F5F Stay Refreshed Hardware Desktop Power consumption drops sharply to 8 W and slowly returns to standard levels

Power consumption drops sharply to 8 W and slowly returns to standard levels

Power consumption drops sharply to 8 W and slowly returns to standard levels

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iStrafeRunner
Member
169
09-19-2016, 12:01 PM
#1
Hello, I'm dealing with an issue on my Dell Precision m6600 mobile workstation. The i7-2860QM's maximum power consumption drops to just 8 W and its clock speed falls to 1.1Ghz, then slowly returns to normal. This behavior usually occurs when temperatures rise too high, but it happened recently with the temperature reaching 65 degrees. Could you help explain why this happens? Thank you ahead of time.
I
iStrafeRunner
09-19-2016, 12:01 PM #1

Hello, I'm dealing with an issue on my Dell Precision m6600 mobile workstation. The i7-2860QM's maximum power consumption drops to just 8 W and its clock speed falls to 1.1Ghz, then slowly returns to normal. This behavior usually occurs when temperatures rise too high, but it happened recently with the temperature reaching 65 degrees. Could you help explain why this happens? Thank you ahead of time.

L
lizzard89
Senior Member
707
09-19-2016, 05:45 PM
#2
Open HWiNFO and observe throttle causes during operation
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lizzard89
09-19-2016, 05:45 PM #2

Open HWiNFO and observe throttle causes during operation

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CookieCraft857
Junior Member
46
09-20-2016, 03:27 AM
#3
Intel’s thermal and power management features were originally intended for stability, but Dell developed alternative approaches that sometimes overreact. When a CPU hits its thermal or power limits, it should only reduce performance slightly as required. Some Dell devices drop speed significantly and remain slowed for too long after the issue is fixed. Clock modulation and chipset clock adjustments were typical in earlier models. These changes can cause sudden performance drops. The displayed CPU frequency is incomplete; using ThrottleStop is recommended. Execute the built-in TS Bench test and capture a screenshot of the ThrottleStop interface during full load. This will assist in finding a suitable fix for your Dell throttling problem, including TPL and TRL window captures.
C
CookieCraft857
09-20-2016, 03:27 AM #3

Intel’s thermal and power management features were originally intended for stability, but Dell developed alternative approaches that sometimes overreact. When a CPU hits its thermal or power limits, it should only reduce performance slightly as required. Some Dell devices drop speed significantly and remain slowed for too long after the issue is fixed. Clock modulation and chipset clock adjustments were typical in earlier models. These changes can cause sudden performance drops. The displayed CPU frequency is incomplete; using ThrottleStop is recommended. Execute the built-in TS Bench test and capture a screenshot of the ThrottleStop interface during full load. This will assist in finding a suitable fix for your Dell throttling problem, including TPL and TRL window captures.

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LolaLouie
Senior Member
742
09-22-2016, 02:13 AM
#4
Disable BDPROCHOT in throttlestop setting
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LolaLouie
09-22-2016, 02:13 AM #4

Disable BDPROCHOT in throttlestop setting

R
Roe56
Member
102
09-25-2016, 10:50 AM
#5
TPL refers to the temperature profile, while TRL stands for test reliability. Both describe aspects of thermal management and testing in engineering contexts.
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Roe56
09-25-2016, 10:50 AM #5

TPL refers to the temperature profile, while TRL stands for test reliability. Both describe aspects of thermal management and testing in engineering contexts.

M
MegaMunch27
Member
54
09-25-2016, 05:52 PM
#6
It might have been my mistake since even without Open Hardware Monitor showing high temperatures, touching the spot where air exits caused it to get very hot. This suggests a possible blockage in airflow. I’ll leave the post unchanged and check the grids after cleaning; I’ll reach out again if the issue returns. Thank you!
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MegaMunch27
09-25-2016, 05:52 PM #6

It might have been my mistake since even without Open Hardware Monitor showing high temperatures, touching the spot where air exits caused it to get very hot. This suggests a possible blockage in airflow. I’ll leave the post unchanged and check the grids after cleaning; I’ll reach out again if the issue returns. Thank you!