Record Header 0033 // Record ID 51 // SDR Version 02 // Record Type 27 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 07 // Sensor Number // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 0101 // Assertion Event Mask --Front panel NMI / diagnostic interrupt/Bus uncorrectable error =0101 0000 // Deassertion Event Mask --N/A 0101 // Reading Mask & Settable / Readable Threshold Masks --Front panel NMI / diagnostic interrupt/Bus uncorrectable error =0101 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 CC // Type/Length Code 'F-P Diag Int' // String Bytes _SDR_TYPE 02 _REC_LEN 0030 // Sensor Record Header 0034 // Record ID 51 // SDR Version 02 // Record Type 2B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 09 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 10 // Sensor Type 6F // Event / Reading Base Type 0400 // Assertion Event Mask --Log area reset / cleared =0400 0000 // Deassertion Event Mask --N/A 0400 // Reading Mask & Settable / Readable Threshold Masks --Log area reset / cleared =0400 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 D0 // Type/Length Code 'System Event Log' // String Bytes _SDR_TYPE 02 _REC_LEN 002D // Sensor Record Header 0035 // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 0A // Sensor Number ok // Record Body Bytes 07 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 2A // Sensor Type 6F // Event / Reading Base Type 0300 // Assertion Event Mask --Session activation/Session deactivation =0300 0000 // Deassertion Event Mask --No Deassertion 0300 // Reading Mask & Settable / Readable Threshold Masks --Session activation/Session deactivation =0300 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 CD // Type/Length Code 'Session Audit' // String Bytes _SDR_TYPE 02 _REC_LEN 002C // Sensor Record Header 0036 // Record ID 51 // SDR Version 02 // Record Type 27 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 0B // Sensor Number // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 12 // Sensor Type 6F // Event / Reading Base Type 1100 // Assertion Event Mask --System reconfigured/PEF action =1100 0000 // Deassertion Event Mask --N/A 1100 // Reading Mask & Settable / Readable Threshold Masks --System reconfigured/PEF action =1100 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 CC // Type/Length Code 'System Event' // String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 0037 // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 1E // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 61 // Sensor Initialization 40 // Sensor Capabilities 29 // Sensor Type 6F // Event / Reading Base Type 0200 // Assertion Event Mask --Limit exceeded 0200 // Deassertion Event Mask --Limit exceeded 0200 // Reading Mask & Settable / Readable Threshold Masks --Limit exceeded 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 C7 // Type/Length Code 'BB Vbat' // String Bytes //Fan Present //SYS FAN 1 _SDR_TYPE 02 _SDR_TAG 'SYSFAN1_TACH10P' _REC_LEN 002D // Sensor Record Header 0038 // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 62 // Sensor Number // Record Body Bytes 1D // Entity ID 03 // Entity Instance 63 // Sensor Initialization 40 // Sensor Capabilities 04 // Sensor Type 08 // Event / Reading Base Type 0200 // Assertion Event Mask --Device present =0200 0200 // Deassertion Event Mask --Device present =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Device present =0200 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 CD // Type/Length Code 'Fan 1 Present' // String Bytes //SYS FAN 2 _SDR_TYPE 02 _SDR_TAG 'SYSFAN2_TACH9P' _REC_LEN 002D // Sensor Record Header 0039 // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 63 // Sensor Number // Record Body Bytes 1D // Entity ID 04 // Entity Instance 63 // Sensor Initialization 40 // Sensor Capabilities 04 // Sensor Type 08 // Event / Reading Base Type 0200 // Assertion Event Mask --Device present =0200 0200 // Deassertion Event Mask --Device present =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Device present =0200 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 CD // Type/Length Code 'Fan 2 Present' // String Bytes //SYS FAN 3 _SDR_TYPE 02 _SDR_TAG 'SFAN3_TACH4_R2P' _REC_LEN 002D // Sensor Record Header 003A // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 64 // Sensor Number // Record Body Bytes 1D // Entity ID 05 // Entity Instance 63 // Sensor Initialization 40 // Sensor Capabilities 04 // Sensor Type 08 // Event / Reading Base Type 0200 // Assertion Event Mask --Device present =0200 0200 // Deassertion Event Mask --Device present =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Device present =0200 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 CD // Type/Length Code 'Fan 3 Present' // String Bytes //SYS FAN 4 _SDR_TYPE 02 _SDR_TAG 'SYSFAN4_TACH2P' _REC_LEN 002D // Sensor Record Header 003B // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 65 // Sensor Number // Record Body Bytes 1D // Entity ID 06 // Entity Instance 63 // Sensor Initialization 40 // Sensor Capabilities 04 // Sensor Type 08 // Event / Reading Base Type 0200 // Assertion Event Mask --Device present =0200 0200 // Deassertion Event Mask --Device present =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Device present =0200 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 CD // Type/Length Code 'Fan 4 Present' // String Bytes //******************************************************* //******************************************************* _SDR_TYPE 02 _SDR_TAG 'FANR' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 003C // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 6F // Sensor Number ok // Record Body Bytes 1D // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 04 // Sensor Type 0B // Event / Reading Base Type FF00 // Assertion Event Mask --Fully redundant/Redundancy lost/Redundancy degraded //Non-red: suff res from redund/Non-red: suff from insuff /Non-red: insufficient //Redun degrade from full /Redun degrade from non-redundant =FF00 FF00 // Deassertion Event Mask --Fully redundant/Redundancy lost/Redundancy degraded //Non-red: suff res from redund/Non-red: suff from insuff /Non-red: insufficient //Redun degrade from full /Redun degrade from non-redundant =FF00 FF00 // Reading Mask & Settable / Readable Threshold Masks --Fully redundant/Redundancy lost //Redundancy degraded/Non-red: suff res from redund/Non-red: suff from insuff //Non-red: insufficient/Redun degrade from full /Redun degrade from non-redundant =FF00 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 CE // Type/Length Code 'Fan Redundancy' // String Bytes _SDR_TYPE 02 _SDR_TAG 'PS_1LX' _SDR_TAG 'PS_1BRP' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002A // Sensor Record Header 003D // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 70 // Sensor Number ok // Record Body Bytes 0A // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 08 // Sensor Type 6F // Event / Reading Base Type 4F00 // Assertion Event Mask --Presence/Failure/Predictive fail/A/C lost/Configuration error =4F00 4F00 // Deassertion Event Mask --Presence/Failure/Predictive fail/A/C lost/Configuration error =4F00 4F00 // Reading Mask & Settable / Readable Threshold Masks --Presence/Failure/Predictive fail/A/C lost/Configuration error =4F00 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 'PS1 Status' // String Bytes _SDR_TYPE 02 _SDR_TAG 'PS_2LX' _SDR_TAG 'PS_2BRP' _SDR_TAG 'FOQM' _REC_LEN 002A // Sensor Record Header 003E // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 71 // Sensor Number ok // Record Body Bytes 0A // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 08 // Sensor Type 6F // Event / Reading Base Type 4F00 // Assertion Event Mask --Presence/Failure/Predictive fail/A/C lost/Configuration error =4F00 4F00 // Deassertion Event Mask --Presence/Failure/Predictive fail/A/C lost/Configuration error =4F00 4F00 // Reading Mask & Settable / Readable Threshold Masks --Presence/Failure/Predictive fail/A/C lost/Configuration error =4F00 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 'PS2 Status' // String Bytes _SDR_TYPE 02 _REC_LEN 0030 // Sensor Record Header 003F // Record ID 51 // SDR Version 02 // Record Type 2B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 82 // Sensor Number ok // Record Body Bytes 07 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 22 // Sensor Type 6F // Event / Reading Base Type BB00 // Assertion Event Mask --S0 / G0/S1/S3/S4/S5 / G2/G3 mechanical off =BB00 0000 // Deassertion Event Mask --N/A BB00 // Reading Mask & Settable / Readable Threshold Masks --S0 / G0/S1/S3/S4/S5 / G2/G3 mechanical off =BB00 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 D0 // Type/Length Code 'SysACPIPowerStat' // String Bytes _SDR_TYPE 02 _REC_LEN 0026 // Sensor Record Header 0040 // Record ID 51 // SDR Version 02 // Record Type 21 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 84 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 62 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 14 // Sensor Type 6F // Event / Reading Base Type 0500 // Assertion Event Mask --Power button/Reset button =0500 0000 // Deassertion Event Mask --N/A 0500 // Reading Mask & Settable / Readable Threshold Masks --Power button/Reset button =0500 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 C6 // Type/Length Code 'Button' // String Bytes _SDR_TYPE 02 _REC_LEN 002B // Sensor Record Header 0041 // Record ID 51 // SDR Version 02 // Record Type 26 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 85 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 41 // Sensor Capabilities F3 // Sensor Type 03 // Event / Reading Base Type 0200 // Assertion Event Mask -- State asserted =0200 0200 // Deassertion Event Mask -- State asserted =0200 0200 // Reading Mask & Settable / Readable Threshold Masks -- State asserted =0200 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 CB // Type/Length Code 'SMI Timeout' // String Bytes _SDR_TYPE 02 _REC_LEN 0029 // Sensor Record Header 0042 // Record ID 51 // SDR Version 02 // Record Type 24 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 87 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities C0 // Sensor Type 03 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0200 // Reading Mask & Settable / Readable Threshold Masks --State asserted =0200 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 C9 // Type/Length Code 'NMI State' // String Bytes _SDR_TYPE 02 _REC_LEN 0029 // Sensor Record Header 0043 // Record ID 51 // SDR Version 02 // Record Type 24 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 88 // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities C0 // Sensor Type 03 // Event / Reading Base Type 0000 // Assertion Event Mask --N/A 0000 // Deassertion Event Mask --N/A 0200 // Reading Mask & Settable / Readable Threshold Masks --State asserted =0200 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 C9 // Type/Length Code 'SMI State' // String Bytes _SDR_TYPE 02 _REC_LEN 0030 // Sensor Record Header 0044 // Record ID 51 // SDR Version 02 // Record Type 2B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 90 // Sensor Number ok // Record Body Bytes 03 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 00 // Sensor Capabilities 07 // Sensor Type 6F // Event / Reading Base Type A301 // Assertion Event Mask --IERR/Thermal trip/Config error/Presence/Disabled =A301 A301 // Deassertion Event Mask --IERR/Thermal trip/Config error/Presence/Disabled =A301 A301 // Reading Mask & Settable / Readable Threshold Masks --IERR/Thermal trip/Config error/Presence/Disabled =A301 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 D0 // Type/Length Code 'Processor 1 Stat' // String Bytes _SDR_TYPE 02 _REC_LEN 0030 // Sensor Record Header 0045 // Record ID 51 // SDR Version 02 // Record Type 2B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN 91 // Sensor Number ok // Record Body Bytes 03 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 00 // Sensor Capabilities 07 // Sensor Type 6F // Event / Reading Base Type A301 // Assertion Event Mask --IERR/Thermal trip/Config error/Presence/Disabled =A301 A301 // Deassertion Event Mask --IERR/Thermal trip/Config error/Presence/Disabled =A301 A301 // Reading Mask & Settable / Readable Threshold Masks --IERR/Thermal trip/Config error/Presence/Disabled =A301 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 D0 // Type/Length Code 'Processor 2 Stat' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0046 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A0 // Sensor Number ok // Record Body Bytes 31 // Entity ID 00 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link0' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0047 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A1 // Sensor Number ok // Record Body Bytes 31 // Entity ID 01 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link1' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0048 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A2 // Sensor Number ok // Record Body Bytes 31 // Entity ID 02 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link2' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0049 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A3 // Sensor Number ok // Record Body Bytes 31 // Entity ID 03 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link3' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 004A // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A4 // Sensor Number ok // Record Body Bytes 31 // Entity ID 04 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link4' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 004B // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A5 // Sensor Number ok // Record Body Bytes 31 // Entity ID 05 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link5' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 004C // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A6 // Sensor Number ok // Record Body Bytes 31 // Entity ID 06 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link6' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 004D // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A7 // Sensor Number ok // Record Body Bytes 31 // Entity ID 07 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link7' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 004E // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A8 // Sensor Number ok // Record Body Bytes 31 // Entity ID 08 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link8' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 004F // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN A9 // Sensor Number ok // Record Body Bytes 31 // Entity ID 09 // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 'PCIe Link9' // String Bytes _SDR_TYPE 02 _REC_LEN 002B // Sensor Record Header 0050 // Record ID 51 // SDR Version 02 // Record Type 26 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN AA // Sensor Number ok // Record Body Bytes 31 // Entity ID 0A // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 CB // Type/Length Code 'PCIe Link10' // String Bytes _SDR_TYPE 02 _REC_LEN 002B // Sensor Record Header 0051 // Record ID 51 // SDR Version 02 // Record Type 26 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN AB // Sensor Number ok // Record Body Bytes 31 // Entity ID 0B // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 CB // Type/Length Code 'PCIe Link11' // String Bytes _SDR_TYPE 02 _REC_LEN 002B // Sensor Record Header 0052 // Record ID 51 // SDR Version 02 // Record Type 26 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN AC // Sensor Number ok // Record Body Bytes 31 // Entity ID 0C // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 CB // Type/Length Code 'PCIe Link12' // String Bytes _SDR_TYPE 02 _REC_LEN 002B // Sensor Record Header 0053 // Record ID 51 // SDR Version 02 // Record Type 26 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN AD // Sensor Number ok // Record Body Bytes 31 // Entity ID 0D // Entity Instance 67 // Sensor Initialization (6==>0) 40 // Sensor Capabilities 13 // Sensor Type 6F // Event / Reading Base Type 8001 // Assertion Event Mask --Bus correctable error /Bus uncorrectable error =800 0000 // Deassertion Event Mask --N/A 8001 // Reading Mask & Settable / Readable Threshold Masks --Bus correctable error /Bus uncorrectable error =800 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 CB // Type/Length Code 'PCIe Link13' // String Bytes _SDR_TYPE 02 _SDR_TAG 'PROC_1D' _SDR_TAG 'PROC_1W' _SDR_TAG 'PROC_1WD' _SDR_TAG 'FCT' _REC_LEN 002D // Sensor Record Header 0054 // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN C8 // Sensor Number ok // Record Body Bytes 03 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 05 // Event / Reading Base Type 0200 // Assertion Event Mask --Limit exceeded =0200 0200 // Deassertion Event Mask --Limit exceeded =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Limit exceeded =0200 C0 // Sensor Units 1 01 // 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 CD // Type/Length Code 'Proc1 VRD Hot' // String Bytes _SDR_TYPE 02 _SDR_TAG 'PROC_2D' _SDR_TAG 'PROC_2W' _SDR_TAG 'PROC_2WD' _SDR_TAG 'FCT' _REC_LEN 002D // Sensor Record Header 0055 // Record ID 51 // SDR Version 02 // Record Type 28 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN C9 // Sensor Number ok // Record Body Bytes 03 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 05 // Event / Reading Base Type 0200 // Assertion Event Mask --Limit exceeded =0200 0200 // Deassertion Event Mask --Limit exceeded =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Limit exceeded =0200 C0 // Sensor Units 1 01 // 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 CD // Type/Length Code 'Proc2 VRD Hot' // String Bytes // VCC _SDR_TYPE 02 _SDR_TAG 'PROC_1W' _SDR_TAG 'PROC_1WD' _SDR_TAG 'PROC_1D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002C // Sensor Record Header 0056 // Record ID 51 // SDR Version 02 // Record Type 27 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN D2 // Sensor Number // Record Body Bytes 03 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 02 // Sensor Type 05 // Event / Reading Base Type 0200 // Assertion Event Mask --Limit exceeded =0200 0200 // Deassertion Event Mask --Limit exceeded =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Limit exceeded =0200 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 CC // Type/Length Code 'CPU1 Vcc OOR' // String Bytes _SDR_TYPE 02 _SDR_TAG 'PROC_2W' _SDR_TAG 'PROC_2WD' _SDR_TAG 'PROC_2D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002C // Sensor Record Header 0057 // Record ID 51 // SDR Version 02 // Record Type 27 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN D3 // Sensor Number // Record Body Bytes 03 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 02 // Sensor Type 05 // Event / Reading Base Type 0200 // Assertion Event Mask --Limit exceeded =0200 0200 // Deassertion Event Mask --Limit exceeded =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Limit exceeded =0200 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 CC // Type/Length Code 'CPU2 Vcc OOR' // String Bytes _SDR_TYPE 02 _REC_LEN 0030 // Sensor Record Header 0058 // Record ID 51 // SDR Version 02 // Record Type 2B // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN D8 // Sensor Number ok // Record Body Bytes 03 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 07 // Sensor Type 03 // Event / Reading Base Type 0200 // Assertion Event Mask --State asserted =0200 0200 // Deassertion Event Mask --State asserted =0200 0200 // Reading Mask & Settable / Readable Threshold Masks --State asserted =0200 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 D0 // Type/Length Code 'CPU Popula Error' // String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 0059 // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E0 // Sensor Number ok // Record Body Bytes 20 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM A1' // Channel A String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 005A // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E1 // Sensor Number ok // Record Body Bytes 20 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM A2' // Channel A String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 005B // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E2 // Sensor Number ok // Record Body Bytes 20 // Entity ID 03 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM B1' // Channel B String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 005C // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E3 // Sensor Number ok // Record Body Bytes 20 // Entity ID 04 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM B2' // Channel B String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 005D // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E4 // Sensor Number ok // Record Body Bytes 20 // Entity ID 05 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM C1' // Channel C String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 005E // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E5 // Sensor Number ok // Record Body Bytes 20 // Entity ID 06 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM C2' // Channel C String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 005F // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E6 // Sensor Number ok // Record Body Bytes 20 // Entity ID 07 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM D1' // Channel D String Bytes _SDR_TYPE 02 _REC_LEN 0027 // Sensor Record Header 0060 // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN E7 // Sensor Number ok // Record Body Bytes 20 // Entity ID 08 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM D2' // Channel D String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0061 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN EC // Sensor Number ok // Record Body Bytes 07 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 42 // Sensor Capabilities 0C // Sensor Type 6F // Event / Reading Base Type 0200 // Assertion Event Mask --Uncorrectable ECC = 0200 0200 // Deassertion Event Mask --Uncorrectable ECC = 0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Uncorrectable ECC = 0200 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 'MemA Error' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0062 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN ED // Sensor Number ok // Record Body Bytes 07 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 42 // Sensor Capabilities 0C // Sensor Type 6F // Event / Reading Base Type 0200 // Assertion Event Mask --Uncorrectable ECC = 0200 0200 // Deassertion Event Mask --Uncorrectable ECC = 0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Uncorrectable ECC = 0200 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 'MemB Error' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0063 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN EE // Sensor Number ok // Record Body Bytes 07 // Entity ID 03 // Entity Instance 67 // Sensor Initialization 42 // Sensor Capabilities 0C // Sensor Type 6F // Event / Reading Base Type 0200 // Assertion Event Mask --Uncorrectable ECC = 0200 0200 // Deassertion Event Mask --Uncorrectable ECC = 0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Uncorrectable ECC = 0200 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 'MemC Error' // String Bytes _SDR_TYPE 02 _REC_LEN 002A // Sensor Record Header 0064 // Record ID 51 // SDR Version 02 // Record Type 25 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN EF // Sensor Number ok // Record Body Bytes 07 // Entity ID 04 // Entity Instance 67 // Sensor Initialization 42 // Sensor Capabilities 0C // Sensor Type 6F // Event / Reading Base Type 0200 // Assertion Event Mask --Uncorrectable ECC = 0200 0200 // Deassertion Event Mask --Uncorrectable ECC = 0200 0200 // Reading Mask & Settable / Readable Threshold Masks --Uncorrectable ECC = 0200 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 'MemD Error' // String Bytes // // Memory RAS Domain sensors. - Start - // _SDR_TYPE 02 _REC_LEN 002E // Sensor Record Header 0065 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F0 // Sensor Number ok // Record Body Bytes 08 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 25 // Sensor Type 6F // Event / Reading Base Type 0100 // Assertion Event Mask --Entity present =0100 0000 // Deassertion Event Mask --N/A 0100 // Reading Mask & Settable / Readable Threshold Masks --Entity present =0100 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 CE // Type/Length Code 'B0 Sparing Enb' // Channel A and Channel B - String Bytes _SDR_TYPE 02 _REC_LEN 002E // Sensor Record Header 0066 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F1 // Sensor Number ok // Record Body Bytes 08 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 0C // Sensor Type 0B // Event / Reading Base Type 3900 // Assertion Event Mask --Fully redundant/Non-red: suff res from redund/Non-red: suff res from insuff res/Non-red: Insuff res =3900 0000 // Deassertion Event Mask --N/A 3900 // Reading Mask & Settable / Readable Threshold Masks --Fully redundant/Non-red: suff res from redund //Non-red: suff res from insuff res/Non-red: Insuff res =3900 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 CE // Type/Length Code 'B0 Spare Redun' // Channel A and Channel B - String Bytes _SDR_TYPE 02 _REC_LEN 002E // Sensor Record Header 0067 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F2 // Sensor Number ok // Record Body Bytes 08 // Entity ID 03 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 25 // Sensor Type 6F // Event / Reading Base Type 0100 // Assertion Event Mask --Entity present= 0100 0000 // Deassertion Event Mask --N/A 0100 // Reading Mask & Settable / Readable Threshold Masks --Entity present= 0100 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 CE // Type/Length Code 'B1 Sparing Enb' // Channel C and Channel D - String Bytes _SDR_TYPE 02 _REC_LEN 002E // Sensor Record Header 0068 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F3 // Sensor Number ok // Record Body Bytes 08 // Entity ID 04 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 0C // Sensor Type 0B // Event / Reading Base Type 3900 // Assertion Event Mask --Fully redundant /Non-red: suff res from redund/Non-red: suff res from insuff res/Non-red: insuff res =3900 0000 // Deassertion Event Mask --N/A 3900 // Reading Mask & Settable / Readable Threshold Masks --Fully redundant /Non-red: suff res from redund //Non-red: suff res from insuff res/Non-red: insuff res =3900 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 CE // Type/Length Code 'B1 Spare Redun' // Channel C and D - String Bytes _SDR_TYPE 02 _REC_LEN 002F // Sensor Record Header 0069 // Record ID 51 // SDR Version 02 // Record Type 2A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F4 // Sensor Number ok // Record Body Bytes 08 // Entity ID 05 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 25 // Sensor Type 6F // Event / Reading Base Type 0100 // Assertion Event Mask --Entity present =0100 0000 // Deassertion Event Mask --N/A 0100 // Reading Mask & Settable / Readable Threshold Masks--Entity present =0100 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 CF // Type/Length Code 'B01 Mirror Enbl' // Branch 0 and Branch 1 Mirror String Bytes _SDR_TYPE 02 _REC_LEN 002F // Sensor Record Header 006A // Record ID 51 // SDR Version 02 // Record Type 2A // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F5 // Sensor Number ok // Record Body Bytes 08 // Entity ID 06 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 0C // Sensor Type 0B // Event / Reading Base Type 3900 // Assertion Event Mask --Fully redundant /Non-red: suff res from redund/Non-red: suff res from insuff res/Non-red: insuff res =3900 0000 // Deassertion Event Mask --N/A 3900 // Reading Mask & Settable / Readable Threshold Masks --Fully redundant /Non-red: suff res from redund //Non-red: suff res from insuff res/Non-red: insuff res =3900 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 CF // Type/Length Code 'B01 MirrorRedun' // Branch0 and Branch 1 Mirroring Redundancy String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 006B // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F7 // Sensor Number ok // Record Body Bytes 20 // Entity ID 01 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM A3' // Channel A String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 006C // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F8 // Sensor Number ok // Record Body Bytes 20 // Entity ID 02 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM A4' // Channel A String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 006D // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN F9 // Sensor Number ok // Record Body Bytes 20 // Entity ID 03 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM B3' // Channel B String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 006E // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN FA // Sensor Number ok // Record Body Bytes 20 // Entity ID 04 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM B4' // Channel B String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 006F // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN FB // Sensor Number ok // Record Body Bytes 20 // Entity ID 05 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM C3' // Channel C String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 0070 // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN FC // Sensor Number ok // Record Body Bytes 20 // Entity ID 06 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM C4' // Channel C String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 0071 // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN FD // Sensor Number ok // Record Body Bytes 20 // Entity ID 07 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM D3' // Channel D String Bytes _SDR_TYPE 02 _SDR_TAG 'SC5400RA' _REC_LEN 0027 // Sensor Record Header 0072 // Record ID 51 // SDR Version 02 // Record Type 22 // Record Length // Record Key Bytes 20 // Sensor Owner ID 00 // Sensor Owner LUN FE // Sensor Number ok // Record Body Bytes 20 // Entity ID 08 // Entity Instance 67 // Sensor Initialization 40 // Sensor Capabilities 21 // Sensor Type 6F // Event / Reading Base Type 0503 // 5101 When Sensor Type = 0x0C // Assertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5001 When Sensor Type = 0x0C // Deassertion Event Mask --Fault status asserted/Device installed/Disabled/Sparing =0503 0503 // 5101 When Sensor Type = 0x0C // Reading Mask & Settable / Readable Threshold Masks --Fault status asserted/Device installed/Disabled/Sparing =0503 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 C7 // Type/Length Code 'DIMM D4' // Channel D String Bytes //******************************************************* // SDR Type 08 Records //******************************************************* // Memory RAS Domain Association. - Start - _SDR_TYPE 08 _REC_LEN 0010 // Entity Association relationship for DIMM Sparing Branch 0 Enabled Entity. // Sensor Record Header 0073 // Record ID 51 // SDR Version 08 // Record Type 0B // Record Length // Record Key Bytes 2B // Container Entity ID = Sparing Enabled Domain 1 01 // Container Entity Instance 00 // Flags 20 // Entity 1 / Range 1 Entity = DIMM 0 01 // Entity 1 Instance / Range 1 First Entity Instance // Record Body Bytes 20 // Entity 2 / Range 1 Entity = DIMM 1 02 // Entity 2 Instance / Range 1 Last Entity Instance 20 // Entity 3 / Range 2 Entity = DIMM 2 03 // Entity 3 Instance / Range 2 First Entity Instance 20 // Entity 4 / Range 2 Entity = DIMM 3 04 // Entity 4 Instance / Range 2 Last Entity Instance _SDR_TYPE 08 _REC_LEN 0010 // Entity Association relationship for DIMM Sparing Branch 1 Enabled Entity. // Sensor Record Header 0074 // Record ID 51 // SDR Version 08 // Record Type 0B // Record Length // Record Key Bytes 2B // Container Entity ID = Sparing Enabled Domain 2 02 // Container Entity Instance 00 // Flags 20 // Entity 1 / Range 1 Entity = DIMM 4 05 // Entity 1 Instance / Range 1 First Entity Instance // Record Body Bytes 20 // Entity 2 / Range 1 Entity = DIMM 5 06 // Entity 2 Instance / Range 1 Last Entity Instance 20 // Entity 3 / Range 2 Entity = DIMM 6 07 // Entity 3 Instance / Range 2 First Entity Instance 20 // Entity 4 / Range 2 Entity = DIMM 7 08 // Entity 4 Instance / Range 2 Last Entity Instance _SDR_TYPE 08 _REC_LEN 0010 // Entity Association relationship for DIMM Mirroring Branch 0, Branch 1 Entity. // Sensor Record Header 0075 // Record ID 51 // SDR Version 08 // Record Type 0B // Record Length // Record Key Bytes 25 // Container Entity ID = Memory RAS Mirroring Group (Generic) 01 // Container Entity Instance 00 // Flags 2B // Entity 1 / Range 1 Entity = Memory Board 0 01 // Entity 1 Instance / Range 1 First Entity Instance // Record Body Bytes 2B // Entity 2 / Range 1 Entity = Memory Board 1 02 // Entity 2 Instance / Range 1 Last Entity Instance 00 // Entity 3 / Range 2 Entity 00 // Entity 3 Instance / Range 2 First Entity Instance 00 // Entity 4 / Range 2 Entity 00 // Entity 4 Instance / Range 2 Last Entity Instance // Memory RAS Domain Association. - End - //******************************************************* // SDR Type 11 Records //******************************************************* _SDR_TYPE 11 _REC_LEN 0019 // Sensor Record Header 0076 // Record ID 51 // SDR Version 11 // Record Type 14 // Record Length // Record Key Bytes 20 // Device Access Address 00 // FRU Device ID / Device Slave Address 80 // Access LUN / Bus ID 00 // Channel Number // Record Body Bytes 00 // Reserved 10 // Device Type 00 // Device Type Modifier 07 // FRU Entity ID 01 // FRU Entity Instance 00 // Reserved for OEM use C9 // Type/Length Code 'Baseboard' // String Bytes _SDR_TYPE 11 _REC_LEN 001E // Sensor Record Header 0077 // Record ID 51 // SDR Version 11 // Record Type 19 // Record Length // Record Key Bytes 20 // Device Access Address 04 // FRU Device ID / Device Slave Address 80 // Access LUN / Bus ID 00 // Channel Number // Record Body Bytes 00 // Reserved 10 // Device Type 00 // Device Type Modifier 15 // FRU Entity ID 01 // FRU Entity Instance 00 // Reserved for OEM use CE // Type/Length Code 'Power Dist.FRU' // String Bytes _SDR_TYPE 11 _REC_LEN 0020 // Sensor Record Header 0078 // Record ID 51 // SDR Version 11 // Record Type 1B // Record Length // Record Key Bytes 20 // Device Access Address 02 // FRU Device ID / Device Slave Address 80 // Access LUN / Bus ID 00 // Channel Number // Record Body Bytes 00 // Reserved 10 // Device Type 00 // Device Type Modifier 0A // FRU Entity ID 01 // FRU Entity Instance 00 // Reserved for OEM use D0 // Type/Length Code 'Pwr Supply 1 FRU' // String Bytes _SDR_TYPE 11 _REC_LEN 0020 // Sensor Record Header 0079 // Record ID 51 // SDR Version 11 // Record Type 1B // Record Length // Record Key Bytes 20 // Device Access Address 03 // FRU Device ID / Device Slave Address 80 // Access LUN / Bus ID 00 // Channel Number // Record Body Bytes 00 // Reserved 10 // Device Type 00 // Device Type Modifier 0A // FRU Entity ID 02 // FRU Entity Instance 00 // Reserved for OEM use D0 // Type/Length Code 'Pwr Supply 2 FRU' // String Bytes //******************************************************* // SDR Type 12 Records //******************************************************* _SDR_TYPE 12 _REC_LEN 0020 // Sensor Record Header 007A // Record ID 51 // SDR Version 12 // Record Type 1B // Record Length // Record Key Bytes 20 // Device Slave Address 00 // Channel Number // Record Body Bytes 08 // Power state notification BF // Device capabilities 00 // Reserved 00 // Reserved 00 // Reserved 07 // Entity ID 01 // Entity instance 00 // OEM D0 // Type/Length Code 'Basbrd Mgmt Ctlr' // String Bytes _SDR_TYPE 12 _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_4HDD_SCSI' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 001C // Sensor Record Header 007B // Record ID 51 // SDR Version 12 // Record Type 17 // Record Length // Record Key Bytes C0 // Device Slave Address 00 // Channel Number // Record Body Bytes 84 // Power state notification 29 // Device capabilities 00 // Reserved 00 // Reserved 00 // Reserved 0F // Entity ID 01 // Entity instance 00 // OEM CC // Type/Length Code 'HSBP PRIMARY' // String Bytes _SDR_TYPE 12 _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_4HDD_SCSI' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 001E // Sensor Record Header 007C // Record ID 51 // SDR Version 12 // Record Type 19 // Record Length // Record Key Bytes C2 // Device Slave Address 00 // Channel Number // Record Body Bytes 84 // Power state notification 29 // Device capabilities 00 // Reserved 00 // Reserved 00 // Reserved 0F // Entity ID 01 // Entity instance 00 // OEM CE // Type/Length Code 'HSBP SECONDARY' // String Bytes //******************************************************* // SDR Type C0 Records //******************************************************* // Basic fan speed settings _SDR_TYPE C0 _REC_LEN 000C // Sensor Record Header 007D // Record ID 51 // SDR Version C0 // Record Type 07 // Record Length // Record Body Bytes 570100 // Manufacturer ID 03 // Record sub-type - Fan Speed Control FC // Normal Control Value FC // Sleep Control Value FC // Boost Control Value _SDR_TYPE C0 _REC_LEN 0016 // Sensor Record Header 007E // Record ID 51 // SDR Version C0 // Record Type 11 // Record Length // Record Body Bytes 570100 // Manufacturer ID 05 // Record sub-type - Fan Redundancy record 6F // Fan redundancy sensor number 00 // Flags 04 // Failed Event State Mask LSB 04 // Failed Event State Mask MSB 01 // 'M': Number of fans that can fail & still have sufficient cooling. 52 // 1st Fan speed sensor number (Fan 1) 62 // 1st Fan presence sensor number 53 // 2nd Fan speed sensor number (Fan 2) 63 // 2nd Fan presence sensor number 54 // 3rd Fan speed sensor number (Fan 3) 64 // 3rd Fan presence sensor number 55 // 4th Fan speed sensor number (Fan 4) 65 // 4th Fan presence sensor number //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 0 = min stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2B1' _REC_LEN 002B // Sensor Record Header 007F // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 4B // Control Value 1 (Percentage) (4B=PWM 75%) 1A // Temperature 2 (26c-27c) 4C // Control Value 2 (Percentage) (4C=PWM 76%) 1B // Temperature 3 (27c-28c) 4E // Control Value 3 (Percentage) (4E=PWM 78%) 1C // Temperature 4 (28c-29c) 4F // Control Value 4 (Percentage) (4F=PWM 79%) 1D // Temperature 5 (29c-30c) 51 // Control Value 5 (Percentage) (51=PWM 81%) 1E // Temperature 6 (30c-31c) 52 // Control Value 6 (Percentage) (52=PWM 82%) 1F // Temperature 7 (31c-32c) 54 // Control Value 7 (Percentage) (54=PWM 84%) 20 // Temperature 8 (32c-33c) 55 // Control Value 8 (Percentage) (55=PWM 85%) 21 // Temperature 9 (33c-34c) 57 // Control Value 9 (Percentage) (57=PWM 87%) 22 // Temperature 10 (34c+) 58 // Control Value 10 (Percentage) (58=PWM 88%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 1 = maximum stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2B1' _REC_LEN 002B // Sensor Record Header 0080 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 55 // Control Value 1 (Percentage) (55=PWM 85%) 1A // Temperature 2 (26c-27c) 57 // Control Value 2 (Percentage) (57=PWM 86.2%) 1B // Temperature 3 (27c-28c) 59 // Control Value 3 (Percentage) (59=PWM 88.6%) 1C // Temperature 4 (28c-29c) 5A // Control Value 4 (Percentage) (5A=PWM 89.5%) 1D // Temperature 5 (29c-30c) 5D // Control Value 5 (Percentage) (5D=PWM 92.2%) 1E // Temperature 6 (30c-31c) 5E // Control Value 6 (Percentage) (5E=PWM 93.4%) 1F // Temperature 7 (31c-32c) 60 // Control Value 7 (Percentage) (60=PWM 95.8%) 20 // Temperature 8 (32c-33c) 61 // Control Value 8 (Percentage) (61=PWM 97%) 21 // Temperature 9 (33c-34c) 64 // Control Value 9 (Percentage) (64=PWM 99.4%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 0 = min stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2B2' _REC_LEN 002B // Sensor Record Header 0081 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 32 // Control Value 1 (Percentage) (32=PWM 50%) 1A // Temperature 2 (26c-27c) 33 // Control Value 2 (Percentage) (33=PWM 51%) 1B // Temperature 3 (27c-28c) 35 // Control Value 3 (Percentage) (35=PWM 53%) 1C // Temperature 4 (28c-29c) 36 // Control Value 4 (Percentage) (36=PWM 54%) 1D // Temperature 5 (29c-30c) 37 // Control Value 5 (Percentage) (37=PWM 55%) 1E // Temperature 6 (30c-31c) 39 // Control Value 6 (Percentage) (39=PWM 57%) 1F // Temperature 7 (31c-32c) 3A // Control Value 7 (Percentage) (3A=PWM 58%) 20 // Temperature 8 (32c-33c) 3B // Control Value 8 (Percentage) (3B=PWM 59%) 21 // Temperature 9 (33c-34c) 3D // Control Value 9 (Percentage) (3D=PWM 61%) 22 // Temperature 10 (34c+) 3E // Control Value 10 (Percentage) (3E=PWM 62%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 1 = maximum stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2B2' _REC_LEN 002B // Sensor Record Header 0082 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 50 // Control Value 1 (Percentage) (50=PWM 80%) 1A // Temperature 2 (26c-27c) 52 // Control Value 2 (Percentage) (52=PWM 81.7%) 1B // Temperature 3 (27c-28c) 56 // Control Value 3 (Percentage) (56=PWM 85.1%) 1C // Temperature 4 (28c-29c) 57 // Control Value 4 (Percentage) (57=PWM 86.8%) 1D // Temperature 5 (29c-30c) 59 // Control Value 5 (Percentage) (59=PWM 88.5%) 1E // Temperature 6 (30c-31c) 5C // Control Value 6 (Percentage) (5C=PWM 91.9%) 1F // Temperature 7 (31c-32c) 5E // Control Value 7 (Percentage) (5E=PWM 93.6%) 20 // Temperature 8 (32c-33c) 60 // Control Value 8 (Percentage) (60=PWM 95.3%) 21 // Temperature 9 (33c-34c) 63 // Control Value 9 (Percentage) (63=PWM 98.7%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 0 = min stepwise ONLY // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2B1' _REC_LEN 002B // Sensor Record Header 0083 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 4B // Control Value 1 (Percentage) (4B=PWM 75%) 1A // Temperature 2 (26c-27c) 4C // Control Value 2 (Percentage) (4C=PWM 76%) 1B // Temperature 3 (27c-28c) 4E // Control Value 3 (Percentage) (4E=PWM 78%) 1C // Temperature 4 (28c-29c) 4F // Control Value 4 (Percentage) (4F=PWM 79%) 1D // Temperature 5 (29c-30c) 51 // Control Value 5 (Percentage) (51=PWM 81%) 1E // Temperature 6 (30c-31c) 52 // Control Value 6 (Percentage) (52=PWM 82%) 1F // Temperature 7 (31c-32c) 54 // Control Value 7 (Percentage) (54=PWM 84%) 20 // Temperature 8 (32c-33c) 55 // Control Value 8 (Percentage) (55=PWM 85%) 21 // Temperature 9 (33c-34c) 57 // Control Value 9 (Percentage) (57=PWM 87%) 22 // Temperature 10 (34c+) 58 // Control Value 10 (Percentage) (58=PWM 88%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 1 = max stepwise ONLY // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2B1' _REC_LEN 002B // Sensor Record Header 0084 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 55 // Control Value 1 (Percentage) (55=PWM 85%) 1A // Temperature 2 (26c-27c) 57 // Control Value 2 (Percentage) (57=PWM 86.2%) 1B // Temperature 3 (27c-28c) 59 // Control Value 3 (Percentage) (59=PWM 88.6%) 1C // Temperature 4 (28c-29c) 5A // Control Value 4 (Percentage) (5A=PWM 89.8%) 1D // Temperature 5 (29c-30c) 5D // Control Value 5 (Percentage) (5D=PWM 92.2%) 1E // Temperature 6 (30c-31c) 5E // Control Value 6 (Percentage) (5E=PWM 93.4%) 1F // Temperature 7 (31c-32c) 60 // Control Value 7 (Percentage) (60=PWM 95.8%) 20 // Temperature 8 (32c-33c) 61 // Control Value 8 (Percentage) (61=PWM 97%) 21 // Temperature 9 (33c-34c) 64 // Control Value 9 (Percentage) (64=PWM 99.4%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 0 = min stepwise ONLY // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2B2' _REC_LEN 002B // Sensor Record Header 0085 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 32 // Control Value 1 (Percentage) (32=PWM 50%) 1A // Temperature 2 (26c-27c) 33 // Control Value 2 (Percentage) (33=PWM 51%) 1B // Temperature 3 (27c-28c) 35 // Control Value 3 (Percentage) (35=PWM 53%) 1C // Temperature 4 (28c-29c) 36 // Control Value 4 (Percentage) (36=PWM 54%) 1D // Temperature 5 (29c-30c) 37 // Control Value 5 (Percentage) (37=PWM 55%) 1E // Temperature 6 (30c-31c) 39 // Control Value 6 (Percentage) (39=PWM 57%) 1F // Temperature 7 (31c-32c) 3A // Control Value 7 (Percentage) (3A=PWM 58%) 20 // Temperature 8 (32c-33c) 3B // Control Value 8 (Percentage) (3B=PWM 59%) 21 // Temperature 9 (33c-34c) 3D // Control Value 9 (Percentage) (3D=PWM 61%) 22 // Temperature 10 (34c+) 3E // Control Value 10 (Percentage) (3E=PWM 62%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FANS // Domain Maximum: 1 = MAX stepwise ONLY // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2B2' _REC_LEN 002B // Sensor Record Header 0086 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 50 // Control Value 1 (Percentage) (50=PWM 80%) 1A // Temperature 2 (26c-27c) 52 // Control Value 2 (Percentage) (52=PWM 81.7%) 1B // Temperature 3 (27c-28c) 56 // Control Value 3 (Percentage) (56=PWM 85.1%) 1C // Temperature 4 (28c-29c) 57 // Control Value 4 (Percentage) (57=PWM 86.8%) 1D // Temperature 5 (29c-30c) 59 // Control Value 5 (Percentage) (59=PWM 88.5%) 1E // Temperature 6 (30c-31c) 5C // Control Value 6 (Percentage) (5C=PWM 91.9%) 1F // Temperature 7 (31c-32c) 5E // Control Value 7 (Percentage) (5E=PWM 93.6%) 20 // Temperature 8 (32c-33c) 60 // Control Value 8 (Percentage) (60=PWM 95.3%) 21 // Temperature 9 (33c-34c) 63 // Control Value 9 (Percentage) (63=PWM 98.7%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 0 = min stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2LX161' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 0087 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 3E // Control Value 1 (Percentage) (3E=PWM 62%) 1A // Temperature 2 (26c-27c) 3F // Control Value 2 (Percentage) (3F=PWM 63%) 1B // Temperature 3 (27c-28c) 40 // Control Value 3 (Percentage) (40=PWM 64%) 1C // Temperature 4 (28c-29c) 41 // Control Value 4 (Percentage) (41=PWM 65%) 1D // Temperature 5 (29c-31c) 42 // Control Value 5 (Percentage) (42=PWM 66%) 1F // Temperature 6 (31c-32c) 43 // Control Value 6 (Percentage) (43=PWM 67%) 20 // Temperature 7 (32c-33c) 44 // Control Value 7 (Percentage) (44=PWM 68%) 21 // Temperature 8 (33c-34c) 45 // Control Value 8 (Percentage) (45=PWM 69%) 22 // Temperature 9 (34c+) 46 // Control Value 9 (Percentage) (46=PWM 70%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 1 = max stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2LX161' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 0088 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 4E // Control Value 1 (Percentage) (4E=PWM 78%) 1A // Temperature 2 (26c-27c) 50 // Control Value 2 (Percentage) (50=PWM 79.5%) 1B // Temperature 3 (27c-28c) 51 // Control Value 3 (Percentage) (51=PWM 81%) 1C // Temperature 4 (28c-29c) 53 // Control Value 4 (Percentage) (53=PWM 82.5%) 1D // Temperature 5 (29c-31c) 54 // Control Value 5 (Percentage) (54=PWM 84%) 1F // Temperature 6 (31c-32c) 56 // Control Value 6 (Percentage) (56=PWM 85.5%) 20 // Temperature 7 (32c-33c) 57 // Control Value 7 (Percentage) (57=PWM 87%) 21 // Temperature 8 (33c-34c) 59 // Control Value 8 (Percentage) (59=PWM 88.5%) 22 // Temperature 9 (34c+) 5A // Control Value 9 (Percentage) (5A=PWM 90%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 0 = min stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2LX162' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 0089 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 24 // Control Value 1 (Percentage) (24=PWM 36%) 1A // Temperature 2 (26c-27c) 25 // Control Value 2 (Percentage) (25=PWM 37%) 1B // Temperature 3 (27c-28c) 26 // Control Value 3 (Percentage) (26=PWM 38%) 1C // Temperature 4 (28c-29c) 27 // Control Value 4 (Percentage) (27=PWM 39%) 1D // Temperature 5 (29c-31c) 28 // Control Value 5 (Percentage) (28=PWM 40%) 1F // Temperature 6 (31c-32c) 29 // Control Value 6 (Percentage) (29=PWM 41%) 20 // Temperature 7 (32c-33c) 2A // Control Value 7 (Percentage) (2A=PWM 42%) 21 // Temperature 8 (33c-34c) 2B // Control Value 8 (Percentage) (2B=PWM 43%) 22 // Temperature 9 (34c+) 2C // Control Value 9 (Percentage) (2C=PWM 44%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 1 = max stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2LX162' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 008A // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 48 // Control Value 1 (Percentage) (48=PWM 72%) 1A // Temperature 2 (26c-27c) 4A // Control Value 2 (Percentage) (4A=PWM 73.5%) 1B // Temperature 3 (27c-28c) 4B // Control Value 3 (Percentage) (4B=PWM 75%) 1C // Temperature 4 (28c-29c) 4D // Control Value 4 (Percentage) (4D=PWM 76.5%) 1D // Temperature 5 (29c-31c) 4E // Control Value 5 (Percentage) (4E=PWM 78%) 1F // Temperature 6 (31c-32c) 50 // Control Value 6 (Percentage) (50=PWM 79.5%) 20 // Temperature 7 (32c-33c) 51 // Control Value 7 (Percentage) (51=PWM 81%) 21 // Temperature 8 (33c-34c) 53 // Control Value 8 (Percentage) (53=PWM 82.5%) 22 // Temperature 9 (34c+) 54 // Control Value 9 (Percentage) (54=PWM 84%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 0 = min stepwise ONLY // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2LX1' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 008B // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 3E // Control Value 1 (Percentage) (3E=PWM 62%) 1A // Temperature 2 (26c-27c) 3F // Control Value 2 (Percentage) (3F=PWM 63%) 1B // Temperature 3 (27c-28c) 40 // Control Value 3 (Percentage) (40=PWM 64%) 1C // Temperature 4 (28c-29c) 41 // Control Value 4 (Percentage) (41=PWM 65%) 1D // Temperature 5 (29c-31c) 42 // Control Value 5 (Percentage) (42=PWM 66%) 1F // Temperature 6 (31c-32c) 43 // Control Value 6 (Percentage) (43=PWM 67%) 20 // Temperature 7 (32c-33c) 44 // Control Value 7 (Percentage) (44=PWM 68%) 21 // Temperature 8 (33c-34c) 45 // Control Value 9 (Percentage) (45=PWM 69%) 22 // Temperature 9 (34c+) 46 // Control Value 9 (Percentage) (46=PWM 70%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 1 = MAX stepwise ONLY // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2LX1' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 008C // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 4E // Control Value 1 (Percentage) (4E=PWM 78%) 1A // Temperature 2 (26c-27c) 50 // Control Value 2 (Percentage) (50=PWM 79.5%) 1B // Temperature 3 (27c-28c) 51 // Control Value 3 (Percentage) (51=PWM 81%) 1C // Temperature 4 (28c-29c) 53 // Control Value 4 (Percentage) (53=PWM 82.5%) 1D // Temperature 5 (29c-31c) 54 // Control Value 5 (Percentage) (54=PWM 84%) 1F // Temperature 6 (31c-32c) 56 // Control Value 6 (Percentage) (56=PWM 85.5%) 20 // Temperature 7 (32c-33c) 57 // Control Value 7 (Percentage) (57=PWM 87%) 21 // Temperature 8 (33c-34c) 59 // Control Value 8 (Percentage) (59=PWM 88.5%) 22 // Temperature 9 (34c+) 5A // Control Value 9 (Percentage) (5A=PWM 90%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 0 = min stepwise ONLY // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2LX2' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 008D // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 24 // Control Value 1 (Percentage) (24=PWM 36%) 1A // Temperature 2 (26c-27c) 25 // Control Value 2 (Percentage) (25=PWM 37%) 1B // Temperature 3 (27c-28c) 26 // Control Value 3 (Percentage) (26=PWM 38%) 1C // Temperature 4 (28c-29c) 27 // Control Value 4 (Percentage) (27=PWM 39%) 1D // Temperature 5 (29c-31c) 28 // Control Value 5 (Percentage) (28=PWM 40%) 1F // Temperature 6 (31c-32c) 29 // Control Value 6 (Percentage) (29=PWM 41%) 20 // Temperature 7 (32c-33c) 2A // Control Value 7 (Percentage) (2A=PWM 42%) 21 // Temperature 8 (33c-34c) 2B // Control Value 8 (Percentage) (2B=PWM 43%) 22 // Temperature 9 (34c+) 2C // Control Value 9 (Percentage) (2C=PWM 44%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 LX(SC5400LX); SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); FCT; FOQM - 4 FANS // Domain Maximum: 1 = MAX stepwise ONLY // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2LX2' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0029 // Sensor Record Header 008E // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 48 // Control Value 1 (Percentage) (48=PWM 72%) 1A // Temperature 2 (26c-27c) 4A // Control Value 2 (Percentage) (4A=PWM 73.5%) 1B // Temperature 3 (27c-28c) 4B // Control Value 3 (Percentage) (4B=PWM 75%) 1C // Temperature 4 (28c-29c) 4D // Control Value 4 (Percentage) (4D=PWM 76.5%) 1D // Temperature 5 (29c-31c) 4E // Control Value 5 (Percentage) (4E=PWM 78%) 1F // Temperature 6 (31c-32c) 50 // Control Value 6 (Percentage) (50=PWM 79.5%) 20 // Temperature 7 (32c-33c) 51 // Control Value 7 (Percentage) (51=PWM 81%) 21 // Temperature 8 (33c-34c) 53 // Control Value 8 (Percentage) (53=PWM 82.5%) 22 // Temperature 9 (34c+) 54 // Control Value 9 (Percentage) (54=PWM 84%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - FIXED FAN // Domain Maximum: 0 = min stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2161WO' _REC_LEN 002B // Sensor Record Header 008F // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 52 // Control Value 1 (Percentage) (52=PWM 82%) 1A // Temperature 2 (26c-27c) 53 // Control Value 2 (Percentage) (53=PWM 83%) 1B // Temperature 3 (27c-28c) 55 // Control Value 3 (Percentage) (55=PWM 85%) 1C // Temperature 4 (28c-29c) 56 // Control Value 4 (Percentage) (56=PWM 86%) 1D // Temperature 5 (29c-30c) 58 // Control Value 5 (Percentage) (58=PWM 88%) 1E // Temperature 6 (30c-31c) 59 // Control Value 6 (Percentage) (59=PWM 89%) 1F // Temperature 7 (31c-32c) 5B // Control Value 7 (Percentage) (5B=PWM 91%) 20 // Temperature 8 (32c-33c) 5C // Control Value 8 (Percentage) (5C=PWM 92%) 21 // Temperature 9 (33c-34c) 5E // Control Value 9 (Percentage) (5E=PWM 94%) 22 // Temperature 10 (34c+) 5F // Control Value 10 (Percentage) (5F=PWM 95%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - redundant FAN // Domain Maximum: 0 = min stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2161W' _REC_LEN 0029 // Sensor Record Header 0090 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 3E // Control Value 1 (Percentage) (3E=PWM 62%) 1A // Temperature 2 (26c-27c) 3F // Control Value 2 (Percentage) (3F=PWM 63%) 1B // Temperature 3 (27c-28c) 40 // Control Value 3 (Percentage) (40=PWM 64%) 1C // Temperature 4 (28c-29c) 41 // Control Value 4 (Percentage) (41=PWM 65%) 1D // Temperature 5 (29c-31c) 42 // Control Value 5 (Percentage) (42=PWM 66%) 1F // Temperature 6 (31c-32c) 43 // Control Value 6 (Percentage) (43=PWM 67%) 20 // Temperature 7 (32c-33c) 44 // Control Value 7 (Percentage) (44=PWM 68%) 21 // Temperature 8 (33c-34c) 45 // Control Value 8 (Percentage) (45=PWM 69%) 22 // Temperature 9 (34c+) 46 // Control Value 9 (Percentage) (46=PWM 70%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - FIXED FAN // Domain Maximum: 1 = max stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2161WO' _REC_LEN 002B // Sensor Record Header 0091 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 55 // Control Value 1 (Percentage) (55=PWM 85%) 1A // Temperature 2 (26c-27c) 57 // Control Value 2 (Percentage) (57=PWM 86.2%) 1B // Temperature 3 (27c-28c) 59 // Control Value 3 (Percentage) (59=PWM 88.6%) 1C // Temperature 4 (28c-29c) 5A // Control Value 4 (Percentage) (5A=PWM 89.8%) 1D // Temperature 5 (29c-30c) 5D // Control Value 5 (Percentage) (5D=PWM 92.2%) 1E // Temperature 6 (30c-31c) 5E // Control Value 6 (Percentage) (5E=PWM 93.4%) 1F // Temperature 7 (31c-32c) 60 // Control Value 7 (Percentage) (60=PWM 95.8%) 20 // Temperature 8 (32c-33c) 61 // Control Value 8 (Percentage) (61=PWM 97%) 21 // Temperature 9 (33c-34c) 64 // Control Value 9 (Percentage) (64=PWM 99.4%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - REDUNDANT FAN // Domain Maximum: 1 = max stepwise // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2161W' _REC_LEN 0029 // Sensor Record Header 0092 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 4E // Control Value 1 (Percentage) (4E=PWM 78%) 1A // Temperature 2 (26c-27c) 50 // Control Value 2 (Percentage) (50=PWM 79.5%) 1B // Temperature 3 (27c-28c) 51 // Control Value 3 (Percentage) (51=PWM 81%) 1C // Temperature 4 (28c-29c) 53 // Control Value 4 (Percentage) (53=PWM 82.5%) 1D // Temperature 5 (29c-31c) 54 // Control Value 5 (Percentage) (54=PWM 84%) 1F // Temperature 6 (31c-32c) 56 // Control Value 6 (Percentage) (56=PWM 85.5%) 20 // Temperature 7 (32c-33c) 57 // Control Value 7 (Percentage) (57=PWM 87%) 21 // Temperature 8 (33c-34c) 59 // Control Value 8 (Percentage) (59=PWM 88.5%) 22 // Temperature 9 (34c+) 5A // Control Value 9 (Percentage) (5A=PWM 90%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - FIXED FAN // Domain Maximum: 0 = min stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2162WO' _REC_LEN 002B // Sensor Record Header 0093 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 3C // Control Value 1 (Percentage) (3C=PWM 60%) 1A // Temperature 2 (26c-27c) 3D // Control Value 2 (Percentage) (3D=PWM 61%) 1B // Temperature 3 (27c-29c) 3F // Control Value 3 (Percentage) (3F=PWM 63%) 1C // Temperature 4 (28c-29c) 40 // Control Value 4 (Percentage) (40=PWM 64%) 1D // Temperature 5 (29c-30c) 41 // Control Value 5 (Percentage) (41=PWM 65%) 1E // Temperature 6 (30c-31c) 43 // Control Value 6 (Percentage) (43=PWM 67%) 1F // Temperature 7 (31c-32c) 44 // Control Value 7 (Percentage) (44=PWM 68%) 20 // Temperature 8 (32c-33c) 45 // Control Value 8 (Percentage) (45=PWM 69%) 21 // Temperature 9 (33c-34c) 47 // Control Value 9 (Percentage) (47=PWM 71%) 22 // Temperature 10 (34c+) 48 // Control Value 10 (Percentage) (48=PWM 72%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - REDUNDANT FAN // Domain Maximum: 0 = min stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2162W' _REC_LEN 0029 // Sensor Record Header 0094 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 28 // Control Value 1 (Percentage) (28=PWM 40%) 1A // Temperature 2 (26c-27c) 29 // Control Value 2 (Percentage) (29=PWM 41%) 1B // Temperature 3 (27c-28c) 2A // Control Value 3 (Percentage) (2A=PWM 42%) 1C // Temperature 4 (28c-29c) 2B // Control Value 4 (Percentage) (2B=PWM 43%) 1D // Temperature 5 (29c-31c) 2C // Control Value 5 (Percentage) (2C=PWM 44%) 1F // Temperature 6 (31c-32c) 2D // Control Value 6 (Percentage) (2D=PWM 45%) 20 // Temperature 7 (32c-33c) 2E // Control Value 7 (Percentage) (2E=PWM 46%) 21 // Temperature 8 (33c-34c) 2F // Control Value 8 (Percentage) (2F=PWM 47%) 22 // Temperature 9 (34c+) 30 // Control Value 9 (Percentage) (30=PWM 48%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - FIXED FAN // Domain Maximum: 1 = max stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2162WO' _REC_LEN 002B // Sensor Record Header 0095 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 55 // Control Value 1 (Percentage) (55=PWM 85%) 1A // Temperature 2 (26c-27c) 57 // Control Value 2 (Percentage) (57=PWM 86.2%) 1B // Temperature 3 (27c-29c) 59 // Control Value 3 (Percentage) (59=PWM 88.6%) 1C // Temperature 4 (28c-29c) 5A // Control Value 4 (Percentage) (5A=PWM 89.8%) 1D // Temperature 5 (29c-30c) 5B // Control Value 5 (Percentage) (5B=PWM 91%) 1E // Temperature 6 (30c-31c) 5E // Control Value 6 (Percentage) (5E=PWM 93.4%) 1F // Temperature 7 (31c-32c) 5F // Control Value 7 (Percentage) (5F=PWM 94.6%) 20 // Temperature 8 (32c-33c) 60 // Control Value 8 (Percentage) (60=PWM 95.8%) 21 // Temperature 9 (33c-34c) 63 // Control Value 9 (Percentage) (63=PWM 98.2%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 99.4%) //******************************************************* // LM94 PWM1 Stepwise Type(Fan Control Domain Number #1) // FOR SC5400 16-DIMM(SC5400RA) - REDUNDANT FAN // Domain Maximum: 1 = max stepwise // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM1S_R2162W' _REC_LEN 0029 // Sensor Record Header 0095 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) D0 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=1 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 4C // Control Value 1 (Percentage) (4C=PWM 76%) 1A // Temperature 2 (26c-27c) 4E // Control Value 2 (Percentage) (4E=PWM 77.5%) 1B // Temperature 3 (27c-29c) 4F // Control Value 3 (Percentage) (4F=PWM 79%) 1C // Temperature 4 (28c-29c) 51 // Control Value 4 (Percentage) (51=PWM 80.5%) 1D // Temperature 5 (29c-31c) 52 // Control Value 5 (Percentage) (52=PWM 82%) 1F // Temperature 6 (31c-32c) 54 // Control Value 6 (Percentage) (54=PWM 83.5%) 20 // Temperature 7 (32c-33c) 55 // Control Value 7 (Percentage) (55=PWM 85%) 21 // Temperature 8 (33c-34c) 57 // Control Value 8 (Percentage) (57=PWM 86.5%) 22 // Temperature 9 (34c+) 58 // Control Value 9 (Percentage) (58=PWM 88%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 16-DIMM(SC5400RA) - FIXED FAN // Domain Maximum: 0 = min stepwise ONLY // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2161WO' _REC_LEN 002B // Sensor Record Header 0096 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 52 // Control Value 1 (Percentage) (52=PWM 82%) 1A // Temperature 2 (26c-27c) 53 // Control Value 2 (Percentage) (53=PWM 83%) 1B // Temperature 3 (27c-28c) 55 // Control Value 3 (Percentage) (55=PWM 85%) 1C // Temperature 4 (28c-29c) 56 // Control Value 4 (Percentage) (56=PWM 86%) 1D // Temperature 5 (29c-30c) 58 // Control Value 5 (Percentage) (58=PWM 88%) 1E // Temperature 6 (30c-31c) 59 // Control Value 6 (Percentage) (59=PWM 89%) 1F // Temperature 7 (31c-32c) 5B // Control Value 7 (Percentage) (5B=PWM 91%) 20 // Temperature 8 (32c-33c) 5C // Control Value 8 (Percentage) (5C=PWM 92%) 21 // Temperature 9 (33c-34c) 5E // Control Value 9 (Percentage) (5E=PWM 94%) 22 // Temperature 10 (34c+) 5F // Control Value 10 (Percentage) (5F=PWM 95%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 16-DIMM(SC5400RA) - REDUNDANT FAN // Domain Maximum: 0 = min stepwise ONLY // Profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2161W' _REC_LEN 0029 // Sensor Record Header 0096 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 3E // Control Value 1 (Percentage) (3E=PWM 62%) 1A // Temperature 2 (26c-27c) 3F // Control Value 2 (Percentage) (3F=PWM 63%) 1B // Temperature 3 (27c-28c) 40 // Control Value 3 (Percentage) (40=PWM 64%) 1C // Temperature 4 (28c-29c) 41 // Control Value 4 (Percentage) (41=PWM 65%) 1D // Temperature 5 (29c-31c) 42 // Control Value 5 (Percentage) (42=PWM 66%) 1F // Temperature 6 (31c-32c) 43 // Control Value 6 (Percentage) (43=PWM 67%) 20 // Temperature 7 (32c-33c) 44 // Control Value 7 (Percentage) (44=PWM 68%) 21 // Temperature 8 (33c-34c) 45 // Control Value 8 (Percentage) (45=PWM 69%) 22 // Temperature 9 (34c+) 46 // Control Value 9 (Percentage) (46=PWM 70%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 16-DIMM(SC5400RA) - FIXED FAN // Domain Maximum: 0 = min stepwise ONLY // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2162WO' _REC_LEN 002B // Sensor Record Header 0097 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 3C // Control Value 1 (Percentage) (3C=PWM 55%) 1A // Temperature 2 (26c-27c) 3D // Control Value 2 (Percentage) (3D=PWM 56%) 1B // Temperature 3 (27c-28c) 3F // Control Value 3 (Percentage) (3F=PWM 58%) 1C // Temperature 4 (28c-29c) 40 // Control Value 4 (Percentage) (40=PWM 59%) 1D // Temperature 5 (29c-30c) 41 // Control Value 5 (Percentage) (41=PWM 60%) 1E // Temperature 6 (30c-31c) 43 // Control Value 6 (Percentage) (43=PWM 62%) 1F // Temperature 7 (31c-32c) 44 // Control Value 7 (Percentage) (44=PWM 63%) 20 // Temperature 8 (32c-33c) 45 // Control Value 8 (Percentage) (45=PWM 64%) 21 // Temperature 9 (33c-34c) 47 // Control Value 9 (Percentage) (47=PWM 66%) 22 // Temperature 10 (34c+) 48 // Control Value 10 (Percentage) (48=PWM 67%) //******************************************************* // SIO PWM3 Fanout0 Stepwise Type(Fan Control Domain Number #3) // FOR SC5400 16-DIMM(SC5400RA) - REDUNDANT FAN // Domain Maximum: 0 = min stepwise ONLY // Profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3S_R2162W' _REC_LEN 0029 // Sensor Record Header 0097 // Record ID 51 // SDR Version C0 // Record Type 24 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 09 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 28 // Control Value 1 (Percentage) (28=PWM 40%) 1A // Temperature 2 (26c-27c) 29 // Control Value 2 (Percentage) (29=PWM 41%) 1B // Temperature 3 (27c-28c) 2A // Control Value 3 (Percentage) (2A=PWM 42%) 1C // Temperature 4 (28c-29c) 2B // Control Value 4 (Percentage) (2B=PWM 43%) 1D // Temperature 5 (29c-30c) 2C // Control Value 5 (Percentage) (2C=PWM 44%) 1F // Temperature 6 (31c-32c) 2D // Control Value 6 (Percentage) (2D=PWM 45%) 20 // Temperature 7 (32c-33c) 2E // Control Value 7 (Percentage) (2E=PWM 46%) 21 // Temperature 8 (33c-34c) 2F // Control Value 8 (Percentage) (2F=PWM 47%) 22 // Temperature 9 (34c+) 30 // Control Value 9 (Percentage) (30=PWM 48%) //******************************************************************************************* // SIO PWM3 Fanout0 (Fan Control Domain Number #3) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993 BRP // PROFILE 1 AND PROFILE 2 //******************************************************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM3_PP3' _REC_LEN 002B // Sensor Record Header 0098 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate (1 Cycles) 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-reserved; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 32 // Control Value 1 (Percentage) (32=PWM 50%) 1A // Temperature 2 (26c-27c) 34 // Control Value 2 (Percentage) (34=PWM 52%) 1B // Temperature 3 (27c-28c) 36 // Control Value 3 (Percentage) (36=PWM 54%) 1C // Temperature 4 (28c-29c) 38 // Control Value 4 (Percentage) (38=PWM 56%) 1D // Temperature 5 (29c-30c) 3B // Control Value 5 (Percentage) (3B=PWM 59%) 1E // Temperature 6 (30c-31c) 3D // Control Value 6 (Percentage) (3D=PWM 61%) 1F // Temperature 7 (31c-32c) 40 // Control Value 7 (Percentage) (40=PWM 64%) 20 // Temperature 8 (32c-33c) 42 // Control Value 8 (Percentage) (42=PWM 66%) 21 // Temperature 9 (33c-34c) 44 // Control Value 9 (Percentage) (44=PWM 68%) 22 // Temperature 10 (34c+) 46 // Control Value 10 (Percentage) (46=PWM 70%) //******************************************************************************************* // SIO PWM Fanout3 (Fan Control Domain Number #5) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Profile 1 //******************************************************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM5_PP31' _REC_LEN 002B // Sensor Record Header 0099 // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 05 // Fan Control Domain Number #5 (SIO PWM 5) 2C // Normal Control Value (2C=PWM 44%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 2E // Control Value 1 (Percentage) (2E=PWM 46%) 1A // Temperature 2 (26c-27c) 34 // Control Value 2 (Percentage) (34=PWM 52%) 1B // Temperature 3 (27c-28c) 3A // Control Value 3 (Percentage) (3A=PWM 58%) 1C // Temperature 4 (28c-29c) 40 // Control Value 4 (Percentage) (40=PWM 64%) 1D // Temperature 5 (29c-30c) 46 // Control Value 5 (Percentage) (46=PWM 70%) 1E // Temperature 6 (30c-31c) 4C // Control Value 6 (Percentage) (4C=PWM 76%) 1F // Temperature 7 (31c-32c) 52 // Control Value 7 (Percentage) (52=PWM 82%) 20 // Temperature 8 (32c-33c) 58 // Control Value 8 (Percentage) (58=PWM 88%) 21 // Temperature 9 (33c-34c) 5E // Control Value 9 (Percentage) (5E=PWM 94%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************************************************* // SIO PWM Fanout3 (Fan Control Domain Number #5) // FOR SC5299-670W(SC5XXXWS) // Profile 2 //******************************************************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM5_PP42WS' _REC_LEN 002B // Sensor Record Header 009A // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 05 // Fan Control Domain Number #5 (SIO PWM 5) 26 // Normal Control Value (26=PWM 38%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 22 // Control Value 1 (Percentage) (22=PWM 34%) 1A // Temperature 2 (26c-27c) 28 // Control Value 2 (Percentage) (28=PWM 40%) 1B // Temperature 3 (27c-28c) 2E // Control Value 3 (Percentage) (2E=PWM 46%) 1C // Temperature 4 (28c-29c) 37 // Control Value 4 (Percentage) (37=PWM 55%) 1D // Temperature 5 (29c-30c) 40 // Control Value 5 (Percentage) (40=PWM 64%) 1E // Temperature 6 (30c-31c) 46 // Control Value 6 (Percentage) (46=PWM 70%) 1F // Temperature 7 (31c-32c) 4F // Control Value 7 (Percentage) (4F=PWM 79%) 20 // Temperature 8 (32c-33c) 58 // Control Value 8 (Percentage) (58=PWM 88%) 21 // Temperature 9 (33c-34c) 5E // Control Value 9 (Percentage) (5E=PWM 94%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) //******************************************************************************************* // SIO PWM Fanout3 (Fan Control Domain Number #5) // FOR SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Profile 2 //******************************************************************************************* _SDR_TYPE C0 _SDR_TAG 'PWM5_PP32' _REC_LEN 002B // Sensor Record Header 009B // Record ID 51 // SDR Version C0 // Record Type 26 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 05 // Fan Control Domain Number #5 (SIO PWM 5) 26 // Normal Control Value (26=PWM 38%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 32 // Temperature Sensor Number (FP Amb Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 0A //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 28 // Control Value 1 (Percentage) (28=PWM 40%) 1A // Temperature 2 (26c-27c) 2E // Control Value 2 (Percentage) (2E=PWM 46%) 1B // Temperature 3 (27c-28c) 34 // Control Value 3 (Percentage) (34=PWM 52%) 1C // Temperature 4 (28c-29c) 3A // Control Value 4 (Percentage) (3A=PWM 58%) 1D // Temperature 5 (29c-30c) 43 // Control Value 5 (Percentage) (43=PWM 67%) 1E // Temperature 6 (30c-31c) 49 // Control Value 6 (Percentage) (49=PWM 73%) 1F // Temperature 7 (31c-32c) 52 // Control Value 7 (Percentage) (52=PWM 82%) 20 // Temperature 8 (32c-33c) 58 // Control Value 8 (Percentage) (58=PWM 88%) 21 // Temperature 9 (33c-34c) 5E // Control Value 9 (Percentage) (5E=PWM 94%) 22 // Temperature 10 (34c+) 64 // Control Value 10 (Percentage) (64=PWM 100%) // PWM12345 - FULL SPEED //**************************************************************************************** // (Fan Control Domain Number #1) // FOR MFG // FULL SPEED //**************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PWM1MFG' _REC_LEN 001A // Sensor Record Header 009C // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 64 // Normal Control Value (64=PWM 100%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 64 // Minimum Control Value (64=PWM 100%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //**************************************************************************** // (Fan Control Domain Number #2) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP);SC5400 LX(SC5400LX);16DIMM // FOR MFG // FULL SPEED //**************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PWM2' _SDR_TAG 'PWM2MFG' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 009D // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 02 // Fan Control Domain Number #2 64 // Normal Control Value (64=PWM 100%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 64 // Minimum Control Value (64=PWM 100%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //****************************************** // (Fan Control Domain Number #3) // FOR OTHER // FOR MFG // FULL SPEED //****************************************** _SDR_TYPE C0 _SDR_TAG 'PWM3OT' _SDR_TAG 'PWM3MFG' _REC_LEN 001A // Sensor Record Header 009E // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 64 // Normal Control Value (64=PWM 100%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 64 // Minimum Control Value (64=PWM 100%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //****************************************** // (Fan Control Domain Number #4) // FOR ALL AND MFG // FULL SPEED //****************************************** _SDR_TYPE C0 _SDR_TAG 'PWM4' _SDR_TAG 'PWM4MFG' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 009F // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 04 // Fan Control Domain Number #4 64 // Normal Control Value (64=PWM 100%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 64 // Minimum Control Value (64=PWM 100%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //**************************************************************************************** // (Fan Control Domain Number #5) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP);SC5400 LX(SC5400LX); 16DIMM ;OTHER // FOR MFG // FULL SPEED //**************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PWM5' _SDR_TAG 'PWM5MFG' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00A0 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 05 // Fan Control Domain Number #5 64 // Normal Control Value (64=PWM 100%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 64 // Minimum Control Value (64=PWM 100%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Dempsey) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1D' _REC_LEN 001A // Sensor Record Header 00A1 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Woodcrest / Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1W' _SDR_TAG 'PROC_1R2B1WD' _REC_LEN 001A // Sensor Record Header 00A2 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1CT' _SDR_TAG 'PROC_1R2B1HT' _REC_LEN 001A // Sensor Record Header 00A3 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Dempsey) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B1D' _REC_LEN 001A // Sensor Record Header 00A4 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Woodcrest / Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B1W' _SDR_TAG 'PROC_2R2B1WD' _REC_LEN 001A // Sensor Record Header 00A5 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B1CT' _SDR_TAG 'PROC_2R2B1HT' _REC_LEN 001A // Sensor Record Header 00A6 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // FBD // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1D' _SDR_TAG 'PROC_1R2B1W' _SDR_TAG 'PROC_1R2B1CT' _SDR_TAG 'PROC_1R2B1WD' _SDR_TAG 'PROC_1R2B1HT' _SDR_TAG 'PROC_2R2B1D' _SDR_TAG 'PROC_2R2B1W' _SDR_TAG 'PROC_2R2B1CT' _SDR_TAG 'PROC_2R2B1WD' _SDR_TAG 'PROC_2R2B1HT' _REC_LEN 001A // Sensor Record Header 00A6 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 48 // Temperature Sensor Number (FBD) 00 // Temp Sensor Fail Control Value 02 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) B8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 00 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Dempsey) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2D' _REC_LEN 001A // Sensor Record Header 00A7 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Woodcrest / Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2W' _SDR_TAG 'PROC_1R2B2WD' _REC_LEN 001A // Sensor Record Header 00A8 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2CT' _SDR_TAG 'PROC_1R2B2HT' _REC_LEN 001A // Sensor Record Header 00A9 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Dempsey) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B2D' _REC_LEN 001A // Sensor Record Header 00AA // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Woodcrest / Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B2W' _SDR_TAG 'PROC_2R2B2WD' _REC_LEN 001A // Sensor Record Header 00AB // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B2CT' _SDR_TAG 'PROC_2R2B2HT' _REC_LEN 001A // Sensor Record Header 00AC // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type (Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // FBD // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2D' _SDR_TAG 'PROC_1R2B2W' _SDR_TAG 'PROC_1R2B2CT' _SDR_TAG 'PROC_1R2B2WD' _SDR_TAG 'PROC_1R2B2HT' _SDR_TAG 'PROC_2R2B2D' _SDR_TAG 'PROC_2R2B2W' _SDR_TAG 'PROC_2R2B2CT' _SDR_TAG 'PROC_2R2B2WD' _SDR_TAG 'PROC_2R2B2HT' _REC_LEN 001A // Sensor Record Header 00AC // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 48 // Temperature Sensor Number (FBD) 00 // Temp Sensor Fail Control Value 02 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) B8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 00 // Clamp Flag(Temp Source) //****************************************************************** // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Dempsey) // profile 1 //****************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1D' _REC_LEN 001A // Sensor Record Header 00AD // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Woodcrest / Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1W' _SDR_TAG 'PROC_1R2B1WD' _REC_LEN 001A // Sensor Record Header 00AE // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B1CT' _SDR_TAG 'PROC_1R2B1HT' _REC_LEN 001A // Sensor Record Header 00AF // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Dempsey) // profile 1 //******************************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B1D' _REC_LEN 001A // Sensor Record Header 00B0 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Woodcrest / Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B1W' _SDR_TAG 'PROC_2R2B1WD' _REC_LEN 001A // Sensor Record Header 00B1 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B1CT' _SDR_TAG 'PROC_2R2B1HT' _REC_LEN 001A // Sensor Record Header 00B2 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 3E // Normal Control Value (3E=PWM 62%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //****************************************************************** // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Dempsey) // profile 2 //****************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2D' _REC_LEN 001A // Sensor Record Header 00B3 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Woodcrest / Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2W' _SDR_TAG 'PROC_1R2B2WD' _REC_LEN 001A // Sensor Record Header 00B4 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 1 INSTALLED (Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2B2CT' _SDR_TAG 'PROC_1R2B2HT' _REC_LEN 001A // Sensor Record Header 00B5 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Dempsey) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B2D' _REC_LEN 001A // Sensor Record Header 00B6 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Woodcrest / Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B2W' _SDR_TAG 'PROC_2R2B2WD' _REC_LEN 001A // Sensor Record Header 00B7 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) - 2 FAN // CPU 2 INSTALLED (Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2B2CT' _SDR_TAG 'PROC_2R2B2HT' _REC_LEN 001A // Sensor Record Header 00B8 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 32 // Normal Control Value (32=PWM 50%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 1 INSTALLED (Dempsey) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161D' _SDR_TAG 'PROC_1R2161D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00B9 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 1 INSTALLED (Woodcrest / Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161W' _SDR_TAG 'PROC_1R2161W' _SDR_TAG 'PROC_1R2LX161WD' _SDR_TAG 'PROC_1R2161WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BA // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 1 INSTALLED (Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161CT' _SDR_TAG 'PROC_1R2161CT' _SDR_TAG 'PROC_1R2LX161HT' _SDR_TAG 'PROC_1R2161HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BB // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 2 INSTALLED (Dempsey) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX161D' _SDR_TAG 'PROC_2R2161D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BC // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 2 INSTALLED (Woodcrest / Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX161W' _SDR_TAG 'PROC_2R2161W' _SDR_TAG 'PROC_2R2LX161WD' _SDR_TAG 'PROC_2R2161WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BD // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 2 INSTALLED (Clovertown) // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX161CT' _SDR_TAG 'PROC_2R2161CT' _SDR_TAG 'PROC_2R2LX161HT' _SDR_TAG 'PROC_2R2161HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BE // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // FBD // PROFILE 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161D' _SDR_TAG 'PROC_1R2161D' _SDR_TAG 'PROC_1R2LX161W' _SDR_TAG 'PROC_1R2161W' _SDR_TAG 'PROC_1R2LX161WD' _SDR_TAG 'PROC_1R2161WD' _SDR_TAG 'PROC_1R2LX161CT' _SDR_TAG 'PROC_1R2161CT' _SDR_TAG 'PROC_1R2LX161HT' _SDR_TAG 'PROC_1R2161HT' _SDR_TAG 'PROC_2R2LX161D' _SDR_TAG 'PROC_2R2161D' _SDR_TAG 'PROC_2R2LX161W' _SDR_TAG 'PROC_2R2161W' _SDR_TAG 'PROC_2R2LX161WD' _SDR_TAG 'PROC_2R2161WD' _SDR_TAG 'PROC_2R2LX161CT' _SDR_TAG 'PROC_2R2161CT' _SDR_TAG 