GE LOGIQ P9 Service Manual page 212

GERAFT
D 5604324, R
IRECTION EVISION
5-10-2-2 Decoding System Temperature and Voltage
NOTE: These are reference only values and therefore, parameters are not constant. Some parameters may
be added/deleted depending on the system configuration, type, and variation.
In general, the first parameter defines data source (board).
"P" in the second parameter denotes "Plus" or "positive" in voltage.
"M" in the second parameter denotes "Minus" or "negative" in voltage.
"V" in the second parameter denotes "decimal point". i.e. 1V5 is 1.5.
Some Example Shown below.
Table 5-13
BEP_CPU_TEMPERATURE
GFS_LM83
GFS_GFE
GFS_SDEM
GFS_BOT
GFS_M5V
GFS_P3V3_VIDEO
GFS_P1V5_PCIE
GFS_P2V5
GFS_P3V3
~
BF_DVDD_1V8_1
BF_DVDD_1V8_2
BF_DVDD_1V8_3
BF_AVDD_3V3_1
~
BF_2V5_CLK
BF_PHVA
BF_MHVA
~
PI_3V3_PRB
5-28 Section 5-10 - Common Service Desktop (CSD) (R1, R2, R2.5 only)
11 DRAFT (J
Parameter
Temperature at CPU core. This parameter used for system temperature monitoring
Additional temperature sensor at LM83 chip on GFS.
Additional temperature sensor on GFS.
Additional temperature sensor on GFS.
Additional temperature sensor on GFS.
GFS Voltage. Minus 5.0Volt (-5V)
GFS Voltage. Positive 3.3Volt (+3.3V) for video signal
GFS Voltage. Positive 1.5Volt (+1.5V) for PCI-E
GFS Voltage. +2.5V
GFS Voltage. +3.3V
BF Voltage. 1.8V for AFE Analog/Digital Conversion (group 1)
BF Voltage. 1.8V for AFE Analog/Digital Conversion (group 2)
BF Voltage. 1.8V for AFE Analog/Digital Conversion (group 3)
BF Voltage. 3.3V for AFE chip LNA/VCA (group 1)
BF Voltage. 2.5V for clock
BF Voltage. Positive HVA
BF Voltage. Negative HVA
Probe Interface, 3.3V powering Probe
24, 2019)
ANUARY
Description
LOGIQ P9/P7
S M
ERVICE ANUAL