F5F Stay Refreshed Hardware Desktop Asus TUF FX504 I5-8300H experienced overheating following thermal paste replacement and surface cleaning.

Asus TUF FX504 I5-8300H experienced overheating following thermal paste replacement and surface cleaning.

Asus TUF FX504 I5-8300H experienced overheating following thermal paste replacement and surface cleaning.

G
GangstaHobo3
Junior Member
23
03-04-2016, 04:31 PM
#1
Hello. My laptop has been with me for about two years. About nine months ago I realized it was overheating when it got warm during idle—around 90°C. I checked inside, found the thermal paste missing, cleaned the fans and replaced it with a generic brand. Now everything works fine, and the device stays under 65-70°C even when running heavy tasks. Recently, the same issue resurfaced: it heats up to 85-90°C at startup. I’ve tried a cooler pad, but the problem persists. According to HWMonitor, the GPU stays around 65-70°C during load while the CPU hits 90°C at start. What might be going wrong?
G
GangstaHobo3
03-04-2016, 04:31 PM #1

Hello. My laptop has been with me for about two years. About nine months ago I realized it was overheating when it got warm during idle—around 90°C. I checked inside, found the thermal paste missing, cleaned the fans and replaced it with a generic brand. Now everything works fine, and the device stays under 65-70°C even when running heavy tasks. Recently, the same issue resurfaced: it heats up to 85-90°C at startup. I’ve tried a cooler pad, but the problem persists. According to HWMonitor, the GPU stays around 65-70°C during load while the CPU hits 90°C at start. What might be going wrong?

L
lucamikai
Junior Member
12
03-04-2016, 10:05 PM
#2
No, they remain distinct components.
L
lucamikai
03-04-2016, 10:05 PM #2

No, they remain distinct components.

F
FLPFive
Member
170
03-12-2016, 01:52 AM
#3
yes i did
F
FLPFive
03-12-2016, 01:52 AM #3

yes i did

K
KaWizK
Member
54
03-12-2016, 08:41 AM
#4
thermal throttling might stem from improper mounting pressure—either too much or too little can disrupt contact between the CPU/GPU and cooling plate. another approach is adjusting the CPU/GPU settings to "performance" instead of quieter modes like "silent" or "balanced," which lowers power delivery and can extend boost time slightly, albeit at a marginally slower clock speed. if these solutions fail, consider undervolting with throttle stop, which often provides significant temperature flexibility.
K
KaWizK
03-12-2016, 08:41 AM #4

thermal throttling might stem from improper mounting pressure—either too much or too little can disrupt contact between the CPU/GPU and cooling plate. another approach is adjusting the CPU/GPU settings to "performance" instead of quieter modes like "silent" or "balanced," which lowers power delivery and can extend boost time slightly, albeit at a marginally slower clock speed. if these solutions fail, consider undervolting with throttle stop, which often provides significant temperature flexibility.