'PROC_2R2LX161HT' _SDR_TAG 'PROC_2R2161HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BE // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 48 // Temperature Sensor Number (FBD) 00 // Temp Sensor Fail Control Value 02 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) B8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 00 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 1 INSTALLED (Dempsey)) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162D' _SDR_TAG 'PROC_1R2162D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00BF // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 1 INSTALLED (Woodcrest / Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162W' _SDR_TAG 'PROC_1R2162W' _SDR_TAG 'PROC_1R2LX162WD' _SDR_TAG 'PROC_1R2162WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C0 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 1 INSTALLED (Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162CT' _SDR_TAG 'PROC_1R2162CT' _SDR_TAG 'PROC_1R2LX162HT' _SDR_TAG 'PROC_1R2162HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C1 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 2 INSTALLED (Dempsey) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX162D' _SDR_TAG 'PROC_2R2162D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C2 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 2 INSTALLED (Woodcrest / Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX162W' _SDR_TAG 'PROC_2R2162W' _SDR_TAG 'PROC_2R2LX162WD' _SDR_TAG 'PROC_2R2162WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C3 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // CPU 2 INSTALLED (Clovertown) // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX162CT' _SDR_TAG 'PROC_2R2162CT' _SDR_TAG 'PROC_2R2LX162HT' _SDR_TAG 'PROC_2R2162HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C4 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // LM94 PWM1 Clamp Type(Fan Control Domain Number #1) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);SC5400 16-DIMM(SC5400RA); FCT; FOQM - 4 FANS // FBD // PROFILE 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162D' _SDR_TAG 'PROC_1R2162D' _SDR_TAG 'PROC_1R2LX162W' _SDR_TAG 'PROC_1R2162W' _SDR_TAG 'PROC_1R2LX162WD' _SDR_TAG 'PROC_1R2162WD' _SDR_TAG 'PROC_1R2LX162CT' _SDR_TAG 'PROC_1R2162CT' _SDR_TAG 'PROC_1R2LX162HT' _SDR_TAG 'PROC_1R2162HT' _SDR_TAG 'PROC_2R2LX162D' _SDR_TAG 'PROC_2R2162D' _SDR_TAG 'PROC_2R2LX162W' _SDR_TAG 'PROC_2R2162W' _SDR_TAG 'PROC_2R2LX162WD' _SDR_TAG 'PROC_2R2162WD' _SDR_TAG 'PROC_2R2LX162CT' _SDR_TAG 'PROC_2R2162CT' _SDR_TAG 'PROC_2R2LX162HT' _SDR_TAG 'PROC_2R2162HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C4 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 48 // Temperature Sensor Number (FBD) 00 // Temp Sensor Fail Control Value 02 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) B8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis=7; [2:0]-Positive Hysteresis=0 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 00 // Clamp Flag(Temp Source) //****************************************************************** // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 1 INSTALLED (Dempsey) // profile 1 //****************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C5 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 1 INSTALLED (Woodcrest / Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161W' _SDR_TAG 'PROC_1R2LX161WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C6 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 1 INSTALLED (Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX161CT' _SDR_TAG 'PROC_1R2LX161HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C7 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 2 INSTALLED (Dempsey) // profile 1 //******************************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX161D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C8 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 2 INSTALLED (Woodcrest / Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX161W' _SDR_TAG 'PROC_2R2LX161WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00C9 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 2 INSTALLED (Clovertown) // profile 1 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX161CT' _SDR_TAG 'PROC_2R2LX161HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00CA // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 2A // Normal Control Value (2A=PWM 42%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //****************************************************************** // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 1 INSTALLED (Dempsey) // profile 2 //****************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162D' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00CB // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 1 INSTALLED (Woodcrest / Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162W' _SDR_TAG 'PROC_1R2LX162WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00CC // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 1 INSTALLED (Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_1R2LX162CT' _SDR_TAG 'PROC_1R2LX162HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00CD // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 2 INSTALLED (Dempsey) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX162D' _SDR_TAG 'FCT' _REC_LEN 001A // Sensor Record Header 00CE // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 39 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 2 INSTALLED (Woodcrest / Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX162W' _SDR_TAG 'PROC_2R2LX162WD' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00CF // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //******************************************************* // SIO PWM3 Fanout0 Clamp Type(Fan Control Domain Number #3) // FOR SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP); SC5400 LX(SC5400LX);FCT; FOQM // CPU 2 INSTALLED (Clovertown) // profile 2 //******************************************************* _SDR_TYPE C0 _SDR_TAG 'PROC_2R2LX162CT' _SDR_TAG 'PROC_2R2LX162HT' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001A // Sensor Record Header 00D0 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 03 // Fan Control Domain Number #3 (SIO PWM 3) 24 // Normal Control Value (24=PWM 36%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 02 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor=1; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 //(ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) ///PP4 //***************************************************************************************** // LM94 PWM1 (Fan Control Domain Number #1) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis // CPU 1 INSTALLED (Dempsey) // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1PP31D' _REC_LEN 0022 // Sensor Record Header 00D1 // Record ID 51 // SDR Version C0 // Record Type 1D // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 04 // Ramp Contribution (1 %) 02 // Scan Rate 39 // ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 98 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 01 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 19 // Control Value 1 (Percentage) (19=PWM 25%) //************************************************************************ // LM94 PWM1 (Fan Control Domain Number #1) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis // CPU 1 INSTALLED (Woodcrest / Clovertown) // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1PP31W' _SDR_TAG 'PROC_1PP31WD' _REC_LEN 0022 // Sensor Record Header 00D2 // Record ID 51 // SDR Version C0 // Record Type 1D // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 04 // Ramp Contribution (1 %) 02 // Scan Rate 00 // ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 99 // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 01 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 19 // Control Value 1 (Percentage) (19=PWM 25%) //************************************************************************ // LM94 PWM1 (Fan Control Domain Number #1) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis // CPU 1 INSTALLED (Clovertown) // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1PP31CT' _SDR_TAG 'PROC_1PP31HT' _REC_LEN 0022 // Sensor Record Header 00D3 // Record ID 51 // SDR Version C0 // Record Type 1D // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 04 // Ramp Contribution (1 %) 02 // Scan Rate 00 // ClampTemp/T-ctrl offset) 11 // Clamp Flag(Temp Source) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 9C // Temperature Sensor Number (CPU 1 Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 01 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 19 // Control Value 1 (Percentage) (19=PWM 25%) //************************************************************************ // LM94 PWM1 (Fan Control Domain Number #1) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis // FBD // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_1PP31D' _SDR_TAG 'PROC_1PP31W' _SDR_TAG 'PROC_1PP31WD' _SDR_TAG 'PROC_1PP31CT' _SDR_TAG 'PROC_1PP31HT' _REC_LEN 001A // Sensor Record Header 00D3 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 01 // Fan Control Domain Number #1 (LM94 PWM1) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 48 // Temperature Sensor Number (FBD) 00 // Temp Sensor Fail Control Value 02 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) B8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // ClampTemp/T-ctrl offset) 00 // Clamp Flag(Temp Source) //***************************************************************************************** // LM94 PWM2 (Fan Control Domain Number #2) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis (Dempsey) // CPU 2 INSTALLED // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_2PP31D' _REC_LEN 0022 // Sensor Record Header 00D4 // Record ID 51 // SDR Version C0 // Record Type 1D // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 02 // Fan Control Domain Number #2 (LM94 PWM2) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) 28 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 04 // Ramp Contribution (1 %) 02 // Scan Rate 39 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 9A // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 01 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 19 // Control Value 1 (Percentage) (19=PWM 25%) //***************************************************************************************** // LM94 PWM2 (Fan Control Domain Number #2) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis (Woodcrest / Clovertown) // CPU 2 INSTALLED // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_2PP31W' _SDR_TAG 'PROC_2PP31WD' _REC_LEN 0022 // Sensor Record Header 00D5 // Record ID 51 // SDR Version C0 // Record Type 1D // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 02 // Fan Control Domain Number #2 (LM94 PWM2) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 04 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 9B // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 01 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 19 // Control Value 1 (Percentage) (19=PWM 25%) //***************************************************************************************** // LM94 PWM2 (Fan Control Domain Number #2) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // Other Chassis (Clovertown) // CPU 2 INSTALLED // PROFILE 1 AND PROFILE 2 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PROC_2PP31CT' _SDR_TAG 'PROC_2PP31HT' _REC_LEN 0022 // Sensor Record Header 00D6 // Record ID 51 // SDR Version C0 // Record Type 1D // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 02 // Fan Control Domain Number #2 (LM94 PWM2) 19 // Normal Control Value (19=PWM 25%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 04 // Ramp Step 02 // Scan Rate 03 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (40=PWM 64%) (19=25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value 82 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) A8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 04 // Ramp Contribution (1 %) 02 // Scan Rate 00 // (ClampTemp/T-ctrl offset) 21 // Clamp Flag(Temp Source) //Stepwise Type Temperature Sensor sub-record 20 // Sensor Owner ID 9D // Temperature Sensor Number (CPU 2 Temp) 64 // Temp Sensor Fail Control Value C1 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (001b=Stepwise linear) 90 // Temperature Info [7]-Signed Sensor=1; [6]-Domain Maximum=0 ; [5:3]-Negative Hysteresis; [2:0]-Positive Hysteresis 01 //Control Pair Count(# of Temp/PWM pairs) 00 // Temperature 1 (0-26c) 19 // Control Value 1 (Percentage) (19=PWM 25%) //************************************************************************ // SIO3 PWM Fanout3 (Fan Control Domain Number #5) // FOR SC52993-670W(SC5XXXWS);SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // FBD // PROFILE 1 //***************************************************************************************** _SDR_TYPE C0 _SDR_TAG 'PWM5_PP31' _REC_LEN 001A // Sensor Record Header 00D6 // Record ID 51 // SDR Version C0 // Record Type 15 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0C // Record sub-type - Temperature Fan Speed Control, rev 2 // Temperature Fan Control Record 05 // Fan Control Domain Number #1 (SIO PWM5) 2C // Normal Control Value (2C=PWM 44%) 64 // Sleep Control Value (64=PWM 100%) 64 // Boost Control Value (64=PWM 100%) 01 // Ramp Step 02 // Scan Rate 01 // Flags; [7:4]-Reserved; [3:0] Fan Control Profile Support 19 // Minimum Control Value (19=PWM 25%) //Clamp Type Temperature Sensor sub-record 20 // Sensor Owner ID 48 // Temperature Sensor Number (FBD) 00 // Temp Sensor Fail Control Value 02 // [7]-Supported in S1 (1=yes); [6]-Supported in S2 (1=yes); [5:3]-Reserved; [2:0]-Control Type (010b=Clamp Type) B8 // Temperature Info [7]-Signed Sensor; [6]-Reserved; [5:3]-Negative Hysteresis =5; [2:0]-Positive Hysteresis 01 // Ramp Contribution (1 %) 02 // Scan Rate 00 // ClampTemp/T-ctrl offset) 00 // Clamp Flag(Temp Source) //Thermal Profile Data SDR // =================================================== // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) // profile 1, OLTT // ==================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2B1' _REC_LEN 001E // Sensor Record Header 00D7 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 1D // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 7C0B // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================================================== // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) // profile 1, CLTT // ==================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2B1' _REC_LEN 001E // Sensor Record Header 00D7 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 1D // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 7C0B // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================================================== // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) // profile 2, OLTT // ==================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2B2' _REC_LEN 001E // Sensor Record Header 00D8 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 26 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 3606 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================================================== // for SC5400 BASE(SC5400BASE);SC5400 BRP(SC5400BRP) // profile 2, CLTT // ==================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2B2' _REC_LEN 001E // Sensor Record Header 00D8 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 26 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 3606 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 LX(SC5400LX); // PROFILE 1, OLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2LX161' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001E // Sensor Record Header 00D9 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 1D // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 7C0B // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 LX(SC5400LX); // PROFILE 2, CLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2LX161' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001E // Sensor Record Header 00D9 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 1D // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 7C0B // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 LX(SC5400LX); // PROFILE 2, OLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2LX162' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001E // Sensor Record Header 00DA // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 26 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 3606 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 LX(SC5400LX); // PROFILE 2, CLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2LX162' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001E // Sensor Record Header 00DA // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 26 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 3606 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 16-DIMM(SC5400RA) // PROFILE 1, OLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2161' _REC_LEN 001E // Sensor Record Header 00DB // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 15 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 2008 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. A401 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 16-DIMM(SC5400RA) // PROFILE 1, CLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2161' _REC_LEN 001E // Sensor Record Header 00DB // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 15 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 2008 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. A401 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 16-DIMM(SC5400RA) // PROFILE 2, OLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2162' _REC_LEN 001E // Sensor Record Header 00DC // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 1C // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 6004 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. A401 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================================== // for SC5400 16-DIMM(SC5400RA) // PROFILE 2, CLTT // ================================================== _SDR_TYPE C0 _SDR_TAG 'FSC_R2162' _REC_LEN 001E // Sensor Record Header 00DC // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 1C // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 6004 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. A401 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================ // for SC52993-670W(SC5XXXWS) // profile 1, OLTT // ================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP3WS1' _REC_LEN 001E // Sensor Record Header 00DD // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 22 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 800C // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================ // for SC52993-670W(SC5XXXWS) // profile 1, CLTT // ================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP3WS1' _REC_LEN 001E // Sensor Record Header 00DD // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 22 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 800C // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================ // for SC52993-670W(SC5XXXWS) // profile 2, OLTT // ================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP3WS2' _REC_LEN 001E // Sensor Record Header 00DE // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 24 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 9808 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ================================ // for SC52993-670W(SC5XXXWS) // profile 2, CLTT // ================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP3WS2' _REC_LEN 001E // Sensor Record Header 00DE // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 24 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 9808 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ============================================================ // for SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // profile 1, OLTT // ============================================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP31' _REC_LEN 001E // Sensor Record Header 00DF // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 22 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 800C // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ============================================================ // for SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // profile 1, CLTT // ============================================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP31' _REC_LEN 001E // Sensor Record Header 00DF // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 22 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 800C // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ============================================================ // for SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // profile 2, OLTT // ============================================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP32' _REC_LEN 001E // Sensor Record Header 00E0 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 24 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 9808 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // ============================================================ // for SC52993-550W(SC5XXXDP);SC52993-650W(SC5XXXBRP) // profile 2, CLTT // ============================================================ _SDR_TYPE C0 _SDR_TAG 'FSC_PP32' _REC_LEN 001E // Sensor Record Header 00E0 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 24 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 9808 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================== // for OTHER // PROFILE 1, OLTT // =================== _SDR_TYPE C0 _SDR_TAG 'FSC_OTHER1' _REC_LEN 001E // Sensor Record Header 00E1 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 28 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise B80B // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================== // for OTHER // PROFILE 1, CLTT // =================== _SDR_TYPE C0 _SDR_TAG 'FSC_OTHER1' _REC_LEN 001E // Sensor Record Header 00E1 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 01 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 28 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise B80B // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================== // for OTHER // PROFILE 2, OLTT // =================== _SDR_TYPE C0 _SDR_TAG 'FSC_OTHER2' _REC_LEN 001E // Sensor Record Header 00E2 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 01 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 28 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 0807 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. 9600 // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. 5F00 // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 07 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 0A // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") 5F00 // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 05 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved // =================== // for OTHER // PROFILE 2, CLTT // =================== _SDR_TYPE C0 _SDR_TAG 'FSC_OTHER2' _REC_LEN 001E // Sensor Record Header 00E2 // Record ID 51 // SDR Version C0 // Record Type 19 // Record Length // Record Body Bytes 570100 // Manufacturer ID 0B // SDR subtype == Thermal Profile 02 // Fan Control Domain (0=none defined) 02 // Profile Support Bitmap: ([7:4]=0=Rsvd; [3:0]=Fan Control Profile Support) 32 // TempInlet: Temperature at chassis inlet in units of 0.5 degrees C // (i. e. 90 units = 45 C) applied to SYS.TempInlet 28 // TempRise: Temperature rise from chassis inlet to dimm local ambient in units // of 0.5 degrees C (i. e. 90 units = 45 C) applied to SYS.TempRise 0807 // AirFlow: Average air flow velocity in dim channel in units of mm/sec // (i.e. 1500 units = 1.5 m/s) applied to SYS.AirFlow. 9001 // DimmPitch: The pitch between DIMMs in units of 1/1000 inch // (ie. 410 units = 0.41 in) applied SYS.DimmPitch. FFFF // ThrtLoRatio: Ratio of BNB.THRTLOW / BNB.THRTHI in percentage. "0" - unlimited BW. FFFF // ThrtMidRatio: Ratio of BNB.THRTMID / BNB.THRTHI in percentage. "0" - unlimited BW 10 // TempMidGb: Temperature guardband to AMB.TEMPMID in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempMidGb (this is offset from the AMB max temp at max BW "Z") 14 // TempLoGb: Temperature guardband to AMB.TEMPLO in units of 0.5 degrees C // (i. e. 90 = 45 C) applied to SYS.TempLoGb ( (this is offset from the AMB max temp at max BW "Z") FFFF // GlobalActRatio: Ratio of BNB.GBLACT / BNB.THRTHI in percentage. '0' - unlimited BW 06 // [0]-GLOBTHRT_EN, [1]-THERMTHRT_EN, [2]-HIGHTEMP_EN, [7:3] reserved 00000000 // Reserved //Power Unit Map SDR Record _SDR_TYPE C0 _REC_LEN 000E // Sensor Record Header 00E3 // Record ID 51 // SDR Version C0 // Record Type 09 // Record Length // Record Body Bytes 570100 // Manufacturer ID 02 // Record Subtype Value******* Power Unit Map SDR Record ********** 02 // Sensor number of the power unit redundancy sensor that this record configures. 00 // Bits [7:1]-Reserved; Bit[0]-1=No monitorable supplies present 01 // The number of present and operational 70 // Power Supply Status 1 Sensor Number 71 // Power Supply Status 2 Sensor Number //FMC //*********************************************************************************** //LM94 Fan Measurement Configuration Record //*********************************************************************************** //_SDR_TAG 'FMC_4FANR2' //The Fan Measurement Configuration can be used to measure four fans of chassis //as Riggins 2 with 4 fans //*********************************************************************************** _SDR_TYPE C0 _SDR_TAG 'FMC_4FANR2' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0013 // Sensor Record Header 00E4 // Record ID 51 // SDR Version C0 // Record Type 0E // Record Length // Record Body Bytes 570100 // Manufacturer ID 08 // SDR subtype == LM94 Config 00 // LM94 device instance (zero based) 00 // Tachometer units (RPM=0 or Period=1) // Max RPM is max spec +10% margin 157C // Placeholder for TACH1 157C // TACH2, SYS FAN4 Max RPM: 0x157C == 5500 RPM (the order is MSB, LSB) 157C // TACH3, 157C // TACH4, SYS FAN3 Max RPM: 0x157C == 5500 RPM (the order is MSB, LSB) //*********************************************************************************** // PC87427 SIO3 Fan Measurement Configuration Record //*********************************************************************************** //_SDR_TAG 'FMC_4FANR2' //The Fan Measurement Configuration can be used to measure four fans of chassis //as Riggins 2 with 4 fans //*********************************************************************************** _SDR_TYPE C0 _SDR_TAG 'FMC_4FANR2' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 001B // Sensor Record Header 00E5 // Record ID 51 // SDR Version C0 // Record Type 16 // Record Length // Record Body Bytes 570100 // Manufacturer ID 09 // Record Subtype Value******* PC87427 SIO3 Fan Measurement Configuration Record ********** // SIO-3 Configuration Record 00 // Return Format; Bit 0=Fan 0, Bit 1=Fan 1; etc. 0=RPM, 1=Period 00 // Number of tach Pulses Per Revolution: Bit 0=Fan 0, Bit 1=Fan 1, etc.; 0=2 Pulses/Rev, 1=1 Pulse/Rev C012 // Placeholder for FANIN0 This pin is not used to measure fan tachometer. C012 // Placeholder for FANIN1 C012 // Placeholder for FANIN2 C012 // Placeholder for FANIN3 This pin is not used to measure fan tachometer. C012 // Placeholder for FANIN4 C012 // Placeholder for FANIN5 C012 // FANIN6, SYS Fan2 Max RPM: 0x12C0 == 4800 RPM (the order is LSB, MSB) C012 // FANIN7, SYS Fan1 Max RPM: 0x12C0 == 4800 RPM (the order is LSB, MSB) //*********************************************************************************** //LM94 Fan Measurement Configuration Record //*********************************************************************************** //_SDR_TAG 'FMC_4FANPP4' //The Fan Measurement Configuration can be used to measure four fans of chassis //as SC5299 4 with 4 fans //*********************************************************************************** _SDR_TYPE C0 _SDR_TAG 'FMC_4FANPP4' _REC_LEN 0013 // Sensor Record Header 00E6 // Record ID 51 // SDR Version C0 // Record Type 0E // Record Length // Record Body Bytes 570100 // Manufacturer ID 08 // SDR subtype == LM94 Config 00 // LM94 device instance (zero based) 00 // Tachometer units (RPM=0 or Period=1) // Max RPM is max spec +10% margin 2134 // TACH1, CPU 1 Max RPM: 0x2134 == 8500 RPM (the order is MSB, LSB) 2134 // TACH2, 2134 // TACH3, CPU 2 Max RPM: 0x2134 == 8500 RPM (the order is MSB, LSB) 2134 // TACH4, //*********************************************************************************** // PC87427 SIO3 Fan Measurement Configuration Record //*********************************************************************************** //_SDR_TAG 'FMC_4FANPP4' //The Fan Measurement Configuration can be used to measure four fans of chassis //as SC5299 4 with 4 fans //*********************************************************************************** _SDR_TYPE C0 _SDR_TAG 'FMC_4FANPP4' _REC_LEN 001B // Sensor Record Header 00E7 // Record ID 51 // SDR Version C0 // Record Type 16 // Record Length // Record Body Bytes 570100 // Manufacturer ID 09 // Record Subtype Value******* PC87427 SIO3 Fan Measurement Configuration Record ********** // SIO-3 Configuration Record 00 // Return Format; Bit 0=Fan 0, Bit 1=Fan 1; etc. 0=RPM, 1=Period 00 // Number of tach Pulses Per Revolution: Bit 0=Fan 0, Bit 1=Fan 1, etc.; 0=2 Pulses/Rev, 1=1 Pulse/Rev A00F // Placeholder for FANIN0 This pin is not used to measure fan tachometer. A00F // Placeholder for FANIN1 A00F // FANIN2 ,SYS FAN6 Max RPM: 0x0FA0 == 4000 RPM (the order is LSB, MSB) A00F // Placeholder for FANIN3 This pin is not used to measure fan tachometer. A00F // Placeholder for FANIN4 A00F // Placeholder for FANIN5 A00F // Placeholder for FANIN6, A00F // FANIN7, SYS Fan1 Max RPM: 0x0FA0 == 4000 RPM (the order is LSB, MSB) //*********************************************************************************** //LM94 Fan Measurement Configuration Record //*********************************************************************************** //_SDR_TAG 'FMC_8FANOT' //The Fan Measurement Configuration can be used to measure four fans of chassis //as OTHER with 8 fans //*********************************************************************************** _SDR_TYPE C0 _SDR_TAG 'FMC_8FANOT' _REC_LEN 0013 // Sensor Record Header 00E8 // Record ID 51 // SDR Version C0 // Record Type 0E // Record Length // Record Body Bytes 570100 // Manufacturer ID 08 // SDR subtype == LM94 Config 00 // LM94 device instance (zero based) 00 // Tachometer units (RPM=0 or Period=1) // Max RPM is max spec +10% margin 2134 // TACH1, CPU 1 Max RPM: 0x2134 == 8500 RPM (the order is MSB, LSB) 4650 // TACH2, SYS FAN 4 Max RPM: 0x4650 == 18000 RPM (the order is MSB, LSB) 2134 // TACH3, CPU 2 Max RPM: 0x2134 == 8500 RPM (the order is MSB, LSB) 4650 // TACH4, SYS FAN 3 Max RPM: 0x4650 == 18000 RPM (the order is MSB, LSB) //*********************************************************************************** // PC87427 SIO3 Fan Measurement Configuration Record //*********************************************************************************** //_SDR_TAG 'FMC_8FANOT' //The Fan Measurement Configuration can be used to measure four fans of chassis //as OTHER with 8 fans //*********************************************************************************** _SDR_TYPE C0 _SDR_TAG 'FMC_8FANOT' _REC_LEN 001B // Sensor Record Header 00E9 // Record ID 51 // SDR Version C0 // Record Type 16 // Record Length // Record Body Bytes 570100 // Manufacturer ID 09 // Record Subtype Value******* PC87427 SIO3 Fan Measurement Configuration Record ********** // SIO-3 Configuration Record 00 // Return Format; Bit 0=Fan 0, Bit 1=Fan 1; etc. 0=RPM, 1=Period 00 // Number of tach Pulses Per Revolution: Bit 0=Fan 0, Bit 1=Fan 1, etc.; 0=2 Pulses/Rev, 1=1 Pulse/Rev 5046 // Placeholder for FANIN0 This pin is not used to measure fan tachometer. 