Intel MPCMM0001 manual CMM Voltage/Temp Sensor Thresholds, Discrete Sensors, Sensor Name

Sensor Types

10.3CMM Voltage/Temp Sensor Thresholds

Table 31 shows the threshold sensors present on the CMM with the Upper Non-Recoverable, Upper Critical, Upper Non-Critical, Lower Non-Critical, Lower Critical, and Lower Non- Recoverable thresholds for each sensor. UseTable 34 on page 109 to determine the severity for an event that crosses a specific threshold on a sensor.

Table 31. CMM Voltage and Temp Sensor Thresholds

Sensor Name	UNR	UC	UNC	LNC	LC	LNR
VBAT	N/A	3.494	3.292	2.496	1.997	N/A
		(3.463)	(3.26)	(2.527)	(2.028)
VTT DDR	N/A	1.427	N/A	N/A	1.053	N/A
		(1.404)			(1.076)
+2.5V	N/A	2.621	N/A	N/A	2.363	N/A
		(2.597)			(2.387)
+3.3V	N/A	3.477	N/A	N/A	2.976	N/A
		(3.443)			(3.01)
+5V	N/A	5.486	5.304	4.68	4.472	N/A
		(5.434)	(5.252)	(4.732)	(4.524)
+12V	N/A	15.12	13.041	11.088	8.064	N/A
		(14.994)	(12.915)	(11.214)	(8.19)
CPU Core V	N/A	1.357	N/A	N/A	1.229	N/A
		(1.334)			(1.252)
Brd Temp	100	67	60	10	N/A	N/A
	(97)	(64)	(57)	(13)
CPU Temp	80	67	63	10	5	N/A
	(77)	(64)	(60)	(13)	(8)
FilterTrayTemp 1	80	40	30	2	-2	N/A
	(77)	(37)	(27)	(5)	(1)
FilterTrayTemp 2	80	40	30	2	-2	N/A
	(77)	(37)	(27)	(5)	(1)
Filter Run Time	N/A	192	128	N/A	N/A	N/A
		(189)	(125)

Note: Value in parenthesis is the de-assert value.

10.4Discrete Sensors

Discrete sensors are sensors that have a predefined set of states. An example of a discrete sensor would be the FRU Hot Swap sensor type, which monitors the hot swap state of a FRU. The Hot Swap sensor for a FRU will always be in one of the predefined hot swap states (M0-M7).

102MPCMM0001 Chassis Management Module Software Technical Product Specification