It is well known that increasing memory improves the
processing speed. However, its effect on CPU temperature
has not been investigated, particularly under a heavy
computational load where a CPU cooling fan failure could
occur. This is obviously important, since excessive
temperature rises in a CPU of a computer may cause freezeups
and, in some cases, CPU failures. For this reason, it is
important to identify all possible factors that could lead to
overheating in CPUs. It should be noted that the maximum
allowable current temperature for Pentium CPUs is 85 "C [ 1,
21. This paper explores CPU temperature rises in a Peutium
I11 machine with different memory amounts under cooling fan
on and off conditions.
It is well known that increasing memory improves theprocessing speed. However, its effect on CPU temperature has not been investigated, particularly under a heavycomputational load where a CPU cooling fan failure couldoccur. This is obviously important, since excessivetemperature rises in a CPU of a computer may cause freezeupsand, in some cases, CPU failures. For this reason, it isimportant to identify all possible factors that could lead tooverheating in CPUs. It should be noted that the maximumallowable current temperature for Pentium CPUs is 85 "C [ 1,21. This paper explores CPU temperature rises in a PeutiumI11 machine with different memory amounts under cooling fanon and off conditions.
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