5046 // Placeholder for FANIN1 5046 // FANIN2 ,SYS FAN6 Max RPM: 0x4650 == 18000 RPM (the order is LSB, MSB) 5046 // Placeholder for FANIN3 This pin is not used to measure fan tachometer. 5046 // FANIN4 SYS Fan5 Max RPM: 0x4650 == 18000 RPM (the order is LSB, MSB) 5046 // Placeholder for FANIN5 5046 // FANIN6, SYS Fan2 Max RPM: 0x4650 == 18000 RPM (the order is LSB, MSB) 5046 // FANIN7, SYS Fan1 Max RPM: 0x4650 == 18000 RPM (the order is LSB, MSB) // ******************************************************************** // SAS HSBP SDR Record Primary HSC controller at address 0xC0 // ******************************************************************** // ========================================================= // 6HDD SAS/SCSI HSBP Temp Sensor SDR Records (Type 01 Records) // ========================================================= _SDR_TYPE 01 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0039 // Sensor Record Header 00EA // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 01 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 02 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 1C // Nominal Reading (1Ch = 28.00C) 2D // Normal Maximum (2Dh = 45.00C) 0A // Normal Minimum (0Ah = 10.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 36 // Upper critical (36h = 54.00C) 32 // Upper non-critical (32h = 50.00C) 00 // Lower non-recoverable 00 // Lower critical (00h = 0.00C) 05 // Lower non-critical (05h = 5.00C) 02 // Positive hysteresis 02 // Negative hysteresis 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code '6HDD Temp' // String Bytes // ========================================================= // 4HDD SAS/SCSI HSBP Temp Sensor SDR Records (Type 01 Records) // ========================================================= _SDR_TYPE 01 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 0039 // Sensor Record Header 00EB // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 01 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 02 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 1C // Nominal Reading (1Ch = 28.00C) 2D // Normal Maximum (2Dh = 45.00C) 0A // Normal Minimum (0Ah = 10.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 36 // Upper critical (36h = 54.00C) 32 // Upper non-critical (32h = 50.00C) 00 // Lower non-recoverable 00 // Lower critical (00h = 0.00C) 05 // Lower non-critical (05h = 5.00C) 02 // Positive hysteresis 02 // Negative hysteresis 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code '4HDD Temp' // String Bytes // ******************************************************************** // SAS/SCSI HSBP SDR Record Secondary HSC controller at address 0xC2 // ******************************************************************** // ========================================================= // 6HDD SAS/SCSI HSBP Temp Sensor SDR Records (Type 01 Records) // ========================================================= _SDR_TYPE 01 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 0039 // Sensor Record Header 00EC // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 01 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 02 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 1C // Nominal Reading (1Ch = 28.00C) 2D // Normal Maximum (2Dh = 45.00C) 0A // Normal Minimum (0Ah = 10.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 36 // Upper critical (36h = 54.00C) 32 // Upper non-critical (32h = 50.00C) 00 // Lower non-recoverable 00 // Lower critical (00h = 0.00C) 05 // Lower non-critical (05h = 5.00C) 02 // Positive hysteresis 02 // Negative hysteresis 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code '6HDD Temp' // String Bytes // ========================================================= // 4HDD SAS/SCSI HSBP Temp Sensor SDR Records (Type 01 Records) // ========================================================= _SDR_TYPE 01 _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 0039 // Sensor Record Header 00ED // Record ID 51 // SDR Version 01 // Record Type 34 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 01 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 7D // Sensor Initialization 68 // Sensor Capabilities 01 // Sensor Type 01 // Event / Reading Base Type 8532 // Assertion Event Mask --[u,l][c,nc]=8532 8532 // Deassertion Event Mask --[u,l][c,nc]=8532 1B1B // Reading Mask & Settable / Readable Threshold Masks --[u,l][c,nc]=1B1B 80 // Sensor Units 1 01 // Sensor Units 2 --(Degree C) 00 // Sensor Units 3 00 // Linearization 01 // M 02 // M, Tolerance 00 // B 2C // B, Accuracy 10 // Accuracy, Accuracy Exp 00 // R exp, B exp 07 // Analog characteristic flags 1C // Nominal Reading (1Ch = 28.00C) 2D // Normal Maximum (2Dh = 45.00C) 0A // Normal Minimum (0Ah = 10.00C) 7F // Sensor Maximum Reading 80 // Sensor Minimum Reading 00 // Upper non-recoverable 36 // Upper critical (36h = 54.00C) 32 // Upper non-critical (32h = 50.00C) 00 // Lower non-recoverable 00 // Lower critical (00h = 0.00C) 05 // Lower non-critical (05h = 5.00C) 02 // Positive hysteresis 02 // Negative hysteresis 00 // Reserved 00 // Reserved 00 // OEM C9 // Type/Length Code '4HDD Temp' // String Bytes //=============================================================== // For Primary HSC controller at address 0xC0 // ================================================================ // 6HDD SAS/SCSI HSBP Slot Status sensor SDR Records (Type 02 Records) // ================================================================ _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00EE // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 02 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv1 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00EF // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 03 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv2 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00F0 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 04 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv3 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00F1 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 05 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv4 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00F2 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 06 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv5 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00F3 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 07 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv6 Stat' // String Bytes // ================================================================== // 6HDD SATA/SAS/SCSI HSBP Slot Presence sensor SDR Records (Type 02 Records) // ================================================================== _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00F4 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 09 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv1 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00F5 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0A // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv2 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00F6 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0B // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv3 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00F7 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0C // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv4 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00F8 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0D // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv5 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_6HDD_SAS' _SDR_TAG 'Pri_6HDD_SATA' _SDR_TAG 'Pri_6HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00F9 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0E // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv6 Pres' // String Bytes // ================================================================ // 4HDD SAS/SATA/SCSI HSBP Slot Status sensor SDR Records (Type 02 Records) // ================================================================ _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00FA // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 02 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv1 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00FB // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 03 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv2 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00FC // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 04 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv3 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 00FD // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 05 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv4 Stat' // String Bytes // ================================================================== // 4HDD SATA/SAS/SCSI HSBP Slot Presence sensor SDR Records (Type 02 Records) // ================================================================== _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00FE // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 09 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv1 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 00FF // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0A // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv2 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0100 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0B // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv3 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Pri_4HDD_SAS' _SDR_TAG 'Pri_4HDD_SATA' _SDR_TAG 'Pri_4HDD_SCSI' _SDR_TAG 'FCT' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0101 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C0 // Sensor Owner ID 00 // Sensor Owner LUN 0C // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv4 Pres' // String Bytes //================================================ // Records for Secondary controller at address 0xC2 //============================================== /// ================================================================ // 6HDD SAS/SATA/SCSI HSBP Slot Status sensor SDR Records (Type 02 Records) // ================================================================ _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0102 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 02 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv1 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0103 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 03 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv2 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0104 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 04 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv3 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0105 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 05 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv4 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0106 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 06 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv5 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0107 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 07 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '6HDD Drv6 Stat' // String Bytes // ================================================================== // 6HDD SATA HSBP Slot Presence sensor SDR Records (Type 02 Records) // ================================================================== _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0108 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 09 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv1 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0109 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0A // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv2 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 010A // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0B // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv3 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 010B // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0C // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv4 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 010C // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0D // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv5 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_6HDD_SATA' _SDR_TAG 'Sec_6HDD_SAS' _SDR_TAG 'Sec_6HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 010D // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0E // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '6HDD Drv6 Pres' // String Bytes // ================================================================ // 4HDD SAS/SATA/SCSI HSBP Slot Status sensor SDR Records (Type 02 Records) // ================================================================ _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 010E // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 02 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv1 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 010F // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 03 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv2 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0110 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 04 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv3 Stat' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SCSI' _REC_LEN 002E // Sensor Record Header 0111 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 05 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 6F // Event / Reading Base Type 2D01 // Assertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 2D01 // Deassertion Event Mask --Drive Presence / Predictive Failure / Hot Spare / // In Critical Array / Rebuild Aborted = 2D01 FF1F // Reading Mask 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 CE // Type/Length Code '4HDD Drv4 Stat' // String Bytes // ================================================================== // 4HDD SATA/SCSI/SAS HSBP Slot Presence sensor SDR Records (Type 02 Records) // ================================================================== _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0112 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 09 // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv1 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0113 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0A // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv2 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0114 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0B // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv3 Pres' // String Bytes _SDR_TYPE 02 _SDR_TAG 'Sec_4HDD_SATA' _SDR_TAG 'Sec_4HDD_SAS' _SDR_TAG 'Sec_4HDD_SCSI' _SDR_TAG 'FOQM' _REC_LEN 002E // Sensor Record Header 0115 // Record ID 51 // SDR Version 02 // Record Type 29 // Record Length // Record Key Bytes C2 // Sensor Owner ID 00 // Sensor Owner LUN 0C // Sensor Number // Record Body Bytes 0F // Entity ID 01 // Entity Instance 6D // Sensor Initialization 40 // Sensor Capabilities 0D // Sensor Type 08 // Event / Reading Base Type 0300 // Assertion Event Mask --Device Removed / Device Inserted - 0300 0000 // Deassertion Event Mask --N/A 0300 // Reading Mask 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 CE // Type/Length Code '4HDD Drv4 Pres' // String Bytes // =============================================== // End of HSC SDR //================================================= //******************************************************* // SDR Version Records //******************************************************* _SDR_TYPE C0 _REC_LEN 0013 // Sensor Record Header 0116 // Record ID 51 // SDR Version C0 // Record Type 0E // Record Length // Record Body Bytes 570100 // Manufacturer ID 'SDR File 48' // String Bytes _SDR_TYPE C0 _REC_LEN 0016 // Sensor Record Header 0117 // Record ID 51 // SDR Version C0 // Record Type 11 // Record Length // Record Body Bytes 570100 // Manufacturer ID 'SDR Package 48' // String Bytes )